KR20040040753A - Local hypothermia protector - Google Patents

Abstract

PURPOSE: A local hypothermia protector is provided to make blood flow intermittently by thermal stimulation so that a local hypothermia is not neglected or local tissues are maintained at a low critical body temperature where cells are not damaged. CONSTITUTION: A hypothermia is detected by the technique of detecting a local hypothermia of a human body, i.e., by using a slope of a specific temperature drop curve in the procedure of constricting vessels of local tissues in a resting state with a decrease of an ambient temperature, dropping a body temperature with a decrease of blood flow and re-constricting vessels with a body temperature drop, and by using the fact that the thermal resistance of local tissues becomes constant between a body temperature and an ambient temperature after blood is stopped. The local tissues are maintained at a low critical body temperature state where cells are not damaged by heating to such an extent that does not affect the concentration of mind at a low body temperature.

Description

Local Hypothermia Protector

The present invention is to prevent blood from being damaged due to lack of oxygen supply, etc., if the state in which blood is not bleeding due to local hypothermia of the human body lasts a long time, the blood is heated so as not to disturb mental concentration when the local tissue reaches a hypothermic state Human physiology, thermodynamics, and electronics will be mobilized as a device that maintains critical hypothermia to stop cell damage by stopping heating after shedding and waiting for the local tissue to return to hypothermia.

The body temperature is controlled by the "hypothalamus" of the "brain" to sense the temperature of the blood, which is maintained at 37 _ +. 5 Celcious Degree and about 36.5 degrees in the inferior side.

After intense exercise, the body temperature may rise, but the blood flow to the surface of the body increases to cool down, and sweating returns to normal body temperature.

Lower ambient temperatures increase heat production in the liver and muscles, reducing the amount of blood flow to the body's surface and conserving body temperature.

Resting local tissues that do not exercise at a low ambient temperature experience vasoconstriction in order not to lose heat, which in turn reduces blood flow and lowers the temperature of the local tissues, which, in addition to vasoconstriction, becomes blocked. Will.

The viscosity of the components in the current stream will have a big impact.

In the present invention, the hypothermic state will be found by the inclination of the temperature drop curve to the non-bleeding region and the inherent gradient change in which the thermal resistance of the local tissue becomes constant between the body temperature and the ambient temperature in the non-bleeding state.

In the intermittent heating structure of the present invention, the deformation or difference between the thermostat and the heat treatment device does not affect the mental concentration of the present invention.

Insulation and heat treatment devices include heat heaters, infrared heaters and high frequency heating.

The present invention is based on human physiology and the inventor is not a medical degree, the present invention will be completed with the help or cooperation of the medical community or research institute.

The non-flowing hypothermic state of the local tissue will be found in the local tissue's temperature drop curve, but when the uniqueness is low, other methods of finding hypothermia will be found.

In the present invention, heat stimulation is used to bleed again, but we will find alternatives such as ultrasound, light, or electromagnetic force.

In the present invention, only the hypothermic protector of the shoulder region is depicted, but it can be used by changing the structure in any part of the human body.

A and B are suspenders for shoulder and armpits.

C is a hot wire connecting A and B that can be replaced with carbon fiber and can be changed to cotton rather than wire.

It could be ultrasound, light or electromagnetic lines, not heat.

D and E are temperature tests for measuring body temperature.

F, G and H are temperature tests that detect hypothermia on both shoulders and neck.

I and J are batteries and electronic regulators and include "microprocessors".

The present invention has three hypothermic detectors on the suspenders that wrap the axillary armed with a temperature measuring device as a modified structure of the pistol suspenders as shown in the drawing, and when the hypothermic temperature is detected, the blood is intermittently heated by the heating wire. To maintain critical hypothermia.

Heating will be a quantity that does not interfere with mental concentration.

The present invention will contribute to the improvement of production and health welfare nation by preventing and treating musculoskeletal disorders such as simple operation and computer operator or long-distance driver, and contribute to the development of musculoskeletal medicine.

Claims (1)

This patent is a technology for detecting the local hypothermia of the human body, that is, the ambient temperature is low, the blood vessels in the resting local tissues contract and reduce blood flow, thereby lowering the body temperature and lowering the body temperature. Finding the hypothermic temperature by using the constant thermal resistance between the body temperature and the ambient temperature after the slope of the blood and the cessation of blood, and the heating by the amount of heating that does not affect mental concentration at low temperature It is a method and device for maintaining a critical hypothermia in which cells are not damaged. This includes using air or ultrasonic waves, light or electromagnetic force instead of thermal stimulation.