Cleaning pool for clamping plate of robot fixture

Abstract

The invention discloses a cleaning pool for a clamping plate of a robot fixture. The cleaning pool comprises a square water pool, a support frame and a brush, wherein the bottom of the water pool inclines from three sides of the pool wall to one side, and a drain port is formed in the inclined position; the support frame comprises two side plates and a middle cross beam, the two side plates are fixed on two opposite side walls of the water pool, and the middle cross beam crosses the water pool and is movably connected with the side plates; the brush comprises a base plate fixed on the middle cross beam and nylon wires inlaid and bonded to the base plate, and the nylon wires are soaked in water when the water pool is full of water. The cleaning pool has high brushing quality and does not damage the clamping plate.

Description

technical field [0001] The invention relates to the field of dip-coating of sand cores, in particular to a cleaning pool for robot clamp splints. Background technique [0002] After the sand core is dipped, a robot is needed to pick it up. Since there is a layer of dipping liquid on the surface of the sand core after dipping, when the splint clamps the sand core, the surface will also stick to the dipping liquid. As the dipping liquid accumulates, the friction force of the clamp becomes smaller. The sand core is easy to slip. [0003] At present, after the dip-coating robot picks up a certain number of dip-coated sand cores, it needs to clean the splints on the fixture to avoid excessive dipping liquid on the splint surface, causing the sand cores to slip and affecting production quality and production efficiency. Generally, there are two methods: 1. After the robot finishes placing the sand cores, stop the robot, open the safety door, and the operator enters the work area...

AI Technical Summary

Problems solved by technology

[0003] At present, after the dip-coating robot picks up a certain number of dip-coated sand cores, it needs to clean the splint on the fixture to avoid excessive dipping liquid on the splint surface, causing the sand core to slip, affecting production quality and production efficiency

Generally, there are two methods: 1. After the robot has finished placing the sand cores, stop the robot, open the safety door, and the operator enters the work area, and manually cleans the splints one by one with a brush, but the manual efficiency is very low and the operation is very inconvenient

2. Use a device with a steel brush to fix the steel brush, and the robot will automatically clean the fixture, but the steel brush is too sharp and hard, and the cleaning position of the steel brush is the same every time. After a period of use, a crack will appear on the splint Scratches, poor scrubbing quality

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