JPWO2019097596A1 - Means for suppressing body temperature rise - Google Patents

Abstract

It is an object of the present invention to provide a body temperature rise suppression means that suppresses a rise in body temperature of a worn surface evenly and has a long usable time and can easily follow a change in posture of a wearing target. The body temperature rise restraining means (1) for restraining the body temperature rise of the wearing target includes a bag body (10) and a blower means, and the bag body includes the bag body (11) and the bag body from the wearing target. It has mounting means (20) for mounting so as not to shift, and the air blowing means has a power source (42) and a fan (40) to blow air to the bag body. The bag body swells along the body to be mounted and has a space having an opening (30), and the opening is provided at one end of the bag body, The inner surface side of the bag body facing is air permeable, is mounted so that the periphery of the inner surface side is in contact with the mounting target, and the air blown into the space is along the body of the mounting target It was made to discharge | release from the said opening part after flowing.

Description

  The present invention relates to a body temperature rise suppression means for suppressing a rise in body temperature of a wearing target. The wearing target is not limited to a person who repeats a predetermined operation such as running, jogging, or farm work, or a person such as an infant held or carried by a parent, and may be an animal such as a pet. The body temperature rise suppression means of the present invention suppresses the body temperature rise of the worn surface evenly by a gentle air flow along the wearing target, and has a long usable time, following the change in posture of the wearing target. It relates to easy body temperature rise suppression means.

  2. Description of the Related Art Conventionally, air-conditioning clothing is known as body temperature rise suppression means for suppressing an increase in body temperature of an operator in an environment where the temperature is high. Air is blown into a sealed space in the air-conditioning suit, and the moist air accumulated in the air-conditioning suit is exhausted to the outside through the gap between the worker and the air-conditioning suit. By the action of absorbing, the increase in the body temperature of the worker was suppressed.

  However, when the air-conditioning suit is applied to running or the like that repeats the operation of bending the elbow, the space around the elbow is crushed and air does not flow. This not only makes it difficult to suppress an increase in body temperature, but also causes a problem that the outer surface material swelled to the outside rubs and may damage the outer surface material and is difficult to operate.

  On the other hand, mountaineering zacks, etc., leave a gap between the wearer and the back of the mountaineering zack that makes it easy to dry sweat that has soaked in the clothes so that the wearer does not press the entire backside of the mountaineering zack. ing. In addition, in order to make the sweat of clothes easily dry as much as possible, a technique of blowing air with an electric fan in the gap between the mountaineering zack and the wearer is also known.

  Patent Document 1 discloses a technique of body temperature rise suppression means integrated with a backpack. The body temperature rise suppression means includes air blowing means and a backrest body, and the backrest body is a pipe. Then, the pipe wearer side is made into a mesh shape, and the air sucked by the fan from the lower part of the pipe is discharged from the upper part of the pipe, or the air taken in by the fan from the upper part of the pipe is discharged from the lower part of the pipe to flow the air through the pipe Therefore, it is said that the stuffiness of the back is effectively removed.

  However, if the backpack to be loaded is worn against the back so that the backpack to be loaded does not deviate from the back, the pipe is crushed and air does not easily flow. In order to allow air to flow smoothly through the crushed pipe, it is necessary to increase the blowing capacity and battery capacity of the fan, and there is a problem of generating a loud sound during blowing.

  On the other hand, when the rigidity of the pipe is increased so that the pipe is not crushed, there is a problem that the deformation of the pipe cannot be followed when the wearer's posture changes, and the pipe becomes difficult to wear. Although the technique described in Patent Document 1 can be applied to the operation of keeping the upper body in a constant posture such that the backpack does not deviate from the wearer's back, there is a problem that it cannot be applied when the posture of the upper body is not constant. there were.

  Patent Document 2 discloses a technique of a rectangular plate-like backrest. The back support includes a fan and a back support main body having a net structure. The fan is provided in the center position of the back rest body that contacts the back of the wearer. While blowing from a fan toward a wearer's back, the air which passed the net | network structure is discharged | emitted from the circumference | surroundings of a back pad.

  The technique described in Patent Document 2 also requires that the air blowing capacity and battery capacity of the fan be increased because air needs to flow through the net structure. Furthermore, the wearer's back facing the fan is overcooled with a fast air flow, and the air around the back is slow to cool and difficult to cool. There was also a problem that it was easy.

  Patent Document 3 discloses a technique of body temperature rise suppression means including a blowing means and a flat body having moisture permeability. A spacer that forms an air flow path is provided inside the flat body, and air is circulated through the air flow path by the blowing means.

  According to the technique described in Patent Document 3, the flat body is hung from the neck by the wearer and is attached between the infant or the shoulder bag and vaporizes sweat that has soaked into the flat body by the blown air. I am going to let you. However, since the flat body is thin so as not to impede the wearing feeling, the air flow path is narrow, and the technique described in Patent Document 3 also needs to increase the fan blowing capacity and the battery capacity. .

  Patent Document 4 discloses a technique of body temperature rise suppression means including air blowing means and a bag body to be attached to clothes by a hook-and-loop fastener. The bag body is provided with a vent for blowing air toward the wearer's back. According to the technique described in Patent Document 4, since the blown air is only blown from the vent toward the back, the sweat on the back facing the bag body tends to vaporize, but the vaporized sweat There was a problem that moisture was easily trapped in the clothes.

Japanese Patent Application Laid-Open No. 2004-147871 JP-A-2006-52369 Nomi 3207262 Nomi 3173198

  Accordingly, the inventors of the present application have an object to provide a body temperature rise suppression means that can suppress the body temperature rise of the worn surface evenly and has a long usable time and can easily follow a change in posture of the wearing target. .

Means for Solving the Invention

  1st invention of this invention is a body temperature rise suppression means to suppress the body temperature rise of mounting | wearing object, Comprising: A bag body and a ventilation means, The said bag body is a bag main body, and the said bag main body is said mounting | wearing Mounting means for mounting so as not to deviate from the target, the blowing means has a power source and a fan, blows air to the bag main body, the bag main body along the body of the mounting target A space having an open part is formed, and the open part is provided at any end of the bag body, and the inner surface side of the bag body facing the mounting object has air permeability, and the inner surface It is mounted so that the periphery of the side contacts the mounting target, and the air blown into the space flows along the body of the mounting target and is then discharged from the opening portion.

  The wearing target of the body temperature rise suppressing means of the invention of the present application is not limited as long as it is an animal that rises in body temperature by moving. When an animal with a sweat gland on the body, such as a person or horse, is attached to the body, air with a temperature lower than the body temperature flows along the body, and air with high humidity including sweat is discharged from the space. Easily evaporates sweat and suppresses body temperature rise by absorbing heat from the surroundings by evaporating sweat. When worn on an animal that is difficult to sweat, an increase in body temperature is suppressed mainly by the action of air having a temperature lower than the body temperature flowing along the body.

