Segmented holding claw vehicle clamp for engine end cover with small housing hole

Abstract

The invention discloses a segmented holding claw vehicle clamp for an engine end cover with a small housing hole. The segmented holding claw vehicle clamp comprises a hollow base, wherein a pull rod is arranged inside the hollow base in a matching manner; the front end of the pull rod is connected to a four-head lever; a transition disc is arranged in front of the four-head lever and is fixed on the base; the transition disc and the base form the movement space of the four-head lever; the four sides of the four-head lever are connected to pull hooks respectively through articulated shafts; the pull hooks are movably fixed on the corresponding periphery of the transition disc through waist-shaped holes formed in the middle positions of the pull hooks; a positioning disc is arranged in front of the transition disc; pull hook grooves are formed in positions, corresponding to the pull hooks, of the positioning disc; and the positioning disc is provided with movable disassembling compressing plates matched with the pull hooks. The segmented holding claw vehicle clamp is used for solving the problems in a turning process that the clamp is low in clamping efficiency, and as the improper clamping results in unevenness and tilting of workpieces, the sizes of products are unqualified. The segmented holding claw vehicle clamp ensures realization of accurate clamping of the workpieces and improves clamping efficiency and machining percent of pass.

Description

technical field

[0001] The invention belongs to the field of tooling fixtures, in particular to a segmented clamping claw clamp used for an engine end cover with a small casing hole. Background technique

[0002] In the machining industry, turning is a commonly used machining method. Fixtures are used when the workpiece needs to be fixed during machining operations. The traditional clamping solution is to use a three-jaw clamp for clamping. In this clamping method, since the jaws of the three-jaw fixture have no directional reference, the operator must visually avoid the fixture from interfering with the clamped workpiece, and the clamping efficiency is low; and the directions of the clamped workpieces are different, which is likely to cause improper clamping As a result, the workpiece is unevenly loaded and warped, resulting in unstable processing and unqualified product dimensions.

[0003] According to the above traditional three-jaw fixture clamping scheme, according ...

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