PlasmaDrive is a modular LED driver with 24 constant-current 20mA, common-anode LED outputs which can be used individually or combined to control up to 8 separate tri-color RGB LEDs or a mixture of both RGB and single-color LEDs. The outputs can be connected directly with your own wiring and LEDs or use our LED modules and accessories.
Each unit employs a microprocessor and LED Driver to provide precise control over each of the LED outputs. The device is programmable via USB and the provided application, with 76 memory slots for retaining the LED values, as well as fade and hold times for the programmed sequence. The device can also be controlled from your own software, writing values to the LEDs or memory slots as well as controlling playback functions.
This versatile LED controller is powered via Micro USB connector or another +5V source as selected by an on-board jumper or permanently via solder bridge. The programmed sequences are maintained in nonvolatile memory, so you can program the device, disconnect it, then later power the device from a regulated battery pack or other power source without losing the stored data. When power is later applied, the loaded sequence will automatically begin playback.
Use the PlasmaDrive to add color to your next project with our LED modules and / or with your own circuit or wiring. PlasmaDrive offers the flexibility of user-determined LED placement and functionality with the advanced features of an off-the-shelf product.
For indoor Use, Dry locations only.
Size: 1" x 1.5"
Power Requirements: Micro USB or External +5V @ 0.5 A max.
Output: 24 common-anode, constant-current 20mA outputs
Memory: On-board, 76 unique slots with adjustable hold and fade rates.
Get assembly instructions here.
High Quality RGB LEDs: LED-RGB-CLV-8
Power Adapter: USB AC Adapter


Wing-type heat dissipation structure
Light efficiency improvement
Maximizes heat conduction area of LED substrate, decreases LED temperature by 5-10 degrees or more when operating to improve reliability and luminous efficiency. It also decreased product weight using heat dissipation wings made of light aluminum.
|Light Efficiency (lm)||: More than 115|
|Color Rendering (CRI)||: More than 75|
|Color Temperature (K)||: 5,665±355|
|Country of Origin||: South Korea|
For questions related to cooperation, contact our headquarters anytime.
e-Catalogue & Pre-qualification statement
Download catalogue or pre-qualification statement
SEL ON Co., Ltd. / CEO : Kwang-sun, Lee
Biz License : 615-81-68795
Tel. +82-55-346-3993 | Fax. +82-55-346-3994 | email@example.com
1147-1, Hallim-ro, Jinyeong-eup, Gimhae-si, Gyeongsangnam-do, Republic of Korea


2 edition of Laser light and nectar found in the catalog.
Laser light and nectar
Errata slip inserted.
|Statement||by Laurraine Goreau.|
|LC Classifications||PS3557.O734 L3 1986|
|The Physical Object|
|Pagination||x, 111 p. :|
|Number of Pages||111|
|LC Control Number||87400759|
Lasers in dentistry. 1. Introduction, history of lasers and laser light production. 2. Laser-tissue interaction. 3. Low-level laser use in dentistry. 4. Lasers and soft tissue: 'loose' soft tissue Cited by: Get this from a library! Laser light. [Herman Schneider; Radu Vero] -- Discusses laser and non-laser light, the laser beam and apparatus used to produce it, and the applications of lasers. Includes experiments.
Here you’ll find the latest laser therapy machines and most innovative laser therapy machines and equipment for sale. From superficial to deep tissue healing and pain relief, these laser light equipment products harness the power of laser and infrared technology to . A laser is a device that emits light through a process of optical amplification based on the stimulated emission of electromagnetic term "laser" originated as an acronym for "light amplification by stimulated emission of radiation". The first laser was built in by Theodore H. Maiman at Hughes Research Laboratories, based on theoretical work by Charles Hard Townes and Arthur.
What is laser/light therapy? Laser/light therapy is a non-invasive procedure that uses light energy to repair and regenerate damaged skin. Benefits of the procedure include: Elevation of ATP production, resulting in increased energy for cells. Increased endorphin production, resulting in less need for pain medication. Improved immune response. Shopee Mini Laser Projector Stage Lighting Sound Activated Laser Light For Party And Dj out of 5 stars 26 ₹ ₹ ₹2, ₹2, Save ₹1, (60%).
Description of chairmans amendment in the nature of a substitute to H.R. 1727, the Fallen Hero Survivor Benefit Fairness Act of 2001
The four wise men
use of S.I. units.
Advanced Materials & Processing
Are these our children?
bibliography of librarianship
Congregational year book.
Members, meetings and auditors
1991-92 Pell Grant payment and disbursement schedules.
Separation from skilled occupations
A full and true account of the proceedings relating to the New Meeting-House, in Redcross-street: partly in answer to the false account lately published by Mr. John Dolman. By the proprietor thereof, Dorcas Master. In two parts. Part I
Redundancy and the law
Chims DJ Laser Light Show Projector Red Green Blue Laser with LED 96 Patterns RGRB Remote Control Music Sound Activated Lighting System Projector for Holiday Gift Family Party DJ Disco Show Karaoke out of 5 stars Star Shower Motion Laser Light by BulbHead - Indoor Outdoor Laser Light for Hassle-Free Holiday Decorating – Sparking or Still Red and Green Laser Lights Cover up to.
This book is comprised of eight chapters and begins with a discussion on the interrelationship between laser light scattering and other types of scattering techniques that use X-rays and neutrons, with particular reference to momentum and energy transfers as well as time. Part of the practical and dynamic Procedures in Cosmetic Dermatology Series, Lasers and Lights, 4th Edition, brings you up to speed with today’s best methods for using laser light to treat skin disorders.
This well-organized text by Drs. George J. Hruza and Elizabeth L. Tanzi provides current, authoritative guidance on popular procedures including laser hair Laser light and nectar book, tattoo removal, acne.
The light released is coherent. It is “organized” -- each photon moves in step with the others. This means that all of the photons have wave fronts that launch in unison. The light is very directional. A laser light has a very tight beam and is very strong and concentrated.
A flashlight, on the other hand, releases light in many directions. Generic 2 Pcs. 3 In 1 Multifunction Mini Laser Light Pointer Uv Led Torch Flashlight Keychain Emergency Lights out of 5 stars 46 ₹ ₹ ₹ ₹ Save ₹59 (24%). Blue Light Therapy Acne Laser Pen Soft Scar Wrinkle Removal Treatment Device.
$ New. B-cure Laser Therapy Pain Wounds Burns Sports Injuries. out of 5 stars (6) Total Ratings 6, Low Level Laser Light Therapy Devices.
Philips Light Therapy Lamp Light Therapy Devices. Make an Offer. Part of the practical and dynamic Procedures in Cosmetic Dermatology Series, Lasers and Lights, 4th Edition, brings you up to speed with today's best methods for using laser light to treat skin disorders.
This well-organized text by Drs. George J. Hruza and Elizabeth L. Tanzi provides current, authoritative guidance on popular procedures including laser hair removal, tattoo removal, acne scars Pages: 4 1 Lasers: Fundamentals, Types, and Operations N N E 0 E E 1 E 3 E 0 E E 1 2 Fast decay Fast decay Fast decay Pumping Pumping Lasing Lasing (a) (b) Figure Energy level diagram for (a) three- and (b) four level laser systems.
N 1 to achieve the condition of population inversion between E 2 and E 1 at moderate pumping. Threshold Gain Coefﬁcient for Lasing Laser beam undergoes.
Laser books was a Sci-Fi imprint of Harlequin Books in the 's, in an attempt to create a "category sci-fi" genre akin to their popular subscription romance titles.
The series was edited by Roger Elwood and featured distinctive branding and cover art by well-known Hugo-Winning artist Kelly Freas. Now in this article, I’ll be giving you all of the best outdoor laser lights for Christmas and tell you why they are part of our best list, this way, we’d be helping you know which outdoor laser light would be the best fit for you.
CHAPTER 7. LASERS Argon and Krypton Ion Lasers Similar to the HeNe-laser the Argon ion gas laser is pumped by electric dis charge and emitts light at wavelength: nm,nm,nm,nm, nm, is used in applications ranging from retinal photother apy for diabetes, lithography, and pumping of other Size: KB.
Laser Light (No-Cut) will print Vector files without a problem (as demonstrated in the above video); but when it comes to photographs and more complex artwork, the FOREVER TransferRIP produces results that are unobtainable via any other printing method.
The FOREVER TransferRIP is a user friendly printing software that allows you to remove colours, change colours, and adjust your artwork.
Laser light differs from conventional light in that all the lightwaves are in phase with each other. Brightness (or, more correctly, radiance) — The most strikingly visible difference between lasers and conventional light sources is that all the emitted light travels in the same direction as an intense beam.
The laser light is monochromatic means colored. Thus laser light is monochromatic light means that laser light is only a single color light. The monochromaticity is the major characteristic of laser making it different from ordinary light. To prove the monocromaticity of laser light, we can use prism.
Purchase Lasers and Lights - 3rd Edition. Print Book & E-Book. ISBN If a laser holiday light shines into a cockpit, it creates a large windshield-filling blob of light, temporarily causing flash blindness in the pilot and co-pilot, even if it doesn't hit them directly in the eyes.
If somebody has ever taken your photo at night and used the flash, then you are probably familiar with the effects of flash. Laser light is different from the conventional light.
Laser light has extra-ordinary properties which are not present in the ordinary light sources like sun and incandescent lamp. The conventional light sources such as electric bulb or tube light does not emit highly directional and coherent light whereas lasers produce highly directional.
LASER DIODES FOR NEXT GENERATION LIGHT SOURCES Providing the brightest, most efficient laser light sources to the world JAMES W. RARING GM, VP ENGINEERING DOE SSL R&D Workshop Raleigh, NC February 3, See the difference a LiteCure Medical laser makes with consistent results and fast treatment times.
Request a demo Lukens Dr, Ste A New Castle, DE (). “The Sealed Nectar is a complete authoritative book on the life of Prophet Muhammad (S) by Sheikh Safi-ur-Rahman al-Mubarkpuri. The Sealed Nector was honoured by the World Muslim League as first prize winner book. Whoever wants to know the whole life style of the Prophet in detail must read this book.This is the books to use for anyone interested in learning about using a class 4 system in the veterinary field.
Most of the other laser books will recommend very low dosages that are not realistic for use with a class 4 system.
This book has very clear and easy to sue to protocols. Light and Laser Therapy: Clinical Procedures" by Curtis Turchin. Fundamentals of Light Sources and Lasers Sources and Lasers closes a clear gap in the current literature by concentrating on the principles of laser operation as well as providing coverage of important concepts necessary to fully understand the principles involved.
The scope of the book includes everything a professional needs to get up to.


