question: How does my washing machine turn my clothes inside out from simple agitation?
comment: Washing machines rotate really quickly. Chances are it will cling onto something or get stuck to something causing it to inverg
passages: The many different ways different manufacturers have solved the same problem over the years is a good example of many different ways to solve the same engineering problem with different goals, different manufacturing capabilities and expertise, and different patent encumbrances.
  
  Section::::Types.:Top-loading.:Reversible motor.
   Some manufacturers have taken steps to reduce vibration emanating from their washers, by means of reducing or controlling motor speeds, using hydraulic suspensions instead of spring suspensions, and having freely moving steel balls contained inside a ring mounted on both the front and back sides of the drum in order to counter the weight of the clothes and reduce vibration.
   Plastic deformation from peening can be useful in stretching the surface of an object.
  
  One common use of this peening (stretching) process can be seen in the auto repair and auto custom fabrication industries where manual or machine assisted peening is used to stretch thin sheet metal to create curved surfaces. The manual method uses a hand held peening hammer and is a form of planishing. There are also machine assisted methods that use a version of a power hammer to peen the sheet metal.
   First, laundry is inserted into the compartment of the machine. The machine then releases nylon polymer beads and water containing detergent onto the garments. The washing cycle begins and the beads begin to absorb stains. After the cycle ends, the nylon polymer beads are then separated by a drum in drum separation process that is projected to remove 99.95% of the beads; any remaining beads can either be shaken off or removed with the use of a vacuum wand (included with the purchase of the machine).
  
  Section::::Inventor/Developer.
   BULLET::::- Others have special drums with holes that will fill with water from the bottom of the tub and redeposit the water on top of the clothes. Some drums have elements with the shape of waves, pyramids, hexagons or diamonds.
  
  BULLET::::- Some include titanium or ceramic heating elements that claim to eliminate calcium build up in the element. They can heat water up to 95 °C.
  
  BULLET::::- Some high end models have lights built into the washer itself to light up the drum.
   Section::::Methods.
  
  Section::::Methods.:Equal channel angular extrusion.
  
  Equal channel angular extrusion (ECAE, sometimes called Equal channel angular pressing, ECAP) was developed in the 1970s. In this process, a metal billet is pressed through an angled (typically 90 degrees) channel. To achieve optimal results, the process may be repeated several times, changing the orientation of the billet with each pass. This produces a uniform shear throughout the bulk of the material. 
  
  Section::::Methods.:High pressure torsion.
   Section::::Wash cycles.
   The top-loader's spin cycle between washing and rinsing allows an extremely simple passive fabric softener dispenser, which operates through centrifugal force and gravity. Fabric softener, vinegar, or any other liquid rinse agent, is placed in a cup at the top of the agitator. It "rides along" during the wash cycle. When the spin cycle is engaged, the fabric softener is pulled up by a tapered cup and centrifugal force, where it collects in the top of the spinning agitator. Once the spin cycle is completed, centrifugal force no longer suspends the fabric softener and it falls through the center of the agitator to join the rinse water coming into the tub. The same objective must be accomplished by a solenoid valve or a pump, and associated timer controls and wiring, on a front loader.
   One special type of continuous-processing washer is known as the tunnel washer. This specialized high-capacity machine does not have a drum where everything being washed undergoes distinct wash and rinse cycles, but moves the laundry slowly and continuously through a long, large-diameter horizontal-axis rotating tube in the manner of an assembly line, with different processes at different positions.
  
  Section::::Social impact.
   BULLET::::- Many dilute the detergent before it comes in contact with the clothes, some by means of mixing the soap and water with air to make foam, which is then introduced into the drum.
  
