6results about How to "Reduce cleaning effect" patented technology

This utility model discloses a valve cleaning device for valve production, including a top frame, a pool body locking mechanism, a washing pool locking mechanism, and a locking auxiliary mechanism. The pool body locking mechanism includes a drive motor and a lifting frame, a bottom fixing pipe and a locking rod, and an outer rotating sleeve and an outer fixing ring. The pool body locking mechanism achieves precise electric adjustment of the washing pool height through the meshing design of the drive motor, rotating teeth and tooth plates. The guiding sliding structure of the side rail and guide sleeve ensures the smooth and stable lifting process. The washing pool locking mechanism adopts a combination design of bottom fixing pipe, locking rod and locking pipe. Through the cooperation of inner wall block, embedded groove and patch block, plus the elastic pressure provided by the compression spring frame, the washing pool can be quickly installed and disassembled, solving the problem of inconvenient installation and disassembly of the washing pool in traditional devices.

The utility model discloses a main shaft of high-speed friction washing equipment, and relates to the technical field of plastic recovery equipment. A plurality of pairs of blade assemblies which are arranged in a 180-degree staggered mode are fixed to the circumference of the outer shaft at equal intervals, each pair of blade assemblies comprises two blades, the two blades are located outside the same circumferential section of the outer shaft, the two blades are arranged in a 180-degree mode, the blades and the axis of the outer shaft are arranged in a 90-degree mode, and the two blades are fixed to a first fixing plate through first bolts. A first reinforcing plate is arranged on one side of the first fixing plate, and the first fixing plate and the first reinforcing plate are welded to a shaft body of the outer shaft. And a pair of discharging blades which are arranged at an angle of 180 degrees are arranged outside the same circumferential section of the discharging end of the outer shaft, and the discharging blades and the blades in the same circumferential direction are arranged at an angle of 180 degrees. According to the utility model, materials can be uniformly dispersed, a stable flow field and multi-angle friction are formed, vibration and abrasion are reduced, and the equipment stability is improved.

This invention relates to the field of control system data processing technology, and in particular to an intelligent cleaning system and its working method that employs a robotic arm for cleaning and drying. The system includes a visual data acquisition module that acquires raw image data; an environmental adaptation processing module that outputs an optimized image matrix; a feature recognition module that extracts part contour and position features from the optimized image matrix and outputs coordinate and posture information; a control decision module that fuses the feature information with preset cleaning parameters to generate robotic arm motion commands; and a robotic arm execution module that drives the spray gun to complete the cleaning action and feeds back the position data acquired by the joint encoder to the feature recognition module to form a closed-loop control. This invention compensates for low-light conditions and suppresses stain noise through environmental adaptation processing, enhances robustness through feature recognition combined with a confidence mechanism, and corrects recognition deviations through feedback loops, ultimately achieving accurate detection of part positions and complete cleaning, thus solving the problems of missed cleaning and uneven cleaning.

This invention belongs to the field of power equipment maintenance technology, and provides an adaptive control method and system for a substation insulator cable-drop cleaning robot. The robot includes a cable-drop mechanism and a cleaning mechanism suspended on the cable-drop mechanism by ropes. The method includes: acquiring radial distance sequences, bushing axial height sequences, and tilt angle data of the insulator surface; determining the start and end positions of potential edge points; adjusting the cleaning self-balancing through differential rope adjustment; and dynamically adjusting the lifting amplitude based on the spacing between insulators: adjusting the robot's lifting amplitude according to the distance between two insulators. By determining the start and end positions of potential edge points, adjusting the cleaning self-balancing through differential rope adjustment, and dynamically adjusting the lifting amplitude, precise positioning and balance adjustment of the insulator surface and precise step control of the cleaning mechanism are achieved. This solves the problems of missed cleaning, repeated cleaning, and tilting, improves positioning accuracy and cleaning quality, reduces work process rigidity, and ensures cleaning effectiveness.

The utility model relates to the technical field of vegetable processing discloses vegetable cleaning device, including cleaning tank and floating object removal subassembly, the inside of cleaning tank is provided with screen frame. Floating object removal subassembly includes the baffle fixedly connected in the inside of cleaning tank, the bottom symmetrical fixed connection of screen frame has four groups of vertical rods and is connected with the baffle slidingly, the lower portion of baffle is rotatably connected with two -way screw rod, both sides outside of two -way screw rod are all screw -threaded connection has the moving plate, the moving plate is hinged with connecting rod through the hinge between vertical rod, the inside of cleaning tank is rotatably connected with two groups of filter screen through the pivot, the both sides of the upper portion of cleaning tank all are set up and have the discharge port, the outside fixed connection of discharge port has the collection frame. The utility model effectively avoids the problem of reducing the cleaning effect of vegetables because of the difficulty of removing the floating object generated during cleaning.

This utility model provides an electroplating tank cleaning device, relating to the field of electroplating tank cleaning technology. It includes a reciprocating moving block, with a central cleaning plate fixedly installed in the middle area of ​​the bottom of the reciprocating moving block, a right cleaning plate fixedly installed in the right side area of ​​the bottom of the reciprocating moving block, and a left cleaning plate fixedly installed in the left side area of ​​the bottom of the reciprocating moving block. Based on the coordinated drive of a ball screw, the reciprocating moving block is driven to move slowly and uniformly along a limiting guide rod, realizing the automated reciprocating motion of the right, central, and left cleaning plates within the electroplating tank. By activating different cleaning modules in stages, precise cleaning of each surface of the tank is achieved. Furthermore, it automatically shuts off the cleaning fluid supply when not in operation, avoiding liquid waste caused by ineffective spraying, achieving both energy saving and environmental protection benefits. This solves the problem that existing electroplating tank cleaning devices cannot flexibly adjust to different cleaning needs, and the spraying of cleaning fluid lacks specificity.