Subcutaneous vein access port and medicine injection device having same

Abstract

The present invention provides a subcutaneous vein access port, the position of which is easily identifiable while the subcutaneous vein access port is implanted in a human body, and a medicine injection device having the same. The subcutaneous vein access port is implanted inside a living body and connected to a subcutaneous vein, and comprises: a housing part; a cover membrane part; a conduit part; and a light source part. The housing part may have a reception part formed therein and supplied with medicine. The cover membrane part is disposed at the upper end of the housing part and may sealthe upper side of the reception part. The conduit part is disposed in the housing part and may be inserted into and connected to the subcutaneous vein so as to connect the subcutaneous vein to the reception part. Further, the light source part may emit light such that the light is emitted to the outside through the cover membrane part.

Description

technical field [0001] The present invention relates to a subcutaneous venous infusion port and a drug injection device having the subcutaneous venous infusion port, and more particularly relates to a subcutaneous venous infusion port for easily identifying a position in a state implanted in a human body and a drug injection having the subcutaneous venous infusion port device. Background technique [0002] A subcutaneous venous port is a device inserted into the human body for injecting drugs, especially anticancer agents, or for blood transfusion and blood collection. [0003] Subcutaneous venous infusion ports are generally inserted into places that require intermittent or continuous injection of anticancer agents, antibiotics, blood preparations, parenteral nutrition supplies, infusions, analgesics, or where it is difficult to secure peripheral blood vessels, or must be administered at home or in the hospital. Institutional subjects receiving long-term treatment. Subcut...

AI Technical Summary

Problems solved by technology

However, because the implanted chamber is covered by the skin, it is difficult to identify the exact position with the naked eye, and the size of the covering film is smaller than the chamber, so the area for the needle to penetrate is small, so it is difficult to obtain the injection needle in an unskilled operation. In some cases, it is difficult to accurately and safely penetrate the injection needle into the covering film

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