Automatic hypodermic needle assembling system

Abstract

The invention discloses an automatic hypodermic needle assembling system. The automatic hypodermic needle assembling system comprises a needle stand feeding mechanism, a needle head feeding mechanism,a needle stand and needle head sensing and downward-pressing mechanism, an image detection mechanism, a needle head silicifying mechanism, a waste removing mechanism, a needle head protecting sleevefeeding mechanism, a needle head protecting sleeve pressing mechanism, a needle stand protective sleeve feeding mechanism, a shifting and butting mechanism, a needle stand protective sleeve pressing mechanism and a discharging and inclined pushing mechanism which are sequentially connected and fixed on a support, wherein the needle head feeding mechanism is further connected to a needle head protective cap feeding mechanism. The automatic hypodermic needle assembling system is provided with the needle head protective cap feeding mechanism, needle heads are provided with protective caps with rubber elasticity, and therefore needle stands, needle stand protective sleeves and needle head protective sleeves can be automatically fed, the needle heads can be automatically fed, and the real fullautomation is realized; and the process of feeding protective caps on the needle heads is carried out after a needle head pipe cutting mechanism works, and therefore the needles or pipes are conveyeddirectionally when pipe cutting is carried out by the needle head pipe cutting mechanism, and the protective caps can be directionally fed on the needle heads without follow-up directional change.

Description

technical field [0001] The invention relates to an automatic assembly system for injection needles. Background technique [0002] The injection needles currently on the market, such as copper seat injection needles, are reusable injection needles, which are generally produced by hand in small batches and traditionally assembled by hand. The disadvantage is that the amount of labor is large and the labor intensity is high, and it is prone to sticking in the process of processing. . Even if there is an automatic assembly system, the needles are still manually loaded, because the needles cannot be automatically unloaded after vibration through a vibrator or a vibration motor, because the needle hub, needle hub sheath and needle sheath can all be vibrated or vibrated. The motor realizes automatic unloading through the hole at the bottom of the upper hopper after vibrating in the upper hopper, but the needle cannot be like this. Seat sheath and needle sheath do not have this pr...

AI Technical Summary

Problems solved by technology

Its automatic needle loading is based on the fact that the needles in the needle slots on the needle base have been pre-orientated and set, but this process still requires manual labor, and it has not realized that the purchased raw materials (needles) are randomly put into the needle upper hopper and then automatically loaded. material, so it is not a real automatic assembly line

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