Lateral movement mechanism and medical infusion apparatus assembly line using the same

Abstract

The invention discloses a lateral movement mechanism and a medical infusion apparatus assembly line using the same. By means of the medical infusion apparatus assembly line, a pipe body can be cut into a second pipe body after being positioned by a positioning mechanism, the pipe body can be cut into a first pipe body after being positioned by a rotating mechanism, an adjuster is synchronously installed when the second pipe body is positioned, then, the two ends of the first pipe body and the second pipe body are simultaneously glued by a gluing assembly, a bottle needle is installed at one end of the first pipe body, a filter and a drip chamber are installed at the two ends of the second pipe body, then, the other end of the first pipe body is assembled with the drip chamber, and thus assembly of a whole infusion apparatus main body is completed. As it is allowed to simultaneously assemble the bottle needle on the first pipe body and assemble the drip chamber and the filter on the second pipe body, the efficiency can be greatly improved, and accordingly the productivity is improved; and besides, after assembly of the infusion apparatus main body is completed, the infusion apparatus main body is conveyed to a detection module by the lateral movement mechanism for gas filling detection, and then the infusion apparatus main body is conveyed out through a qualified product passageor a defective product passage after whether the infusion apparatus main body is qualified or not is judged according to the airtightness.

Description

technical field [0001] The invention relates to medical device manufacturing technology and equipment, in particular to a lateral movement mechanism and a medical infusion set assembly line thereof. Background technique [0002] The infusion set is a very commonly used medical device at present, and it is mainly used for intravenous infusion to patients. At present, most infusion sets are used for one-time use, and their demand is very huge, so higher production capacity and production efficiency are required. The structure of a general infusion set mainly includes a bottle needle (with an exhaust valve), a first tube body, a dropping funnel, a second tube body, a filter (some with a one-way valve function), a regulator (adjusting the flow rate), and an infusion needle. (piercing a part of the human body). The bottle needle, the exhaust valve, the first pipe body, the dropping funnel, the second pipe body and the filter are sequentially connected and fixed, and the infusio...

AI Technical Summary

Problems solved by technology

Since the installation of the bottle needle, filter, dropping funnel, and first tube body needs to be divided into each independent process, the process is long, which leads to low efficiency

At present, the detection process is to manually inject pressurized gas, and then put it in the water to observe whether there are bubbles to judge the sealing of the main body of the infusion set. Obviously, this method is efficient, has a large error rate, and requires a lot of labor, which indirectly increases manufacturing cost

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