Barrel plating automatic washing device

Abstract

The invention relates to a barrel plating automatic washing device. The barrel plating automatic washing device comprises a tank body, hoppers, motors, gearboxes, rotating shaft rods, water inlet valves and drain valves. The tank body is a one-piece tank body. A plurality of washing pools are arranged in the tank body. The hoppers and an overturning device are arranged on the tank body. The hoppers are fixed on the rotating shaft rods through swing arms. One ends of the rotating shaft rods are installed on the gearboxes, and the other ends of the rotating shaft rods are installed on bearing supports. Through motor rotation and power transmission of the gearboxes, the rotating shaft rods drive the hoppers to rotate together, and therefore the purpose of automatic cleaning is achieved. According to the barrel plating automatic washing device, overturning of the motors and the hoppers and flow rates of cleaning fluid are controlled by a computer controller, the degree of automation is high, washing efficiency is high, water consumption quantities are accurately controlled, labor intensity of workers is greatly relieved, workshop working environment is cleaned, and the barrel plating automatic washing device has popularization prospects.

Description

technical field [0001] The invention relates to barrel plating cleaning equipment in the electroplating industry, in particular to an automatic barrel plating cleaning device, which belongs to the technical field of environmental protection and energy saving products. Background technique [0002] In the electroplating industry, electroplated workpieces must be cleaned before they can be used. In the current barrel plating operation in the electroplating industry, the cleaning of the workpiece after electroplating is generally to place a cleaning solution in a simple plastic tank to clean the workpiece manually. In this manual cleaning method, the workpiece must be cleaned several times before it can be cleaned. Since the workpieces have to be cleaned several times during cleaning, the physical load of the production workers is heavy, the labor intensity is high, and the process requires a large number of workers, and the industrial wastewater generated during the productio...

AI Technical Summary

Problems solved by technology

Since the workpieces have to be cleaned several times during cleaning, the physical load of the production workers is heavy, the labor intensity is high, and the process requires a large number of workers, and the industrial wastewater generated during the production process leaks seriously and pollutes the environment.

In the above-mentioned manual cleaning method, the sewage generated during workpiece cleaning cannot be collected and discharged. In the barrel plating workshop, sewage always leaks out at the position where the workpiece is cleaned, polluting the environment

At the same time, due to the inaccurate control of water consumption in manual operations, the unreasonable increase in water consumption for cleaning increases production costs

Due to structural defects, the equipment used for cleaning the above-mentioned electroplated workpieces can only be operated manually and cannot be cleaned automatically. The labor intensity of the workers is high, the production efficiency is low, and the waste liquid generated pollutes the environment.

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