JP4291388B2 - Nostril heating / cold protection - Google Patents

Description

  The present invention reabsorbs the heat energy discharged through exhalation among the body surface, sweat, stool, sputum, urine, and exhalation pathways exhausted from the human body, and directly enters the body cavity without passing through the barrier of subcutaneous fat. It is a heating and cold protection device that heats more.

As for the heating, the environment in which the human body exists and the heating that warms the entire surface of the room by heating the whole area are mainly used. At this time, part of the heat energy is also absorbed by the body through breathing. In addition, as disclosed in Japanese Patent Application Laid-Open No. 2000-186824, there is also floor heating and partial heating using a hot carpet.
JP 2000-186824 A

  Recently, a warming substance is applied to the surface of a human body or clothing to heat the body surface.

  In addition, a cold protection device that covers the surface of a human body with clothes, hats, gloves, and socks, which are heat insulating materials, and restricts the heat energy dissipated from the body surface to prevent a decrease in body temperature is generally used.

  In some cases, a mask covering the nostril and lip is used to reabsorb the exhaust heat.

In recent years, the use of fossil fuels and electric power has increased worldwide, and the global warming phenomenon due to this has become a major problem. For this reason, it is desirable to reduce the use of fossil fuels in order to reduce CO ₂ , which is the current state of global warming.

  Countries are striving to reduce the use of fossil fuels by lowering the set temperature when heating the human body and the entire environment.

  There is also a need to wear enough personal clothing.

  Heating from the surface of the body by heating or wearing clothing that is a thermal insulation material prevents the absorption of heat energy by the adipose tissue that exists under the skin of the human body for heat absorption and reabsorption. Hindering efficiency.

  In other words, an external environment heating type and a body surface heating type heating / cold protection mode are currently being used.

  There is a demand for a new type of heating mechanism that does not depend on these forms and is fuel-free and power-free.

  The present invention recycles only the heat energy discharged from the nostrils, directly absorbs heat into the large heart blood vessels deep inside the human body, without going through a heat insulating material called subcutaneous adipose tissue, An object of the present invention is to provide a nostril-type heating and cold protection device that is effective for the above.

The above object is achieved by the nostril-mounted heating / warming device having the following configurations (1) to (5) according to the present invention.
(1) A nostril-mounted heating / warming device used by being mounted on a nostril, which is a cylindrical heating / warming device body, a heat storage tank housed in the heating / warming device body, and one end of the heating / warming device body It is provided with an open tube that is formed in one piece with the outer nostril and is in close contact with the outer nostril, and the heat storage tank is capable of circulating exhaled air during breathing through the nostril. The thermal energy of the exhaled breath from the nostril is stored in the heat storage tank, and the intake air is heated by the heat energy of the heat storage tank at the time of inhalation through the next nostril. A nostril-mounted heating / cold device that heats and cools the body.
(2) The heat storage tank is made of paper, cloth, or resin and is formed by winding a web having a predetermined length having a large number of ridges, and extends in the axial direction of the main body of the heating and cold protection device. to have a Jo void is also of a nasal-mounted heating body warmer of the above (1).
(3) The nostril-mounted heating / warming device according to (1) or (2), wherein a throttle valve for restricting a respiration rate is provided at the other end of the heating / warming device body.
(4) the heating body warmer body of diameter greater above than the diameter of the aperture tube (1) to one of the nostrils wearable heating body warmer of (3).
(5) A string of glasses that is provided with two nostril-mounted heating / cold devices according to any one of the above (1) to (4) and that is applied to the auricles on both sides to hold these nostril-mounted heating / cold devices Nose-mounted heating and cold protection device with a structure attached.

  Since the nostril-mounted heating / cold protection device of the present invention has the above-described structure, it is possible to effectively use the heat energy of the exhaled breath that was originally released, and to enable effective heating / cold protection without using other heat sources. is there.

  During cold weather when the outside air temperature drops, it is obvious that warm expiratory air diffuses into the nasal cavity. It plays a role in heating and colding the human body.