  BULLET::::- Some have pulsators that are mounted on a plate on the bottom of the drum instead of an agitator. The plate spins, and the pulsators generate waves that help shake the soil out of the clothes. Many also include mechanisms to prevent or remove undissolved detergent residue on the detergent dispenser.
   Most ironing is done on an ironing board, a small, portable, foldable table with a heat-resistant surface. Some commercial-grade ironing boards incorporate a heating element and a pedal-operated vacuum to pull air through the board and dry the garment.
   Some machines, since 1998 now use a direct drive motor, a low aspect ratio device, where the stator assembly is attached to the rear of the outer drum, whilst the co-axial rotor is mounted on the shaft of the inner drum. Direct drive eliminates the need for a pulley, belt and belt tensioner. It was invented by LG Electronics in 1998 and patents were granted in the US in 2010. Since, other manufacturers have followed suit. Some washing machines with this type of motor come with 10 or even 20 year warranties, but only for the motor itself. The direct drive motor's rotor is outside the stator as this provides a slim motor with speed reduction and torque multiplication. The rotor is connected to the inner tub through its center. It can be made out of metal or plastic.
   And, in effect, eighty-three almost noseless black brachycephalic Deltas were cold-pressing. The fifty-six four-spindle chucking and turning machines were being manipulated by fifty-six aquiline and ginger Gammas. One hundred and seven heat-conditioned Epsilon Senegalese were working in the foundry. Thirty-three Delta females, long-headed, sandy, with narrow pelvises, and all within 20 millimetres of 1 metre 69 centimetres tall, were cutting screws. In the assembling room, the dynamos were being put together by two sets of Gamma-Plus dwarfs. The two low work-tables faced one another; between them crawled the conveyor with its load of separate parts; forty-seven blonde heads were confronted by forty-seven brown ones. Forty-seven snubs by forty-seven hooks; forty-seven receding by forty-seven prognathous chins. The completed mechanisms were inspected by eighteen identical curly auburn girls in Gamma green, packed in crates by thirty-four short-legged, left-handed male Delta-Minuses, and loaded into waiting trucks and lorries by sixty-three blue-eyed, flaxen and freckled Epsilon Semi-Morons.
   The balls are then "hard ground". They are ground in the same type of machine as used before, but either an abrasive is introduced into coolant or the rotating plate is replaced with a very hard fine-grain grinding wheel. This step can get the balls within ±. If the balls need more precision then they are lapped, again in the same type of machine. However, this time the rill plates are made of a softer material, usually cast iron, less pressure is applied, the plate is rotated slowly. This step is what gives bearing balls their shiny appearance and can bring the balls between grades 10 and 48.
   If the volume is large, then the pattern can be mass-produced by a process similar to injection molding. Pre-expanded beads of polystyrene are injected into a preheated aluminum mold at low pressure. Steam is then applied to the polystyrene which causes it to expand more to fill the die. The final pattern is approximately 97.5% air and 2.5% polystyrene. 
   Section::::Characteristics.
  
  Due to the "pulling through," this technique is well adapted to short lengths of yarn which can be joined together to form a textile.
   Examples of products produced using this method include axles, tapered levers and leaf springs.
  
  Section::::Processes.:Net-shape and near-net-shape forging.
   According to Julien Phedyaeff, the idea dates back to 2013, during his master's thesis on 'extended research on object dismantling practises'. He made a report that detailed how spare parts, when available, were sold at exceedingly high prices. His invention is designed to be delivered in kit from 'a healthy, solid and improvable base'. In order for it to be lighter, the washing machine lacks a concrete ballast. It is replaced by a reservoir which fills with water during the first use. 
   Roller electrospinning
  
  Roller Electrospinning system a method for producing nanofibres was developed by Jirsak "et al.". This method is known under the name Nanospider from Elmarco Company in Liberec. Roller electrospinning is the unique method which has been used in industry to produce nanofibers continuously.
   This principle has been leveraged in the creation of pressure systems for soft robotics. These systems are composed of soft resins and contain multiple fluid sacs with semi-permeable membranes. The semi-permeability allows for fluid transport that then leads to pressure generation. This combination of fluid transport and pressure generation then leads to shape and volume change.
   Many continuous casting operations are now fully computer-controlled. Several electromagnetic, thermal, or radiation sensors at the ladle shroud, tundish and mould sense the metal level or weight, flow rate and temperature of the hot metal, and the programmable logic controller (PLC) can set the rate of strand withdrawal via speed control of the withdrawal rolls. The flow of metal into the moulds can be controlled via three methods:
  
  BULLET::::- By stopper rods that descend through the tundish,
  
  BULLET::::- By slide gates at the top of the mould shrouds,
   Section::::Types of molds.
  
  There are numerous patterns one can make with vacuum forming. The most inventive way to use vacuum forming is to take any small item, replicate it many times and then vacuum for the new pattern to create a more cohesive form. The vacuum forming helps tie the individual pieces together and make one mold out of many pieces that can easily be replicated. From there, you can cast plaster, concrete, etc. into the plastic form.
   There are some considerations when using the "power wash" process in that comparatively high horsepower, thus high-current motors requiring an adequate power source, are utilized with correspondingly high washing pressures that require the parts to be adequately secured to the turntable. The "jet spray" process is found to be adequate for cleaning applications that do not involve removal of difficult soils but in general the power wash process is the superior cleaning process.
  
  Section::::Power density.
   The current state-of-the-art machines () can repeat this cycle about 20 times per second. A modern ball bonder is fully automatic and is essentially a self-sufficient industrial robot, complete with a vision system, sensors, and complex servo systems.
  
  Section::::Ball bonding transducer.
   Section::::Career.:Facsimile machine.
  
presuppositions: Clothes are turned inside out from a washing machines simple agitation.
corrections: Clothes are turned inside out by clothes getting stuck to something during a washing machines quick rotation. 
raw_presuppositions: Clothes are turned inside out from a washing machines simple agitation. Washing machine turn clothes inside out from simple agitation.
raw_corrections: Clothes are turned inside out by clothes getting stuck to something during a washing machines quick rotation.  Washing machine does not turn clothes inside out from simple agitation but rather the clothes will cling onto something or get stuck to something causing it to invert.