A casting cleaning line self-transfer system

Abstract

The invention relates to a casting cleaning line self-transferring system which sequentially comprises a shot blasting casting transferring line, a shot blast machine rear roller bed parallel with the shot blasting casting transferring line, a rail vertical to the shot blasting casting transferring line and the shot blast machine rear roller bed and a polisher located on the outer side of one end, away from the shot blast machine rear roller bed, of the rail. A polisher front roller bed is further disposed between the polisher and the rail. A rail transferring vehicle is disposed on the upper portion of the rail. A master control panel is disposed on the other side of the rail. The casting cleaning line self-transferring system has the advantages that the whole transferring is completed through the system, high automation level is achieved, a large amount of transferring vehicles is not needed, the system is convenient, fast and safe, the problem that the existing rail transferring systems rely on cables for power transmission is solved, and manual and automatic control of the transferring system are achieved; each of shot blasting machine rear roller bed, the rail transferring vehicle and the polisher front roller bed adopts one body two positions, continuous feed of the polisher can be achieved, and production efficiency is increased greatly.

Description

technical field [0001] The invention relates to a workpiece cleaning device for a casting production line, in particular to an automatic transfer system for a casting cleaning line. Background technique [0002] In actual production, the transportation between the shot blasting machine and the grinding machine during the casting cleaning process is transferred by special vehicles. This will consume a lot of vehicles and put forward higher requirements for the space of the workshop. , and will also increase the safety hazards to the workers in the workshop. Even if there is no vehicle for transportation, there is a rail transfer line, and the rail transfer vehicle is powered by a cable when it is transported. When the rail transfer vehicle moves, there is a long cable behind it. The cable rubs on the ground, which is prone to wear and tear problems; workers, vehicles Traveling needs to cross the cable, which will inevitably bring safety hazards. The existing multi-track tra...

AI Technical Summary

Problems solved by technology

[0002] In actual production, the transportation between the shot blasting machine and the grinding machine during the casting cleaning process is transferred by special vehicles. This will consume a lot of vehicles and put forward higher requirements for the space of the workshop. , and will also increase the safety hazards to the workers in the workshop

Even if there is no vehicle for transportation, there is a rail transfer line, and the rail transfer vehicle is powered by a cable when it is transported. When the rail transfer vehicle moves, there is a long cable behind it. The cable rubs on the ground, which is prone to wear and tear problems; workers, vehicles Traveling needs to cross the cable, which will definitely bring safety hazards

The existing multi-track transfer vehicle has a small number of transfers at one time, and it cannot realize multiple transportation in one cycle. The grinding machine will have no material processing, which will affect the work efficiency; and the start, transportation, and stop of the rail transfer vehicle need to rely on manual control, requiring multiple parties. Cooperate, increase labor cost, low production efficiency

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