Organ refrigerated transportation box with damping function and control method thereof

Abstract

The invention discloses an organ refrigerated transportation box with a damping function and a control method thereof. The organ refrigerated transportation box with the damping function comprises an electric control panel, an insulation box body, a water pump, a storage battery, a hand-operated electric generator and an insulation water tank. The insulation box body is provided with an insulation box cover capable of being opened and closed. An insulation partition plate is arranged inside the insulation box body and divides the insulation box body into a cold storage space and an installation space which are arranged up and down. The insulation water tank, the water pump and the storage battery are arranged in the installation space. The insulation box body is provided with a first water bag, and the insulation box cover is provided with a second water bag. A first air bag is arranged between the first water bag and the insulation partition plate. A second air bag is arranged between the second water bag and the insulation box cover. Refrigerated storage temperature uniformity of the self-generating electricity type organ refrigerated transportation box with the damping function can be improved, and the damping property is also improved.

Description

technical field [0001] The invention relates to refrigeration equipment, in particular to an organ refrigerated transport box with a shock-absorbing function and a control method thereof. Background technique [0002] In the process of human organ transplantation, after the donor's organ is removed, it may need to be transported for a long time or a long distance before it can be transplanted into the patient. In the process of organ transportation, temperature control is very important, and constant low temperature is a very important factor to ensure organ activity. The organ transport equipment in the prior art usually puts dry ice in the box containing the organ for cooling down. With the advancement of technology, the organ transport equipment is also equipped with a refrigeration system to further prolong the cooling time. However, in actual use, the temperature is often lower near the dry ice or refrigeration components, while the temperature is higher at farther loc...

AI Technical Summary

Problems solved by technology

However, in actual use, the temperature is often lower near the dry ice or refrigeration components, while the temperature is higher at farther locations, which makes the temperature distribution in the box containing the organs uneven; at the same time, due to the , the time is very tight, it is inevitable that medical staff will run while carrying the box, and the vibration generated by the box during the running is likely to cause collision damage to the internal storage organs and affect the activity of the organs

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