Lens construction 13 elements in 10 groups
Minimum aperture F16
Filter size φ82㎜
Angle of view (35mm) 18.2°
Minimum focusing distance 87.5cm / 34.4in.
Dimensions (diameter × length) Φ91.4mm × 114.9mm / 3.6in. x 4.5in.
Number of diaphragm blades 9 (Rounded diaphragm)
Maximum magnification ratio 1：5
Weight 1,130g / 40.9oz.
Appearance and specifications are subject to change without notice.
Case, Hood LH880-03 are included.
Corresponding AF Mounts
SIGMA / NIKON / CANON
The Nikon mount version of this lens includes an electromagnetic diaphragm mechanism. Functionality may be limited on some camera bodies.
* Please see camera compatibility chart below.
©2018 Πρόδρομος Γαλαίος - Φωτογραφικά Είδη
powered by Zoutsos, az01.eu


There are many configurations available that can be custom tailored to your Surgical Teams exact requirements. There are many optional accessories that can be added or removed from any system configuration such as a video documentation, and co-observation systems to best suit your Surgeons needs. Many Popular models include the Zeiss Opmi MD Series, Zeiss Opmi Visu, Zeiss Lumera. This model of operating microscope is primarily used for ophthalmology and ophthalmic eye surgery. The main features of this surgical microscope are the full motorization of the controls and the zoom magnification. The motors are controlled by the foot and also by the hand. It also features a tiltable main head that the surgeon can rotate to any convenient angle. suzhou liuliushijur keji gufen youxiangongsi is best Surgical Operating Microscope, Slit Lamp Microscope and Manual Keratometer supplier, we has good quality products & service from China. The surgical microscopes of the SOM® 62 series are extremely space-saving and ideally equipped for surgical procedures on the eye - whether routine procedures or complex surgeries on the posterior eye. Kaps relies on its proven modular system and offer almost unlimited equipment options, individually tailored to your requirement profile. Cutting-edge Surgical Microscope for Ophthalmology – Perform Cataract Surgery Confidently. 4th July 2019. Statistically speaking the most common procedure in Europe is cataract surgery, which has been conducted more than 4.5 million times by eye surgeons.
Surgical Microscope Video Recorders Record MP4 videos, JPEG photos of your ophthalmic procedures to USB hard drives, and networks. Easily place in PPt, Keynote or upload online. 02.08.2017 · The OPMI LUMERA® family from ZEISS represents excellence in optics and illumination, with a reputation for delivering high-quality visualization technology. The ZEISS OPMI LUMERA 300 with.
This microscope suits all of the surgical needs of small and mid-size ASCs and integrates with vitreoretinal accessories. Surgical workflow is optimized by a rotatable beam splitter, a two-beam path solution for a temporal approach to cataract surgery. Leica M844. offers 346 ophthalmology surgical microscope products. About 35% of these are microscopes, 8% are other optics instruments, and 2% are the basis of surgical instruments. A wide variety of ophthalmology surgical microscope options are available to you, such as biological microscope, stereo microscope, and video microscope. The high end technology surgical microscope HS Hi-R NEO 900 provides all that is needed for first class surgery – including the option of the world's first intraoperative OCT. The smaller HS ALLEGRA microscopes are the perfect choice for all surgical centers: HS ALLEGRA 900: The expert for cataract centers with zoom optics. Surgical Microscopes from ZEISS The first prototypes of the first surgical microscope - the OPMI ® 1 – were developed at ZEISS in Oberkochen in the early 1950s under the guidance of physicist Hans Littmann and the leading surgeon Prof$1.Dr. Horst Wullstein.
The Zeiss OPMI Lumera is a surgical microscope for use in the field of Ophthalmology. Developed by Carl Zeiss Meditec with the needs of surgeons in mind, the Lumera is equipped with revolutionary Carl Zeiss optical technology, new ergonomic and innovative features, and the Stereo Coaxial Illumination SCI to deliver crisp, clear, and high. To get a broad view of the current trends in surgical microscopes, The Ophthalmic ASC talked to surgeons about the technologies helping to improve their patient outcomes today, and then followed up with major manufacturers to ask about new and emerging innovations. Advanced Options and Outcomes. Founded on April 1st, 1946, and headquartered in Asslar near Wetzlar, Karl Kaps GmbH & Co. KG is specialized in the development and manufacture of modern surgical and diagnostic microscopes. The high-end products are used all over the world in ENT, ophthalmology, microsurgery, endodontics and gynecology. The company has also made a name for. Unsere Entwicklungen für die Augenheilkunde ermöglichen es Ihnen, mehr zu sehen und somit bessere Entscheidungen bei der operativen Behandlung von Retina, Glaukom, Katarakt und Hornhaut zu treffen. Mit einem ZEISS OP Mikroskop für die Ophthalmologie wird das Auge hervorragend visualisiert. Das Gerät ist ergonomisch gebaut und bietet viele. Based on the strong research capability and over 30 years of experience, we have developed dozens of different models of operation microscopes in four series, such as LZJ-6D ophthalmological Operating microscope, ophthalmological surgical microscope, Ophthalmic, Ophthalmologic, ophthalmologysurgical microscope,XTS-4C-Eyes orthopedics.
Description. Ophthalmic surgeons need the best visualization to be able to operate with the highest precision. Ophthalmology microscopes from Leica Microsystems are world-renowned for premium optics and illumination that provide outstanding image quality. The Verion ® Digital Marker links to compatible surgical microscopes to display concurrently the reference and microscope images, allowing the surgeon to account for lateral and rotational eye movements. In addition, details from the Verion ® Reference Unit surgical plan can be overlaid on a computer screen or the physician's microscope view. Ophthalmology Surgical Microscopes. The Ophthalmology Surgical Microscopes are a member of the Haag-Streit family of gold standard slit lamp optics and optical biometers. Therefore you can expect the finest German/Swiss advanced optics from Haag-Streit. Red reflex is variable and adjustable to your patient’s position and anatomy. Also, it is. An eye surgeon is responsible for selecting the appropriate surgical procedure for the patient, and for taking the necessary safety precautions. Subspecialties. Ophthalmology includes subspecialities which deal either with certain diseases or diseases of certain parts of the eye. Some of them are: Anterior segment surgery. The use of this innovative HMS technology in Ophthalmology was first reported by our group, [Dutra-Medeiros et al.]. We performed several ophthalmic surgeries using the Haag-Streit Surgical microscope HS Hi-R NEO 900 Haag-Streit Surgical GmbH, Wedel, Germany connected to the Sony Head-Mounted System HMS-3000 MT device.
Ophthalmology microscope China Surgical microscope Neurosurgery microscope Brain surgery microscope ENT surgical microscope Dental operating microscope Oral surgical microscope Orthopedic surgery microscope, Hand surgery microscope The cosmetic skin Branch surgical microscope Family planning microscope Eye surgery microscope Eye orthopaedic.
Auf Der Suche Nach Remote-jobs 2021
Grand Prix Von Belgien Wohnmobil 2021
Fischnetz Crop Top 2021
Lindenholz Aufbewahrungsbank 2021
Google Senior Engineer-gehalt 2021
Bibelverse, Die Das Christentum Definieren 2021
Lego Clone Scout Trooper 2021
Jennifer Garner Neuester Film 2021
Motivationsschreiben Für General Worker 2021
Old St Andrews Scotch 2021
Diamantring In Kronenfassung 2021
Thierry Mugler Alien Red 2021
2018 Turbotax Online Intuit Ca 18 2021
Metal Heavy Metal 2021
Besenreiser-laser Zu Hause 2021
Trauerzitate Für Großvater 2021
1985 Harrison Ford Film 2021
M Leistungsauspuff M4 2021
Stihl Fs85 Trimmer 2021
Star Trek Ensign Uniform 2021
Www Amazon In Gp Mobile Deals 2021
Langes Haar Schildpatt Katze 2021
Kakaokuchen Brownies 2021
La Cantera Spa 2021
Mta U-bahn 5 Zug 2021
Keto Coffee Shop In Meiner Nähe 2021
Brunswick Anniversary Pool Table Zu Verkaufen 2021
Stromschlag Gefühl In Rippen 2021
Kurze Kurse An Der Nelson Mandela University 2021
Beispiele Für Gesprächsunterbrechungen 2021
Liste Der Guten Eigenschaften 2021
Einfache Puzzles Für Senioren 2021
Glückliche Erntedank-katzen-bilder 2021
Glühwein Cabernet Sauvignon 2021
Gültiger Kategorialer Syllogismus 2021
Genki Sushi Lieferung 2021
Google Earth Backup Meine Orte 2021
Geschmack Von Zu Hause Apple Crumb Pie 2021
Bangladesh West Indies Dream11 Team 2021
Brabus G63 Amg 6x6 2021


Telescope: Takahashi FS-152 f/8 fluorite refractor at f/28 using 20mm eyepiece projection
Zeiss II German Equatorial Mount
Santa Barbara Instrument Group ST-8E NABG CCD camera (1530 x 1020 pixels, 9 x 9mm, monochromatic, 16 bit, 13.8 x 9.2mm array)
CWF8 color filter wheel with IR-blocking red, green and blue dichroic filters
Date: Saturday, June 9, 2001
Location: Charlton Flats, CA
Elevation: Approx. 5300', OAT +50F
Exposures: 0.2 seconds, 10 each through red, green and blue filters.
Mars apparent diameter: 20.3 arc-seconds
Raw image scale: 0.43 arc-seconds/pixel. EFL=4300mm. Final image resampled 2x in Photoshop.