  The attachment means may be attached so that the bag body does not deviate from the attachment target, and an annular band through which the arm is passed, a band body wound around the waist, and the like are suitable, but are not limited. In addition, it is more preferable to use a string whose length can be adjusted according to the physique or mounting posture of the mounting target, a double-sided fastener, or the like so as not to deviate from the mounting target.

  The position of the end portion of the bag body provided with the opening is not limited, and may be on the side where the air inside the space is smoothly discharged. For example, in the case of being worn on the back of a person, it is preferable to form an open part in the upper part of the bag body to cool the neck where blood vessels gather during running or the like. On the other hand, when it is attached to the back of a quadruped animal, it is preferable that the open part is formed at the rear part of the bag body, since the release of air from the bag body is not hindered by the operation of the quadruped animal.

  The size, the number, the mounting position, the form, and the blowing capacity of the fan constituting the blowing means are not limited, and the capacity and the mounting position of the battery are not limited. If a fan is fixed to the bag body, air can be blown into the space in the bag body without a blower tube. On the other hand, if a fan is fixed to the mounting means, it is easy to blow air to a plurality of locations through the blower tube. Of course, the fan may be fixed to a part of the wearer's clothes.

  The material is not limited as long as the inner surface side of the bag body facing the mounting target has air permeability. The bag body is mounted so that the periphery on the inner surface side is in contact with the mounting target. Thereby, the air blown into the space in the bag body is less likely to leak from the periphery of the bag body, and even if the air flow is slow, it flows in the space toward the opening along the body to be attached, It is effectively released from the open part while suppressing an increase in body temperature of the wearing target.

  According to the body temperature rise suppression means of the first invention of the present invention, the periphery of the bag body is in contact with a part of the mounting target and is mounted so as not to be displaced, so that the operation of the mounting target is not hindered. In addition, the bag body forms a swollen space that is not crushed, and it is only necessary to gently release the air inside the space from the open portion provided at the end portion, so the fan blowing capacity may be small, It is difficult to generate a loud sound and power consumption can be suppressed. According to the first aspect of the present invention, an increase in the body temperature of the worn surface is uniformly suppressed, the usable time is long, and it is easy to follow a change in the posture of the wearing target. .

  According to a second aspect of the present invention, in the body temperature rise suppressing means of the first aspect, the opening portion includes an opening width adjusting means for changing the size of the opening portion. When an operation that does not perspire or an operation with a small amount of perspiration is performed, the amount of air blown from the blower is reduced and the open portion is made small so as to reduce power consumption. Since the flow is generated in the air even if the opening is small, a part of the mounting target along the air flow can be cooled.

  On the other hand, when an operation with a large amount of perspiration is performed, the size of the opening portion may be increased. Since the high-humidity air in the bag body is easily released, the vaporization of sweat that absorbs heat from the surroundings is promoted, and it is possible to suppress an increase in body temperature according to an operation with a large amount of sweating. According to 2nd invention, there exists an advantageous effect that the effect of suppression of a body temperature rise according to the state of perspiration | sweating of a mounting | wearing object can be acquired by changing the discharge | release amount of the air from a bag main body.

  According to a third aspect of the present invention, in the body temperature rise suppressing means according to the first or second aspect, the fan includes a plurality of fans, and the plurality of fans are arranged on the outer surface side of the bag body. It is characterized by being arranged side by side so as to compete so as to maintain the swollen state.

  The number of fans is not limited, and it is sufficient that at least a pair of fans are arranged close to each other and the portions where the fans are close to each other are arranged so as to be separated from the inner surface side of the bag body. In addition, it is preferable that an entrapment prevention net for hair or the like is provided on the suction surface of the fan according to the fixing position of the fan and the mounting target. According to the third aspect of the present invention, the state in which the bag body swells along the body to be mounted is not crushed during mounting.

  According to a fourth aspect of the present invention, in the body temperature rise suppression means of the first to third aspects, the wearing target is a person, the body temperature rise suppression means includes a hood, and the hood is the head of the person. It extends so that a part and the said opening part may be covered.

  According to the fourth aspect of the invention, the air released from the open part is released through the hood, and the released air suppresses the rise in the body temperature of the person's head and radiates solar radiation to the person's head. Relieves body temperature rise. If a hooded hat is worn when a person is running, etc., the hood should be equipped with a means to prevent the hood from coming off from the hooded hat so that the hood will not come off. It is suitable not to come off even by wind.

  According to a fifth invention of the present invention, in the body temperature rise suppressing means of the fourth invention, the hood has a face mask, and the face mask covers the human face from the side of the hood. It is characterized by. According to the fifth aspect of the present invention, since the hood is equipped with the face mask, the released air suppresses the increase in the body temperature of the face portion, and also suppresses the increase in the body temperature by reducing the solar radiation on the human face portion. .

  According to a sixth aspect of the present invention, in the body temperature rise suppressing means of the fourth or fifth aspect, the bag body has an opening, the opening is formed on the inner surface side, and the human sweat is the opening. It is characterized by being vaporized in the space.

  The size, shape, and number of openings formed on the inner surface side are not limited, and it is only necessary to select one that is suitable for human movement. For example, if a large opening is provided in a portion that is in contact with the back of a person, when jogging, a part of the wear is separated from the back, and the sweat of the wear is easily vaporized. On the other hand, if a distributed opening is provided in the part that touches the back of the person, even if you run fast, part of the wear is difficult to separate from the back and sweat of the wear without changing the feeling of being integrated with the person Is vaporized. According to the sixth aspect of the invention, it is possible to suppress a rise in body temperature according to a human action.

  According to a seventh aspect of the present invention, in the body temperature rise suppression means according to the first to sixth aspects, the mounting means includes a belt body that is mounted in contact with the mounting object, and the belt body has air permeability. It is characterized by that.

  Since the annular band passing through the arm that forms the mounting means in contact with the mounting target, the band wound around the waist, and the like have air permeability, sweat at the portion in contact with the band is easily vaporized. The band is preferably made of sweat-absorbing material, but is not limited as long as it has air permeability. According to the seventh aspect of the invention, an increase in body temperature at a portion where the belt body constituting the mounting means and the mounting target contact is suppressed.

  According to an eighth aspect of the present invention, in the body temperature rise suppressing means according to the first to seventh aspects, the mounting means includes a band body to be mounted in contact with the mounting target, and a predetermined length is provided along the band body. A vent pipe in which vent holes are formed at intervals is stored, and the blowing means also blows air to the vent pipe.

