A portable wash basin assembly for cleaning a tool includes a wash basin having a base and at least one sidewall that extends upward from the base to an upper edge. The wash basin is configured to receive a liquid for cleaning the tool. A plurality of legs are coupled to the wash basin and are adjustable between a use position and a non-use position. A drain is located in the basin and configured to direct the liquid within the basin to a location below the basin. The wash basin is supported upon a frame. The portable wash basin assembly has a first height when the plurality of legs are in the use position and a second height, less than the first height, when the plurality of legs are in the non-use position. The legs are pivotably coupled to the frame between the use position and the non-use position.

The present disclosure provides a substrate processing apparatus and a substrate processing method. The substrate processing apparatus includes a substrate support unit configured to support a substrate, a liquid supply unit configured to supply a liquid containing any one of a chemical liquid and a cleaning liquid to the substrate supported by the substrate support unit, a processing container configured to accommodate the substrate support unit and recover the liquid supplied to the substrate from the liquid supply unit, and a capture module provided in the processing container to capture the liquid so as to suppress the liquid scattered from the substrate from being bounced back from the processing container and re-scattering.

The present invention relates generally to the field of pressure washer wands and a cleaning attachment that can be attached to any standard pressure washer wand. The attachment has a roller assembly with a bristled roller head. The head can be positioned in front of the spray tip of a wand such that water that exits the wand and causes the head to spin.

A flexible cleaning apparatus comprising a plurality of extendible tubes disposed in fluidic communication with each other and is arranged in a three-dimensional geometry that defines an internal cleaning region. The flexible cleaning apparatus has a cleaning fluid interface configured to provide cleaning solution to the plurality of extendible tubes. The flexible cleaning apparatus has a plurality of nozzles disposed along the plurality of extendible tubes and is configured to transit the cleaning solution from the plurality of extendible tubes to the internal cleaning region. The plurality of extendible tubes are each configured to adjust between a first length and a second length to adjust a volume of the internal cleaning region.

The embodiments discussed herein are related to a steam peeling device for an automobile tinting film comprising: a steam tarpaulin in the form of a rectangular oval; a wire frame sleeve seam part in which an outer seam part of the steam tarpaulin is rolled, folded and sewn at regular intervals; and a steam jack formed by fusion on one side of the middle of the steam tarpaulin; and a steam peeling device body in which a wire frame band having a certain length is inserted into the wire frame sleeve seam part, and a banding adjusting pinial formed at the end thereof are cross-pulled out to the upper edge slit in the middle part of the welding end of the steam tarpaulin wire frame sleeve seam part, the improvement of which includes: a wire frame banding module that is rivet assembled on both surfaces of the steam tarpaulin in contact with a slit in the middle part of the upper side border of the wire frame sleeve seam part, a wire frame sleeve stainless pipe in which a banding hole is cut and formed in the middle; a wire frame banding top plate having a length and a constant width standard of the wire frame sleeve stainless pipe, which is assembled in the front part of the steam tarpaulin of a portion where both ends of the wire frame band 4 intersect and protrude on both sides of the banding hole of the wire frame sleeve stainless pipe via the inside of the wire frame sleeve seam part; a pair of tapered slit fitting members that is integrally protruded and formed at the standard intervals of the banding holes on both sides of the upper border of the wire frame banding top plate; a U-shaped groove that is formed in a back face border of the upper side end of the tapered slit fitting member and a back face border on the lower side of the wire frame slit top plate; a pair of gripping parts that are formed to protrude at a predetermined interval to the right and left in the middle part of the front face of the wire frame banding top plate; a wire frame fixing groove that is formed in the vicinity of the wire frame banding top plate inside the pair of gripping parts; a cover plate which is a rectangular member having a standard corresponding to the back face part of the wire frame banding top plate; and a plurality of rivet holes that are penetrated opposite to each other in the wire frame banding top plate and the cover plate. The steam peeling device of the present invention solves the problem of the conventional case that the wire frame banding is loosened during the steam peeling operation, the steam tarpaulin is separated, or a part of the steam is released, and thereby solves the trouble of resetting the wire frame banding during operation, thereby l

The embodiments disclosed are related to a steam peeling device for an automobile tinting film which includes: a wire frame banding module, a wire frame sleeve stainless pipe; a wire frame stent top plate; a pair of tapered slit fitting members; a U-shaped groove; a pair of gripping parts; a wire frame fixing groove; a cover plate; and a plurality of rivet holes. The steam peeling device of the present invention solves the problem of the conventional case that the wire frame banding is loosened during the steam peeling operation, the steam tarpaulin is separated, or a part of the steam is released, and thereby solves the trouble of resetting the wire frame banding during operation, thereby lowering the product unit cost through product productivity and function improvement, and reducing the time and labor costs further without resetting during operation along with the convenience of operation.

The present invention relates to a substrate treatment apparatus including: a substrate support assembly having a spin head adapted to seat a substrate thereonto; fluid supply unit for supplying fluid to the substrate; a bowl assembly having a plurality of bowls overlaid another outwardly in a radial direction thereof and surrounding the substrate support assembly; an ascending and descending unit for moving up and down the bowl assembly; and a chamber for accommodating the substrate support assembly, the fluid supply unit, the bowl assembly, and the ascending and descending unit, wherein the chamber is configured to have a plurality of process exhaust parts for performing exhaust from the inside of the bowl assembly and an environment exhaust part for performing exhaust from the outside of the bowl assembly.

Provided is an apparatus for processing a substrate. The apparatus for processing a substrate includes a base portion configured to provide a rotational force in a circumferential direction; a holding module located on the base portion and configured to hold the substrate; a nozzle module located above the base portion and configured to jet a chemical liquid onto the substrate on the holding module; and a scattering prevention module located on the base portion at a peripheral portion of the holding module and configured to, when the chemical liquid is scattered after being jetted onto the substrate, guide the scattered chemical liquid to be discharged, wherein the scattering prevention module guides the scattered chemical liquid with a variable movement caused by the rotational force.

This solution is for washing and cleaning the external walls of a building, and adopts a lightweight six axis robotic arm mounted on a mini-gondola hoisted by a pulley system with the controlling motor located within the mini-gondola, while another set of motor located on the pulley system at the roof-top end drives the mini-gondola to traverse laterally on a set of twin-rails on the roof-top of the building. Four vacuum suction cups mounted on the minigondola through linear actuator are used to secure the mini-gondola to the wall. Each linear actuator has three ultrasonic distance sensors that measure and manage the distance between the mini-gondola and the wall to be cleaned. Once the gondola is in position, the robotic arm will be activated to start the cleaning process.

A system configured to protect valuable, sensitive, or electro-mechanical equipment during cleaning of the equipment can include a cover having a single opening leading to an interior cavity. The cover can be waterproof. A plate can be permanently attached to the cable of the equipment. An outer periphery of the plate can be approximately the same size as an inner periphery of the opening. The plate can be configured to sealingly fit within the single opening. The system can include a latching mechanism configured to sealingly attach the plate to the cover.