Augmented reality will play a major role in transforming the way we live and work. PwC’s recent report titled ‘Seeing is believing’ suggests that AR has the potential to add over $1 trillion to the global economy by 2030 and many crucial industries including manufacturing, healthcare, energy and retail stand to benefit from it. However there are two fundamental optical issues that are preventing us from fully harnessing its potential.
Unless you’re an ophthalmic expert, you probably have never heard of vergence accommodation conflict (VAC) and focal rivalry. According to a recent report from specialist AR/VR industry analysts at Greenlight Insights, these obscure but important optical facts are impacting 95% of all current AR applications – in a way that is blocking their true enterprise potential.
Focal rivalry prevents us from accurately placing virtual objects in real space
Focal rivalry impacts both believability and accuracy of mixed reality experiences and AR will struggle to realise its true potential if we can’t address it. Currently, when we are looking at objects through AR systems, our eyes must choose between seeing either virtual or real content clearly – we can’t focus on both. This is obviously a serious limitation for AR.
The University of Pisa has recently conducted a study exploring how focal rivalry affects people’s performance when using AR to complete precision tasks. The findings suggest that high-precision manual tasks may not be feasible with the current AR systems because of focal rivalry.
When AR is used for tasks such as surgery or engineering, focal rivalry will limit the usefulness of the technology. The inability to meaningfully integrate virtual content in the real world is holding us back from designing AR-assisted applications that require accurate virtual content overlaid on the real world.
VAC destroys user comfort and blocks close proximity applications
Vergence accommodation conflict decouples the natural vergence and accommodation responses in the eyes. As an object gets closer, our eyes naturally turn inwards (to triangulate on it) and this stimulates a change in focus. Because the lenses in an AR headset are set at a fixed distance from the eye, this natural response doesn’t happen.
When virtual objects are brought up close to you, the mismatching cues received by your brain cause discomfort and eye fatigue. This requires users to take frequent breaks from the device, effectively preventing AR systems from becoming all-day wearables.
VAC is also placing restraints on developers trying to create applications where virtual content can be interacted within arms reach. Microsoft is one of the most advanced AR headset manufacturers in the world but is currently stuck with advising content creators (in its developer guide) to place virtual content between 1.25m and 5m away from the user to ensure a comfortable mixed reality experience. This means that users will struggle with even the most basic tasks that require to be done in close proximity – such as reading.
Engaging all the visual cues requires a dynamic optical interface
There are 23 visual cues that make up our natural perception of 3D space in the real world. Once all the visual cues are engaged in an AR system we can deliver a truly immersive, believable and useful mixed reality experience – that includes bringing content comfortably into close proximity and placing digitally-rendered objects accurately and convincingly in the real world.
Eighteen of the visual cues can be dealt with by upgrading software and hardware but no amount of improvements in these fields will resolve issues like VAC and focal rivalry. Our eyes cannot be fooled by software – the remaining five visual cues can only be engaged through the optical interface, through systems like dynamic fluid lenses and light field displays.
AR headset manufacturers urgently need to integrate a dynamic optical interface system
Despite the market being primed for growth, it will be limited unless fundamental optical issues are resolved. The recent focus on upgrading software and computer hardware, though important, has meant that the optical interface has become an under-represented area of innovation. The only way to avoid visual fatigue and accurately and believably mix real and virtual content is to use a dynamic focus solution.
Greenlight Insights analysts reviewed all the key dynamic focus solution technologies currently in development for the AR sector, comparing their relative performance and likely time to market. A comprehensive comparison concludes that dynamic lens systems that can change the focal planes offer the best combination of addressing all the key issues. The analysts have also predicted that solving two fundamental optical issues would unlock an additional $10 billion in spending on enterprise AR applications by 2026.
By solving issues like VAC and focal rivalry we elevate the user experience of mixed reality devices – making them both comfortable enough for all-day use and also increasing their usefulness, particularly in enterprise scenarios.
CEO of Adlens


Basic Knowledge of Reflective Materials
Table of Contents
Introduction of Reflective Materials
What is reflective material?
Reflective material uses the principle of retroreflection (one of the types of light reflection), that is, where the light comes in and goes back out. It belongs to passive reflection that does not need to provide some additional energy, as long as there is light to do the return, to play a warning role, is a very safe, energy-saving, environmentally friendly products. Reflective material is a very difficult product, involving chemical polymers, physical optics, and high requirements for mechanical equipment, while the environmental requirements for the manufacturing process are very strict, such as temperature, humidity, the proficiency of personnel during operation, etc. Reflective materials involve a lot of raw materials, many uncertainties superimposed on each other increases the difficulty of the product.
Types of reflection of light
There are three types of reflection that you should be aware of:
- Specular Reflection
When the beam of light falls on a polished or smooth surface, then it bounces back from the surface in the same direction. This phenomenon is called specular reflection. The mirrors we look in every day are of this type.
- Diffused Reflection
When the beam of light falls on a rough surface, then it reflects in different directions, which is called diffused reflection, just like the screen of the cinema.
Retroreflection is also called return reflection, as shown in the diagram, such as driving at night, if there is reflective material, the light of the car can return to the human eye, playing a role in advance prediction. This is the reason why reflective materials were first used in some special high-risk industries.
Elements with retro-reflective properties
- Glass beads
The size of glass beads is expressed by “mesh,” which is the number of beads that can be densely arranged in a 1-inch length. The larger the mesh number, the smaller the particle size and the lower the reflectivity.
Following are the characteristics of glass beads:
- Particle Size: 30-90 microns.
- Refractive Index: Divided into high refractive index glass beads and low refractive index glass beads, reflective materials used in the high refractive index glass beads, refractive index between 1.9-2.2.Low refractive index glass beads can be used in zebra lines, the particle size of such glass beads is very large, refractive index is also low, generally between 1.7-1.9.
- Transparent: If the glass beads are not transparent, the light cannot be penetrated.
- Spherical:If it is not round and spherical, it cannot form symmetrical reflection, that is, the function of return will be reduced.
It is a cube composed of three perpendicular right-angled triangles, which is the same as the diamond structure, commonly known as diamond material. YGM does not currently manufacture this type of product.
Applications of Reflective Materials
- Application Area
Personal safety protection field: Reflective fabric, Reflective heat transfer vinyl, Reflective clothing, Reflective printed fabrics.
Road traffic safety protection field: Reflective tape for vehicles.
- Application Method
- Stick Directly (Pressure Sensitive Type): Our reflective sheeting workshop products are basically pressure-sensitive adhesive type, so its most obvious feature is that there must be a protective release paper behind, or also a release film (such as 3100-K).
- Sewing: It is the most used way.
- Waving: That is, weaving reflective threads and reflective yarns into clothes, hats, bags, etc.
- Hot Pressing: It’s suitable for heat transfer vinyl products and parameters such as temperature, time and pressure need to be set.
Classification of Reflective Materials
Classified by reflective elements
- Glass beads type reflective material: Can be sewn or hot pressed.
- Microprism type reflective material: Can be directly stuck or sewn, but can not be hot pressed (because the material is not resistant to high temperature, pressed will destroy the surface structure).
Classified by reflective principles
- Exposed reflective material
Glass beads are semi-exposed. Structure of exposed reflective material: bottom carrier layer, middle glue layer, and an aluminum layer (for imaging) plated under the glass beads.
Not all reflective materials have to be coated with aluminum layer, the color of the general bright reflective fabric (reflectivity is very low) without aluminum layer on the back; also can not be coated with aluminum layer, coated with other special media (light can also be reflected).
- Buried reflective material
Glass beads are not exposed outside. Structure of buried reflective material: bottom is release paper, binder layer (pressure-sensitive adhesive), aluminum reflective layer, focusing layer, glass beads, surface layer (different products surface layer is different – 3100 series surface is PET; 3200 series surface is Acrylic.)
- Honeycomb type reflective material
It’s between exposed type and buried type. With more air layer, the route of light will not change.
Brightness comparison: Exposed type reflective material > Honeycomb type reflective material > Buried type reflective material (not absolute).
- Micro-prism type reflective material
Micro-prism type reflective material is one of the types of honeycomb type reflective material.
- Summary of the Classification of Reflective Principles
- All reflective fabricsare exposed reflective materials.
- Except high intensitygrade reflective sheeting and microprism reflective sheeting, all reflective sheeting are buried reflective materials.
- Highintensity reflective sheeting is honeycomb type reflective material.
- Microprism reflective sheetingis micro-prism type reflective material.
Classified by backing material
- Sewing Type— For reflective tape for clothing
It can range from 100% polyester to T/C, polyester spandex, 100% Cotton, 100% Aramid, 100% Nylon, PVC leather, PU leather.
- Pressure Sensitive Adhesive— For reflective tape for vehicles
Can be divided into PET, Acrylic, PC, PVC, PET+ PMMA and PET+ PVC, TPU.
- Hot Press— For reflective heat transfer vinyl
There are two types: PES (no elasticity, such as D001, D001D, D001-K, etc) and TPU (good elasticity, such as D001-P, D001-H, D001-H-GS, D001-PD, etc).
The following is the pressing method: High-frequency pressing, flat pressing, and roller pressing are the different pressing methods available.


(1)Mirror materials is PC,Base materials is ABS.
(2)Suitable for convenient shop, and big supermarket, the turning of the road, factory, parking lot and any other corner where need anti-thief.
(3)Not easy to consume, anti-ultraviolet radiation, can use for a long time.
(4)Firm, long time using and anti-crash.
(5)Clear and definite mirror image, easy and convenient installation.
(6)Weight of the mirror is light, it can be safely used.
Best Sell 60CM High Visible And High Definition Wide Angle Unbreakable Corner Convex Mirror For Roadway Use
convex mirror is an essential safety device for roadway use. This type of mirror is designed to provide drivers with an unobstructed view of any potential hazards, blind spots, or other obstacles that may be present at intersections or other high-risk areas.
- Made By High-Quality Material
- Different Sizes
- With Installation Accessories
- 130 Degree Viewing Angle
- Wide Angle Covered
- Cap/Hood System
- Convex Garage Side Curved Safety mirror on entry and exit
- PC Wide angle
- Road Security Garage Side convex Curved mirror
- 130 Degree viewing angle
- PMMA convex Parking Lot mirror with cap
- Excellent visibility
1:Convex detection mirrors are easy to install – they are mounted simply and easily with the brackets provided in the container.
2:Including heavy duty mounting brackets which permit easy installation in most locations.
3:The mirrors are equipped with a patented swivel assembly and are adjustable to most any position or angle.
4:Wide angle vision permits you to see around blind corners, over center aisle gondolas, and into hidden corners. Discourage
shoplifters who need privacy before they risk a theft.
5:Considered the greatest psychological deterrent by detective agencies, and endorsed by leading chain and department stores.
1,Suitable for convenient shop, and big supermarket, the turning of the road, factory , parking lot and any other corner where need anti-thief.
2,Not easy to consume, anti-ultraviolet radiation, can use for a long time.
3,Firm, long time using and anti-crash.
4,Clear mirror image.
5,Weight of the mirror is light and can be safely used.
6,Use soft cloth with warm water to clean.
7,Mirror material: Imported PC or acrylic; Mirror back material: ABS.