  Ventilation pipes with ventilation holes formed at predetermined intervals are stored in a belt that forms the attachment means that comes into contact with the attachment object, and air is discharged from the ventilation holes of the ventilation pipe by being blown from the ventilation means to the ventilation pipe. The sweat that has soaked into the band that forms the attachment means is easily vaporized. According to the eighth aspect of the invention, an increase in body temperature at a portion where the belt body that is the attachment means and the attachment target are in contact with each other is further suppressed.

The invention's effect

-According to 1st invention, while suppressing the body temperature rise of the surface to which it was mounted | worn uniformly, there exists an advantageous effect which is unprecedented that a usable time is long and it is easy to follow the change of the attitude | position of mounting | wearing object.
-According to 2nd invention, there exists an advantageous effect that the effect of suppression of a body temperature rise according to the state of perspiration | sweating of a mounting | wearing object can be acquired by changing the discharge | release amount of the air from a bag main body.
-According to 3rd invention, the state which the bag main body swells along the body of the said mounting | wearing object does not collapse at the time of mounting | wearing.

-According to 4th invention, the air discharged | emitted from the open part is discharged | emitted through the inside of a hood, and while the released air suppresses the body temperature rise of a person's head, the solar radiation to a person's head To relieve body temperature rise.
-According to the fifth invention, since the hood is equipped with a face mask, the released air suppresses the rise in body temperature of the face, and also suppresses the increase in body temperature by reducing solar radiation on the human face. Let
-According to 6th invention, it becomes possible to suppress a body temperature rise according to a human motion.
-According to 7th invention, the body temperature rise of the part which the belt | band | zone which makes | forms an attachment means, and a mounting object contact is suppressed.
-According to 8th invention, the body temperature rise of the part which the strip | belt body which makes | forms a mounting means and the mounting object contact | connects is suppressed more.

The perspective view from the back surface of a body temperature rise suppression means (Example 1). The perspective view from the inner side of a body temperature rise suppression means (Example 1). Explanatory drawing of the state which the person wore the body temperature rise suppression means (Example 1). Explanatory drawing of the state which the person wore the body temperature rise suppression means (Example 1). Explanatory drawing (Example 2) of the body temperature rise suppression means which has the conversion means which changes a discharge | release direction. Explanatory drawing of the body temperature rise suppression means which has an opening in the inner surface side of a bag main body (Example 3). Explanatory drawing of the body temperature rise suppression means which has the hood which covers a head (Example 4). Explanatory drawing of the body temperature rise suppression means applied to the infant's strap (Example 5). Explanatory drawing (Example 6) of the body temperature rise suppression means which accommodated the ventilation | gas_flowing pipe in the strip | belt body.

  In order to facilitate understanding of the present invention, as an example of the body temperature rise suppression means applied to a person, an example of a backpack carried by a person and an example of a hug string holding an infant are shown. When the wearing object is a pet, it may be applied as a backpack on the back of the pet.

  In the first embodiment, a body temperature rise suppression unit 1 that suppresses a person's body temperature rise will be described with reference to FIGS. 1 to 4. In the figure, the flow of wind is indicated by white arrows, and the flow of sweat vaporization is indicated by dashed arrows. The same applies to Example 2 and subsequent examples. In the side view, a part of a person's arm is shown by a broken line for easy understanding.

  FIG. 1 is a perspective view from the back of a body temperature rise suppression means 1 carried by a person. FIG. 2 shows the body temperature rise suppression means 1 in a perspective view from the inward side. FIG. 3A shows a side view of the body temperature rise suppression means 1. FIG. 3B shows a cross-sectional view at the position of FIG. 2A-A. FIG. 4 (A) shows a plan view of the body temperature rise suppression means 1 in a state worn by a person. FIG. 4B is a cross-sectional view taken along the line AA in FIG.

  The body temperature rise suppression means 1 is composed of a bag body 10, a fan 40 and a power source 42 that form air blowing means. The bag body 10 includes a bag body 11 and mounting means 20. The bag body 11 is inflated along the back of the person 100, and air is blown from the fan 40 into the space 12 formed by the bag body 11 (see FIGS. 1 and 3). In the bag body 11 of the first embodiment, an open portion 30 is formed at the upper end portion, and air blown into the space 12 from the open portion 30 is released upward.

  The inner surface side 13 of the bag body is provided with air permeability (see FIG. 2). The sweat of the person who wears is diffused to the space 12 in the bag body through the inner surface side 13, and is released to the outside through the opening 30 (see FIG. 3B). The material of the inner surface side 13 of the bag body is not limited. For example, the material forming the inner surface side 13 of the bag body may be a fabric having air permeability and sweat absorption, or a flexible material having only air permeability in which air holes are formed, such as a resin sheet having holes. There may be. The outer surface side 15 of the bag body may be a material having a small air permeability, for example, a nylon fabric, but may be a resin sheet or the like (see FIG. 3B).

  The body temperature rise suppression means 1 is mounted so that the periphery 14 on the inner surface side of the bag body is in contact with the back of the person (see FIGS. 2 and 3). When air is blown into the space 12 in the bag body with the inner periphery 14 in contact with the air, the air does not leak from the periphery of the bag body 11 but flows along the back of the person and is vaporized in the space 12. Moist air containing the perspired sweat (see the broken line arrow in FIG. 3B) is discharged upward from the opening 30 (see the white arrow in FIG. 3B).

  The opening portion 30 is provided with a fastener 31 that forms an opening width adjusting means for changing the width of the opening portion. If the fastener 31 is closed and the opening width is made small, even if the amount of air blown from the fan 40 is small, an air flow from the opening portion to the back of the head of the person 100 wearing the person is generated. By reducing the amount of blown air, the power consumption of the fan can be suppressed and the fan can be used for a long time. Moreover, the noise of the fan is not increased, and the light winds behind the head can comfortably work even for long-time agricultural work.

  On the other hand, if the fastener 31 is opened and the opening width is increased, the high-humidity air in the bag body 11 can be quickly released to the outside. Therefore, even when an operation with a large amount of perspiration, for example, running, is performed, the vaporization of sweat is easily promoted. When the opening width is increased, an increase in body temperature can be suitably suppressed even in an operation with a large amount of sweating.

  Moreover, the bag main body 11 of Example 1 is made into the shape which the lower part 16 narrowed compared with the upper part 19 (refer FIG. 1). Since the lower part 16 is narrowed, the lower part 16 of the bag body does not obstruct the movement of the arm even when the arm is moved back and forth like running, etc. Can do.

  The wearing means 20 includes a pair of left and right annular belts 21 and 21 through which a person's arm passes, a chest band 22 that connects the pair of left and right annular belts in front of the person's chest, and a waist band 23 that wraps around the person's waist. (See FIG. 2). Each band is adjustable in length. In addition, the chest band body 22 and the waist band body 23 are composed of a pair of band bodies having a connector 24 that is engaged with each other at the ends.

