Medical detection test tube rubber plug conveying and assembling mechanism

Abstract

The invention relates to the technical field of medical articles, and discloses a medical detection test tube rubber plug conveying and assembling mechanism. The mechanism comprises a rubber plug feeding device, a rubber plug conveying device and an assembling device. The discharging end of the rubber plug feeding device is in linkage with the feeding end of the rubber plug conveying device. The assembling device is in linkage to the position below the feeding end of the rubber plug conveying device. The rubber plug conveying device conveys rubber plugs to the assembling device. The medical detection test tube rubber plug conveying and assembling mechanism has the beneficial effects that glass tube inserting is conducted firstly, then, the rubber plugs are inserted in glass tubes, and theinserting depth of the glass tubes can be effectively and conveniently controlled. The situation that during rubber plug inserting, the glass tubes are inserted too long or too short is prevented, andthe inserting length can be controlled. The situation that during glass tube assembling, swinging or pressing breakage happens, and consequently the assembling effect is not good is prevented. Grabbing through other positioning devices or mechanical claws is not needed, and the grabbing precision and efficiency are improved. Through cooperation of rubber plug suction nozzles and the rubber plugs,rubber plug swinging is prevented, and the assembling efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of medical supplies, in particular to a delivery and assembly mechanism and automatic assembly equipment for medical testing test tube rubber stoppers. Background technique [0002] Rubber stoppers with glass tubes are a very common tool in the field of medical testing chemistry. In the current assembly and production of glass tubes and rubber stoppers, most manufacturers manually assemble glass tubes and rubber stoppers. In this way, the work efficiency is low, and the labor cost is high. In the assembly, the glass tube is often broken due to improper assembly method, which increases the scrap rate of scrap production, and often scratches or punctures the hands of the staff. A small number of manufacturers will insert the glass tube into the rubber plug through automatic assembly, so that the glass tube will often break or break when the glass tube and the rubber plug are assembled in production; the depth ...

AI Technical Summary

Problems solved by technology

[0002] Rubber stoppers with glass tubes are a very common tool in the field of medical testing chemistry. In the current assembly and production of glass tubes and rubber stoppers, most manufacturers manually assemble glass tubes and rubber stoppers. In this way, the work efficiency is low and the labor cost is high. In the assembly, the glass tube is often broken due to improper assembly method, which increases the scrap rate of scrap production, and often scratches or punctures the hands of the staff.

A small number of manufacturers will insert the glass tube into the rubber plug through automatic assembly, so that the glass tube will often break or break when the glass tube and the rubber plug are assembled in production; the depth of the glass tube inserted into the rubber plug is not enough Or the depth cannot be consistent, and the assembly accuracy and stability are low; the glass tube is not stable enough in the process of conveying, and it is easy to generate strong vibration or cause relatively large friction between the glass tube and other equipment, which will easily cause the glass tube to be scratched during transportation. marks or shattering; multiple mechanical claws or a lot of positioning detection equipment will be used in the assembly, the assembly process is too cumbersome

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