Continuous slitting detector for carrier tape connector

Abstract

The invention relates to a continuous slitting detector for a carrier tape connector. The continuous slitting detector for the carrier tape connector is characterized in that the continuous slitting detector comprises a rack and a power distribution control box; a feed slide way and a conveying trough are arranged on the rack in parallel; one end of the feed slide way is matched with a unwinding wheel through a guide wheel, while the other end of the same is matched with a slitting mechanism; the slitting mechanism comprises a slitting device and a feeding device which is matched with the conveying trough; a support material positioning device matched with products inside the feed slide way is arranged on the rack; the support material positioning device comprises a support material inletcylinder arranged on the rack; the support material inlet cylinder is connected with a support material feeding seat which is provided with a support material pressure cylinder; a support material pressing block matched with the products in the feed slide way is connected below the support material pressure cylinder. The continuous slitting detector for the carrier tape connector has the advantages of realizing automatic continuous slitting of the carrier tape connector, ensuring the accuracy of each slitting at the same time, enabling the cuts to be neat, avoiding damage caused by the slitting, and improving slitting efficiency at the same time.

Description

[0001] Original application number: 2017100022432 [0002] Date of original filing: January 3, 2017 [0003] Applicant of the original case: Dongguan Institute of Technology [0004] Title of original application: A continuous automatic cutting machine for carrier tape connectors. technical field [0005] The invention relates to the field of connector processing equipment, in particular to a continuous cutting detection machine for carrier tape connectors. Background technique [0006] The connectors are collected by carrier tape during processing and made into carrier tape connector rolls. During subsequent processing, the rolls of carrier tape connectors need to be separated into connectors one by one, so a slitting machine is required. . [0007] Most of the traditional carrier tape connectors are cut manually. The efficiency of manual cutting is offset, which cannot meet the large-scale production. At the same time, it is easy to cause cutting errors and damage the c...

AI Technical Summary

Problems solved by technology

[0007] Most of the traditional carrier tape connectors are cut manually. The efficiency of manual cutting is offset, which cannot meet the large-scale production. At the same time, it is easy to cause cutting errors and damage the connector. Most of the slitting machines need to manually fold the carrier tape connector into strips, and then realize one-time slitting by pressing down on the slitting knife. The amount of slitting at one time is large, and the slitting efficiency has been greatly improved. However, due to the load The belt connector is prone to deviation during the folding process, which will lead to uneven cuts of the connector after slitting. In severe cases, the connector will also be cut. At the same time, continuous and uninterrupted slitting cannot be performed, which affects the cutting quality work efficiency

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