  The connector may be engaged by inserting the convex portion of the other end portion into the concave portion of one end portion, and is formed at the end portion of the other belt body in the hole formed in one belt body. A hooking claw may be hooked and engaged, and any known connecting means may be used. The length of the band may be adjusted by a known length adjusting means according to the physique of the person to be worn.

  The length adjustment means is adapted to the physique of the person wearing the band, and after the person carries the bag body through the left and right arms on the pair of left and right annular bands 21, 21, the chest band and the waist band The body temperature rise suppressing means is attached to a person by engaging the connector at the end of the body.

  Since the belt body is wound around the left and right arms and the waist, and the belt body wound around the left and right arms is connected in front of the chest, the bag body 11 does not slip from the back even if a person moves. Of course, the above-described belt body may be modified and applied. For example, a pair of left and right annular bands may intersect at the front of the body, the chest band may be omitted, and the form of the wearing means is not limited.

  The material of the annular band 21, the chest band 22, and the waist band 23 that constitute the mounting means is not limited. For example, if the belt is made of a breathable material such as a mesh cloth, sweat is easily vaporized even at a portion where the belt contacts the person, and the person can operate in a more comfortable state.

  A pair of left and right fans 40 constituting the air blowing means are fixed to the outer surface side 15 of the bag body (see FIG. 1). The pair of left and right fans 40 are arranged side by side so that adjacent portions compete in the space 12 of the bag body (see FIGS. 2 and 4B). Competing means that the inner angle formed by the fan surfaces of the pair of left and right fans 40 is smaller than 180 degrees (see FIG. 2α). By the pair of fans competing with each other, the inflated space 12 of the bag body 11 remains in an inflated state. This prevents the swelled space 12 formed by the bag body from being crushed during the movement of the person when the body temperature rise suppression means is detached.

  The type / shape / fan capacity of the fan is not limited. For example, a cooling fan or the like for a personal computer can be used continuously for a long time with low power consumption, and is lightweight and suitable, but is not limited. On the outer surface side of the fan, a net 41 for preventing entanglement of hair is provided (see FIG. 4B). Even when a woman with long hair uses it, the hair is not caught.

  A power source 42 for operating the fan is housed in a pouch 43, and a power cable 45 extending from the fan is connectable (see FIG. 1). The battery for power supply is preferably a rechargeable battery, but is not limited. A belt 44 having a hook-and-loop fastener is provided on the outer surface of the sachet 43, so that it can be fitted according to the thickness of the arm. The place where the pouch 43 is attached is not limited to the arm, and may be attached to a place where the power operation is easy, such as a waist belt.

  Only the start / stop of fan blowing can be selected by power operation, and in addition to the start / stop of blowing, the amount of blown air may be adjustable. There is no limitation on the adjusting means for adjusting the air flow rate. For example, by changing the voltage applied to the fan 40 from the power source 42, the air flow rate of the fan may be adjusted, or the air flow rate may be adjusted by changing the number of fans to be driven.

  The bag body 11 is provided with a fastener 17 that opens and closes in the horizontal direction below the fan 40. By opening the fastener 17, items necessary for running such as a water bottle and towel can be stored in a portion of the bag body that does not obstruct air blowing below the fan 40. Of course, the bag main body 11 may store a cooling agent so as not to disturb the air blowing.

  In the second embodiment, in addition to the configuration of the first embodiment, a body temperature rise suppression means 2 having a conversion means for changing the air discharge direction will be described with reference to FIG. 5A shows a state in which the discharge direction is a direction along the back of the head of the person, and FIG. 5B shows a state in which the discharge direction is a direction along the person's neck. . In the second embodiment, only the configuration different from the configuration of the first embodiment will be described, and the same configuration is denoted by the same reference numeral, and the description thereof is omitted. The same applies to the third and subsequent embodiments.

  The converting means is an accordion-shaped duct 32 provided around the opening 30. In the state in which the duct 32 is folded, air is released in a direction along the back of the head of the person 100 as in the case of the first embodiment (see FIG. 5A). On the other hand, when the bellows portion of the duct 32 is developed and the opening of the duct is directed around the neck of the person 100, the air discharge direction can be changed to follow the neck (see FIG. 5B). ).

  In the third embodiment, in addition to the configuration of the first embodiment, a body temperature rise suppression means 3 having an opening 18 on the inner surface side 13 of the bag body will be described with reference to FIG. FIG. 6 shows a perspective view from the inner surface side of the body temperature rise suppression means 3. In the third embodiment, an example in which a single opening is provided has been described. However, the size, shape, number, and arrangement of the openings are not limited thereto.

  On the inner surface side 13 of the bag body, a large opening 18 is provided in the central portion, leaving a portion of the periphery 14 that contacts the back of the person. Through this opening 18, human sweat is dissipated into the space 12 in the bag body. Further, at the position where the opening 18 faces the person's back, the wear and the inner surface side 13 of the bag body are not in contact with each other, so that a part of the wear is easily separated from the person's back. For this reason, the sweat soaked in the wear is more easily vaporized, the effect of suppressing the increase in body temperature can be increased, and a body temperature increase suppressing means suitable for intense exercise can be provided.

  In the fourth embodiment, in addition to the configuration of the first embodiment, a body temperature rise suppressing means 4 and a body temperature rise suppressing means 5 having a hood 50 that covers a person's head will be described with reference to FIG. FIG. 7A shows the body temperature rise suppression means 4 in which the hood 50 is worn so as to cover the brimmed cap 53 worn by a person. FIG. 7B shows the body temperature rise suppression means 5 provided with a face mask 55 that covers the human face in addition to the configuration of the body temperature rise suppression means 4.

  The hood 50 is provided to extend along the upper end portion of the bag body 11 and the annular belt body 21 so as to cover the opening portion 30 and the head of the person 100. A hook-and-loop fastener 51 is provided at the end of the hood 50 and can be detachably attached to the bag body 11. Of course, the hood and the bag body may be integrated.

  The material of the hood 50 is not limited as long as the solar radiation on the head of the person 100 can be reduced. For example, it may be a natural fiber or a synthetic fiber such as polyester / nylon that is waterproof. If the polyester is waterproof, it can prevent the head from getting wet when it rains during running or farming.

  Further, the hood 50 has means for preventing the detachment from the hooked cap 53. The detachment prevention means includes a string body 52 provided on the upper side of the hood face portion and a locking portion 54 provided on the heel portion of the hooked cap 53. The hood 50 is covered so as to cover the hooked cap 53, and the string body 52 is hooked on the locking portion 54, whereby the hood 50 is prevented from coming off. The locking portion 54 only needs to be able to hook the string body 52, and may be, for example, a button or the like fixed to the collar portion. As another example of the detachment prevention means, a tie part may be provided by providing a holding means on the string body.

