JPS61266604A - Cooling and heating garment - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a cooling/heating garment that effectively conducts heat from a cooling/heating heat source.

In order to maintain body temperature, clothing that maintains an appropriate temperature was required. Conventional thermal clothing has one heating element installed in each part of the clothing, making it heavy and inconvenient as the clothing must be removed to replace the heating element. Also, some parts of the building got very hot and safety considerations had to be taken into consideration, so the grade was 16.

Therefore, the present invention aims to provide efficient cooling/heating clothing by taking heat conduction into consideration.

Examples will be described below with reference to the figures.

The heat source storage part 1 is installed in a part of the clothes, and the heat source storage part 1 is connected to the heat exchange part 2 for heat exchange, and the heat is transferred to the heat release part 4 through the heat conduction part 3. For example, a heat source storage part l is provided in a part of the clothing that is configured to emit heat while being worn, or in an inner or outer pocket, and a heating or cooling element is placed in this part. It may be a hot or cold material. The heat source storage section 1 may be covered with a heat insulating material to prevent heat from being easily released to the outside, or may be covered with a reflective material such as aluminum foil to reduce heat release. The heat source storage part l is the heat exchange part 2
For example, a heat conductive material may be inserted between the heat source housing part 1 and the heat exchange part 2 to facilitate heat transfer. The heat conductive material may be a metal cloth or a metal coated cloth, or a metal piece or a plastic material. The heat exchange section 2 may be formed by forming an air pipe made of vinyl or the like into a helical shape or by bending it to facilitate heat exchange, or by providing a heat sink plate with a large contact surface for air, or by using heat conductive cloth. A pleated water collection area may also be provided. Here, heat is absorbed and coupled to the heat conducting part 3. The heat conduction part 3 may be a vinyl pipe and transmits heat to various parts of the clothes. In the case of pipes, the heat medium is air. The heat dissipation section 4 may be a radiator with improved air heat dissipation efficiency, a pleated heat conductive cloth, or a helical or folded vinyl pipe. Moreover, a heat sink may be used instead. Furthermore, an air pump may be actively connected to the heat exchange section 2 to forcefully return the heat. In this case, the air pump may be made of a plastic bag and pressed from the outside to force the air back into the pipe. A sponge may be used as the elastic material of the air pump (a cushion material made of X-ray or synthetic cotton may also be used).The air radiated by the heat radiating section 4 returns to the heat exchange section 2 through the return pipe. However, heat transfer efficiency may be increased by using heat conductive cloth woven with metal cloth or metal coating yarn for the whole or part of the garment. It may also be configured so that the heat is dissipated largely to the waist and hips, and the heat is stopped by conduction during use.

In particular, we use thermally conductive cloth with high thermal conductivity, and in consideration of the release, conduction, and return of heat from hot air, the area of the emitting part is made thicker to dissipate heat. Emphasis is placed on conduction, and the air that has released heat by blocking heat from the outside returns to the heat source through the return conduction path. Thermal conductive cloth is effective in dispersing heat. If a disposable body warmer is used as a heating element, the temperature will rise to about 75 degrees, so if left as is, there is a possibility of low-temperature burns, which is too hot. Some parts get hot, but the heat doesn't spread throughout. For this reason, clothing that actively returns and disperses heat can efficiently use the heat from the heat source. Although it has been described above for clothing, it can also be used for pants, and can also be used to dissipate heat focusing on the waist or inside shoes. In the case of pants, the heat source storage section 1 is provided near the pocket position of the pants. You may also wear a vest or vest. It is effective for patients who need to heat or cool affected areas such as the lower back or rheumatism, and is efficient as it requires less heating and cooling in the room.Especially effective in large hospital rooms. An electronic element may be used in the body, and the heat source housing part 1 may be provided externally and detachably attached to the heat conduction part.

In this case, it may be connected to the heat conductive part by a pipe.

In order to actively move the air, a pump may be used and the pump may be driven by a motor.Especially in cold regions, the heat exchange section 2. A heat dissipation section 4 may be provided on the cushion or seat cushion to return the heat via the heat conduction section 3.
Alternatively, a heat exchange section 2 may be placed inside the kotatsu, and the heat may be returned via the heat conduction section 3 to the heat dissipation fl14 at the back or waist. If the indoor heating is weak when using a kotatsu, the lower back gets cold, and it is especially effective for elderly people who get sick if their lower back and back are cooled, as there are individual differences in public nursing homes. It is also effective when using a cooling body to cool the work in extremely hot areas. It also enhances the heat retention effect when used in combination with down jackets and outer clothing that uses downy hair.

[Brief explanation of drawings]

Figure 1 is a perspective view of the invention. Figure 2 is an exploded perspective view of the invention. Figure 3 is an exploded perspective view of the invention. Figure 4 is an exploded perspective view of the invention. Figure 5 is an exploded perspective view of the invention.

Claims (1)

[Claims] A heat source storage section 1 is provided in a part of clothing, and the heat source storage section 1 is joined to a heat exchange section 2, and heat is transferred from the heat exchange section 2 to various parts of the clothing such as the back and waist via a heat conduction section 3. Cooling and heating clothing characterized by the fact that heat is returned to the discharge part 4