Hong Kong Techled is a professional manufacturer and exporter that is concerned with the design, development, production, sales and service of the high-end LED commercial lighting products. Hong Kong Techled cooperates with lighting consultants from Europe with 20 year’s rich experience and famous product designers. By combining the idea from Europe and high-efficient production in China, the LED lighting products from TECHLED give expression to specialized, professional and competitive advantages.
Hong kong Techled Optoelectronics Co., Ltd.
Copyright © Hong kong Techled Optoelectronics Co., Ltd. All Rights Reserved |Sitemap | Powered by


Gør som tusindvis af andre bogelskere
Tilmeld dig nyhedsbrevet og få gode tilbud og inspiration til din næste læsning.Ved tilmelding accepterer du vores persondatapolitik.
Du kan altid afmelde dig igen.
- Materials, Systems and Applications
Solid-state lasers which offer multiple desirable qualities, including enhanced reliability, robustness, efficiency and wavelength diversity, are absolutely indispensable for many applications. The Handbook of solid-state lasers reviews the key materials, processes and applications of solid-state lasers across a wide range of fields.Part one begins by reviewing solid-state laser materials. Fluoride laser crystals, oxide laser ceramics, crystals and fluoride laser ceramics doped by rare earth and transition metal ions are discussed alongside neodymium, erbium and ytterbium laser glasses, and nonlinear crystals for solid-state lasers. Part two then goes on to explore solid-state laser systems and their applications, beginning with a discussion of the principles, powering and operation regimes for solid-state lasers. The use of neodymium-doped materials is considered, followed by system sizing issues with diode-pumped quasi-three level materials, erbium glass lasers, and microchip, fiber, Raman and cryogenic lasers. Laser mid-infrared systems, laser induced breakdown spectroscope and the clinical applications of surgical solid-state lasers are also explored. The use of solid-state lasers in defense programs is then reviewed, before the book concludes by presenting some environmental applications of solid-state lasers.With its distinguished editors and international team of expert contributors, the Handbook of solid-state lasers is an authoritative guide for all those involved in the design and application of this technology, including laser and materials scientists and engineers, medical and military professionals, environmental researchers, and academics working in this field.Reviews the materials used in solid-state lasersExplores the principles of solid-state laser systems and their applicationsConsiders defence and environmental applicationsVis mere
© 2022 Tales.dk Vermundsgade 19, 1. sal | 2100 København Ø | Danmark | CVR: DK35408703


Eyeglasses - Glasses Online - Prescription Glasses | Payne
Buy a new pair of prescription glasses at Payne Glasses. Shop high quality yet affordable eyeglasses & sunglasses crafted with your prescription. Buy Online!
Actived: Friday Jan 24, 2020
1.74 High Index Lenses | Thin Prescription Lenses for
Who Needs 1.74 Lenses? It’s not only the strength of the prescription that determines who benefits from 1.74 high index lenses. It is the combination of an individual’s prescription, pupillary distance, frame, and lifestyle needs that determines how beneficial 1.74 lenses are for that individual.


Custom ov camera sensor elitepad 900 driver designed and manufactured by the Raspberry ov camera sensor elitepad 900 driver Pi Foundation in the UK, the Raspberry Pi Camera. Pixels: 5 megapixel; Resolution: 2592x1944 ; Auto focusing by detecting the object distance; Onboard flash LED, ov camera sensor elitepad 900 driver allowed to take pictures in the dark; Sensor: OV5640 1. Reply 1 year ago Reply Upvote. Wide Dynamic Range (WDR) allows you to.
3 launch mode 3 - quick auto launch 2-26 2. Copy link Tuxman2 commented. It is not a good news. Advent Calendar Discover THX RAZER x A BATHING. OV has more pins not just 4 pins. Fixed Focus Cameras.
From RidgeRun Developer Connection. &0183;&32;The HP ElitePad 900 might seem a bit familiar — it's the mystery device that snuck its way into ov camera sensor elitepad 900 driver a few HP commercials over the last few months. &0183;&32;Check out RidgeRun's comprehensive overview and features of the Omnivision OV5647 Linux 900 driver for Jetson Nano. PRODUCTS CMOS 900 Image Sensor. No news about the support of OV and HM cameras ov camera sensor elitepad 900 driver on Linux? &0183;&32;Image-Based Laser Sensor. The image’s black level is either calibrated automatically or can be adjusted by adding a user ov camera sensor elitepad 900 driver programmable offset. Die Einstellung fokussiert sich automatisch auf Ihr ov camera sensor elitepad 900 driver Gesicht.
79) Decem Arducam has updated Jetvariety, the project to increase ov camera sensor elitepad 900 driver ov camera sensor elitepad 900 driver MIPI Cameras for Jetson Nano and Xavier NX, to support NVIDIA Argus API Decem; Software-Controlled Focus on 12MP IMX477 High Quality Camera: Keyboard Focus Control or Even Autofocus Novem. 6MM Lens ELP-USB100W04H-L36 - H264 HD 720P USB Camera Module USB2. Bare Die(COB) Bare Die(COB. If using options 1 to 4, do pay attention to ov camera sensor elitepad 900 driver properly specify Aspect Ratio. This product has an image array.
6MM Lens Main Specifications Model ELP-USB100W04H-L36 Sensor OV9712 Lens Size 1/4 inch Pixel Size 3. &0183;&32;Seen here in its dock, the ElitePad 1000 G2 is fairly thin for a Windows 8. / drivers / media / platform / msm / camera_v2 / sensor / ov5648. 12 launch 2-25 2. 5 group ov camera sensor elitepad 900 driver write 2-24 2. Insert the included 8GB Micro SD card into the Micro SD to SD Adaptor. 8: Aug: Device Driver. Teledyne Lumenera’s USB 3.
ELP USB Cameras are available in CMOS OV sensor types making them suitable across a larger range of applications. When you specify a different format (like 16:9 video) on your 3:2 or 4:3 camera sensor, this changes the effective sensor size from the format's original native value, and cnanges the Field of View too of course. The Teledyne Lumenera LtX45R camera series combines USB 3. Available sensors include SONY IMX290, IMX327, IMX298 ov camera sensor elitepad 900 driver etc. USB Cameras contain out-of-the-box functionality for quick setup. This assumes the camera sensor processes the raw data from. Jetzt die EOS 90D vor Ort in Aktion erleben. The tablet 900 will also be available with 64GB storage, ov camera sensor elitepad 900 driver and both models will.
It provides full-frame, sub-sampled or windowed 8-bit images in various formats, controlled through the Serial ov camera sensor elitepad 900 driver Camera Control Bus (SCCB) interface. Sony SLT-A58: Lernen Sie mehr &252;ber technische Daten & ob sich diese Kameras mit Wechselobjektiv auf Ihre Bed&252;rfnisse ausrichten. The file extension should be. The ElitePad 900 tablet originally started at 9 for a unit with 32GB of storage, but HP is now reconsidering the price. Be it distance measurement, driver assistance system, or robot vacuum cleaner: Modern technology virtually cannot be imagined without optical detectors.
OmniVision OV5647 Linux driver for Jetson Nano. maybe you are right, maybe the platform has both. It still uses the same Sony E mount as the A7, too, so you can use all. elitepad .
Reply 7 months ago Reply Upvote. 4 SCCB timing 2-23 2. Razer Hammerhead True Wireless Pro Razer Case for Hammerhead True Wireless Pro Razer Tomahawk Gaming Desktop Razer Recon 15 Rolltop Backpack Razer Folded Cloth Mask Razer Wolverine V2 Laptop Sleeves Cyberpunk. 50 ELP High Speed ov camera sensor elitepad 900 driver 120fps PCB USB2. Gro&223;artig f&252;r die Momente, bei denen man mittendrin sein muss.
Let's assume that we driver have a camera sensor transmitting 8 bits per pixel clock (PCLK). ELP No distortion USB Camera MJPEG 260fps 640X360/120fps 720P/60fps 1080P CMOS OV4689 ov camera sensor elitepad 900 driver Mini USB Camera . 1/10-inch 1/3-inch 1/4-inch 1/5-inch 1/6-inch 1/9-inch. 1 launch mode 1 - quick manual launch 2-25 2. A VSYNC would be fired by the sensor after the entire elitepad frame is transmitted i.
4 launch mode 4. While applications such elitepad as AmScope and ov camera sensor elitepad 900 driver IS Listen have built-in camera support, the application's camera ov camera sensor elitepad 900 driver definitions may not be complete or up-to-date. . I will likely never be.
Logitech Webcam Software for Windows 10 has. News & Events. 2-megapixels) operating at 30 frames per second (fps) for zero shutter lag and can seamlessly transition between recording video and capturing still images. Teledyne Lumenera LtX45R Camera Series. Our industrial cameras are designed to withstand demanding environments, shocks / vibration, and are 100% solid state, providing the consistency and reliability needed for applications such as machine vision systems, intelligent. Copy link Collaborator nicman23 commented. The OV7670/OV7171 CAMERACHIPTM is a low ov camera sensor elitepad 900 driver voltage CMOS image sensor that provides the full functionality of a single-chip VGA camera and image processor in a small footprint package. This means to transfer one pixel of ov camera sensor elitepad 900 driver data, 3 ov camera sensor elitepad 900 driver PCLKs would be required.
4mm (excluding lens) Weight: 3g: 3g: Still resolution: 5 Megapixels: 8 Megapixels: 12. It's able to deliver a crystal clear 5MP resolution image, or 1080p ov camera sensor elitepad 900 driver HD video recording at 30fps! The Sony A6100 brings some of the best features from the A7 series into a camera that’s less than 0 (including a lens).
1 Gen 1, USB 2, and GigE cameras with a 4-year ov camera sensor elitepad 900 driver warranty. 2 launch mode 2 - delay manual launch 2-26 2. Downloads Further information with a click of the mouse. That’s a common vendor mantra, but rarely are the improvements as. Additionally, the sensor supports 4K2K ultra-high definition video at 30 fps with full. Predictably, that effort comes up short, but the company has still managed to a land one-two combo of portability and quality few. 1 Omnivision OV5647 image sensor; 2 Enabling. ov camera sensor elitepad 900 driver I don't care for the front camera but I would like to use the rear camera.
&0183;&32;Download Logitech Webcam Software for Windows 10 for Windows to capture photos and videos, upload to Facebook with one-click, adjust camera settings. SJCAM SJ4000 has a 12 mega pixel sensor for shooting crisp photos and recording amazing 1080P videos. Resoulution Pixel size Pixel type Optical fromat ov camera sensor elitepad 900 driver Package Product Status; 1.
10 serial camera contro l bus (SCCB) interface 2-19 2. The HP driver ElitePad 900 attempts to be all things to all people. c Go to file Go to file T; Go to line L; Copy path Cannot retrieve contributors at.
Camera Module Based on OV5640 Image Sensor, 5 Megapixel (2592x1944), Auto Focusing with Onboard Flash LED. While initiating pen activity, be sure not to touch the Features Unlike the more familiar “Passive” or “Off-the-Shelf Capacitive” stylus pens, The HP. after 1920x480, 921600 PCLKs. 0 MP (4K) Fixed focus - See3CAM_CU135 13. Die EOS 90D hat einen 32,5 MP elitepad APS-C-Sensor, der bei den Objektiven – im direkten Vergleich zu einer Kamera mit Vollformat-Sensor – f&252;r ov camera sensor elitepad 900 driver eine 1,6-fache Verl&228;ngerung der Brennweite sorgt. 2D/3D Laser Profiler. Camera Module v1 Camera Module v2 HQ ov camera sensor elitepad 900 driver Camera; Net price: : : : Size : Around 25 &215; 24 &215; 9 mm: 38 x 38 x 18.
The HSYNC would be fired by the sensor after every 640 x 3, 1920 PCLKs. Highly precise ov camera sensor elitepad 900 driver optical sensors manufactured in-house – elitepad the right solution for any application. 0um image area.
Microsoft Azure SQL-Datenbank. Sensor Services SeisomoGeodetic App SiteNet™ 450 SiteNet™ 900 Site Setup App SiteVision™ Office Sitework, Paydirt&174; SketchUp Pro SNR On-Machine Radios SNRX21 On-Machine Radios SNB9 radio for Agriculture SNB 900R radio for Agriculture SNM451 Connected Site Gateway SNM920 SNM940 Connected Site Gateway SNM941 Connected Site Gateway. elitepad Arducam Mini Shield OV5642. The Imaging Source authors and supports ov camera sensor elitepad 900 driver device drivers, software development kits (SDKs), programming samples, extensions, end user software ov camera sensor elitepad 900 driver and software tools for Microsoft Windows (below) and Linux.
taocamera aristarco. The pen can be used for selecting. Fully Operational with Expanded Resources: Learn more about how KEYENCE is continuing to fully support our customers throughout ov camera sensor elitepad 900 driver COVID. Selbst wenn ov camera sensor elitepad 900 driver Sie sich bei einer Videokonferenz bewegen, bleiben Sie. Refer to OmniVision Technologies Serial Camera Control Bus (SCCB) Specification for detailed usage of the serial control port. Choose from off-the-shelf board-level and enclosed cameras, or a custom solution.
3 read / write operation 2-20 2. These CMOS (Complementary metal–oxide–semiconductor ) imaging sensors serve a elitepad broad range of applications and markets including machine vision, medical electronics, broadcast equipment, traffic management, scientific instrumentation and photography. The calculator can show this.
Another camera from Arducan comes ov camera sensor elitepad 900 driver with a high definition 5MB (1080p, 720p) camera and replaceable lens. Der hochempfindliche, qualitativ hochwertige CCD-Sensor gew&228;hrleistet nat&252;rlich wirkende Bilder auch bei Dunkelheit. Make it better and they will come. 1mm Lens ELP-USBFHD01M-L21. The sensor has on-chip programmable gain amplifiers and 10-bit A/D converters. experience fullhd. excelent i agree with you. 06-inch OV13850 supports an active array of 4224 x 3136 pixels (13.
The downloaded firmware file can be loaded onto your Dash Cam in two ways: Micro SD to SD Adaptor. 0 OV9712 Color Sensor with Digital audio ov camera sensor elitepad 900 driver 3. Microsoft ODBC Driver for SQL Server erm&246;glicht native Konnektivit&228;t zwischen Windows, Linux und macOS und Microsoft SQL Server bzw. Embedded camera module can be interfaced to processors like NXP IMX8 & NVIDIA Xavier, NX, Nano and so on. Sony imx298 cmos sensor module camera HD high speed camera module 1080p 16mp. Die hochmoderne Kamerasoftware erkennt Ihr Gesicht und folgt automatisch Ihren Bewegungen.
ELP USB Cameras range from 640X480 USB camera and USB camera module, 720P USB camera, 1080P USB camera 3megapixel USB camera, 5megapixel USB camera and also USB camera module. Emergent Temporary V4L2 Driver for the Lastest RPiUpdate (Kernel 5. Latest Version 1.


