KR20130079722A

KR20130079722A - Gloves to protect frostbite by palms temperature thermal conductivity

Info

Publication number: KR20130079722A
Application number: KR1020120000377A
Authority: KR
Inventors: 탁승호
Original assignee: 탁승호
Priority date: 2012-01-03
Filing date: 2012-01-03
Publication date: 2013-07-11

Abstract

PURPOSE: A device is provided to prevent frostbite and a cold hand by conducting a temperature of a high temperature part among body parts to a cold part if wearing 'a glove or a glove inner skin unit in which a heat conduction unit is built' and 'a shoe or an insole of shoe in which the heat conduction unit is built'. CONSTITUTION: A device in which a glove and a glove inner skin are built and a method thereof are provided to prevent a cold hand by conducting a temperature of a warm palm to a cold part including fingers and a back of hand. The device for preventing frostbite and a cold hand by heat conduction insulates an outer air contact part of a glove or a glove inner skin by using an infrared ray reflection film, installs a capillary tube between a hand and an insulation film, increase a temperature of circulation nonfreezing solution in a heat collector which increases a temperature of nonfreezing liquid in the inner side of the capillary tube which is contacted with a palm, and is equipped with a finger bending/spreading circulation pump in order to prevent a cold hand by pumping liquid to a cold part like a finger joint part except a fingerprint part.

Description

Gloves to protect frostbite by palms temperature thermal conductivity}

Hand brace, frostbite prevention gloves, foot frost protection insole, foot frost protection shoes, Dongbang booth (/ boots / hiking boots, etc.)

For outdoor activities in cold weather, hands wear gloves. Even if you use animal skin as the glove's outer skin and leather gloves made of hair or warm cloth, your fingers will start to soothe in subzero weather.

Fold your fingers into the palm of your hand while wearing gloves to melt your fingertips at the temperature of your palm, which will prevent your hand from being somewhat affected.

On the other hand, toes wearing shoes, sneakers, boots, hiking boots, etc. cannot be bent, so there is no way to prevent foot fretting at body temperature while wearing shoes.

The mitten can prevent 4 fingers from being exposed to cold air, except for the thumb, so that the body temperature of the finger can be lowered, but the 4 fingers can not be used freely.

In the present invention, when wearing a glove or a glove endothelial device with a heat conduction device of the present invention, a shoe or an insole of a shoe with a heat conduction device in cold weather, the body heats the temperature of a high body temperature part of its body part. It is to prevent hand or foot crushing by inverting.

In other words, the body temperature of the palm with the fingers to prevent the finger from swelling or frostbite, and the body temperature of the foot to the toe area to prevent foot swelling, and when there is no movement such as bedtime, the specific area by the electric energy of the rechargeable battery It generates heat and conducts heat to the same system so that hands and feet can be warmed with minimal energy.

One of the common difficulties of people who need outdoor activities during the cryogenic winter seasons, such as mountain climbing, skiing, motorcycles, bicycles, hunting, military operations, etc. There are commercially available products that prevent heating of hands by putting heating wires in special gloves to prevent them from burning, and various products that prevent heating of hands and feet by putting heating wires and planar heating elements in the insoles of shoes. There is no problem.

Heat conduction glove of the present invention is to improve the body's finger to prevent the ignition and prevent frostbite by inverting the warm body temperature of the palm with your fingers and circulating to a small pump using energy, such as external battery, sleep time without movement Even with minimal energy, the hand and foot can be prevented and frostbite can be prevented.

In other words, if the leather gloves are worn for a long time in the cold weather below minus 10 degrees, the leather skin of the finger region becomes heat conduction at the cold temperature, the body temperature of the finger is lowered and the hand starts to be cold. If you remove your finger from the finger of the glove and grab it in the palm of your hand, the warm body temperature of the palm will keep your body warm. By using the temperature distribution and imbalance of the person whose hands are cold when exposed to cold air, a flexible tube is placed on the palm and fingers of the palm to warm the body's body temperature, and a liquid such as an antifreeze is put inside the flexible tube. By circulating (pumping) the palms with the movement of the finger, the body temperature of the palm can be circulated with the fingertips, thereby preventing the stiffness of the finger with the body temperature.

