An assembly mechanism of a medical infusion tube flow regulator and drip funnel

Abstract

The invention discloses an assembling mechanism for a flow adjustor and a drip chamber of a medical infusion tube. The assembling mechanism comprises a flow adjustor assembling mechanism body and a drip chamber assembling mechanism body which are sequentially arranged on a horizontal moving bottom board, and the horizontal moving bottom board and a guide groove in a workbench face are matched. A bracket of the flow adjustor assembling mechanism body is arranged on the horizontal moving bottom board. The drip chamber assembling mechanism body is located under the flow adjustor assembling mechanism body and comprises a supporting base, a slide board, a guide rail, a horizontal moving cylinder, a drip chamber positioning base and a rotation clamping cylinder, the supporting base is arranged on the horizontal moving bottom board, and the drip chamber positioning base is arranged on the slide board. The assembling mechanism can automatically finish positioning, clamping and assembling of the flow adjustor and the drip chamber, manual participation and secondary pollution are reduced, takt production is achieved, the production efficiency is high, the product quality is improved, and theassembling mechanism can meet assembly of drip chambers of different types and infusion tubes of different lengths.

Description

Technical field [0001] The invention relates to the technical field of infusion tube assembly production lines, in particular to an assembly mechanism of a medical infusion tube flow regulator and a drip bucket. Background technique [0002] my country currently has a huge demand for disposable medical infusion tubes, and the total production volume is correspondingly very high. Although the output is quite abundant, the current domestic production of disposable infusion tubes is mainly manual production. However, the manual production method is not only low in production efficiency, prone to secondary pollution, unstable product quality, and high production costs. [0003] The quality requirements of disposable medical infusion tubes in various countries in the world have been increasing over the years. In addition to the huge demand for disposable infusion tubes in the market, the annual growth rate is as high as 20%. Therefore, for manufacturers, many traditional workers are in...

AI Technical Summary

Problems solved by technology

However, the use of manual production is not only low in production efficiency, but also prone to secondary pollution, unstable product quality, and high production costs.

[0003] The quality requirements for disposable medical infusion tubes in various countries in the world have been continuously improved over the years, coupled with the huge demand for disposable infusion tubes in the market, and the annual growth rate is as high as 20%, so for manufacturers, many traditional workers work together in the workshop The way of manual production in China is no longer suitable for modern production

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