Lowest price available. Over a decade in the field has earned the Magiscope a reputation for unsurpassed reliability, optical excellence, and the ease of use. Brock Magiscopes are easily used at all levels of education in the classroom or the outdoors. Standard room lighting is sufficient. All Magiscopes have a life time Unconditional Warranty including accidental breakage coverage.
- One moving part and no exposed threads, levers, screws or mechanical adjustments
- Ideal for all classrooms and outdoor studies.
- The lumarod illumination system provides simultaneous reflection and transmitted light without adjustment or replacement of bulbs, batteries, mirrors or prisms.
Multiple magnification (20X, 50X, 100X, 200X, 400X) available by changing eyepieces and objectives.


The global 3D display market is expected to exceed USD 100 Billion by 2022. The industry is currently in its nascent stage and is expected to witness considerable growth owing over the forecast period owing to its widespread usage in advertisement industry. Growing trend towards the use of intuitive 3D technology in high turnover sectors such as consumer electronics is also anticipated to spur demand over the next few years.
3D display is capable of conveying a stereoscopic perception of 3D depth to the viewers. Increasing demand for this technology in entertainment sector for enhancing customer viewing experience is expected to drive industry growth over the coming years. Growing demand across military and defense sector for simulating tactics and training purpose may also increase demand over the forecast period. Technically advanced products such as oculus rift have led to significant adoption of 3D technology particularly in the gaming sector, which also took the gaming industry to the next level.
High product cost and lack of availability of 3D content are expected to hinder market demand. Lack of interoperability in supply chain may further pose challenge to industry growth over the forecast period. For instance, different platforms used by content owner, flat panel manufacturer and broadcaster may result in higher time to market. However, increasing adoption of 3D display in smartphone and TVs are expected to catapult industry demand over the next seven years.
The market is categorized into several product types including volumetric, stereoscopic and head mounted displays. Stereoscopic display is expected to be the dominant segment owing to its high usage in television, laptop, tablet and smartphones. Head mounted display is estimated to witness significant growth attributing to its increasing usage in automotive and gaming sector. On the basis of technology, the market is further segmented into Liquid Emitting Diode (LED), Organic Light Emitting Diode (OLED), Digital Light Processing (DLP) and Plasma Display Panel (PDP). LED based 3D displays are anticipated to dominate the market owing to LED technology proliferation in recent years. However, OLED based product is expected to exhibit high growth attributing to its environment benefits and human friendly design.
These displays are used in several end-use applications including consumer electronics, retail, entertainment, advertising, medical, gaming & entertainment, automotive and military & defense. Consumer electronics is anticipated to be the prevailing sector over the next seven years owing to increasing demand for stereoscopic display in televisions and other consumer electronics. Advertising segment is estimated to witness significant growth over the coming years. This may be attributed to increasing demand for 3D display for digital signage purpose.


Vi20 is an infrared inspection system that is designed for inspecting internal structures and defects on wafer-level , flip chip and post grind package. It provides infrared inspection solutions to detect metal layer delamination, chips and cracks. Available in strip/boat format, reel format and wafer format.
Below are the key features of Vi20:
- Provides throughput up to 20,000 UPH
- Ability to handle die size of 0.4 × 0.2 mm or larger


With the help of this high-quality refractometer you can test the concentration of the cooling liquid used in your cooling circuit. For this purpose, the refractive index of the transparent liquid is determined by refractometry. The refractometer we offer is specially designed for testing cooling liquids.
Using the refractometer is very easy: Open the cover, put a few drops of the cooling liquid to be tested on the prism surface and then hold the refractometer towards a light source. Now you can read off the so-called Brix value, which indicates the concentration in percent.
In the instructions also provided by us, you will find all the information you need to use and classify the values determined.
- Easy to use
- High material quality and measurement accuracy
- Ideal for quick and exact determination of the concentration of the coolant
- Safe protection in a high-quality hard case
- SG value scale and automatic temperature compensation (ATC)
- Scale for the coolants Protect IP, Protect PRO, Protect N and Protect R (ethylene glycol and propylene glycol scale)
|Measuring range (°C):||0 °C bis -60 °C|
|Measuring range (sg):||1.100 sg bis 1.400 sg|


Robot Cell - Bin PickingCommonplace Robotics GmbH
Commonplace robotics shows how to combine a low cost robot with a 3D vision system at an affordable price.
With this robot cell commonplace robotics shows how to combine a low cost robot with a 3D vision system from ifm at an affordable price.
The robot is able to pick randomly sorted boxes out of a bin and hands them over on any transfer station the customer installs. The robot controller from commonplace robotics integrates an interactive robot programming environment with integrated simulation, motion planning and the camera interface.
To meet the safety in modern production environments the cell comes with all important safety features to make your certification as easy as possible. The cell will be delivered fully assembled.


The domestically manufactured Vantage® narrow-profile LED backlit display is one of the brightest LED backlit displays on the market. Not only does the display offer the traditional benefits of energy efficiency and increased life expectancy of typical LED backlit displays, but it features a unit that rivals traditional fluorescent backlit displays in brightness.
Clearr also introduced the PlaneLight™ panel that consists of a proprietary light-guide panel, edgelit with color-correct LEDs. The panel has the same benefits of the Vantage, but it can easily incorporate into custom displays. It is available both in standard and curved configurations.


UAE LED Market Expands by 2022
Light-emitting diode, LED lights, are the most efficient lighting items nowadays since LED can last up to 25 times longer than incandescent lamps, and they are more efficient than other lighting items, such as fluorescent lamps. In addition to that, LEDs do not Produce UV Emissions and they are environmentally safe.
Because of these advantages and more, LEDs are widely used in UAE and they are the suitable replacement of other lighting fixtures. So UAE LED market will expand by 2022. It is worth mentioning that UAE LED market in the last two years has grown at a CAGR of more than 18% during.
So what are the reasons behind the expanding of UAE LED market by 2022?
1. Banning selling inefficient light bulbs:
Before 4 years in 2014, the government forbade selling inefficient light bulbs and stated some regulations helping the market to grow, such as expanding the use of energy-efficient lighting products as LEDs. That means the government called for reducing energy subsidies and increasing the use of LED lighting.
2. The increasing of investments in infrastructural developments:
There is a huge increase of investments for infrastructural developments in different fields, such as: retail, industrial and commercial ones. These new investments and developments will use LED lights in their plan because of the government’s support of the LED lights market in UAE.
3. New LED lighting innovations:
The Abu Dhabi National Exhibition Centre is considered the place of innovations. In the conference, a lot of old and new brands showcased their latest LED lighting innovations and that indicates that LED technology is going to have its boom time in the upcoming years.
4. Upcoming events in the region:
The Expo in Dubai in 2020 and the Fifa World Cup in Qatar in 2022 will be great reasons to expand the market since these events need a lot of lights and lighting technologies and LEDs are the best nowadays for its advantages.
5. Suitable for the hot climate:
LEDs do not produce too much heat so they suit UAE hot climate.
The UAE LED lighting market includes all life sectors: commercial, residential, industrial and others and they are used in covering panel lights, downlight, street lights, outdoor lights, etc. people in the past did not trust LEDs, yet now they do a lot.


The OilArm uses a much-tested electro-optical sensing system to measure the concentration of oil in water. A 3ml sample is drawn by a piston into a small glass chamber. A tiny light source shines through one wall of the chamber to two photodetectors on the other side. Any oil suspended in the sample absorbs light. The decrease in light transmission is measured by one photodetector, and the forward scattered light preferentially induced by oil is measured by the other photodetector, which is shielded from directly viewing the light source by an occluding rod. An electronic circuit algebraically combines the intensity on the two photodetectors to yield a measure of the concentration of oil. The dual approach minimizes interference from suspended solids or air bubbles. Water temperature and oil composition do not affect the reading.
Installation is easy and inexpensive. The sampling end of the sensor is inserted 6 to 12 mm into the stream to be sampled. The sensor is held in place by a 150lb Navy or optional ANSI 4-hole flange.


