Miniature electronic antipyretic instrument

Abstract

The invention belongs to the technical field of medical instruments, and relates to a miniature electronic antipyretic instrument. The miniature electronic antipyretic instrument comprises a shell, two refrigerating systems, a control system, a battery, a power switch, a first filler, a display screen, a first temperature probe, and a second temperature probe, wherein the shell comprises one middle shell and two side shells, the two refrigerating systems are arranged in the side shells separately, the control system is arranged in the side shells, and the battery is arranged in the middle shell. Due to a power-on refrigerating effect of a semiconductor, a temperature control circuit controls an electronic refrigerating sheet to refrigerate, so that the miniature electronic antipyretic instrument can help reduce physical temperature of a patient, has a good temperature reduction effect, controls the temperature more accurately, can cool down the forehead constantly and effectively, enables people to nurse a patient with fever conveniently, saves medical expenses, uses no refrigerant, can work continuously, and has a longer service life.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and relates to a miniature electronic fever-reducing instrument. Background technique [0002] At present, the physical cooling method for patients with fever is usually to use alcohol with a concentration of 25% to 50% to scrub the patient's skin to stimulate the skin blood vessels of the patient with fever to expand, thereby increasing the heat dissipation capacity of the skin. Volatile, absorbing and taking away a large amount of heat, lowering the patient's body temperature, thereby relieving symptoms; or applying ice packs to the patient's forehead to reduce fever and cool down. The above-mentioned physical cooling methods all have defects such as high manual labor intensity, tedious and time-consuming operation process, and low cooling and fever-reducing efficiency. Existing antipyretic devices often use refrigerants to cool down and reduce fever. The cooling efficiency is low and ...

AI Technical Summary

Problems solved by technology

The above-mentioned physical cooling methods all have defects such as high manual labor intensity, tedious and time-consuming operation process, and low cooling and fever-reducing efficiency.

Existing antipyretic devices often use refrigerants to cool down and antipyretic. The cooling efficiency is low and cannot work continuously. The cooling process cannot be monitored in real time and remotely controlled. The temperature control accuracy is low, which affects the use and promotion of the device.

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