Infusion container

Abstract

The invention relates to an infusion container. The infusion container is provided with a container body with a hollow cavity. The container body is provided with sealing films used for enclosing an opening of the hollow cavity. The sealing films are provided with film holes. The side walls of the sealing films surrounding the film holes are subjected to pseudo soldering and sealing. The infusion container helps communicate the hollow cavity with the film holes through pseudo soldering and sealing between the sealing films. The container body is provided with a fixing device used for fixedly connecting with an externally-matched infusion connector. The container body is fixedly connected with the externally-matched infusion connector through the fixing device.The infusion container has the following beneficial effects: due to the fact that the sealing films with the film holes are arranged and side walls of the sealing films are subjected to pseudo soldering and sealing, particles caused by blunt dissection are few; therefore, medicine liquid is kept pure so that a patient is provided with a safer infusion and safety guarantee; during infusion, the opening of the hollow cavity can be opened by simple extrusion and a blunt separator; the problem that an operator is vulnerable to damage of a sharp instrument; the container is safe and convenient; and the infusion container is used for the field of medical packaging material.

Description

technical field [0001] The invention relates to the field of medical packaging materials, in particular to a transfusion container. Background technique [0002] Traditional infusion containers need to be equipped with an infusion puncture position for the liquid in the container to be discharged into the infusion line. Nurses need to hold the puncture needle when changing the infusion, which is easy to accidentally injure. [0003] The infusion container is fixedly connected with the infusion puncture needle. Because the surface of the infusion puncture needle is smooth and the adhesion is low, when inserting the infusion container, if there are too many accessories on the infusion set and the infusion set, it is easy to slip off, causing a medical hazard; at the same time, Because the puncture needle needs to be partially exposed to the outside air, it is easy to be polluted, and when the contaminated puncture needle is punctured into the next bottle of infusion, the medic...

AI Technical Summary

Problems solved by technology

[0002] The traditional infusion container needs to be provided with an infusion puncture position for the liquid in the container to be discharged into the infusion line. Nurses need to hold the puncture needle when changing the infusion, which is easy to accidentally injure

[0003] The infusion container is fixedly connected with the infusion puncture needle. Because the surface of the infusion puncture needle is smooth and the adhesion is low, when inserting the infusion container, if the infusion set and the accessories on the infusion set are too many and heavy, it is easy to slip off, forming a medical hazard; at the same time, Because the puncture needle needs to be partially exposed to the outside air, it is easy to be contaminated. When the contaminated puncture needle is punctured into the next bottle of infusion, the drug solution will be contaminated.

If there are drug-resistant pathogens (such as drug-resistant Staphylococcus aureus, etc.) in the infusion treatment place, or there are infectious patients with highly pathogenic pathogens in the same infusion treatment place, it is easy to cause nosocomial infection, increasing Patient treatment costs and extended treatment time, and even endanger the patient's life

[0004] The existing infusion puncture needles are basically equipped with hollow pipes to facilitate the diversion of medicinal liquid, but the production cost of the infusion puncture needles with hollow pipes is relatively high, and the sealing rubber plug in the infusion container matched with it requires a large puncture force. More importantly, it will bring more puncture debris, and the fine puncture debris will enter the infusion container and mix with the liquid medicine before entering the human body, causing harm to the human body

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