Two-way cutting device for automobile lining molding

Abstract

The invention discloses a two-way cutting device for automobile lining molding. The two-way cutting device comprises a two-way water cutting mechanism, a workbench and waste treating mechanism and an electronic control system. The two-way water cutting mechanism comprises a machine base, a rotating motor, a lower arm, a middle arm, an upper arm, a first hinge motor, a second hinge motor, a return rod, a return spring, a transverse rod, a water tank, a water pipe, a water cutting knife fixing arm, a water cutting knife and a high pressure pump. The workbench and waste treating mechanism comprises a water cutting table, an inside roof lining mold, an adjusting rod, a waste tank, a foot stand, a waste door, a waste pumping pipe, a pressure division valve, an exhaust fan and a waste pool. The electronic control system comprises a master pipe bundle, an electric control cabinet and a wire pipe. An inside roof lining can be cut through the two-way water cutting mechanism, waste can be treated through the workbench and waste treating mechanism, different electronic programs can be input through the electronic control system to achieve linkage control over the whole device, and the two-way cutting device has the effects of being capable of achieving automatic cutting, being high in precision, fast in speed and quick in waste water discharge, being free of blockage, saving labor and lowering labor intensity.

Description

technical field [0001] The invention relates to the technical field of automobile production equipment, in particular to a two-way cutting device for forming an automobile inner lining. Background technique [0002] In the process of forming the roof lining of the car, the initially formed roof lining needs to be further trimmed and cut into holes. In the past, the roof lining was put into the lower mold of the roof lining mold. Manually lift the upper mold by two people, press it into the lower mold to close the mold, and then open the upper mold. At this time, the ink mark of the upper mold is clearly printed on the roof lining. The staff uses a high-pressure water gun to follow the ink mark Slowly cut the edge of the roof lining and punch holes; the edge of the roof lining cut by this working method is relatively rough, the work efficiency is low, the product fineness does not meet the requirements, and the manpower consumption is large, and the waste water and water afte...

AI Technical Summary

Problems solved by technology

[0002] In the process of forming the roof lining of the car, the initially formed roof lining needs to be further trimmed and cut into holes. In the past, the roof lining was put into the lower mold of the roof lining mold. Manually lift the upper mold by two people, press it into the lower mold to close the mold, and then open the upper mold. At this time, the ink mark of the upper mold is clearly printed on the roof lining. The staff uses a high-pressure water gun to follow the ink mark Slowly cut the edge of the roof lining and punch holes; the edge of the roof lining cut by this working method is relatively rough, the work efficiency is low, the product fineness does not meet the requirements, and the manpower consumption is large, and the waste water and waste water after cutting The waste is discharged outside the factory through the ditches. Due to the slow flow of waste water, the accumulation of waste in the ditches affects the drainage. It needs to be dredged frequently, which increases the workload of the factory administrators.

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