  Furthermore, the body temperature rise suppression means 5 is provided with a face mask 55 that covers the face portion of the person 100 from the side surface of the hood 50 (see FIG. 7B). The face mask 55 only needs to cover the face part while avoiding human eyes, and the form is not limited. The material of the face mask 55 may be the same as that of the hood 50 described above. The air released from the opening 30 is dispersed and dissipated from the gap 56 between the hood and the face mask around the neck and the opening 57 at the lower end of the face mask.

  In the fifth embodiment, the body temperature rise suppressing means 6 and the body temperature rise suppressing means 7 applied to the holding string 60 for holding the infant 102 will be described with reference to FIG. FIG. 8A shows body temperature rise suppression means 6 for which only the infant 102 is attached, and FIG. 8B shows body temperature rise suppression means for which both the infant 102 and the parent 101 are attached. 7 is shown.

  First, the holding string 60 will be briefly described. The hug string is an auxiliary tool for holding or carrying an infant, and includes an infant holding portion 61 that holds the infant so as to wrap the infant, and an annular belt body 62 that attaches the hug string to the parent body. When holding an infant, a parental string is attached to the annular band 62 with the parent passing through the arm with the infant holding portion 61 wrapped so that the parent 101 and the infant 102 face each other (see FIG. (See Fig. 8 (A)).

  The body temperature rise suppression means 6 is integrated with the infant holding portion 61 of the hugging string 60, the bag main body 63 disposed on the outer surface side of the infant holding portion 61, the ventilation pipe 71, the fan 70, and the power source 42 that form the blowing means. It is made up of. The inner surface side 13 of the breathable bag body forms the back support portion of the infant holding portion 61. The sweat of the infant 102 is diffused to the space 12 in the bag body through the inner surface side 13 of the bag body. The mounting means is an annular band 62 extending from the infant holding portion. Similar to the first embodiment, the length of the annular band 62 can be adjusted by a length adjusting means (not shown).

  The blowing means has a fan 70, a ventilation pipe 71, and a power source 42. The ventilation pipe 71 allows the lower part of the bag body 63 and the fan 70 to communicate with each other. In a state where the fan 70 is separated from the bag main body 63, air is blown from the fan 70 to the bag main body 63 through the ventilation pipe 71, so that vibration and sound due to driving of the fan 70 are not transmitted to the infant 102.

  The length of the ventilation pipe 71 is not limited. For example, the length may be a length that reaches from the lower part of the bag body 63 to the vicinity of the flank of the parent 102 (see FIG. 8A). The material of the ventilation pipe 71 is not limited, and may be a flexible pipe such as a resin pipe. What is necessary is just to fix the small bag 43 which stores the fan 70 and the power supply 42 to arbitrary places, for example, the cyclic | annular strip | belt body 62. FIG.

  The body temperature rise suppression means 7 has a first bag body 64 formed by a strap and a second bag body 65 that a parent carries on the back side. On the outer surface side of the second bag body 65, a pair of left and right fans 40 for blowing air to the second bag body and an infant fan 72 for blowing air to the first bag body are provided. The infant fan 72 is communicated with the lower portion of the first bag body 64 by a ventilation pipe 71. In the body temperature rise suppression means 7, the pair of left and right fans 40 and the infant fan 72 are driven by the same power source, but each may be driven by an independent power source. When driven by an independent power source, the amount of air blown by each fan may be adjusted so as to suit the way the parent and infant sweat.

  In the sixth embodiment, in addition to the configuration of the first embodiment, the body temperature rise suppression means 8 in which the ventilation pipe 80 is stored in the annular band 25 will be described with reference to FIG. FIG. 9 shows a side view of the person 100 wearing the body temperature rise suppression means 8. In addition to the configuration of the first embodiment, the body temperature rise suppressing means 8 includes an air pipe on the inner side surface of the annular belt body 25 and a ventilation pipe 80 and a fan 82 for blowing air to the ventilation pipe.

  In the sixth embodiment, an example is shown in which the ventilation pipe 80 is stored only in the upper band 26 extending from the upper part of the bag body 11 in the annular band. As for the upper belt body 26, the inner surface side which contacts the person 100 has air permeability. The ventilation pipe 80 is formed with ventilation holes 81 at dispersed positions. The material of the ventilation pipe 80 is not limited, and may be a flexible pipe such as a resin pipe. The interval and size of the vent holes 81 are not limited. When the air is blown from the fan 82 to the ventilation pipe 80, the air is discharged toward the person from the inner surface side of the upper band 26 through the ventilation hole 81 formed in the ventilation pipe.

(Other)
The fan may be hooked on a position away from the bag, for example, a person's waist, and the fan, the power source, and the air duct may be used as the air blowing means to blow air from the fan to the bag through the air duct.
-The outer surface of the bag body may be capable of storing items such as towels, cold insulation materials, water supply bottles and the like as long as air circulation is not hindered.
-When used for running, if a LED or the like is provided on the fan or the like, it is suitable for night running. Further, an oxygen bottle may be stored in a portion that does not hinder the air flow of the bag body, and oxygen may be gradually released.
The embodiment disclosed herein is illustrative in all respects and should not be construed as limiting. The technical scope of the present invention is not limited to the above description but is defined by the scope of the claims, and is intended to include all modifications within the meaning and scope equivalent to the scope of the claims.

1, 2, 3, 4, 5, 6, 7, 8 ... body temperature rise suppression means,
DESCRIPTION OF SYMBOLS 10 ... Bag body, 11 ... Bag main body, 12 ... Space, 13 ... Inner surface side, 14 ... Perimeter, 15 ... Outer surface side,
16 ... Lower part, 17 ... Fastener, 18 ... Opening, 19 ... Upper part,
20 ... Wearing means, 21, 25 ... Ring band, 22 ... Chest band, 23 ... Lumbar band,
24 ... connector, 26 ... upper strip,
30 ... Opening part, 31 ... Fastener, 32 ... Duct,
40 ... Fan, 41 ... Net for preventing entrainment, 42 ... Power supply, 43 ... Sachet,
44 ... belt, 45 ... power cable,
50 ... hood, 51 ... hook-and-loop fastener, 52 ... string, 53 ... hooked cap, 54 ... locking part,
55 ... Face mask, 56 ... Gap, 57 ... Open part,
60 ... Hugging string, 61 ... Infant holding part, 62 ... Annular band, 63 ... Bag body,
64 ... 1st bag main body, 65 ... 2nd bag main body 70 ... Fan, 71 ... Ventilation pipe, 72 ... Infant fan,
80 ... vent pipe, 81 ... vent hole, 82 ... fan,
100 ... person, 101 ... parent, 102 ... infant

  The present invention relates to a body temperature rise suppression means for suppressing a rise in body temperature of a wearing target. The wearing target is not limited to a person who repeats a predetermined operation such as running, jogging, or farm work, or a person such as an infant held or carried by a parent, and may be an animal such as a pet. The body temperature rise suppression means of the present invention suppresses the body temperature rise of the worn surface evenly by a gentle air flow along the wearing target, and has a long usable time, following the change in posture of the wearing target. It relates to easy body temperature rise suppression means.

