Device for assembling catheter of vein detained needle

Abstract

The invention relates to a catheter assembly device for venous needles, which includes a frame; a clamping device for clamping the catheter of the venous needle is installed on the bracket; a guide device adapted to the clamping device is also included. on the bracket; adopting the above technical scheme, the clamping device adopts the lower clamping arm plate and the upper clamping arm plate with matching structures, which makes clamping the conduit more convenient, increases the stability of the conduit connection, and makes the installation more simple and compact, so that the upper The jig arm plate and the lower jig arm plate are clamped accurately, and at the same time, a guide device is set to cooperate with the clamping device, making full preparations for the subsequent connection of the catheter with the needle and the hard seat, ensuring the accuracy requirements; In addition, the catheter assembly device of the venous needle has a high degree of automation, without manual cooperation, and can clamp multiple medical catheters at one time, thereby improving production efficiency.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps prevent accidental disconnection between two parts during blood sampling procedures or inserting an IV fluid into them safely. It uses special structure on both arms to make it easier to connect these components together securely. Additionally, there're also included guided devices like a screw thread mechanism to help align the holes accurately. Overall, this design enhances the overall functionality and ease-of use of the equipment used for connecting infusion tubes to patients.

Problems solved by technology

Technological Problem addressed in this patents relating to improving the quality control (QC) required for producing IV fluid injection systems such as those made from plastic materials or rubber products. Current methods involve manually assembling different parts into the system before final sterilization, resulting in potential exposures hazards due to poor cleanness levels. Additionally, current processes require large amounts of power consumption and produce significant quantities of waste material.

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