Roller type pressure cleaning device

Abstract

The invention discloses a roller type pressure cleaning device which comprises a machine body. A support assembly used for supporting a to-be-cleaned workpiece and enabling the to-be-cleaned workpiece to maintain the state of rotation, a cleaning assembly used for cleaning the workpiece and a controller used for controlling the support assembly and the cleaning assembly to be in motion are arranged on the machine body. The workpiece is placed on the support assembly, the rotation of the workpiece is realized through the support assembly, the workpiece is rotated continuously during the cleaning process, thus the workpiece is fully cleaned, and cleanliness is improved. Meanwhile, the support assembly and the cleaning assembly are both connected with the controller, the automation of cleaning is realized, and the labor intensity of cleaning workers is reduced. The support assembly adopts the structure of a driving shaft matching with a double-speed motor, and the double-speed motor is connected with the controller so that the rotation speed of the driving shaft can be changed according to actual needs, cleaning and spin-dry of the workpiece can be achieved step by step, namely, the workpiece is cleaned at low speed and is spin-dried at high speed, cleaning strength is reduced, and drying speed is increased.

Description

technical field [0001] The invention relates to the field of cleaning equipment, in particular to a roller type pressure cleaning device. Background technique [0002] During the production and processing of precision metal parts, the parts need to go through multiple processing procedures from the blank to the finished product, such as turning, cutting, drilling, grinding, milling, planing, etc. After the parts are processed, there will be oil stains, debris, etc. in the holes on the surface Impurities, which affect the further processing and use of parts, need to be cleaned. In the machinery industry, the cleaning of parts is mostly done by hand, that is, first use a high-pressure air gun to blow off the particles such as impurities and debris adsorbed in the holes and surfaces of the parts, and then spray the cleaning liquid on the parts through a high-pressure spray gun. Manual cleaning has the following disadvantages: heavy workload, low cleaning efficiency, high labor...

AI Technical Summary

Problems solved by technology

Manual cleaning has the following disadvantages: heavy workload, low cleaning efficiency, high labor costs, and unreliable cleaning. Operators cannot guarantee that every corner of the parts will be cleaned, and parts may have parts that have not been cleaned due to negligence. It will bring adverse effects to the further processing and use of the parts. At the same time, after the parts are cleaned, they need to be wiped clean with a dry cloth or placed in a ventilated place to dry, which undoubtedly increases the labor intensity of the cleaning workers.

Although this kind of cleaning machine has improved the labor intensity of cleaning workers to a certain extent, it still has the following defects: 1. The structure is complicated, which is not conducive to reducing manufacturing and production costs; 2. The cleaning is not clean, because the parts to be cleaned are placed In the material tray, it is sent to the washing machine by the conveyor belt, so that the washing machine can only wash one side of the workpiece during the cleaning process, and cannot fully clean it, especially for shafts with complex shapes such as crankshafts and stepped shafts. The parts cannot be cleaned and cleaned; 3. After washing, they cannot be dried quickly and automatically, which increases the labor intensity of the cleaning workers

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