Pipe-supplying method and pipe-supplying apparatus for material pipes for integrated circuit packaging equipment

Abstract

The invention discloses a pipe-supplying method for material pipes for integrated circuit packaging equipment. The batches of material pipes are placed in a material pipe placement groove; the material pipes are arranged, and carried upwardly by material pipe up and down carrying belts and then the material pipes fall to a material pipe groove of a material pipe direction detecting rotating disk; the material pipes are detected in the material pipe direction detecting rotating disk; the material pipes after being detected turn for 90 degrees; the material pipes with rubber plugs turn for 90 degrees again; if the turning direction is correct, the material pipes directly fall to a discharging rotating disk; the discharging rotating disk turns for 90 degrees; the material pipes are placed on a material pipe discharge buffer block; after the material pipes are discharged completely, the material pipes are conveyed to a material pipe clamping block; a clamping block turning cylinder drives the material pipe clamping block to turn; the material pipes on the material pipe clamping block are rotated for 180 degrees; the material pipes arrive at a product pipe-entry track; and the integrated circuit is shifted to a material inlet pipe by a pair of product-pushing tongs on the track. The invention also discloses a pipe-supplying apparatus for the material pipes for the integrated circuit packaging equipment. The pipe-supplying method and the pipe-supplying apparatus are high in pipe discharge speed, high in efficiency and capable of detecting directions and the rubber plugs, and are stable and manpower-saving.

Description

technical field [0001] The invention relates to the technical field of integrated circuit packaging equipment, in particular to the technology of a tube supply method and a tube supply device in integrated circuit packaging equipment. Background technique [0002] For a long time, after the frame of the integrated circuit product is separated, the method of receiving the feeding pipe is to manually put the feeding pipe into the equipment. This manual operation method has the following problems: 1. With the equipment speed getting faster and higher, the efficiency is getting higher and higher, the manual piping can no longer keep up with the speed of the equipment, and the labor cost is expensive, and one person can only operate one machine . 2. It is easy to make mistakes manually, and the direction of the material tube will be misplaced and sometimes the material tube is not plugged with a rubber plug. Contents of the invention [0003] The main task of the present inve...

AI Technical Summary

Problems solved by technology

This manual operation method has the following problems: 1. With the equipment speed getting faster and higher, the efficiency is getting higher and higher, the manual piping can no longer keep up with the speed of the equipment, and the labor cost is expensive, and one person can only operate one machine

2. It is easy to make mistakes manually, and the direction of the material tube will be misplaced and sometimes the material tube is not plugged with a rubber plug.

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