Electronic connector and assembling method and equipment thereof

Abstract

The invention relates to the field of electronic components. The invention discloses electronic connector assembling equipment which comprises a rack and also comprises a contact pin assembling device, a transferring and conveying device and a shell assembling device which are arranged on the rack, the contact pin assembling device is used for cutting a contact pin and then directly assembling thecontact pin with an insulating base; the transferring and conveying device is used for conveying and transferring the insulating base and an assembly part of the contact pin to the shell assembling device, the shell assembling device is used for assembling the insulating base and the assembly part of the contact pin with a shell, and after assembling, transferring, conveying and discharging are conducted through the transferring and conveying device. The electronic connector assembling equipment has the advantages that the pin is directly assembled with the insulating base after being cut such that the assembly quality of the pin, the shell and the insulating base is improved.

Description

technical field [0001] The invention relates to the field of electronic components, in particular to an electronic connector and its assembly method and equipment. Background technique [0002] Electronic components, especially various electronic connectors, are usually formed by assembling an insulating base and a plurality of metal pins. The pin is a metal substance used to complete the conductive transmission of electrical signals in the connector. The assembly method of the pin and the insulating base is generally inserted. Insertion refers to inserting the pins into the preset holes of the insulating base. Current electronic components are fitted with metal casings on top of insulating bases, which are used for added strength and protection. During the assembly process of the electronic connector, it is necessary to insert multiple pins into the preset multiple pin slots on the upper part of the insulating base, and then assemble the assembly of the pins and the insul...

AI Technical Summary

Problems solved by technology

At present, the following problems exist in the assembly process of electronic connectors: (1) At present, the pins are collected uniformly after cutting the pin strips, and then assembled with the insulating base later, the process is complicated and the assembly efficiency is reduced; (2) In the During the pin conveying process, since the pin strip cannot be fixed well, and the cutting alignment is not high, it is prone to cutting deviation or the pins cannot be cut well; (3) when the pins are In the process of inserting into the insulating base, the existing equipment can only be assembled with a single pin, which requires multiple steps to be repeated, which affects the assembly efficiency; (4) At present, the electronic components are assembled and then conducted, so that It needs to waste a lot of time, and it is easy to cause scrap during the transportation process; (5) At present, before the shell is assembled, there is no detection function, so that the product is assembled and then tested, if scrapping occurs, the cost will increase; (6) The shell and During the riveting process of the insulating base, the stability of the riveting is poor, which affects the quality and efficiency of the riveting

Especially during the assembly process of the insulating base and the contact pins, the transportation of the insulating base is not smooth, and the contact strips cannot be clamped and fixed, causing the contact strips to move during cutting, and the cutting rod cannot be used for a period of time. Alignment, it is easy to have cutting deviation during cutting, resulting in low cutting accuracy, resulting in scrapped pins; multiple pins need multiple devices to be inserted into the pin slots of the insulating base multiple times, and the alignment accuracy is relatively low Low, resulting in a low degree of assembly between the pin and the insulating base, affecting the insertion quality and insertion efficiency

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