4results about How to "Quick flush" patented technology

The present application relates to a kind of sandstone aggregate production powder and washing system;It relates to sandstone aggregate production technical field, including grinding mechanism, the import end of the grinding mechanism is fixedly connected with water pump assembly, outlet end is fixedly connected with cyclone centrifugal mechanism;Cyclone centrifugal mechanism is fixedly connected with water pump two, and the lower end of the end of cyclone centrifugal mechanism away from grinding mechanism is equipped with screening mechanism;Screening mechanism is equipped with water tank mechanism below;Multiple grinding rollers follow the quick rotation of plum blossom seat, multiple grinding rollers cooperate grinding ring, can be polished to the sandstone aggregate between grinding roller and grinding ring, remove hard impurities on sandstone aggregate by friction, cooperate with the scouring of water flow to sandstone aggregate, can remove all light and hard impurities on the surface of sandstone aggregate, improve the effect of sandstone aggregate cleaning;After sandstone aggregate cleaning work is finished, open sealing door can clean the impurities in volute feed bin one and cylinder, and it is also convenient to repair and replace grinding roller and bevel cutter through sealing door.

This invention provides a garment treatment device, relating to the field of garment cleaning technology. The garment treatment device includes a drum assembly and a circulating electrolysis assembly. The drum assembly has a lower outlet and an upper inlet. The circulating electrolysis assembly is connected to the outlet and inlet via a circulation pipe. A circulation pump draws liquid from the outlet through the circulation pipe and then into the drum assembly through the inlet. The electrolysis device is located at the circulation pipe. When the liquid circulates in the circulation pipe, the electrolysis device electrolyzes the liquid and sprays it directly onto the clothes through the inlet. This results in a higher concentration of active substances in contact with the clothes, enhancing colorfastness and cleaning capabilities. Furthermore, the electrolysis device is positioned below the water level inside the drum assembly, ensuring that active substances can still enter the drum assembly to prevent colorfastness and clean the clothes inside, even at low liquid levels.

This utility model discloses a box structure for a commercial wok stove, including a main body and a rectangular tabletop. The rectangular tabletop has a heating installation port and a water storage groove, with continuous embankments on three sides and a drainage side on the other side. Improvements include: ① a detachable baffle strip on the drainage side forming an openable / closable drainage channel; ② a sunken drainage trough with drainage holes at the bottom near the drainage side of the main body; ③ the baffle strip supports magnetic adsorption / quick release, and the drainage trough is close to the operating side. When the baffle strip is in place, it forms a deep water storage layer with the embankment, significantly improving heat exchange efficiency; when the baffle strip is removed, oil stains can be quickly drained, and the one-piece sheet metal tabletop has no dead corners for hygiene. It also balances dynamic water cooling and dirt cleaning, ensuring hygiene and safety.

This utility model relates to the field of backwash filter technology and discloses a high-pressure pulse backwash filter, including a tank with a high-pressure air pipe rotatably connected to the top of the tank. This high-pressure pulse backwash filter, through the arrangement of a rotating mechanism, high-pressure air pipe, and nozzles, operates as follows: When a drive motor on one side is activated, it drives a top auxiliary gear and a main gear meshing with the auxiliary gear to rotate. This causes the high-pressure air pipe installed inside the main gear to rotate inside the tank under the drive of the top rotating joint. In conjunction with a pulse generator on one side, high-pressure gas is delivered to the nozzles. The high-pressure gas is then ejected at high speed in a pulsed form through the inclined injection holes of the nozzles. Because the nozzles are rotating, the ejected high-pressure pulsed airflow can evenly cover every area of ​​the filter's inner surface, avoiding any dead zones that could affect the normal operation of the device.