In the case of shoes or insoles, when the foot is pressed by the weight of the foot, the structure expands and the circulation is pumped.

During times of sleep, such as when you are not walking or cannot move, the circulating fluid is heated with energy charged in an external secondary battery, and a hot pump circulates the heated liquid to prevent frostbite with minimal energy and prevent hand and foot swelling. can do.

If you take a picture of the thermal distribution of a human body with a thermal imaging camera, the temperature difference between the temperature of the area where you wear clothing and the area exposed to the outside is great.The healthy normal temperature is 36.5 degrees Celsius, but during winter activities, gloves Even when worn, the finger and toe areas are exposed to cold air, which is the most difficult to endure hand and foot pain.

The body temperature is higher than the finger, and the palm of the body is transferred to the finger area to prevent the finger from swelling.When shoes are worn, the body temperature of the sole is transferred to the toe area. You can prevent some hand and foot pain.

If long-term exposure to cryogenic temperature without movement, built-in heat generating unit by the battery in the body heat conduction device of the present invention can prevent frostbite with minimal energy during sleep or outdoor activities.

During winter activities, there are areas such as fingers and toes that are difficult to maintain body temperature only by blood circulation when the weather is cold even when wearing winter clothes.If you can eliminate the arid areas at your own temperature, winter climbing, skiing, hunting, marathon It is possible to prevent hand and foot stiffness during outdoor sports, and especially soldiers can prevent frostbite during winter operations or actual situations.

That is, by implementing a device that conducts heat to a peripheral part of a body such as a finger toe to heat the body part of a warm part of the body by using an inner shell or insole of a glove, it is possible to prevent the stiffening of the finger area and the stiffening of the toe and prevent frostbite. .

On the other hand, when exposed in a cryogenic environment for a long time, but there is no movement, by adding a heating unit to the external heat conduction circulation device of the present invention and circulating the liquid with a micro-pump with a secondary battery, it is possible to prevent frostbite and verbs while sleeping at night.

1 is an example in which cold air is conducted to the fingertips even when the gloves are worn at a low temperature, so that the fingers are sore and the fingers are grasped in the palms to prevent hand crushing.
Figure 2 is a microtube liquid pump circulation structure capable of thermally conducting the body temperature palm finger of the present invention.
Figure 3 is an example of controlling the liquid heat exothermic circulation pump to the battery in the structure of the heat conduction pumping finger heat palm of the present invention
Figure 4 is an example of the hand anti-glove gloves of the present invention
Figure 5 is an example of anti-shoeing shoes or insole of the present invention
Figure 6 is an example of heat conduction of the soles of the toes and instep with the heat pipe of the sole

In the present invention, except for the heat collecting portions 11 and 37 filled with a liquid such as an antifreeze in the flexible capillary tube having the structure as shown in FIG. 12B, 12C, 12D, 12E 49, 50, etc.) are connected to a flexible flexible tube or capillary tubes 15 and 16, and the internal liquid is pumped (17, 44) to circulate with the force of moving the fingers (19, 21), The heat of the warm body parts such as palms or soles (4, 51) is to circulate to the finger (3) or toe 52 of the arid site to prevent hand and foot swelling at their body temperature.

On the other hand, when there is no movement or movement of the body such as sleep, the heat generating portion 37 is generated by the minimum secondary battery 33, and the warmed liquid is circulated by the small motor 38 pump 39. It can also prevent foot wear and frostbite.

Various products with built-in heating wire in gloves by using batteries such as existing heating gloves or heating insoles are commercialized. However, due to the limitation of the capacity of the portable battery by size, it is possible to prevent the frostbite or frostbite of the hands and feet properly for several hours, but when the battery is discharged, the frostbite, hands and feet can not be solved.