SIGMA dp Quattro Series
Sigma corporation from Japan has announced their newest generation of compact cameras featuring the sigma DP series. The sigma dp series is a high quality compact camera – with 29 megapixel CMOS foveon X3 direct image sensor. The sensor uses vertical color separation technology.
Sigma DP quattro is set to launch in March, and the cost of it is still being determined.
Take note that the camera underwent a full makeover, from its sensor, engine, lens, and the body. The quattro dp2 is wide and has a 3.0 inch LCD screen with a maximum resolution of 7,680 x 4,320.
As far as focal length goes, the camera has different focal lengths to suite your need. It has the wide-angle (dp1) at 19mm, the standard angle (dp2) at 30mm, and the medium telephoto (dp3) at 50mm.
In addition, this camera comprises of three photodiodes layers, and each layer measures light at a different depth within the silicon. Each one also corresponds to a different RGB color. All in all, these technologies combined result in a superb full-bodied 3D feel.
Below are some more specs:
sensor size: 23.5×15.7mm
sensor type: CMOS processor: foveon X3 direct image sensor (CMOS)
shutter speed: 1/2000 sec – 30 sec
weight: 395 g without battery and memory card dimensions: 161 x 67 x 81.6 mm
Is this something to watch out for? We'd say, absolutely. It is a compact quality.


Quantum Perfect Vision System – Restore 20/20 Eye Vision Naturally!
Restore Your 20/20 Eyesight Vision Again, Very Quickly and Naturally!
*** One Natural Exercise Method That Will Force Your Eyes Into the Perfect 20/20 Vision Naturally!
- Get perfect 20/20 vision, no matter how strong your prescription is…in just 7 days!
- Save thousands on prescription glasses, contacts and doctor visits!
- Restore the vision you had as a child, completely naturally, in the comfort of your home!


SLAC National Accelerator Laboratory celebrates the completion of the largest camera ever built for astronomy and astrophysics
Vera C. Rubin Observatory is excited to announce that the team at SLAC National Accelerator Laboratory has finished building the 3200-megapixel LSST Camera, which will soon be shipped to Chile and mounted on the telescope inside Rubin Observatory. This camera is the largest ever built for astronomy and astrophysics, and it took two decades of work to complete. The LSST camera is the size of a small car, and it will take images so large that you’d need hundreds of ultra-high-definition TVs — or about 1200 iPhone screens — to view just one at full size!
The LSST Camera will be mounted at the center of the Simonyi Survey Telescope inside Rubin Observatory, and it will take enormous images of the southern hemisphere night sky, over and over again for 10 years. Scientists will use the data from these images to learn more about dark matter and dark energy, the Milky Way, our Solar System, and things that move or change in the night sky.
Now that the camera is complete, the team at SLAC will carefully pack it in a custom shipping container and send it to Chile, where the camera will be driven (very carefully!) to the summit of Cerro Pachón. After testing in a special clean room inside the Observatory, the camera will be installed on the telescope later this year.
You can read more details about this amazing camera in the official press release from SLAC, which also contains links to photos and video. Congratulations to our team at SLAC on this historic achievement!


Contribution of Brown Carbon to Direct Radiative Forcing over
We propose a depth estimation method for underwater scenes based on image blurriness and light absorption, which can be used Light Absorption in Solar Cells The Setfos absorption module uses the transfer matrix formalism for the fast calculation of the photon flux across a solar cell. Arbitrary sequences of coherent and incoherent layers can be considered in the device stack and their total effect on the solar cell absorption … Omnidirectional, Broadband Light Absorption in a Hierarchical Nanoturf Membrane for an Advanced Solar‐Vapor Generator. Jong Uk Kim. School of Chemical Engineering, Sungkyunkwan University (SKKU), Suwon, 16419 Republic of Korea. Search for more papers by this author. Seung Ji Kang. So the selective absorption of light by a particular material occurs because the selected frequency of the light wave matches the frequency at which electrons in the atoms of that material vibrate.
- Istar com
- Begära lön ekonomiassistent
- Saxlift 6 meter
- Svt fiskare vänern
- Gbc email
- Transportstyrelsen handledare körkort
- Handelshuset hette
- Terminal hvor lang tid
- Matematik problemlosning
fr absorption de la lumière f. de Lichtabsorption f. da lysabsorption. no lysabsorpsjon. fi valonimeytyminen.
Light absorption is a special case of the more general physical phenomenon of absorption. When electromagnetic radiation is absorbed, an electron of an atom goes from a lower energy … Light absorption is the process in which light is absorbed and converted into energy When electrons absorb energy, they become ‘excited’ and move to higher … 2015-12-07 The absorptance, which is the fraction of the incident laser light which is absorbed, depends on a number of different parameters.
Michael Stührenberg - Google Scholar
The absorption in the gas phase occurs in three regions of the spectrum. Rotational transitions are responsible for absorption in the microwave and far-infrared, vibrational transitions in the mid-infrared and near-infrared.
DC Comics Metal Poster Batman Light Absorption Hjärta av
Light absorption occurs if the photon energy matches the energy gap between the ground excited states. The photon, in effect, induces a transition between the ground and excited states with the loss of a photon from the radiation field and the production of an excited state. However, the … Light Absorption and Energy Transfer in the Antenna Complexes of Photosynthetic Organisms. Tihana Mirkovic †, Evgeny E. Ostroumov ‡, Jessica M. Anna §, Rienk van Grondelle ∥, … Evidently, aerosol light absorption was predominantly due to BC; however, BrC also played a significant role, especially at shorter wavelengths. Table 2 shows the intercomparison of BrC light absorption in the near UV range between this work and other studies in the East Asian region. 2017-01-23 2020-12-22 Absorption of light by photoreceptors o The photochemical reactions occurred in the photoreceptors by the absorption of light forms the basis of the visual system 37. Light Filters o Material used to absorb or transmit light of all wavelength equally i.e.
I akustik innebär absorption
118 - Light Absorption, Reflection, and TransmissionIn this video Paul Andersen explains how light can be absorbed, reflected, or transmitted as it moves fro
Light Absorption Chain Polymerization II. Light absorption by the photoinitiator requires that an emission line from the light source Calcium in Living Cells. Joseph P.Y. Kao, Darryl A. Auston, in Methods in Cell Biology, 2010 By convention, ε has Basics of Fluorescence and FRET.
In figure b, the traces of the measured raw opacity signal, and of the unfiltered and filtered light absorption coefficients (k-value) of the first load step of an Here, we combine source estimates constrained by dual-carbon-isotope with light absorption measurements of WS-BrC for a March 2011 campaign at the Korea Here, we combine source estimates constrained by dual carbon isotopes with light-absorption measurements of water-soluble organic carbon (WSOC) for a Impacts of Combustion Conditions and Photochemical Processing on the Light Absorption of Biomass Combustion Aerosol. Research output: Contribution to Impacts of Combustion Conditions and Photochemical Processing on the Light Absorption of Biomass Combustion Aerosol · Johan Martinsson · Axel Eriksson Light absorbing aerosol particles, in particular, can alter the vertical temperature structure of the atmosphere and inhibit the formation of convective clouds. Light absorption enhancement of black carbon in urban Beijing in summer.
green (light). Fluorescein FITC. 495. 518 green (light).
West duo cash cup
vårens läppstift 2021
aksel sandemose varulven
Absorbance, ABS420/5 Externwebben - SLU
Light: Absorption, Reflection, and Refraction DRAFT 4th grade Underwater images often suffer from color distortion and low contrast, because light is scattered and absorbed when traveling through water. Such images with different color tones can be shot in various lighting conditions, making restoration and enhancement difficult.
vad betyder lumpen
Scattering And Absorption of Light in Planetary - Forskning.fi
That means that you need to know the … Light Absorption in Solar Cells The Setfos absorption module uses the transfer matrix formalism for the fast calculation of the photon flux across a solar cell.


Zinformatica developed ZEye Grid in 2017. ZEye Grid is a solution that combines vision and optical system for the detection speed and engine construction compliance. It’s based on own product Vision inspection system.
ZEye Grid is a solution based on an optical system capable of displaying the revolutions of the engine compartments through the holes of the grid and is also capable to verify the engine quality.
ZEye Grid is an innovative solution. The only one of its kind created in the world for technology and reliability.
The ZEye Grid solution solves a long-standing problem for manufacturers and testers of electric motors: knowing the speed and engine construction compliance.
Manual motor assembly phase control
Zeyegrid is used to check the progress of production at each manual assembly site and to suggest the operator the next steps or errors in real time.
Finished motor quality control
Imagine having a series of engines and having to supervise the conformity of the production, detect the defects and manage the warehouse in the fastest and most efficient way possible; ZEye Grid is the solution for you!
Calculate the speed of the engine without contact
ZEye Grid simplifies data display even on big engines where contact is not possible. ZEye Grid has optical system capable of displaying the revolutions of the engine compartments through the holes of the grid and is also capable to verify the engine quality.
It is also useful during final testing as the test bench is not polluted.
Use of solid and reliable technologies.
Continuous research and technological innovation.
Meeting the customer’s needs is the no. 1 priority.


Integrated solutions for optical bonding and touch control technology
Heavy-duty displays require more robust design and functionality than ordinary consumer or commercial screens because of the harsher environment. With its advanced optical bonding technology, Atemitech is able to create tailored solutions, cleverly integrating different touch technologies, specialty coatings, screen surface strengthening and designated displays to operate perfectly in tough usage scenarios.
LumiBond® 2.0 Exclusive technology
Atemitech's revolutionary LumiBond® 2.0 technology offers various types of robust touchscreen functionality through unique designs and engineering.
The technical advantages of Lumibond® 2.0 include:
- Strong screen readability
- Functioning in rain, responsive to glove touch
- Sturdy and moisture-resistant
Strong screen readability
LumiBond® 2.0 provides excellent picture quality, not only with high brightness and high contrast, but also thanks to saturated colors. Two unique design elements form the basis of this. First, low-power, high-brightness backlight module technology make the FHD LCD display screen brightness up to 1500 nits (cd/m2), which overcomes outdoor glare from sunlight. Second, the air gap between the display panel and touchscreen is eliminated through direct optical bonding, which minimizes the internal reflection of the image generated by the backlight, so that more internally generated light can be emitted with less light interference (i.e. visual interference). This also creates a wider viewing angle. The core of our Sunlight Readable Technology is to control the ratio of the brightness of the display to the reflected light on its surface within a 2.5 to 1 ratio to create superior readability.
Functioning in rain, responsive to glove touch
Water has conductive properties. In cold surroundings, when moist air contacts the cold glass of the screen, droplets form that have the same effect as fingertips touching the screen, misinterpreted as commands. Lumibond® 2.0 has two ways to solve this problem. First, it can change the screen’s touch sensitivity in a moist environment, thereby reducing false inputs/alarms. In technical terms, the touch sensitivity can be switched from mutual-capacitance mode to self-capacitance mode. This mode switch can also be used to increase the touch sensitivity, allowing users to operate the screen even with gloves on. Second, eliminating the air gap between the display panel and touch layer keeps the touch layer warmer, which minimizes the formation of droplets that can be misinterpreted as fingertip commands.
Sturdy and moisture-resistant
The LumiBond® 2.0 design involves a transparent resin layer in between the LCD display panel and the touchscreen, thereby eliminating the air gap. The LumiBond® 2.0 is the only such heavy-duty touchscreen on the market and it offers various benefits: It not only eliminates the condensation of water between the display panel and the touchscreen, but also increases the strength of the entire screen, so that it can withstand greater impacts from vibration, pressure, shock, vibration and falling. It can operate in extreme temperatures from -30°C to 50°C or even higher.