  2. Description of the Related Art Conventionally, air-conditioning clothing is known as body temperature rise suppression means for suppressing an increase in body temperature of an operator in an environment where the temperature is high. Air is blown into a sealed space in the air-conditioning suit, and the moist air accumulated in the air-conditioning suit is exhausted to the outside through the gap between the worker and the air-conditioning suit. By the action of absorbing, the increase in the body temperature of the worker was suppressed.

  However, when the air-conditioning suit is applied to running or the like that repeats the operation of bending the elbow, the space around the elbow is crushed and air does not flow. This not only makes it difficult to suppress an increase in body temperature, but also causes a problem that the outer surface material swelled to the outside rubs and may damage the outer surface material and is difficult to operate.

  On the other hand, mountaineering zacks, etc., leave a gap between the wearer and the back of the mountaineering zack that makes it easy to dry sweat that has soaked in the clothes so that the wearer does not press the entire backside of the mountaineering zack ing. In addition, in order to make the sweat of clothes easily dry as much as possible, a technique of blowing air with an electric fan in the gap between the mountaineering zack and the wearer is also known.

  Patent Document 1 discloses a technique of body temperature increase suppression means integrated with a backpack. The body temperature rise suppression means includes air blowing means and a backrest body, and the backrest body is a pipe. Then, the pipe wearer side is made into a mesh shape, and the air sucked by the fan from the lower part of the pipe is discharged from the upper part of the pipe, or the air taken in by the fan from the upper part of the pipe is discharged from the lower part of the pipe to flow the air through the pipe Therefore, it is said that the stuffiness of the back is effectively removed.

  However, if the backpack to be loaded is worn against the back so that the backpack to be loaded does not deviate from the back, the pipe is crushed and air does not easily flow. In order to allow air to flow smoothly through the crushed pipe, it is necessary to increase the blowing capacity and battery capacity of the fan, and there is a problem of generating a loud sound during blowing.

  On the other hand, when the rigidity of the pipe is increased so that the pipe is not crushed, there is a problem that the deformation of the pipe cannot be followed when the wearer's posture changes, and the pipe becomes difficult to wear. Although the technique described in Patent Document 1 can be applied to the operation of keeping the upper body in a constant posture such that the backpack does not deviate from the wearer's back, there is a problem that it cannot be applied when the posture of the upper body is not constant. there were.

  Patent Document 2 discloses a technique of a rectangular plate-like backrest. The back support includes a fan and a back support main body having a net structure. The fan is provided in the center position of the back rest body that contacts the back of the wearer. While blowing from a fan toward a wearer's back, the air which passed the net | network structure is discharged | emitted from the circumference | surroundings of a back pad.

  The technique described in Patent Document 2 also requires that the air blowing capacity and battery capacity of the fan be increased because air needs to flow through the net structure. Furthermore, the wearer's back facing the fan is overcooled with a fast air flow, and the air around the back is slow to cool and difficult to cool. There was also a problem that it was easy.

  Patent Document 3 discloses a technique of body temperature rise suppression means including a blowing means and a flat body having moisture permeability. A spacer that forms an air flow path is provided inside the flat body, and air is circulated through the air flow path by the blowing means.

  According to the technique described in Patent Document 3, the flat body is hung from the neck by the wearer and is attached between the infant or the shoulder bag and vaporizes sweat that has soaked into the flat body by the blown air. I am going to let you. However, since the flat body is thin so as not to impede the wearing feeling, the air flow path is narrow, and the technique described in Patent Document 3 also needs to increase the fan blowing capacity and the battery capacity. .

  Patent Document 4 discloses a technique of body temperature rise suppression means including air blowing means and a bag body to be attached to clothes by a hook-and-loop fastener. The bag body is provided with a vent for blowing air toward the wearer's back. According to the technique described in Patent Document 4, since the blown air is only blown from the vent toward the back, the sweat on the back facing the bag body tends to vaporize, but the vaporized sweat There was a problem that moisture was easily trapped in the clothes.

Japanese Patent Application Laid-Open No. 2004-147871 JP-A-2006-52369 Nomi 3207262 Nomi 3173198

  Accordingly, the inventors of the present application have an object to provide a body temperature rise suppression means that can suppress the body temperature rise of the worn surface evenly and has a long usable time and can easily follow a change in posture of the wearing target. .

  1st invention of this invention is a body temperature rise suppression means to suppress the body temperature rise of mounting | wearing object, Comprising: A bag body and a ventilation means, The said bag body is a bag main body, and the said bag main body is said mounting | wearing Mounting means for mounting so as not to deviate from the target, the blowing means has a power source and a fan, blows air to the bag main body, the bag main body along the body of the mounting target A space having an open part is formed, and the open part is provided at any end of the bag body, and the inner surface side of the bag body facing the mounting object has air permeability, and the inner surface The air is blown into the space, and the air blown into the space is released from the open portion, and the wear target is connected to a person. And the body temperature rise suppression means includes a hood, De includes the person's head, is characterized in that it extends to cover said opening.

  The attachment means may be attached so that the bag body does not deviate from the attachment target, and an annular band through which the arm is passed, a band body wound around the waist, and the like are suitable, but are not limited. In addition, it is more preferable to use a string whose length can be adjusted according to the physique or mounting posture of the mounting target, a double-sided fastener, or the like so as not to deviate from the mounting target.

  The position of the end portion of the bag body provided with the opening is not limited, and may be on the side where the air inside the space is smoothly discharged. For example, in the case of being worn on the back of a person, it is preferable to form an open part in the upper part of the bag body to cool the neck where blood vessels gather during running or the like. On the other hand, when it is attached to the back of a quadruped animal, it is preferable that the open part is formed at the rear part of the bag body, since the release of air from the bag body is not hindered by the operation of the quadruped animal.

  The size, the number, the mounting position, the form, and the blowing capacity of the fan constituting the blowing means are not limited, and the capacity and the mounting position of the battery are not limited. If a fan is fixed to the bag body, air can be blown into the space in the bag body without a blower tube. On the other hand, if a fan is fixed to the mounting means, it is easy to blow air to a plurality of locations through the blower tube. Of course, the fan may be fixed to a part of the wearer's clothes.

  The material is not limited as long as the inner surface side of the bag body facing the mounting target has air permeability. The bag body is mounted so that the periphery on the inner surface side is in contact with the mounting target. Thereby, the air blown into the space in the bag body is less likely to leak from the periphery of the bag body, and even if the air flow is slow, it flows in the space toward the opening along the body to be attached, It is effectively released from the open part while suppressing an increase in body temperature of the wearing target.

