A jig for clamping wires

Abstract

The invention discloses a jig for clamping a wire rod. The jig for clamping the wire rod is composed of a jig body and a gland. The gland comprises a gland panel and a rotary shaft sleeve connected to the inner side edge of the gland panel, wherein the gland panel and the rotary shaft sleeve are made of metal plates through machining, the rotary shaft sleeve of the gland is connected with a rotary shaft of the jig body, and the gland covers the jig body for clamping the wire rod in an overturn mode through the matched assembly of the rotary shaft sleeve and the rotary shaft. Due to the fact that the gland is made of the metal plate through machining, only an extremely-thin plate is needed for obtaining a finished product through machining, and cost of raw materials is low; in addition, the metal plate technique is simple and convenient to implement, production speed is high, production efficiency can be effectively improved, and volume production for storage can be facilitated.

Description

technical field [0001] The present invention relates to the field of wire assembly, in particular to a jig for clamping wires (hereinafter referred to as the wire clamping jig). Background technique [0002] The clamping fixture generally includes the main body of the clamping fixture and the gland. By setting the rotating shaft on the main body of the clamping fixture, and setting the rotating shaft sleeve on the gland, passing the rotating shaft through the rotating shaft sleeve, the gland can be turned over. Cover on the main body of the clamping fixture. The traditional way of producing the gland is to take a piece of heavy metal material and process it through milling machine, grinding machine, wire electric discharge cutting and other mechanical processing methods. The process is generally milling, grinding, cutting out the shaft sleeve, and then drilling in the middle of the shaft sleeve. This traditional processing method has the following disadvantages: [0003] ...

AI Technical Summary

Problems solved by technology

[0003] 1. There are many processing processes, and various processes such as milling, grinding, cutting, and drilling are required. There are many processing processes, which are very time-consuming and labor-intensive

[0004] 2. The cost is too high: because the existing method usually adopts a thicker material to be manufactured by machining, the thickness of the metal material is greater than the outer diameter of the shaft sleeve, which will inevitably increase the cost of raw materials

[0005] 3. Low production efficiency: Since the gland panel is thin and the shaft sleeve is very thick, it is necessary to cut off most of the thick material blocks to retain the thickness of the gland panel during WEDM processing, which requires a lot of work. Long time, low production efficiency, long processing cycle

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