The present invention is to prevent hand rim and foot ignition by conducting heat to the portion of the body at their own body temperature during cold winter weather, gloves (42,44) or gloves provided with the circulation device Wearing endothelial (42,44), shoes (53) or insole (55), folded fingers (21) or clenched fists (21) to expand (19) to be a compact hand pump (17) with fine movement By circulating hot water, such as antifreeze inside the capillary (15, 16) to transfer the heat of the warm body temperature of the palm to the astringent region, such as fingers, hand and foot can be prevented.

Wearing a glove or glove endothelial device with a device of the present invention, a shoe or a shoe insole equipped with a heat conduction device, and when walking, exercising or movement, the body conducts heat conduction to a part of the body where the body temperature is high Prevents hand or foot wear.

In other words, the body temperature of the palm can be inverted with the fingers to prevent the finger from swelling or frostbite. can do. However, when there is no movement such as going to bed, the heating element 37 generates heat by the electric energy of the rechargeable battery 33 to raise the liquid temperature inside the tube, thereby circulating the liquid through the small motor 38 and the pump 39. I can warm it.

Wearing rubber gloves One of the common challenges of people who need outdoor activities during the cold winters, such as cold water work, mountain climbing, skiing, motorcycles, bicycles, hunting, and military operations, wears gloves and shoes. Or frostbite and wear a statue.

There are commercially available products that prevent heating by putting a heating wire in a special glove to prevent it from being hit by a battery, and various products that prevent heating by putting a heating wire or a planar heating element in the insole of a shoe. There was no problem.

The heat conductive glove of the present invention conducts the warm body temperature (4) of the palm to the cold finger (3) to prevent finger swelling and frostbite at their body temperature, using the same external energy, such as a secondary battery In this way, the warm liquid is circulated to the motor pump to prevent hand and foot rash and prevent frostbite with minimal energy even during sleepless hours.

That is, if the leather gloves (2) are worn for a long time in sub-cold weather, the leather skin (8) of the finger region is lowered by the cold air (7) outside and the temperature of the finger is lowered and the fingers (3) It starts chilling.

Using a temperature distribution and imbalance of a person whose hands are cold when exposed to cold air, a thin flexible tube is installed on the palm 11 and fingers 12, and a liquid such as an antifreeze is placed inside the flexible tube, By activating the pump with the movements 19 and 21 of the hand, circulating the warm body temperature 4 of the palm to the fingertip 3, the rim of the finger can be prevented by the magnetic temperature.

Except for heat dissipation in the fingerprint area so as not to interfere with the action of the finger wearing gloves of the present invention, the texture of the fingertips only with the outer skin and the endothelial portion of the gloves as in a state wearing a normal glove. That is, even if it is implemented to transfer heat only to the nail and the back of the hand does not interfere with finger movements and can prevent hand deflection.

In the case of shoes or insoles, the foot is squeezed by the body's own weight when it walks, and the pump 44 is configured to circulate the liquid. It can be turned over to prevent foot wear.

During sleep time that does not walk or move, the heating element 37 is heated by energy charged in the external secondary battery 33 to heat the liquid and circulate the liquid heated by the micro motor 38 pump 39. It can prevent frostbite with minimum energy and prevent hand and foot wear.

