Inner temperature regulator using air passageway

Description: TECHNICAL FIELD [Detailed description of the invention]

【0001】

[Industrial application field]

In the present invention, an air passage (8) is provided with an air passage creating material (2) inside the place where the clothes (1), rain gear (5), shoes (11) and the body (7) come into contact with each other, and the body temperature and the weight due to walking are measured. A device and rug, bedding (14), furniture, and the like inside the air passage (8) that cools the inside of the air passage by letting the exhaust heat air in the air passage out by external pressure and at the same time letting the outside air into the air passage. The present invention relates to a temperature control device in which a forced air transfer line (16) from the outside is connected to one side to forcibly discharge the exhaust heat of body temperature.

【0002】

[Previous technology and problems]

For the temperature control inside the conventional clothes and rain gear, a coarse cloth and a fine perforated cloth are used for the outer cloth of the clothes. These clothes are used for exercise and rain gear, but the fabric of the clothes is devised so that the body temperature can be easily dissipated. If you use a cloth with coarse eyes other than for exercise, it is only for heat dissipation, so it is not suitable for heat retention. For rain gear, there are some inconveniences such as clogging of fine perforated fabrics when used for a long time. Traditionally, cooling the inside of a shoe meshes the rest of the shoe except the sole. Alternatively, a method is adopted in which holes are made in the tip, side, and rear of the shoe to allow outside air to circulate inside the shoe. These methods have many inconveniences such that moisture easily enters the inside of the shoe in rainy weather and dust easily enters the inside of the shoe in other cases. If the inside of the shoe is not provided with a cooling and heat dissipation device for body temperature, it may get stuffy when the temperature rises. Traditional rugs, bedding, furniture, and similar temperature controls have injected water and air into them. Water-injected ones are comfortable to use, but due to the weight of water, it is not easy to move the installation location or put in and take out water. If the air-injected type is used for a long time, the injected air will be warmed by the heat conduction of the body temperature and the usability will be worse. In addition, water and air injection containers are easily damaged. The other method is to lay a soft material on the surface of rugs, bedding, furniture, and similar items, or use a device that easily dissipates heat from the parts that come into contact with the body. Although these devices are temporarily comfortable to use, they have the disadvantage that when used for a long period of time, the internal temperature of rugs, bedding, furniture, and similar items may be warmed by body temperature and sweat.

【0003】

[Means to solve the problem]

