Integrated connector end structure and preparing method thereof

Abstract

The invention discloses an integrated connector end structure. The integrated connector end structure comprises a plurality of end parts. A first projection part and a second projection part are respectively arranged at two sides of each end part. The end parts, the first projection parts and the second projection parts are prepared in an integrated manner. The end parts are connected with a material belt part through connecting arms. The end parts, the connecting arms and the material belt part are identical in thickness. The preparing method comprises the following steps of: 1) lathing end part stocks; 2) punching the material belt part, 3) carrying out an integral connection process; and 4) carrying out a punching molding process. The integrated connector end structure is simple in structure, convenient to prepare and liable to crack, disk-shaped packaging is realized, and the production cost is low.

Description

technical field [0001] The invention relates to the field of connection ends, in particular to an integrated connector end structure and a preparation method thereof. Background technique [0002] like figure 1 The structure shown is a one-piece connecting terminal, the upper part is the connecting terminal product, and the lower part is the material strip. This product is prepared by using a traditional process. The traditional process uses a thicker material to make part of the material thinner by forging, and through Forging extrusion realizes product structure. This kind of preparation method has the following disadvantages: 1. The traditional processing method is due to the forging and extrusion process of some materials, so that the fault 3 connected with the forged 1 and the unforged 2 is very prone to fracture and fall off, and subsequent sandblasting and extrusion cannot be carried out. Continuous electroplating and other product surface treatment processes cannot...

AI Technical Summary

Problems solved by technology

This kind of preparation method has the following disadvantages: 1. The traditional processing method is due to the forging and extrusion process of some materials, so that the fault 3 connected with the forged 1 and the unforged 2 is very prone to fracture and fall off, and subsequent sandblasting and extrusion cannot be carried out. Continuous electroplating and other product surface treatment processes cannot achieve reliable mass production defects; 2. The traditional processing method can only process some materials through forging and extrusion processes, and the thickness of the unforged part is thicker than 1.0mm. To achieve disc-shaped packaging, only one by one can be used for packaging, and continuous operation cannot be realized in mass production, and subsequent surface treatment processes such as sandblasting and electroplating can only be carried out one by one; 3. The copper material used is large. Part of the forging and extrusion process makes the thickness of the raw material more than 1.0mm, and the material consumption is large

Therefore, the traditional processing technology has defects such as easy breakage of the product, inability to achieve disc-shaped packaging, inability to perform continuous operations, and high processing loss costs.

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