4results about How to "Scrub comprehensively" patented technology

This invention relates to the field of wastewater treatment technology, and in particular to a microfiltration wastewater treatment device for industrial wastewater turbidity removal. The device includes a treatment cylinder and an L-shaped wastewater pipe installed at the top of the treatment cylinder. A swinging filter assembly is installed at the top inner part of the treatment cylinder. The swinging filter assembly shakes and filters the wastewater. The swinging filter cartridge within the swinging filter assembly swings and moves the filtered impurities. During the swinging process, the swinging filter assembly throws out the wastewater while simultaneously causing the filtered impurities to flow. This invention achieves dynamic separation through swinging filtration, combined with real-time self-cleaning via rotating scraping. The filter cartridge is automatically cleaned by a torsional brush assembly. A fixed filter cartridge with a blocking filter assembly effectively blocks filtration and also possesses a self-cleaning function. This allows for the simultaneous and continuous execution of filtration and cleaning processes, significantly improving wastewater turbidity removal efficiency and the stability and durability of the equipment operation.

This invention provides a guide belt cleaning device for a printing machine. The device includes a base plate with a guide belt positioned above it. Two support plates are located on either side of the top of the base plate, near the rear end. A tension roller is positioned between the two support plates, pulling the guide belt downwards. When the guide belt reaches the cleaning device position on the printing machine, the control valve of the spray assembly is opened, and water is sprayed obliquely from the nozzle onto the guide belt surface. Through the rotation and friction of the brush bristles, the surface of the guide belt is brushed away. During the brush rotation, when the bristles pass the cleaning needles on the horizontal plate, the cleaning needles insert into the bristles, picking out dirt, fibers, and other debris entangled on the bristles. The guide belt continues to move forward, and then the wiping cotton reciprocates, achieving a more comprehensive cleaning of the guide belt surface, thus continuously providing efficient cleaning and further improving the overall cleaning quality.

The invention discloses an automatic cleaning, disinfecting and stacking device for sports balls, and relates to the technical field of sports goods cleaning equipment. The device comprises a rack, a belt conveying line body is arranged in the rack, a scrubbing face is arranged on the upper surface of the belt conveying line body, a wiping face is arranged on the lower surface of the belt conveying line body, a water tank is installed in the belt conveying line body, and water inlet holes are evenly formed in the top of the water tank; an electric heating plate is installed at the bottom of the water tank, and a stacking assembly capable of stacking balls is arranged at the discharging end of the rack. As the mounting frame plate reciprocates, balls are annularly brushed, a positioning pressing plate drives the balls to rotate through a clamping plate, the balls are cleaned parts and are located on a cleaning track, then the balls can be comprehensively brushed, the cleaning effect is good, multiple balls can be cleaned at a time, the cleaning efficiency is high, and meanwhile through the arrangement of a wiping face, the cleaning effect is good. And the balls can be comprehensively wiped.

This utility model discloses an improved cleaning and disinfection device for medical waste turnover boxes, relating to the technical field of medical waste turnover boxes. The improved cleaning and disinfection device includes a cleaning chamber, which houses a conveyor chain, a spray pipeline system, and a scrubbing device. The spray pipeline system includes a main pipe, spray pipes, and nozzles. The nozzles on the spray pipes are distributed above, below, and on both sides of the turnover boxes conveyed by the conveyor chain. The scrubbing device includes a fixed brush, a movable brush, and a drive system. The movable brush is driven to rotate by the drive system, which is located on the top of the cleaning chamber. This utility model, by setting up a spray pipeline system and a scrubbing device, with the spray nozzles densely distributed and surrounding the turnover boxes, and the scrubbing device contacting the circumference of the turnover boxes to clean dirt, achieves a more comprehensive cleaning of the medical waste turnover boxes through the combination of spraying and scrubbing. It can be used for large-scale cleaning.