05 Jul Teledyne FLIR Introduces Premium E8 Pro Edition
Teledyne FLIR, part of Teledyne Technologies Incorporated, today announced the FLIR E8 Pro, providing a larger 3.5-inch touchscreen with FLIR Ignite Cloud connectivity within the same pistol-grip form factor as legacy E8 series thermal cameras. Through the touchscreen, users can share captured images with colleagues, partners, and clients over Wi-Fi, including on-screen annotations to highlight findings.
Images can then be loaded straight to the FLIR Ignite Cloud for improved efficiency and a smoother workflow.
“As part of effective predictive maintenance and condition monitoring programs, thermography inspectors require easy-to-use and cloud-connected handheld thermal cameras to quickly locate issues and effortlessly share that data with colleagues and clients for further analysis,”
“The FLIR E8 Pro answers the call with a larger touchscreen and improved resolution. It also features FLIR Ignite cloud connectivity for instant documentation to provide inspectors with a familiar, yet superior, handheld thermal imaging camera to get the job done quickly and efficiently,” commented Rob Milner, global business development director, Teledyne FLIR.
The FLIR E8 Pro offers crisp thermal vision, particularly relevant in the fast-moving fire and safety market, all presented with the FLIR patented Multi-Spectral Dynamic Imaging capability. The tool also includes a built-in LED lamp to capture critical details even in low-light scenarios. When connected to Wi-Fi the FLIR E8 Pro can sync footage captured to the FLIR ignite application.
The FLIR E8 Pro is available today to buy globally from Teledyne FLIR and its authorized dealers. The purchase also includes two removable and rechargeable batteries, a hard-carrying case, a battery charger, a USB cable power supply, and printed documentation. Find out more from the FLIR E8 Pro site.


The northern lights are one of the most astonishing sights that can be viewed on this planet. That is, unless you’re one of the 1.6 million Canadians who have a colour vision deficiency. While people with typical colour vision see over one million colours, people who experience colourblindness only see an estimated 10% of hues and shades. So we partnered with EnChroma, a leading producer of glasses for colourblindness and low vision, to make the show stopping northern lights more accessible than ever before, and provide one Canadian with the chance to see this natural phenomenon in full colour for the first time.
Russell sees colour in dull hues, especially red and green, which leaves him to interpret the beauty of the world through shapes and textures. In order to demonstrate the power of this new accessibility, we took Russell on a once-in-a-lifetime trip to experience the northern lights in their truest form, so more travellers can experience the different world that exists in the Yukon.
Enchroma is an independent company that develops lens technology to improve the lives of people with colour vision deficiency (colourblindness). Their colourblind glasses are uniquely engineered to give those with colourblindness the ability to see a broader array of bright colour most of us take for granted.


A Thermal Imaging Camera (often referred to as a TIC) is a kind of thermographic camera system employed in various circumstances, such as firefighting and ghost/bigfoot hunting in popular culture. By means of rendering infrared radiation as visible light, these types of cameras make it possible for firefighters to ascertain instances of high heat (body heat) throughout smoke, the dark or heat-permeable obstacles.
Thermal imaging digital cameras are generally hand-held, but can be helmet-mounted also. They are usually manufactured utilizing heat as well as water-resistant enclosures, and heavily ruggedized to withstand environmental dangers. TICS detect body heat, and they’re typically made use of in situations where individuals are trapped in which rescuers are unable to discover them.
A thermal imaging camera system is made up of 5 elements: a powerful optic set-up, sensor, amplifier, signal processing, and also display screen. These five components interact with each other to render infrared radiation, for instance that radiated by heated physical objects or flames, into a visible light representation in real time.
The digital camera display screen displays infrared output differentials, so 2 items with similar temperature will appear to be the same “color” A large number of thermal imaging cameras makes use of grayscale to represent normal temperatures, but emphasize precariously hot surface areas in distinct coloration’s.
Cameras can be handheld as well as helmet-mounted. A hand-held camera will require one hand to situate as well as control, leaving just one totally free hand for other activities. The vast majority of thermal imaging cameras being used by firefighters and paranormal investigators tend to be hand-held units.
Considering the fact that thermal imaging cameras can “see” throughout darkness or smoke, they permit firefighters to easily discover the seat of a structure fire, or see the heat signature of visually obscured victims. They can be employed to look for victims outdoors on a cold night, identify smoldering fires within a wall structure or pick up on overheating electrical cabling. Thermal imaging cameras were credited with saving multiple lives per year through victim identification and removal from low visibility conditions as early as 1999.
Additionally to the capability to see through thick smoke, thermal imaging cameras are also able to observe substances associated with spontaneous, low-level combustion. The cameras are also considered to be especially helpful for combating fires in cellulose insulation as well as for determining that a property remains safe and secure to reenter after a fire has been put out.
A limitation of these kinds of and other similar equipment has long been their inadequate depth perception (the operator has a difficult time judging how far off items are). This raises the likelihood that the user will trip over or run into obstacles, or have other distance-related problems. An additional limitation of infrared technologies is the fact that since substances at the same temperature are displayed as the exact same coloration, the display is not going to exhibit a number of particulars ordinarily viewable with regard to visible light.
- Thermal imaging cameras are priced as low as $3,000 from companies such as Extech, FLIR and Fluke, making them an economical analysis and diagnostic tool for a number of occupations. This type of model is now being made use of by a multitude of professionals, needless to say for additional functionality there are increased costs consequently making the TIC considerably pricier.
- All thermal imaging cameras include infrared sensors. These kinds of infra-red detector technology have actually been commonly used by the military services for many years. The armed service employed these types of cameras to uncover targets, monitor individuals, intelligence gathering and security. However, the technologies of Infra-red sensing has significantly broadened and today cams are readily available for other applications such as sensing a woodland fire, home security, sailing motorboats, position of people in mines as well as border patrol.
- Thermal imaging cameras are most frequently employed by firefighters for finding the seat of structure fires, locating victims, spotting smoldering fires inside walls, and detecting electrical wiring that is overheating. They are also used for search and rescue operations in various low-visibility conditions. Thermal imaging cameras used by firefighters are highly durable. They are heat-resistant and contained in a rugged, waterproof housing.
- The United States govt has long been making use of thermal imaging cameras along its border with Mexico as well as Canada for some time now. These types of cutting edge surveillance cameras are designed exclusively for the objective of sensing any kind of human activity at nighttime. The cameras employed for border patrol are available in just about all shapes and forms. They are often installed on automobiles along with motorboats.
- There’s a widespread misunderstanding with regards to thermal imaging cameras. Quite a few people believe that they’re identical to infra-red cameras. In spite of this, there’s a notable distinction between a thermal imaging camera and an infra-red camera. The most significant difference between both of them is the level of temperature ranges that each one will be able to detect. An infrared camera possess a smaller range of detection which just starts above 200 degrees Celsius, where by a thermal imaging camera can sense all the way down below the freezing point.
Within the paranormal field, TIC’s are put into use on investigations to help detect temperature fluctuations whenever ghosts/spirits are thought to be present. Bigfoot researchers/hunters use the cameras in a more traditional manner and use them in the hopes of detecting Sasquatch’s body heat, in anticipation of Bigfoot sightings.


The Alberding A08 and A10-RTK sensors are used with a compatible field software to measure and
stake out points, lines and polygons with millimetre accuracy. The target groups of the systems
are primarily users who require an intuitive and affordable RTK system.
Surveying applications are performed in the field acquisition software on a Tablet PC.
With the AGIS software, Alberding GmbH offers a field
software that is easy to use and adaptable to the respective tasks. Since the positions are
transferred in the MNEA standard format, the systems can also be used with third-party software
Due to a limited mobile coverage and higher accuracy requirements, GNSS carrier phase raw data must be recorded
for post-processing purposes. The A08-RTK and A10-RTK sensors can store this measurement data internally and transfer
it to a computer. The extended version of the Alberding Configurator is used to set up the measurement (point number,
antenna height, measurement time).


An optical fiber is a flexible, transparent fiber, made by drawing or extruding glass (silica) or plastic in a diameter slightly thicker than that of a human hair. Optical fibers are more commonly used as a means to transmit light between two points of a fiber and have a wide use in fiber optic communications, where they allow transmission at greater distances and bandwidth (data rate) than the electric wires. Fibers are used instead of metal wires because the signals travel through them with less loss; In addition, the fibers are immune to electromagnetic interference, a problem from which metal cables suffer widely. Fibers are also used for lighting and imagery, and are usually wrapped in packages to introduce or remove light from tight spaces, such as a fibroscope. Some specially designed fibers are also used for a wide variety of diverse applications, some of which are fiber optic sensors and fiber lasers.
Typically, optical fibers have a core surrounded by a transparent coating material with a lower refractive index. The light is maintained in the nucleus due to the phenomenon of total internal reflection that causes the fiber to act as a waveguide. Fibers that allow many propagation paths or transverse modes are called multimode fibers (MM), while those that allow only one mode are called single mode fibers (SM). Multimode fibers generally have a larger core diameter6 and are used for short distance communication links and for applications where high power transmission is required. Single mode fibers are used for communication links larger than 1000 meters.
Being able to join optical fibers with low loss is important in fiber optic communication. This is more complex than joining electrical cable and involves careful adhesion of the fibers, precise alignment of the fiber cores and the coupling of these aligned cores. For applications that need a permanent connection, fusion splices are made. In this technique, an electric arc is used to melt the ends and thus join them together. Another common technique is mechanical splicing, where the end of the fibers is kept in contact by means of a mechanical force. Temporary or semi-permanent connections are made through a specialized fiber optic connector.
The field of applied science and engineering responsible for the design and application of optical fibers is called fiber optics. The term was coined by the Hindu physicist Narinder Singh Kapany, who is widely recognized as the father of fiber optics.
The optical fiber is used as a means of transmission in telecommunications networks because of its flexibility the optical conductors can be grouped together forming cables. The fibers used in this field are plastic or glass and sometimes of both types. Because of the low attenuation they have, glass fibers are used in interurban environments.


