Multifunctional die worker operation table

Abstract

The invention discloses a multifunctional die worker operation table. The multifunctional die worker operation table comprises a main table, a hydraulic ejection assembly and a die dismounting and mounting frame. The hydraulic ejection assembly comprises a plurality of detachable ejector rods, an ejector rod fixing plate, hydraulic bearing flanges and a first hydraulic cylinder assembly. The first hydraulic cylinder assembly is controlled by a hydraulic pump station to drive the ejector rods to move up and down, and accordingly the ejection and retreating actions are finished. The die dismounting and mounting frame comprises a frame composed of stand columns, a table top flat plate and a hydraulic cylinder fixing plate. An upper fixing plate assembly is arranged between the table top flat plate and the hydraulic cylinder fixing plate in parallel. A piston of a second hydraulic cylinder assembly is connected with the upper fixing plate assembly, and therefore the upper fixing plate assembly can move up and down along the stand columns. The multifunctional die worker operation table is very practical during die manufacturing and repairing, and has the beneficial effects that the application range is wide, operation is convenient and fast, the device is small in size, the structure is simple, safety and reliability are achieved, and one machine has multiple purposes.

Description

technical field [0001] The invention belongs to the technical field of mechanical equipment, and in particular relates to a multifunctional mold worker's operating table. Background technique [0002] At present, in the mold training, teaching and production, most of the work of the mold maker is carried out on the general fitter bench. Some operations, such as the injection mold ejector pin ejection test, must be carried out on the injection molding machine. Part of the operation relies on manual movement or crane hoisting and the use of tools to disassemble and assemble mold parts. The operation is laborious and can easily cause unsafe factors such as abnormal drop damage of parts due to loose grip, sharp edges of parts and injuries. In addition, in the practice of skill training and appraisal assessment for mold makers, there is no special equipment that can support the assessment of part of the mold disassembly and assembly and debugging of this type of skill, which rest...

AI Technical Summary

Problems solved by technology

[0002] At present, in the mold training, teaching and production, most of the work of the mold maker is carried out on the general fitter bench. Some operations, such as the injection mold ejector pin ejection test, must be carried out on the injection molding machine. Part of the operation relies on manual movement or crane hoisting, and tools are used to disassemble and assemble mold parts. The operation is laborious and can easily cause unsafe factors such as abnormal drop damage of parts due to poor grip, sharp edges of parts, bumps and injuries.

In addition, in the practice of skill training and appraisal assessment for mold makers, there is no special equipment that can support the assessment of part of the mold disassembly and assembly and debugging of this type of skill, which restricts the development of this type of skill appraisal in reflecting the level of special operations.

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