1. Hand 2. Leather Gloves
3. Winter cold weather finger cold area 4. Palm warm area
5. Clenched Hands in Gloves
6. Catch the finger ache in the palm of your hand
7. cold weather 8. leather glove jacket
9. Gloves Endothelial (hair / cloth) 10. Heated heating gloves
11. Palm collecting part 12A. Thumb heat conduction
12B. Second finger heat conduction nail area 12b. Second finger
12C. Third finger heat conduction part 12D. Fourth finger heat conduction part
12E. Fifth finger heat conduction part 13. Heat (infrared) reflective film
14. Finger cover shape heat conduction part 15. Liquid sending capillary
16. Liquid recovery capillary 17. Finger movement pump
18. Suction circulating antifreeze pump 19. Finger 폄
20. Drain circulating antifreeze pump 21. Finger pinching
22. Pump suction directional ball valve 23. Pump liquid suction
24. Pump discharge direction ball valve 25. Pump liquid discharge
26. Warmer antifreeze distributor 27. Circulating antifreeze collector
28. Microcontroller 29. Left switch / contactless sensor
30. Center switch / contactless sensor 31. Right switch / contactless sensor
32. Multi Segment Display 33. Rechargeable Battery / External Power
34. Heating element control circuit 36. Temperature sensor
37. Heating element 38. Micro motor
39. Small electric pump 39a. Compact electric pump shrink
39b. Small electric pump expansion 40a. Thumb hand sensor
40b. Second finger temperature sensor 40c. Third finger temperature sensor
40d. Fourth finger temperature sensor 40e. Five finger temperature sensor
41. Example of Display of Glove Display 42. Example of Appearance of Heated Gloves
43. Switch / Sensor Combination Input Example 44. Heated Glove / Inner Skin Perspective Example
45. Heel pressure switch 46. Control module PCB
47. Sole collecting part 48. Infrared reflecting film
49. Toe heat conduction unit 50. Toe heat conduction unit Another embodiment
51. Cold instep of thermal insulator 52. Toe ache site
53. Hiking boots 54. Shoe endothelium / insole endothelium
55. Insole Jacket 56. Sole Heat Pipe Heater
57. Heat Pipe 58. Heat Pipe Heat Sink
59. Heat exchanger 60. Planar heating element / heating element
61. Foot 62. Instep Heat Sink
63. Heater temperature sensor 64. Toe temperature sensor

Claims

In a glove or glove endothelium device and method that conducts heat to the cold hand region of the hand such as a finger or the back of the hand to prevent heat, the external air contact area of the glove or glove endothelium is deposited on an aluminum vapor deposition film. Insulate with an infrared reflecting film, and install a capillary tube between the hand and the insulating film, and increase the temperature of the circulating antifreeze liquid in the heat collecting part which raises the temperature of the freezing liquid such as antifreeze to the body temperature of the palm inside the flexible capillary tube in contact with the palm. Hand protection and frostbite prevention device due to human body heat conduction having a finger bending and spreading circulation pump to prevent hand attack by pumping liquid to the site of the hand, such as the finger node except the fingerprint area.

A device and a method of incorporating a warm sole of a foot into a shoe or an insole that conducts heat to a cold part of a foot, such as a toe foot, and prevents foot fringing. Increase the temperature of the circulating antifreeze fluid in the heat collecting part which raises the temperature of the non-freezing liquid, such as antifreeze, to the body temperature of the sole within the flexible capillary tube through a breathable cloth or directly in contact with the sole of the foot, Foot restraint and frostbite prevention device due to human body heat conduction provided with a sole foot pressure circulating pump for pumping liquid to the arid site of the foot such as toes and instep.

In a device and method for incorporating warm body temperature such as palms and soles of hands and feet into the arid areas of hands and feet such as fingers, toes, feet, etc. The heat generated by the electric energy charged in the secondary battery generates heat, heats the liquid inside the collector with minimal energy, circulates the heated liquid with a small electric pump, and maintains the body temperature of the hands and feet when there is no movement or during sleep. Gloves, gloves, linings, inner gloves, shoes, shoe insoles to prevent hand and foot stiffness and prevent frostbite.

In the heat pipe structure heat conduction device that conducts the warm body temperature of the foot to the arid region of the toe and the foot, such as the sole of the foot, heat is collected from the heat collecting portion to transfer heat to the heat radiating portion of the toe portion and the heat radiating portion of the foot portion rescue,
A structure and method for preventing foot crushing by shoes or insoles provided with an infrared reflector between the inner skin of the sole where the sole touches and the outer skin under the heat pipe to prevent outflow of the heat of the sole and to prevent cold air under the shoe or insole.

The method of claim 4, wherein the planar heating element or heating wire heating element is installed at the portion of the heat collecting portion of the sole of the sole, the temperature sensor senses the temperature of the toe portion and heats the secondary battery electrical energy to heat the toes and the foot through the heat pipe A shoe or insole equipped with a heat-fighting structure that prevents heat-flushing by a heat pipe structure heat conduction device that conducts heat to the arid portion of the body.