  According to the body temperature rise suppression means of the first invention of the present invention, the periphery of the bag body is in contact with a part of the mounting target and is mounted so as not to be displaced, so that the operation of the mounting target is not hindered. In addition, the bag body forms a swollen space that is not crushed, and it is only necessary to gently release the air inside the space from the open portion provided at the end portion, so the fan blowing capacity may be small, It is difficult to generate a loud sound and power consumption can be suppressed. According to the first aspect of the present invention, an increase in the body temperature of the worn surface is uniformly suppressed, the usable time is long, and it is easy to follow a change in the posture of the wearing target. .

  The air released from the open part is released through the hood, and the released air suppresses the increase in the body temperature of the person's head and further suppresses the increase in the body temperature by reducing solar radiation on the person's head. If a hooded hat is worn when a person is running, etc., the hood should be equipped with a means to prevent the hood from coming off from the hooded hat so that the hood will not come off. It is suitable not to come off even by wind.

  According to a second aspect of the present invention, in the body temperature rise suppressing means of the first aspect, the hood has a face mask, and the face mask covers the human face from the side of the hood. It is characterized by. According to the second aspect of the present invention, since the hood is equipped with the face mask, the released air suppresses the increase in the body temperature of the face portion, and also suppresses the solar radiation on the human face portion, thereby further suppressing the increase in the body temperature. .

  According to a third aspect of the present invention, in the body temperature rise suppressing means of the first or second aspect, the bag body has an opening, the opening is formed on the inner surface side, and the human sweat is the opening. It is characterized by being vaporized in the space.

  The size, shape, and number of openings formed on the inner surface side are not limited, and it is only necessary to select one that is suitable for human movement. For example, if a large opening is provided in a portion that is in contact with the back of a person, when jogging, a part of the wear is separated from the back, and the sweat of the wear is easily vaporized. On the other hand, if a distributed opening is provided in the part that touches the back of the person, even if you run fast, part of the wear is difficult to separate from the back and sweat of the wear without changing the feeling of being integrated with the person Is vaporized. According to the third aspect of the invention, it is possible to suppress a rise in body temperature according to a human action.

  A fourth invention of the present invention is a body temperature increase suppressing means for suppressing an increase in body temperature of a mounting target, and includes a bag body and a blowing means, and the bag body includes a bag body and the bag body mounted on the body. Mounting means for mounting so as not to deviate from the target, the blowing means has a power source and a fan, blows air to the bag main body, the bag main body along the body of the mounting target A space having an open part is formed, and the open part is provided at any end of the bag body, and the inner surface side of the bag body facing the mounting object has air permeability, and the inner surface The air is blown into the space, and the air blown into the space is discharged from the opening portion, and the opening portion is opened. Have open width adjustment means to change the size of the part It is a symptom. When an operation that does not perspire or an operation with a small amount of perspiration is performed, the amount of air blown from the blower is reduced and the open portion is made small so as to reduce power consumption. Since the flow is generated in the air even if the opening is small, a part of the mounting target along the air flow can be cooled.

  On the other hand, when performing an operation with a large amount of perspiration, the size of the open portion may be increased. Since the high-humidity air in the bag body is easily released, the vaporization of sweat that absorbs heat from the surroundings is promoted, and it is possible to suppress an increase in body temperature according to an operation with a large amount of sweating. According to the fourth invention, there is an advantageous effect that it is possible to obtain an effect of suppressing body temperature rise according to the state of sweating of the wearing target by changing the amount of air released from the bag body.

  The wearing target of the body temperature rise suppressing means of the invention of the present application is not limited as long as it is an animal that rises in body temperature by moving. When an animal with a sweat gland on the body, such as a person or horse, is attached to the body, air with a temperature lower than the body temperature flows along the body, and air with high humidity including sweat is discharged from the space. Easily evaporates sweat and suppresses body temperature rise by absorbing heat from the surroundings by evaporating sweat. When worn on an animal that is difficult to sweat, an increase in body temperature is suppressed mainly by the action of air having a temperature lower than the body temperature flowing along the body.

  According to a fifth aspect of the present invention, there is provided a body temperature rise restraining means for restraining a body temperature rise of a wearing target, comprising a bag body and an air blowing means, the bag body comprising a bag body and the bag body attached to the body. Mounting means for mounting so as not to deviate from the target, the blowing means has a power source and a fan, blows air to the bag main body, the bag main body along the body of the mounting target A space having an open part is formed, and the open part is provided at any end of the bag body, and the inner surface side of the bag body facing the mounting object has air permeability, and the inner surface The air is blown into the space and is released from the open portion after the air is blown into the space. A plurality of fans, wherein the plurality of fans On the side, so as to maintain the inflated state of the space, it is characterized by being juxtaposed to Seriau as.

  The number of fans is not limited, and it is sufficient that at least a pair of fans are arranged close to each other and the portions where the fans are close to each other are arranged so as to be separated from the inner surface side of the bag body. In addition, it is preferable that an entrapment prevention net for hair or the like is provided on the suction surface of the fan according to the fixing position of the fan and the mounting target. According to the fifth aspect of the present invention, the state in which the bag body swells along the body to be mounted is not crushed during mounting.

  According to a sixth aspect of the present invention, in the body temperature rise suppressing means according to the first to fifth aspects, the mounting means includes a belt body that is mounted in contact with the mounting object, and the belt body has air permeability. It is characterized by that.

  Since the annular band passing through the arm that forms the mounting means in contact with the mounting target, the band wound around the waist, and the like have air permeability, sweat at the portion in contact with the band is easily vaporized. The band is preferably made of sweat-absorbing material, but is not limited as long as it has air permeability. According to the sixth aspect of the invention, an increase in body temperature at the portion where the belt body constituting the wearing means and the wearing target are in contact is suppressed.

  According to a seventh aspect of the present invention, in the body temperature rise suppressing means according to the first to sixth aspects, the mounting means includes a belt body to be mounted in contact with the mounting object, and a predetermined length is provided along the belt body. A vent pipe in which vent holes are formed at intervals is stored, and the blowing means also blows air to the vent pipe.

  Ventilation pipes with ventilation holes formed at predetermined intervals are stored in a belt that forms the attachment means that comes into contact with the attachment object, and air is discharged from the ventilation holes of the ventilation pipe by being blown from the ventilation means to the ventilation pipe. The sweat that has soaked into the band that forms the attachment means is easily vaporized. According to 7th invention, the body temperature rise of the part which the strip | belt body which makes | forms a mounting means and the mounting object contact | connects is suppressed more.

