Cylinder body hydraulic clamp quick-change type pressing mechanism

Abstract

The invention relates to a cylinder body hydraulic clamp quick-change type pressing mechanism which comprises a supporting assembly and a remodeling assembly. During remodeling, the remodeling assembly can be taken out by rotating the remodeling assembly by a certain angle. The cylinder body hydraulic clamp quick-change type pressing mechanism has the effects of being rapid in remodeling, simple in structure, easy to operate and high in flexibility, the purpose of being compatible with collinear production of different machine types can be achieved, and the working efficiency can be improved.

Description

technical field [0001] The invention relates to a pressing mechanism, in particular to a quick-change pressing mechanism of cylinder hydraulic clamps, and relates to the field of engines. Background technique [0002] For a series of cylinders and multiple models, the shape of the cylinders of each model is quite different. The existing hydraulic clamps are generally realized in three ways: the first is to design a single-level clamp according to the height difference of each model of the series of cylinders. High block, when the workpiece is changed and clamped, it is necessary to manually place the equal height block on the top surface of the workpiece for clamping; the second is to design different hydraulic clamps according to different models, and replace the corresponding hydraulic clamps when changing models; The third is that the compression mechanism adopts an integral serial design, and the entire compression mechanism of the corresponding model can be replaced whe...

AI Technical Summary

Problems solved by technology

The first method requires manual operation when changing the model or loading and unloading each workpiece. It is extremely inconvenient to load and unload the workpiece. It is only suitable for sample processing and is not suitable for batch production.

The second way is to re-adjust the accuracy of the fixture in the machine tool and the precision of the workpiece during the type change. The time for the type change is longer, the quality of the workpiece after the type change fluctuates greatly, and the initial investment cost and later maintenance cost are high; the third. In this way, the entire pressing mechanism needs to be disengaged from the clamp body and the part connected to the oil cylinder when changing the type. The moving components are hard-connected, which is inconvenient to operate, labor-intensive, and takes a long time to change types.

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