  For this reason, indoor heating preset temperature can be reduced.

  From a broad social perspective, the use of electric power and petroleum fuel can be reduced by increasing the number of homes that have lowered the preset heating temperature.

The present apparatus is effective with no power and no fuel for the global warming phenomenon that is currently a problem, and thus reduces the CO ₂ emissions of society as a whole. Therefore, it can contribute to the improvement of the global environment.

  Further, when the heating / warming device of the present invention is used outdoors, it becomes more effective when used in combination with other heating / warming devices, and is more effective in outdoor labor, services, and military affairs.

A nostril-mounted heating and cold protection device 10 according to an embodiment of the present invention will be described below with reference to the accompanying drawings.
The nostril-mounted heating / warming device 10 includes a cylindrical heating / warming device body 12, a heat storage tank 16 accommodated in the heating / warming device body, and one end of the heating / warming device body 10 (centrally viewed from the human side). And an open tube 14 that is formed integrally with the outer nostril and that is inserted and adhered to the outer nostril. As shown in the drawing, the nostril-mounted heating / warming device 10 may also have an aperture tube 18 at the other end of the heating / warming device body 12 (on the erasing side when viewed from the human side).

  The heating / warming device main body 12 and the aperture tubes 14 and 18 of the nostril-mounted heating / warming device 10 are made of a lightweight material, such as plastic, cloth, paper, etc., having high heat insulation as a whole.

  It is preferable that the open hole tube 14 on the central side can be easily inserted into the outer nostril and can be in close contact with the soft tissue around the nostril. The aperture tube 14 preferably has an outer diameter that prevents the nostril-mounted heating / warming device 10 from falling off the outer nostril portion. Therefore, it is preferable to prepare an aperture tube 14 of several types of diameters.

  It is preferable that the inner diameter of the open tube 14 has a diameter corresponding to the cross section of the outer nostril so as not to cause resistance during breathing.

  The heating / warming device main body 12 located at the central portion of the nostril-mounted heating / warming device 10 has a columnar lumen necessary for accommodating and retaining the heat storage tank 16. Therefore, the diameter of the heating / warm protection body is larger than the diameters of the open-ended pipes 14 and 18 on the central side and the peripheral side.

  The heat storage tank 16 accommodated in the lumen of the heating / cold protection body 12 is formed by winding a web having a predetermined length having a large number of ridges made of paper, cloth or resin having high heat storage properties. Yes, it has innumerable duct-like air gaps extending in the axial direction of the heating / warm body (exhaled breath intake and air passes through the air gaps), and the breathing resistance is extremely low.

  The heat energy that is exhausted together with exhaled air is stored in the heat storage tank 16, and the heat energy that is stored in the heat storage tank 16 from the low-temperature outside air is warmed together with the intake air, and enters the nasal cavity.

  The central opening tube 14, the central heating / cold protection body 12, and the peripheral opening tube 18 are hermetically sealed, so that exhaled breaths are ventilated with little resistance. However, the opening tube 18 on the peripheral side serves as a throttle valve to some extent, and helps to store heat in the heat storage tank 16. Alternatively, another throttle valve may be provided.

  As shown in FIG. 2, two nostril-equipped heating / cold devices 10 (only one nostril-equipped heating / cold device 10 is shown in FIG. 2) are inserted into the left and right outer nostrils and breathed from the nostrils. By performing the action, the heat energy can be reabsorbed into the body.

  The nostril-equipped heating / warmware 10 is manufactured extremely lightly and is not easily detached even when it is attached to the nostril as it is. However, as shown in FIG. Are combined in parallel, and the left and right outer walls (the right outer wall of one heating / warming device main body and the left outer wall of the other heating / warming device main body) of the central part of the two are combined in the middle It is preferable to attach the structures 20 and 20 to the upper part of the auricle and hold the structures 20 and 20 when the nostril-mounted heating and cold protection device 10 is attached to the nostril. As a result, the nostril-equipped heating and cold protection devices 10 and 10 are not dropped even during daily activities, walking and running. The nostril-equipped heating and cold protection device is extremely lightweight, so that it rarely causes damage to the face nostril during a fall.

