6results about "Brushing washing machines" patented technology

This utility model discloses a dual-purpose washing and shoe washing device, including a washing machine body. A pulsator is located at the bottom of the washing machine body, and several detachable wall brush bodies are provided on the inner wall of the washing machine body. In the washing state, the wall brush bodies are detached; in the shoe washing state, the wall brush bodies are installed on the inner wall of the washing machine. Adjacent wall brush bodies are rotatably connected by pins, so that at least two wall brushes form a strip-shaped integral wall brush. The strip-shaped integral wall brush has a detachable connection structure between the first and last wall brush bodies, so that the strip-shaped integral wall brush is connected end to end to form a ring-shaped integral wall brush. The ring-shaped integral wall brush is positioned and installed in the washing chamber of the washing machine. The advantages of this utility model are that installation can be completed in one go, the installation process is convenient and quick, eliminating the tedious steps of installing each traditional single wall brush independently. The wall brush is integral, and even after disassembly, it remains a strip-shaped integral, reducing the probability of losing any individual wall brush body. At the same time, the wall brush body has very strong stability relative to the inner wall of the washing machine.

The application relates to a cleaner and a cleaning method, wherein the cleaner comprises a brush head assembly, a main machine and a pipeline assembly; the main machine comprises a sewage tank and a first control element; the pipeline assembly comprises a sewage pipe, the sewage pipe comprises a first end and a second end corresponding to the first end, the first end is connected with the brush head assembly, the second end is connected with the sewage tank, and sewage generated in a cleaning process flows into the sewage tank through the sewage pipe; a first sensor is arranged at a position close to the first end of the sewage pipe in the brush head assembly; the first sensor is used for detecting the sewage flowing through the first end in real time and generating corresponding first detection data; the first control element is used for measuring a first dirt degree of the sewage flowing through the first end according to the first detection data, and controlling the working state of the brush head assembly according to the first dirt degree; the judgment of the first control element on the first dirt degree is not affected by the length of the sewage pipe, so that the working state of the main machine and the brush head assembly can be adjusted in time.

A semi-automatic impeller washing machine with high-speed spin-drying. The washing machine comprises an outer tub (1), which is internally provided with an impeller (2) for cleaning and a detachable spin-drying tub (3). The washing machine further comprises a driving device (4) used for driving the impeller and the spin-drying tub to rotate, and a first transmission end (421) and a second transmission end (422) are each provided on an output shaft (42) of the driving device, wherein the first transmission end is configured to connect to a speed reducer (5) so as to output a first rotational speed to the impeller, and the second transmission end directly outputs a second rotational speed and is configured to connect to the spin-drying tub. When in a first cleaning mode, the spin-drying tub is not mounted, and the impeller separately operates at the first rotational speed in the outer tub; and when in a spin-drying mode, the spin-drying tub is mounted to the second transmission end and operates at the second rotational speed. The washing machine has a better spin-drying effect and a simple and reliable product structure, and is simple to manufacture and assemble, thereby reducing manufacturing costs.

A washing machine includes a washing tub for putting in a laundry, and a side protrusion protruding from an inner circumferential surface of the washing tub to a center side of the washing tub, which contacts the laundry moving along the inner circumferential surface of the washing tub in the washing tub.

This invention discloses a semi-automatic pulsator washing machine with high-speed dehydration, including an outer tub, a washing pulsator and a detachable dehydration tub housed within the outer tub, and a drive device for driving the pulsator and dehydration tub to rotate. The output shaft of the drive device is respectively provided with a first transmission end and a second transmission end. The first transmission end is used to connect to a reducer to output a first speed to the pulsator, and the second transmission end directly outputs a second speed to connect to the dehydration tub. In the first washing mode, the dehydration tub is not installed, and the pulsator runs independently within the outer tub at the first speed. In the dehydration mode, the dehydration tub is installed at the second transmission end and runs at the second speed. This invention provides better dehydration effect, saves user time, improves user experience, has fewer parts, a simpler and more reliable structure, reduces the probability of failure, and simplifies production and assembly, reducing production costs and facilitating market expansion.

A handheld cleaning machine, the structure thereof comprising a machine body (1), a wastewater tank (2), etc. The machine body (1) is internally provided with a drive motor (4); the wastewater tank (2) is internally provided with a mounting cavity (213) independently arranged and a reduction gear set (9) hermetically arranged in the mounting cavity (213); a cleaning brush (8) is provided on the bottom surface of the wastewater tank (2), and the drive motor (4) drives the reduction gear set (9), that is, the reduction gear set (9) can drive the cleaning brush (8) to rotate for cleaning. In this way, the cleaning brush only needs to be placed on dirt on the surface of an article, and then the drive motor is started to enable the cleaning brush to rotate at a high speed for cleaning. Thus, the cleaning machine has the advantages of easy operation and labor saving, comfortable use process, good cleaning effect, and the like.