The present invention has been made to eliminate the above-mentioned drawbacks, and an object thereof is to make the inside of clothes and rain gear stuffy and uncomfortable when exercising and working while wearing clothes (1) and rain gear (5). It is to create a device that never becomes. In order to control the temperature inside the clothes and rain gear, the air warmed by the body temperature inside the clothes and rain gear has an outlet (3) at the higher side and an inlet (4) at the lower side under normal use conditions where air warmed by the body temperature can flow. , Clothing (1) and rain gear (5) and clothing A (6), clothing (1) and body (7) surrounded by a continuous space inside clothing (1) and rain gear (5) Install 2) and provide an air passage (8). Outlets (3) and inlets (4) are provided for clothing (1) and rain gear (5) that do not require securing air passages, and air is secured under these for securing air passages (8) for conventional clothing and conventional rain gear. Install by wearing the air passage creation device (10) to which the passage creation material (2) is attached. The action of this device is that the air in the air passage (8) is warmed by the body temperature, becomes lighter than the outside air, moves to the higher outlet (3), and goes out. At the same time, outside air flows into the air passage (8) from the lower inlet (4), lowering the temperature inside the clothes and rain gear. A temperature control device using exhaust heat from body temperature and an air passage (8) that enables temperature control inside clothing and rain gear by repeating this phenomenon. The function of this device is adjusted and stopped by adjusting the air flow rate at the outlet (3) or inlet (4) of the air passage (8). The present invention has been made to eliminate the above-mentioned drawbacks, and an object of the present invention is to create a device that does not become sweaty and uncomfortable even when the shoes (11) are worn for a long time. In order to adjust the temperature inside the shoe (11), the outlet (3) where the air warmed by the body temperature can flow to the part in contact with the body (7) inside the shoe (11) and its vicinity are reversed. Air with a check valve (13), an inlet (4) and a check valve (13) in the vicinity, and an elastic air passage creating material (12) that can return to the original shape without external pressure in a closed and connected space. Provide a passage (8). Check valves for the outlets (3), inlets (4) and their vicinity of the air passages (8), which do not require the elastic air passage creation material (12) and replace this function, respectively. Provide (13). The action of this device is that the air passage (8) of the elastic air passage creation material (12) is deformed by the external pressure of the weight due to walking, and the air warmed by the body temperature in the air passage is compressed and the check valve near the outlet (3) Push open the valve (13) to get out. At the same time, the check valve (13) on the inlet side is closed. Next, the air passage (8) of the elastic air passage creating material (12) returns to its original shape by no external pressure due to walking, and the check valve (13) near the inlet (4) is sucked and opened to allow outside air to enter. At the same time, the check valve (13) on the outlet side is closed. The air passage (8) is cooled by the inflow of outside air, and the temperature inside the shoe (11) is lowered by heat conduction from the air passage (8). A temperature control device with an air passage (8) that enables temperature control inside the shoe (11) by repeating this action. The present invention has been made to eliminate the above-mentioned drawbacks, and the purpose of the present invention is to use rugs, bedding (14), furniture, and similar items for a long time, where they are in contact with the body (7). It is to create a device that does not become uncomfortable due to sweating because the internal temperature of the furniture is warmed by the body temperature. In order to regulate the temperature inside the rug, bedding (14), furniture, and similar parts where the body (7) is in contact, the air warmed by the body temperature is placed in the area where the body (7) is in contact. It has an outlet (3) and an inlet (4) that can be circulated, and an air passage (8) is provided with a small perforated air passage creating material (15) in a closed and continuous space. A forced air transfer line (16) from the outside is connected to either the outlet (3) or the inlet (4) of the air passage (8), and the exhaust heat air inside these is heated by heat conduction from the body temperature to the outside. Forcibly push out. Alternatively, cool the inside of the area where the body is in contact with the strong object. This action makes it possible to prevent sweating and rubbing on the floor even if the device is used in the same posture for a long time. The air passage (8) of the road-making material (12) returns to its original shape without external pressure due to walking, and the check valve (13) near the inlet (4) is sucked in to open and allow outside air to enter. At the same time, the check valve (13) on the outlet side is closed. The air passage (8) is cooled by the inflow of outside air, and the temperature inside the shoe (11) is lowered by heat conduction from the air passage (8). A temperature control device with an air passage (8) that enables temperature control inside the shoe (11) by repeating this action. The present invention has been made to eliminate the above-mentioned drawbacks, and the purpose of the present invention is to use rugs, bedding (14), furniture, and similar items for a long time, where they are in contact with the body (7). It is to create a device that does not become uncomfortable due to sweating because the internal temperature of the furniture is warmed by the body temperature. In order to regulate the temperature inside the rug, bedding (14), furniture, and similar parts where the body (7) is in contact, the air warmed by the body temperature is placed in the area where the body (7) is in contact. It has an outlet (3) and an inlet (4) that can be circulated, and an air passage (8) is provided with a small perforated air passage creating material (15) in a closed and continuous space. A forced air transfer line (16) from the outside is connected to either the outlet (3) or the inlet (4) of the air passage (8), and the exhaust heat air inside these is heated by heat conduction from the body temperature to the outside. Forcibly push out. Alternatively, cool the inside of the area where the body is in contact with the strong object. This action makes it possible to prevent sweating and rubbing on the floor even if the device is used in the same posture for a long time. The air passage (8) of the road-making material (12) returns to its original shape without external pressure due to walking, and the check valve (13) near the inlet (4) is sucked in to open and allow outside air to enter. At the same time, the check valve (13) on the outlet side is closed. The air passage (8) is cooled by the inflow of outside air, and the temperature inside the shoe (11) is lowered by heat conduction from the air passage (8). A temperature control device with an air passage (8) that enables temperature control inside the shoe (11) by repeating this action. The present invention has been made to eliminate the above-mentioned drawbacks, and the purpose of the present invention is to use rugs, bedding (14), furniture, and similar items for a long time, where they are in contact with the body (7). It is to create a device that does not become uncomfortable due to sweating because the internal temperature of the furniture is warmed by the body temperature. In order to regulate the temperature inside the rug, bedding (14), furniture, and similar parts where the body (7) is in contact, the air warmed by the body temperature is placed in the area where the body (7) is in contact. It has an outlet (3) and an inlet (4) that can be circulated, and an air passage (8) is provided with a small perforated air passage creating material (15) in a closed and continuous space. A forced air transfer line (16) from the outside is connected to either the outlet (3) or the inlet (4) of the air passage (8), and the exhaust heat air inside these is heated by heat conduction from the body temperature to the outside. Forcibly push out. Alternatively, cool the inside of the area where the body is in contact with the strong object. This action makes it possible to prevent sweating and rubbing on the floor even if the device is used in the same posture for a long time. It is to create a device in which the internal temperature of the place where it is located is warmed by the body temperature and does not become uncomfortable due to sweating. In order to regulate the temperature inside the rug, bedding (14), furniture, and similar parts where the body (7) is in contact, the air warmed by the body temperature is placed in the area where the body (7) is in contact. It has an outlet (3) and an inlet (4) that can be circulated, and an air passage (8) is provided with a small perforated air passage creating material (15) in a closed and continuous space. A forced air transfer line (16) from the outside is connected to either the outlet (3) or the inlet (4) of the air passage (8), and the exhaust heat air inside these is heated by heat conduction from the body temperature to the outside. Forcibly push out. Alternatively, cool the inside of the area where the body is in contact with the strong object. This action makes it possible to prevent sweating and rubbing on the floor even if the device is used in the same posture for a long time. It is to create a device in which the internal temperature of the place where it is located is warmed by the body temperature and does not become uncomfortable due to sweating. In order to regulate the temperature inside the rug, bedding (14), furniture, and similar parts where the body (7) is in contact, the air warmed by the body temperature is placed in the area where the body (7) is in contact. It has an outlet (3) and an inlet (4) that can be circulated, and an air passage (8) is provided with a small perforated air passage creating material (15) in a closed and continuous space. A forced air transfer line (16) from the outside is connected to either the outlet (3) or the inlet (4) of the air passage (8), and the exhaust heat air inside these is heated by heat conduction from the body temperature to the outside. Forcibly push out. Alternatively, cool the inside of the area where the body is in contact with the strong object. This action makes it possible to prevent sweating and rubbing on the floor even if the device is used in the same posture for a long time.

