Splicing type binding post assembly

Abstract

A splicing type binding post assembly is composed of a wire holder, a binding post and a fixing block, wherein a milled flat groove is formed in the wire holder, the middle portion of the binding post is bonded in the milled flat groove through epoxy glue, and the fixing block is bonded to the binding post through epoxy glue. After epoxy glue pouring is completed, the fixing block, the wire holder and the binding post form an integrated structure; the cost is low, the processing period is short, the adaptability is high, mold opening is not needed, and basic electrical performance of an external interface of a product can be realized; the structure is simple, bonding is firm, electric conductivity and heat conductivity are good, assembling is convenient, and installation and use are reliable; the binding post is of an integrated structure, the structural strength and conductivity are good, and heating is uniform; the two sides of the binding post are provided with milled flat structures which can achieve the purpose of preventing rotation and pulling and achieve the effect of reducing weight; and the size of the binding post is not affected by assembly in the installation process, and the binding post can be directly matched with related components for use after being assembled.

Description

Technical field[0001]The present invention relates to a splicing terminal assembly.Background technique[0002]In the prior art, the air-load distribution products are often used in the design of the electrical interface. It is often used to manufacture and molded by injection molding. The molded plastic parts are generally related to the design of the mold. Production, heat treatment, mold debugging and other processes, resulting in long processing cycle, high processing cost, and once the mold is determined, it is difficult to adapt to the export size, structure form adjustment due to the outer module assembly before the product is determined. Change optimization requirements, adaptability, poor continuity, unable to quickly and efficiently implement the update optimization synchronization with the product.Inventive content[0003]The present invention is to solve existing injection molding methods for manufacturing a long processing cycle, high processing cost, and once the mold is d...

AI Technical Summary

Problems solved by technology

[0003] The present invention is to solve the problem that the existing injection molding method has long manufacturing and processing cycle and high processing cost, and once the mold is determined, it is difficult to adapt to the adjustment of the outer dimension and structural form of the terminal assembly before the product is not finalized. Change optimization requirements, poor adaptability and continuity, technical problems that cannot be quickly and efficiently synchronized with product update optimization

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