Temperature-adjustable automatic circulating cold water cooling bathtub

Abstract

The invention discloses a temperature-adjustable automatic circulating cold water cooling bathtub, which comprises a foldable bathtub body, a circulating water pump and a refrigerating machine, a conveying pipeline is installed between the output end of a rotatable supporting leg and the input end of the circulating water pump, and a conveying pipeline is also installed at the output end of the conveying circulating water pump and the input end of the refrigerating machine. A conveying pipeline is also installed between the output end of the refrigerating machine and the input end of the foldable bathtub body, a water temperature regulator is further installed at the top of the refrigerating machine, and the refrigerating machine and the circulating water pump are electrically connected with an external power source; by means of the design, the body temperature of a patient can be rapidly and effectively adjusted in the using process, and meanwhile the whole equipment is small in size, light in weight, not high in electric quantity requirement, more practical, capable of practically serving clinical work and suitable for being placed on an ambulance to participate in on-site emergency treatment.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to a temperature-adjustable automatic circulating cold water cooling bathtub. Background technique [0002] Heat stroke, also known as severe heat stroke, is a severe clinical syndrome in which the body's core temperature rises rapidly above 40°C, accompanied by dry and hot skin, and extensive damage to multiple organ systems mainly caused by central nervous system dysfunction. It is a serious and threatening disease. The emergency of life is the most serious type of heat stroke. The onset of stroke is rapid and the disease progresses rapidly. If timely and proper treatment is not received, the fatality rate is as high as 40-50%. [0003] After a definite diagnosis of heat stroke, it is imperative to quickly carry out on-site treatment and rapidly lower the body temperature. The 2003 International Expert Consensus on the Treatment of Exercise-related Heat Disea...

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Problems solved by technology

[0003] After a definite diagnosis of heat stroke, it is imperative to quickly carry out on-site treatment and rapidly lower the body temperature. The 2003 International Expert Consensus on the Treatment of Exercise-related Heat Diseases also specifically suggested that the key to the treatment of EHS lies in rapid on-site cooling. However, due to the sweat gland function of EHS patients Due to the exhaustion of the patient, the heat dissipation capacity is greatly reduced. Ordinary cooling methods such as ventilation, opening clothes, etc., can no longer meet the first aid requirements for rapid cooling on the spot. The disease often occurs in summer, where the outdoor temperature is above 30°C and the humidity is high. This limits the temperature of the available water, mostly around 25°C. It is also difficult to obtain a large number of ice cubes to lower the water temperature.

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