High-speed needle insertion apparatus

Abstract

The invention discloses a high-speed needle insertion apparatus. The apparatus comprises a product feeding mechanism and a cam feeding needle insertion mechanism. The product feeding mechanism comprises a feeding support, a first connection board, a first feeding motor, a second feeding motor, a first KK module, a second KK module, a poking claw connecting piece, a first poking claw, a second poking claw, a product track, a positioning cover plate and a product briquetting. The feeding support is fixedly connected with the first feeding motor and the second feeding motor through the first connection board. The first feeding motor is fixedly connected with the first KK module. The second feeding motor is fixedly connected with the second KK module. The second KK module is fixedly connected with the second poking claw through the poking claw connecting piece. The product track is located on a top of the first poking claw and is fixedly connected with the product briquetting through the positioning cover plate. The cam feeding needle insertion mechanism comprises a cam group assembly, a material belt feeding assembly, a material belt positioning assembly, a cutting-off and pressing-into assembly and a transmission power assembly. The mechanism of the apparatus of the invention is compact and production efficiency is high. The apparatus is especially suitable for complex needle insertion with high precision and small spacing.

Description

[0001] technical field [0002] The invention relates to the technical field of automation, in particular to a processing and assembling automatic pin-inserting device suitable for various connectors. Background technique [0003] At present, one of the traditional pin insertion methods is to use manual row insertion for single-piece pin insertion, and the pin insertion speed is slow. The other is to use a cylinder mechanism for pin insertion, and the pin insertion speed can only reach about SPM150. There are many types, and the number of PINs is not equal, the batch is large, and the cylinder pin insertion mechanism cannot meet the actual needs. In addition, the cylinder pin insertion mechanism has high requirements on the incoming material size and specifications. In actual use, there are many failures and difficult maintenance and adjustment, resulting in Low productivity has caused troubles to production and manufacturing. [0004] Therefore, a new technical solution is...

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Problems solved by technology

[0003] At present, one of the traditional pin insertion methods is to use manual row insertion for single-piece pin insertion, and the pin insertion speed is slow. The other is to use a cylinder mechanism for pin insertion, and the pin insertion speed can only reach about SPM150. There are many types, and the number of PINs is not equal, the batch is large, and the cylinder pin insertion mechanism cannot meet the actual needs. In addition, the cylinder pin insertion mechanism has high requirements on the incoming material size and specifications. In actual use, there are many failures and difficult maintenance and adjustment, resulting in Low productivity, causing problems for production and manufacturing

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