Bidirectional limiting adjustable pressing-joint clamp

Abstract

The invention discloses a bidirectional limiting adjustable pressing-joint clamp which comprises a base, a supporting fixed plate, a linkage mechanism, a guide seat and guide rods. A cavity for containing a product is formed in the middle of the base. The supporting fixed plate is vertically fixed to the tail of the base. The linkage mechanism is fixed to a plate body on one side of the supportingfixed plate. The movable end of the lower portion of the linkage mechanism penetrates and is fixed to the middle of the guide seat. The guide seat is arranged horizontally. A press head is arranged at the movable end of the lower portion of a linear push-and-pull mechanism located on the lower portion of the guide seat. The guide rods are vertically fixed to seat bodies on the two sides of the tail of the cavity. Guide holes allowing the guide rods to penetrate are formed in the two ends of the guide seat. The bidirectional limiting adjustable pressing-joint clamp is simple in overall structure and convenient to mount, manufacture and operate; fast pressing joint of products and parts can be effectively achieved; and therefore the pressing joint efficiency and the product pressing joint quality are effectively improved, and practicality is high.

Description

Technical field: [0001] The invention relates to a two-way position-limiting adjustable crimping fixture, and relates to the technical field of automatic assembly equipment. Background technique: [0002] At present, the existing crimping process of electronic products and parts mainly has the following two methods. One is to place the fixture directly on the workbench, take the product and parts and place them in the cavity of the fixture, and perform manual crimping, while limiting and The amount of travel is controlled to protect the internal stress and deformation generated during the crimping process of products and parts, so that products and parts can be crimped and assembled smoothly. However, this method requires manual crimping. Because it is suitable for multi-stroke crimping assembly, it is easy to replace products and parts. When making parts, it is necessary to manually adjust the size of the limit column; instead, place the fixture directly on the workbench, t...

AI Technical Summary

Problems solved by technology

[0002] At present, the existing crimping process of electronic products and parts mainly has the following two methods. One is to place the fixture directly on the workbench, take the product and parts and place them in the cavity of the fixture, and perform manual crimping, while limiting and The amount of travel is controlled to protect the internal stress and deformation generated during the crimping process of products and parts, so that products and parts can be crimped and assembled smoothly. However, this method requires manual crimping. Because it is suitable for multi-stroke crimping assembly, it is easy to replace products and parts. When making parts, it is necessary to manually adjust the size of the limit column; instead, place the fixture directly on the workbench, take the product and parts and place them in the fixture cavity, directly crimp them manually, and take the products and parts and place them in the fixture cavity, but this There is no two-way limit in the method, resulting in defective products during crimping. In addition, there is no stroke control of the crimping parts. During the crimping process, the parts and peripheral components are easily damaged by the influence of internal stress, thus reducing the crimping efficiency and yield.

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