  This nostril-equipped heating and cold protection device is inserted into both outer nostrils to breathe through the nose, but it is worn during cold weather.

  Wear and use this nostril-equipped heating and cold protection device in close contact with both nostrils so that respiratory air does not leak out.

  When wearing, close the lips and breathe through the nasal nostrils. When you need a lot of breathing at a time, open your lips and breathe through your mouth.

  When using the nostril-equipped heating and cold protection device, it is preferable to perform slow breathing in order to efficiently perform heat reabsorption.

  If the heat storage tank at the center of this nostril-equipped heating and cold protection equipment gets wet and heat reabsorption is not good, replace it with a new one.

  As the difference between the body temperature and the outside air temperature becomes more significant, the reabsorbed heat increases, and the utility of the nostril-equipped heating and cold protection device becomes clearer.

  During cold weather when the outside air temperature drops, it is obvious that warm expiratory air diffuses into the nasal cavity. It plays a role in heating and colding the human body.

  For this reason, indoor heating preset temperature can be reduced.

  From a broad social perspective, the use of electric power and petroleum fuel can be reduced by increasing the number of homes that have lowered the preset heating temperature.

The present apparatus is effective with no power and no fuel for the global warming phenomenon that is currently a problem, and thus reduces the CO ₂ emissions of society as a whole. Therefore, it contributes to the improvement of the global environment.

  In addition, the use of this nostril-equipped heating / cold device in combination with other heating / cold devices provides a more effective cold protection, and is more effective in outdoor labor, services, and military affairs.

(A) is a longitudinal cross-sectional view of the nostril-equipped heating and cold protection device according to the embodiment of the present invention, (b) is a cross-sectional view taken along line II of FIG. 1 (a), and (c) is FIG. 1 (a). FIG. 4D is a cross-sectional view taken along the line II-II of FIG. 1, and FIG. 4D is a cross-sectional view taken along the line III-III of FIG. It is the schematic which shows the state which mounted | wore the nostril with the nostril mounting | wearing type heating / cold protection device of FIG. It is the schematic which shows the state which attached the string-like structure of spectacles to a pair of nostril-wearing type heating / cold protection devices, and pulled it over the auricle and held it.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Nostril mounting type heating / warming equipment 12 Heating / warming equipment main body 14, 18 Open-hole pipe 16 Heat storage tank 20 Structure

Claims (5)

  A nostril-mounted heating / warming device used by being mounted on a nostril, which is continuous with a cylindrical heating / warming device body, a heat storage tank housed in the heating / warming device body, and one end of the heating / warming device body In addition, the heat storage tank is formed integrally with this, and is inserted into and tightly attached to the outer nostril, and the heat storage tank allows circulation of exhaled breath during breathing through the nostril. The heat energy of the exhaled breath is stored in the heat storage tank, and at the time of the next inhalation through the nostril, the inhalation is heated by the heat energy of the heat storage tank, and the heated inhalation is stored in the body. A nostril-type heating and cold protection device, which is introduced to heat and cold the body. Prior Symbol heat storage tank, made of paper, many made cloth or a resin having a predetermined with folds are those formed by winding a web having a length, the heating body warmer myriad extending in the axial direction of the main body conduits like nostril wearable heating body warmer according to claim 1 in even in the range to have a gap.   The nostril-mounted heating / warming device according to claim 1 or 2, wherein a throttle valve for limiting a breathing amount is provided at the other end of the heating / warming device body. The heating body warmer either nostril wearable heating body warmer of diameter greater claims 1-3 in the diameter of the body the aperture tube. Two nostril-mounted heating / cold devices according to any one of claims 1 to 4, and a string-like structure for eyeglasses to be attached to the auricles on both sides are attached to hold these nostril-mounted heating / cold devices. Nose-mounted heating and cold protection device.

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