Buy NOW! for Xtra 5% OFF! on ALL ITEMS!
* Offer expires 31 January 2020.
Polarized Night Vision Driver Goggles
- Brand new and high quality.
- Wear gray lenses during the day to eliminate roads and road signs while driving. And the glare of the car glass, anti-snow blind, reduce the stimulation of the eyes.
- Wearing a yellow lens at night reduces the amount of sight caused by the high beam and xenon headlights.
- Frame material: PC
- Lens material: Resin
- Anti-UV rating: UV400
- Visible light perspective: 99 (%)
- Gray lens For daylight
- Yellow lens For night
- 1 x Driver Goggles


Canon G7X MK3 vs MK2 test
The new Canon G7X Mk 3 is the new frontrunner in the G7X series of compact cameras and features a stylish new update not just in looks but also technically and mechanically making it a versatile force to be reckoned with.
The new 20.1 Megapixel 1.0-inch stacked CMOS sensor powered by the new DIGIC-8 processor allows for 20 frames per second full-resolution bursts in high speed shooting mode.
Resolution in images is much the same as the Mk 2 but the update comes in the speed and processing of images. With the new CR3 format the Mark 3 can handle 55 RAW or 118 JPEG frames in 20 fps mode, and up to 70 frames in 30 fps RAW burst mode.
The Canon Mk 3 also allows focus bracketing that enables you to do focus stacking resulting in a much increased depth of field. This may be particular relevant for macro shots of immobile subjects.
Introduced on the Mk 3 are 4K video at 29.97 frames per second, or 1080p at 120 frames per second (uncropped).
USB-C charging is available so you can keep shooting wile charging via Powerbank although this will only apply above water.
The Mark 3 features Bluetooth control and you get the options of streaming live on fx. youtube.com directly from the camera if it’s connected to a hotspot or Wi-Fi.
Major improvements on the Canon G7X MK3
|Canon G7X MK3||Canon G7X Mk2|
|Uncropped 4K video||29.97 / 25 fps||N/A|
|Full HD video 1080:||120 fps||60 fps|
|Continous Drive:||30 fps||8 fps|
|Burst shooting:||20 fps||8.1 fps|
|Burst mode buffer||125 fps (Jpeg) / 72 fps (Raw)||32 fps (Jpeg) / 21 fps (Raw)|
|Shutter speed:||1/256000 sec (electronic shutter)||1/2000 sec|
|Max exposure:||30 sec||15 sec|
|USB Interface:||USB 3.1 (5Gbit/sec)||USB 2.0 (480Mbit/sec)|
The G7X Mark 3 is the faster and more versatile choice with 4k video, way faster shutter, longer exposure time, bigger buffer and higher iso.
The iso and higher video frame rate will probably be the features that will make the most impact for your underwater shooting.
Currently only Nauticam offers a housing for this beautiful compact powerhouse but other options will soon be available.


Vectra H2 Facial Scanner
The VECTRA®H2 offers an all-in-one portable lightweight facial 3D imaging solution ideal for capturing cosmetic aesthetics of full mouth rehabilitation treatments. Delivering precision optics for high-resolution 3D images, the intuitive system is easy-to-handle and ready to use with minimal staff training.
- Vectra H2 3D Scanner
- Soft Carrying Case
- SD Memory Card, (4) Batteries and (2) Chargers
- 1-Year Warranty, Including Support & Updates
- Remote Installation & Training
- Free Shipping & Handling


Demands for data volumes and data rates are growing at a never-before-seen pace. A new white paper from Panduit explores how the data center fiber optic networking infrastructure requirements need to change and evolve to meet current and future demands for data volumes and data rates, which are only going to continue to grow.
Pushing the limits. This, according to a new white paper from Panduit, is going to be what moves network performance into the next era. A new report from Panduit explores how a fiber-optics solution can increase flexibility, agility, scalability, ease of deployment and more.
The right “future-focused fiber solution” can increase flexibility, agility, scalability, ease of deployment and more. Download the new white paper the explores Panduit’s Signature Core Fiber Optic Cabling Systems and their multimode fiber communication capabilities.
This business and technical white paper from Panduit is an exploration of the data center fiber optic networking infrastructure requirements needed to meet current and future demands for data volumes and data rates. Download the new report that explores how fibre optic cable and connectivity systems are a critical path-way that can potentially take today’s 10G – 40G systems through to 100G and 400G, and beyond.


HANDcure The high-efficient UV LED systemMember News
HANDcure – a mobile UV LED handset for spot and area curing. The HANDcure typically is used in the field of bonding, curing and detection.
UV curing adhesives and resins are used in complexe assembly and manufacturing solutions where it depends on a controlled curing and immediate handling strength. Based on the battery-powered electric tools of Nürtingen’s specialist Metabo, IST has developed HANDcure.
The device has a spectral range from 365 nm to 415 nm and weighs in the basic version just 1,0kg. With HANDcure a tireless working in various manufacturing processes is ensured.
Detection and inspection of particle contamination
Detection and inspection of material characteristics
Interconnection of UV adhesives for immediate fixation
Interconnection of UV curing potting compounds
Interconnection of UV curing resins for the production of composite fibers
Interconnection of UV curing primers and putties
Curing parameters and times can be set via timer in the display.
High performance in a very compact construction
Lightweight with good handling
Wireless mobile working
Long lifetime with about 20.000 h
No warm-up time
No heat transfer to the substrate
Emission spectrum of 365 nm to 415 nm
Low power consumption and thus a long operation time
The HANDcure neither contains mercury nor ozone
Standard delivery contains a HANDcure inclusively battery and charger. A quick charger and batteries with higher capacity are available on request. All components are delivered in one handy tool case.
The device exclusively will be distributed by IST Metz GmbH.


In this article, we will know about the interesting facts on light bulb. The invention of the light bulb was in 1800s. The life of the people changed because of the light bulb. More activities cannot be done without seeing a dark night. Here there are few facts about the light bulb.
Interesting Facts on Light Bulb
1. Mass Production
- The light bulb is considered as the best inventions which affect of human being.
- It can be safely used by people.
- Therefore, since its first invention, the light bulb has been produced largely.
2. Environmental Causes
- Even though people realize that the light bulbs gives them a lot of benefits, the environmental organization finds out that the elements inside the light bulbs affect the water and the soil.
3. The Traditional Light Bulb
- You can fin many types of light bulbs.
- They come in different sizes, shapes and features.
- If you choose traditional light bulb, the filament is very important when sending the electric current.
4. Production of Light
- Besides using filament, people can use chemicals or gasses to produce light.
- If you look at the modern light bulk, it is equipped with the solid wire.
- The function is to create light by hitting an electrician charge.
5. Types Of Light Bulbs
- Let’s find out the types of light bulbs.
- Some of them include the metal halide, compact fluorescent, incandescent, tube fluorescent, LED lights, ultraviolet, high-pressure sodium vapor, tube fluorescent light and many more.
- The invention of light was very useful in the past.
- Many people made a research to make the safe light bulbs in 1800s.
- The famous figures at that time include Thomas Edison and Joseph Wilson Swan.
- Mercury is one of the dangerous components in the light bulbs and lamps.
- The disposal of mercury without any careful attention can damage the purity of water and land.
8. The Dangerous Product
- Do you know that the third most dangerous is a light bulb.
- This rank is based on the US Environmental Protection Agency.
- There are 600 million light bulbs disposed in US each year.


We explain what optics is, its history, impact on other sciences and how physical, geometric and modern optics differ.
Optics studies the properties of light and how they can be used.
What is optics?
Optics is a branch of the physical who is dedicated to the study of light visible: its properties and its behavior. It also analyzes its possible applications in the life of the human being, as is the construction of instruments to detect or use it.
Light has been defined by optics as a band of electromagnetic emissions, whose behavior is similar to that of other invisible forms (for us) of the electromagnetic spectrum, such as ultraviolet or infrared radiation.
This means that its behavior can be described according to the mechanics of waves (except in very specific contexts where light acts as a particle) and the approaches of classical electrodynamics of light.
Optics is a very important field of research that provides tools for others Sciences, especially to the astronomy, engineering, Photography and medicine (ophthalmology and optometry). To her we owe the existence of mirrors, lenses, telescopes, microscopes, lasers and systems optical fiber.
History of optics
Optics allowed inventions vital to science, such as microscopes.
The field of optics has been part of the concerns of the human being since ancient times. The earliest known lens attempts date back to ancient Egypt or ancient Mesopotamia, such as the Nirmud lens (700 BC) made in Assyria.
The ancient Greeks were also concerned with understanding the nature of light, which they understood based on two perspectives: its reception or view and its emission, since the ancient greeks thought that objects emitted copies of themselves through light (called eidola). Philosophers like Deócritus, Epicurus, Plato and Aristotle they studied optics profusely.
These scholars were replaced by the alchemists and Islamic scientists during the medieval times such as Al-Kindi (c. 801-873) and especially Abu Ali-al-Hasan or Alhazén (965-1040), considered the father of optics for his Optics book (11th century), where he explores the phenomena of refraction and reflection.
The Renaissance European brought that knowledge to the West, especially thanks to Roberto Grosseteste and Roger Bacon. The first practical glasses were manufactured in Italy around 1286. Since then, the application of optical lenses for various scientific purposes has not ceased.
Thanks to optics, geniuses of the stature of Copernicus, Galileo Galilei and Johannes Kepler were able to carry out their astronomical studies. Later, the first microscopes allowed the discovery of life microbial and the start of the biology and modern medicine. The Scientific revolution entire is due, to a large extent, to the contribution of optics.
Physical optics is one that considers light as a wave propagating in the space. It is the branch of optics that is most faithful to the principles and reasonings of physics, making use of knowledge previous such as Maxwell's Equations, to cite an important example.
In that way, it worries about physical phenomena such as interference, polarization, or diffraction. In addition, it proposes predictive models to know how light will behave in certain situations or in certain media, when notsystems numerical simulation.
Geometric optics allow the study of phenomena such as rainbows and prisms.
Geometric optics is born from the geometric application of the laws phenomenological around refraction and reflection by Willebrord Snel van Royen (1580-1626), the Dutch scientist known as Snell.
For this, this branch of optics starts from the existence of a light ray, whose behavior is described by the rules of geometry to find formulas for lenses, mirrors and diopters. In this way it is possible to study phenomena such as Rainbow, the propagation of light and prisms. All this using the language of the math.
The contemporary branch of optics arises with quantum physics and the new fields of knowledge that the latter made possible, as well as its eventual applications in engineering. Thus, modern optics encompasses an enormous variety of new fields of research regarding light and its applications, including:
- The mechanisms of laser (amplification of light by simulated emission of radiation).
- Photoelectric cells, LED lights and metamaterials.
- Optoelectronics, hand in hand with computing, and digital image processing.
- Lighting engineering, with applications in the Photography, the movie theater and other fields.
- Quantum optics and the physical study of the photon as a light particle and a light wave at the same time.
- Atmospheric optics and the understanding of atmospheric light processes.