An infusion tube transmission mechanism

Abstract

The invention discloses an infusion tube transmission mechanism, which includes a charging mechanism and a material storage mechanism docked with it, wherein the charging mechanism is used to realize the feeding and transmission of the infusion tube, and the material storage mechanism is used to transfer the material from the charging mechanism The infusion tubes are spaced so that the infusion tubes are arranged according to a predetermined distance, and the infusion tube transmission mechanism also includes a loading mechanism limit device arranged at the bottom of the charging mechanism for supporting the charging mechanism. The infusion tube transmission mechanism realized according to the present invention adopts a spacer mechanism to carry out interval processing operations on the automatic transport infusion tubes, etc., which solves the problem of easy entanglement between tubes and makes subsequent packaging operations more convenient; adopts clever design The docking method of the interval mechanism and the charging trolley makes the process of infusion tube transmission smoother; the design of the loading trolley adopts the setting method of the limit mechanism, which avoids the friction of the casters and improves the service life of the charging mechanism.

Description

technical field [0001] The invention belongs to the field of transfusion tube processing, and more specifically relates to a transfusion tube transmission mechanism. Background technique [0002] In the medical field, disposable infusion tubes are often used. The infusion tube is generally composed of a drip funnel assembly, a catheter, a puncturer, a liquid medicine filter, a flow regulator, and an intravenous needle. On the infusion tube production line, it is generally necessary to load the raw materials such as the infusion tube body and put them into the air leakage test device for air leakage detection. Putting it into the prepared packaging bag, it does not need to be sterilized again when it is used, and it can be used just by unpacking it. It can be seen that the process of transmission involved in the process of producing and packaging the infusion tube is very important and very complicated. [0003] At present, the feeding of medical infusion tubes is done manua...

AI Technical Summary

Problems solved by technology

On the infusion tube production line, it is generally necessary to load the raw materials such as the infusion tube body and put them into the air leakage test device for air leakage detection. Put it into the prepared packaging bag, it does not need to be sterilized again when using it, and it can be used just by unpacking it. It can be seen that the process of transmission involved in the production and packaging of infusion tubes is very important and very complicated

[0003] At present, the feeding of medical infusion tubes is done manually by workers. This feeding method is easy to attach germs, and often requires strict disinfection of packaging workers. At the same time, it must be operated in a huge sterile purification workshop, which requires consumption Lots of energy and production space

In addition, manual feeding of infusion tubes, in the case of large demand, workers have high work intensity, which is easy to cause work fatigue and reduce production efficiency

Since the infusion tube is a flexible plastic tube, in the case of mass production and packaging, the tubes are easily entangled, which is not conducive to operation

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