Infusion needle package structure

Abstract

The invention provides an infusion needle package structure. Each infusion needle comprises a puncture needle and an infusion tube which are connected with each other, and the puncture needle of the infusion needle is not sleeved with a needle cap. The package structure comprises package bodies, the peripheral sides of each package body are arranged in a sealed mode, the middle of each package body is provided with a hollow portion for containing one infusion needle, the shape of the hollow portions is matched with that of the infusion needles, the side, far away from the front end of the corresponding puncture needle, of each package body is provided with a tear zone, and the package bodies are made of paper plates. Compared with the prior art, the infusion needle package structure has the advantages that when the infusion needles are used, the infusion needles can be taken out for use by tearing the package bodies along the tear zones, and therefore the structure and convenient and rapid to use. Due to the fact that the needle caps arranging on the puncture needles in a sleeving mode are omitted, the condition that medical care personnel are accidentally punctured when the needle caps are pulled out can be effectively avoided; in addition, the infusion needles can be contained in the hollow portions of the package bodies, the peripheral sides of the package bodies are arranged in the sealed mode, and therefore the infusion needles can be prevented from being contaminated. The package bodies are made of the environment-friendly and degradable paper plate material, and therefore the environment cannot be polluted.

Description

technical field [0001] The invention relates to the technical field of infusion needle packaging, in particular to an infusion needle packaging structure. Background technique [0002] In clinical work, the occurrence of injection-related needlestick injuries is random and uncontrollable, and nursing staff is a high-risk group for needlestick injuries. The safety infusion needle commonly used at present, its structure is as follows: figure 1 As shown, the infusion needle 1 includes an infusion tube 11 and a puncture needle 12. An infusion needle wing is provided at the connection between the puncture needle 12 and the infusion tube 11, and a needle cap is provided on the infusion needle sleeve to prevent the puncture needle from being polluted before use. Before using the infusion needle to infuse the patient, the medical staff need to manually pull out the needle cap before proceeding to the next step. However, the needle cap of the existing infusion needle is tightly con...

AI Technical Summary

Problems solved by technology

However, the needle cap of the existing infusion needles is tightly connected to the needle head, and the medical staff need to apply a large force when pulling out the needle cap. Due to the inertia generated by the force, the medical staff is often injured by the needle

In addition, the existing infusion needles are generally packaged in plastic. After the infusion needles are used, improper packaging will cause great harm to the environment.

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