Feed gear of medical needle stand blade distributor

Abstract

The invention provides a feeding device of a medical needle stand vanes, belonging to the filed of mechanical technology and solving the technical problems of low work efficiency, pollution of the produced products and the like due to adoption of hand fitting of the existing feeding devices. The feeding device includes a vibration platform and a scratch board; a hopper is arranged at the upper end of the scratch board; a dividing mechanism which divides the needle stand vanes into a plurality of rows and delivers the needle stand vanes one by one is arranged at the lower end of the scratch board; a feeding lead rail is arranged at the position of a discharge hole of the dividing mechanism; a vane clamp which can slide on the feeding lead rail and can be separated from the feeding lead rail is arranged on the feeding lead rail; and a transferring mechanism which can transfer the vane clamp to the position of the discharge hole and to be connected therewith of the dividing mechanism and return to the feeding lead rail by the vane clamp is arranged on the vibration platform. The feeding device has the advantages of being available for automatically fitting the products, high in production efficiency, hygienic in products, etc.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for efficient and accurate supply of medical needles without human intervention or other factors that could affect their quality. It achieves this by delivering each individual needle's tip directly onto its corresponding sheath during manufacture while keeping it clean before being used next time. Additionally, there is also an improved way of handling the needled syringe after use safely.

Problems solved by technology

This patents describes how current methods involve attaching or inserting cut-edge parts onto needled blood collection syringe needles during manufacturers' production processes due to their high risk of contamination from handling them safely. Current automated systems may result in lower working efficiencies and increased waste generation compared to traditional ways of producing disposable items.

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