A self-cleaning carpet system including a carpet base, a cleaning tube, a piston, a carpet fiber group, a water assembly and a vacuum assembly. The cleaning tube is mounted in the carpet base. The piston is operably mounted with respect to the cleaning tube for movement between a retracted position and an extended position. The carpet fiber group is attached to the piston. When the piston is in the retracted position, the carpet fiber group is substantially inside the cleaning tube. When the piston is in the extended position, at least a portion of the carpet fiber group extends from the cleaning tube. The water assembly is fluidly connected to the cleaning tube for delivering water to the cleaning tube. The vacuum assembly is fluidly connected to the cleaning tube for applying a vacuum to the cleaning tube.

A self-cleaning carpet system including a carpet base, a cleaning tube, a piston, a carpet fiber group, a water assembly and a vacuum assembly. The cleaning tube is mounted in the carpet base. The piston is operably mounted with respect to the cleaning tube for movement between a retracted position and an extended position. The carpet fiber group is attached to the piston. When the piston is in the retracted position, the carpet fiber group is substantially inside the cleaning tube. When the piston is in the extended position, at least a portion of the carpet fiber group extends from the cleaning tube. The water assembly is fluidly connected to the cleaning tube for delivering water to the cleaning tube. The vacuum assembly is fluidly connected to the cleaning tube for applying a vacuum to the cleaning tube.

A cleaning apparatus is disclosed. The cleaning apparatus includes a roller system including a drive roller and one or more guide rollers configured to receive an elongated article to be cleaned. Each guide roller and the drive roller form a serpentine path for the article. The cleaning apparatus further includes a frame for supporting each guide roller and the drive roller; and a fluid delivery system for directing fluid at top and bottom faces of the article. The fluid delivery system includes one or more conduits. Each conduit is in fluid communication with a plurality of nozzles to direct fluid to the top and the bottom faces of the article. The cleaning apparatus further includes an actuator to linearly displace at least one of conduits back and forth during operation. The drive roller may be a sprocket for engaging and transporting the article. The article may be a conveyor belt.

A cleaning apparatus is disclosed. The cleaning apparatus includes a roller system including a drive roller and one or more guide rollers configured to receive an elongated article to be cleaned. Each guide roller and the drive roller form a serpentine path for the article. The cleaning apparatus further includes a frame for supporting each guide roller and the drive roller; and a fluid delivery system for directing fluid at top and bottom faces of the article. The fluid delivery system includes one or more conduits. Each conduit is in fluid communication with a plurality of nozzles to direct fluid to the top and the bottom faces of the article. The cleaning apparatus further includes an actuator to linearly displace at least one of conduits back and forth during operation. The drive roller may be a sprocket for engaging and transporting the article. The article may be a conveyor belt.

A self-cleaning carpet system including a carpet base, a cleaning tube, a piston, a carpet fiber group, a water assembly and a vacuum assembly. The cleaning tube is mounted in the carpet base. The piston is operably mounted with respect to the cleaning tube for movement between a retracted position and an extended position. The carpet fiber group is attached to the piston. When the piston is in the retracted position, the carpet fiber group is substantially inside the cleaning tube. When the piston is in the extended position, at least a portion of the carpet fiber group extends from the cleaning tube. The water assembly is fluidly connected to the cleaning tube for delivering water to the cleaning tube. The vacuum assembly is fluidly connected to the cleaning tube for applying a vacuum to the cleaning tube.

A self-cleaning carpet system including a carpet base, a cleaning tube, a piston, a carpet fiber group, a water assembly and a vacuum assembly. The cleaning tube is mounted in the carpet base. The piston is operably mounted with respect to the cleaning tube for movement between a retracted position and an extended position. The carpet fiber group is attached to the piston. When the piston is in the retracted position, the carpet fiber group is substantially inside the cleaning tube. When the piston is in the extended position, at least a portion of the carpet fiber group extends from the cleaning tube. The water assembly is fluidly connected to the cleaning tube for delivering water to the cleaning tube. The vacuum assembly is fluidly connected to the cleaning tube for applying a vacuum to the cleaning tube.

The invention discloses a rapid cleaning device for producing mats, which includes a washing machine. The washing machine is provided with a cleaning chamber with an upward opening. The left and right sides of the cleaning chamber are provided with rotation wheels. A conveyer belt is wound around the conveyer wheels. The conveyer belt is recessed downward in the middle and immersed in the cleaning liquid. In the present invention, the mat is immersed in the conveying process. In the cleaning liquid, the bamboo surface is polished and washed to remove burrs and stains on the bamboo surface of the mat, and then the mat is dried at high temperature quickly to ensure that it is not affected by moisture during subsequent processing. At the same time, the device mat is adjusted to ensure that the mat does not shift during transportation.

A sanitizing system has a conveyor system, an elevator system, a control system, a plurality of height sensors, and a plurality of modular treatment stations for sanitizing and cleaning support objects infested with at least one contaminant. The plurality of modular treatment stations include an ultraviolet light treatment station, a steam treatment station, a vacuum treatment station, a heat treatment station, and a pair of ozone generators. The sanitizing system sanitizes and cleans support objects infested with at least one contaminant.

A clothing ironing assembly for removing lint from fabric includes a steam iron that has a lint chamber is integrated into the steam iron. The steam iron has a sole plate and the sole plate has a plurality of steam openings each extending through the sole plate. The steam iron has a plurality of scraping elements each integrated into the sole plate to scrape lint from a fabric when the sole plate is rubbed across the fabric while ironing the fabric. Each of the scraping elements directs the lint into the lint chamber collect the lint. A lint screen is removably insertable into the lint opening to collect the lint directed into the lint chamber.

A clothing ironing assembly for removing lint from fabric includes a steam iron that has a lint chamber is integrated into the steam iron. The steam iron has a sole plate and the sole plate has a plurality of steam openings each extending through the sole plate. The steam iron has a plurality of scraping elements each integrated into the sole plate to scrape lint from a fabric when the sole plate is rubbed across the fabric while ironing the fabric. Each of the scraping elements directs the lint into the lint chamber collect the lint. A lint screen is removably insertable into the lint opening to collect the lint directed into the lint chamber.