Detection clamp adaptive to a plurality of automobile accessory shapes

Abstract

The invention discloses a detection clamp adaptive to a plurality of automobile accessory shapes. The detection clamp structurally comprises a base, switches, swinging rods, conductive rods, storage batteries, wires, terminals and extracting pumps. Based on the matching arrangement of the extracting pumps, sucking discs and a pipeline, central positioning is adopted by the sucking discs, and the detection clamp is not limited by the shape and size of a clamped object and is suitable for detection and fixation of the plurality of automobile accessories. The swinging rods are matched with rolling wheels, connecting rods and supporting plates. When the supporting plates are fixed to air inlet balls, because the air inlet balls and the suction discs are installed on the same mechanical component, rear accessories are fixed by the suction discs, and positioning deviation is inevitable. However, under the condition that the swinging rods are matched with movable wheels, the swinging rods areadjusted to drive the movable wheels to move along sliding grooves, position adjustment is realized by the movable wheels and the rolling wheels fixed by connecting shafts, so that the fixed supporting plates and connecting rods can be indirectly driven to adjust and correct the positions of the air inlet balls and ensure smooth detection work.

Description

technical field [0001] The invention relates to a detection fixture, in particular, a detection fixture adaptable to the shapes of various auto parts. Background technique [0002] In the production process of auto parts, in order to ensure that the performance of the car is not damaged, the auto parts must be tested before they are put into use, so they need to be fixed by furniture, and the existing testing fixtures have many defects: [0003] Because automobiles have different models, and the auto parts of different models often have different sizes and shapes, the existing clamps generally use two sides for clamping. Accurate grasp will lead to inaccurate positioning of the fixture, thereby indirectly affecting the clamping degree, so this structural design cannot adapt to different shapes of auto parts. Contents of the invention [0004] In view of the above problems, the present invention provides a detection fixture adaptive to the shapes of various auto parts. ...

AI Technical Summary

Problems solved by technology

[0003] Because automobiles have different models, and the auto parts of different models often have different sizes and shapes, the existing clamps generally use two sides for clamping. Accurate grasp leads to inaccurate positioning of the fixture, which indirectly affects the clamping degree, so the structural design cannot adapt to different shapes of auto parts

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