Full-automatic material distribution device for conveying long-strip-shaped rubber hose

Abstract

The invention relates to a full-automatic material distribution device for conveying a long-strip-shaped rubber hose and belongs to the field of automatic equipment. The full-automatic material distribution device comprises a rubber hose material distribution mechanism and a rubber hose conveying mechanism, wherein the rubber hose material distribution mechanism comprises a discharging hopper anda material distribution assembly which are downwards and obliquely arranged; the material distribution assembly is composed of a mounting seat, a round roller and a material distribution stepping motor for driving the round roller to rotate; the rubber hose conveying mechanism is composed of two conveyor belts which are structurally symmetrical and a conveying stepping motor; the rubber hose material distribution mechanism can realize automatic discharging and regular automatic material distribution; meanwhile, a rubber hose is automatically conveyed to the rubber hose conveying mechanism; a whole discharging, material distribution and feeding process has a high automation degree and each rubber hose can orderly and accurately fall onto a jig; the rubber hose can be driven by the conveyingstepping motor and is conveyed backwards, and continuous discharging, material distribution and feeding can be realized, so that the conveying efficiency can be improved and the full-automatic material distribution device is especially applicable to an automatic assembling line which needs to work continuously.

Description

technical field [0001] The invention relates to the field of automation equipment, in particular to the field of automatic material distributing devices. Background technique [0002] Electronic component hoses are IC, integrated circuits, integrated blocks, semiconductors, electronic components, transformer parts and precision electronic components and packaging pipes. They are mainly used as packaging materials to prevent damage to parts during transportation and during transportation. A packaging tube that prevents electrostatic damage to components caused by static electricity. [0003] The electronic component hose is composed of a transparent packaging tube body and a rubber plug. One end of the transparent packaging tube body is a sealed end, and the rubber plug is paired into the other end of the transparent packaging tube body. Put the components into the transparent packaging tube, and then put on the rubber plug to play a good protective effect. On the contrary, ...

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Problems solved by technology

[0004] Since the assembly process of the rubber plug and the transparent packaging tube is very simple, there are two ways to assemble the rubber plug and the transparent packaging tube. One is to assemble directly by manual operation. The advantage of manual assembly is that it does not need to purchase any equipment Simple assembly is possible, while manual assembly has the disadvantages of low work efficiency and high labor costs; the other is assembly by semi-automatic assembly equipment, the existing semi-automatic assembly equipment has a simple structure, including rubber plugs for placing rubber plugs Jigs and tube jigs for placing transparent packaging tubes, then assembled by manual operation, each simple assembly equipment requires one operator to operate

The advantage of this kind of semi-automatic assembly equipment is that the assembly efficiency is relatively high, but the disadvantage is that it lacks a distribution and conveying system for transporting transparent packaging tubes, and it also requires operators to perform feeding, distributing and unloading. Low, each step requires manual feeding, distributing and unloading, and it is not convenient for manual distributing operation, and the manual feeding is not accurate, the overall operation is inconvenient, and some human resources need to be invested

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