Liquid medicine heating insulation bag and liquid medicine input device with same

Abstract

The invention discloses a liquid medicine heating insulation bag and a liquid medicine input device with the same. The liquid medicine heating insulation bag comprises a fully transparent or partiallytransparent heating insulation bag body and an electric heating insulation device, the heating insulation bag body is used for mounting a liquid medicine container with liquid medicines, the electricheating insulation device is used for heating the liquid medicine container, a central containing cavity for mounting the electric heating insulation device and the liquid medicine container is formed in the middle of the heating insulation bag body, the shape of the electric heating insulation device is matched with that of the central containing cavity, the electric heating insulation device isdetachably and adaptively mounted in the central containing cavity, the shape of the liquid medicine container is matched with that of the electric heating insulation device, the liquid medicine container is detachably and adaptively mounted in the electric heating insulation device, the electric heating insulation device adaptively surrounds and clings to the periphery of the liquid medicine container, and the electric heating insulation device is connected with a power supply. The liquid medicine heating insulation bag has the advantages that the liquid medicine heating insulation bag is simple in structure, liquid medicines can be safely, effectively, conveniently and environmentally heated, constant temperature can be kept, and proper temperature of the liquid medicines entering a body is ensured.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a medicinal liquid heating and heat preservation bag and a medicinal liquid input device containing the same. Background technique [0002] Injecting medicinal liquid into the human body is a commonly used auxiliary method for disease treatment or cosmetic surgery. The patient feels ice swimming and causes the body temperature to drop, the blood vessels to constrict, increase the pain of the patient, and affect the therapeutic effect; when a large amount of low-temperature medicinal liquid is injected into the human body, it will cause hypothermia, especially when combined with general anesthesia; it is more likely to cause hypothermia; After the liquid medicine is injected into the human body or after the operation, the patient will feel extremely cold and shivering, and it will take a long time to return to normal body temperature. Hypothermia may also cause serious com...

AI Technical Summary

Problems solved by technology

[0002] Injecting medicinal liquid into the human body is a commonly used auxiliary method for disease treatment or cosmetic surgery. The patient feels ice swimming and causes the body temperature to drop, the blood vessels to constrict, increase the pain of the patient, and affect the therapeutic effect; when a large amount of low-temperature medicinal liquid is injected into the human body, it will cause hypothermia, especially when combined with general anesthesia; it is more likely to cause hypothermia; After the liquid medicine is injected into the human body or after the operation, the patient will feel extremely cold and shivering, and it will take a long time to return to normal body temperature. Hypothermia may also cause serious complications such as cardiac arrest and arrhythmia.

[0003] At present, the main means to solve the above problems is to apply warm water on the liquid medicine input pipe and the liquid medicine container; or to heat the liquid medicine by means of heating in a water bath; and to heat the liquid medicine by using a microwave oven; but These heating methods, when the liquid medicine container is separated from the water bath tank or hot water barrel, as time goes on, the heat preservation effect in the later stage will be poor; and the operation is heavy and cumbersome, which will easily lead to liquid pollution; The cost of warming is high; at the same time, the temperature of the medicinal solution cannot be monitored in real time, resulting in corresponding adverse reactions caused by the temperature of the medicinal solution being too high or too low, affecting the smooth progress of the operation, and even causing serious complications

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