[Simple explanation of drawings]

[Figure 1]

It is a side view of the clothing of the 1st Example of this invention.

[Figure 2]

It is a side view of the rain gear of the 2nd Example of this invention.

[Fig. 3]

It is a cross-sectional view of the clothes and rain gear of the first embodiment and the second embodiment of the present invention.

[Fig. 4]

It is a detailed figure of the air flow rate adjustment of the air passage outlet of the rain gear of the 2nd Embodiment of this invention.

[Fig. 5]

It is a side view of the air passage making apparatus to be worn under the conventional clothing and the conventional rain gear of the third embodiment of the present invention.

[Fig. 6]

It is a cross-sectional view of Ha-ha wearing the air passage making apparatus of the 3rd Example of this invention.

[Fig. 7]

It is a side view of the shoe of the 4th Example of this invention.

[Fig. 8]

It is a top view of the shoe of the 4th Example of this invention.

[Fig. 9]

It is a cross-sectional view of the shoe use of the 4th Example of this invention.

[Fig. 10]

It is a side view of the bedding of the 5th Example of this invention.

[Fig. 11]

It is a top view of the bedding of the 5th Example of this invention.

[Fig. 12]

It is a cross-sectional view of the bedding of the fifth embodiment of the present invention.

[Explanation of symbols]

1 ... Clothing 2 Air passage creation material 3 Exit 4 Entrance 5 Rain gear 6 Clothing A 7 ... body 8 Air passage 9 Air flow rate adjuster at the outlet of the air passage of rain gear 10 Air passage creation device 11 Shoes 12 Elastic air passage making material 13 Check valve 14 Bedding 15 Small perforated air passage making material 16 Forced air transfer line 17 Connecting tool for small perforated air passage making material