-According to 1st invention, while suppressing the body temperature rise of the surface to which it was mounted | worn uniformly, there exists an advantageous effect which is unprecedented that a usable time is long and it is easy to follow the change of the attitude | position of mounting | wearing object. In addition, the air released from the open part is released through the hood, and the released air suppresses the increase in the body temperature of the human head and further suppresses the increase in the body temperature by reducing solar radiation on the human head. Let
-According to the second invention, since the hood is equipped with a face mask, the released air suppresses an increase in the body temperature of the face, and also suppresses an increase in body temperature by reducing solar radiation on the face of the person. Let
-According to 3rd invention, it becomes possible to suppress a body temperature rise according to a human motion.

-According to 4th invention, there exists an advantageous effect that the effect of the body temperature rise suppression according to the state of perspiration | sweating of a mounting | wearing object can be acquired by changing the discharge | release amount of the air from a bag main body.
-According to 5th invention, the state which the bag main body swells along the body of the said mounting object does not collapse at the time of mounting | wearing.
-According to 6th invention, the body temperature rise of the part which the strip | belt body which makes | forms a mounting means and the mounting | wearing object contact is suppressed.
-According to 7th invention, the body temperature rise of the part which the strip | belt body which makes | forms a mounting means and the mounting object contact | connects is suppressed more.

The perspective view from the back surface of a body temperature rise suppression means (Example 1). The perspective view from the inner side of a body temperature rise suppression means (Example 1). Explanatory drawing of the state which the person wore the body temperature rise suppression means (Example 1). Explanatory drawing of the state which the person wore the body temperature rise suppression means (Example 1). Explanatory drawing (Example 2) of the body temperature rise suppression means which has the conversion means which changes a discharge | release direction. Explanatory drawing of the body temperature rise suppression means which has an opening in the inner surface side of a bag main body (Example 3). Explanatory drawing of the body temperature rise suppression means which has the hood which covers a head (Example 4). Explanatory drawing of the body temperature rise suppression means applied to the infant's strap (Example 5). Explanatory drawing (Example 6) of the body temperature rise suppression means which accommodated the ventilation | gas_flowing pipe in the strip | belt body.

  In order to facilitate understanding of the present invention, as an example of the body temperature rise suppression means applied to a person, an example of a backpack carried by a person and an example of a hug string holding an infant are shown. When the wearing object is a pet, it may be applied as a backpack on the back of the pet.

  In the first embodiment, a body temperature rise suppression unit 1 that suppresses a person's body temperature rise will be described with reference to FIGS. 1 to 4. In the figure, the flow of wind is indicated by white arrows, and the flow of sweat vaporization is indicated by dashed arrows. The same applies to Example 2 and subsequent examples. In the side view, a part of a person's arm is shown by a broken line for easy understanding.

  FIG. 1 is a perspective view from the back of a body temperature rise suppression means 1 carried by a person. FIG. 2 shows the body temperature rise suppression means 1 in a perspective view from the inward side. FIG. 3A shows a side view of the body temperature rise suppression means 1. FIG. 3B shows a cross-sectional view at the position of FIG. 2A-A. FIG. 4 (A) shows a plan view of the body temperature rise suppression means 1 in a state worn by a person. FIG. 4B is a cross-sectional view taken along the line AA in FIG.

  The body temperature rise suppression means 1 is composed of a bag body 10, a fan 40 and a power source 42 that form air blowing means. The bag body 10 includes a bag body 11 and mounting means 20. The bag body 11 is inflated along the back of the person 100, and air is blown from the fan 40 into the space 12 formed by the bag body 11 (see FIGS. 1 and 3). In the bag body 11 of the first embodiment, an open portion 30 is formed at the upper end portion, and air blown into the space 12 from the open portion 30 is released upward.

  The inner surface side 13 of the bag body is provided with air permeability (see FIG. 2). The sweat of the person who wears is diffused to the space 12 in the bag body through the inner surface side 13, and is released to the outside through the opening 30 (see FIG. 3B). The material of the inner surface side 13 of the bag body is not limited. For example, the material forming the inner surface side 13 of the bag body may be a fabric having air permeability and sweat absorption, or a flexible material having only air permeability in which air holes are formed, such as a resin sheet having holes. There may be. The outer surface side 15 of the bag body may be a material having a small air permeability, for example, a nylon fabric, but may be a resin sheet or the like (see FIG. 3B).

  The body temperature rise suppression means 1 is mounted so that the periphery 14 on the inner surface side of the bag body is in contact with the back of the person (see FIGS. 2 and 3). When air is blown into the space 12 in the bag body with the inner periphery 14 in contact with the air, the air does not leak from the periphery of the bag body 11 but flows along the back of the person and is vaporized in the space 12. Moist air containing the perspired sweat (see the broken line arrow in FIG. 3B) is discharged upward from the opening 30 (see the white arrow in FIG. 3B).

  The opening portion 30 is provided with a fastener 31 that forms an opening width adjusting means for changing the width of the opening portion. If the fastener 31 is closed and the opening width is made small, even if the amount of air blown from the fan 40 is small, an air flow from the opening portion to the back of the head of the person 100 wearing the person is generated. By reducing the amount of blown air, the power consumption of the fan can be suppressed and the fan can be used for a long time. Moreover, the noise of the fan is not increased, and the light winds behind the head can comfortably work even for long-time agricultural work.

  On the other hand, if the fastener 31 is opened and the opening width is increased, the high-humidity air in the bag body 11 can be quickly released to the outside. Therefore, even when an operation with a large amount of perspiration, for example, running, is performed, the vaporization of sweat is easily promoted. When the opening width is increased, an increase in body temperature can be suitably suppressed even in an operation with a large amount of sweating.

  Moreover, the bag main body 11 of Example 1 is made into the shape which the lower part 16 narrowed compared with the upper part 19 (refer FIG. 1). Since the lower part 16 is narrowed, the lower part 16 of the bag body does not obstruct the movement of the arm even when the arm is moved back and forth like running, etc. Can do.

  The wearing means 20 includes a pair of left and right annular belts 21 and 21 through which a person's arm passes, a chest band 22 that connects the pair of left and right annular belts in front of the person's chest, and a waist band 23 that wraps around the person's waist. (See FIG. 2). Each band is adjustable in length. In addition, the chest band body 22 and the waist band body 23 are composed of a pair of band bodies having a connector 24 that is engaged with each other at the ends.

  The connector may be engaged by inserting the convex portion of the other end portion into the concave portion of one end portion, and is formed at the end portion of the other belt body in the hole formed in one belt body. A hooking claw may be hooked and engaged, and any known connecting means may be used. The length of the band may be adjusted by a known length adjusting means according to the physique of the person to be worn.

  The length adjustment means is adapted to the physique of the person wearing the band, and after the person carries the bag body through the left and right arms on the pair of left and right annular bands 21, 21, the chest band and the waist band The body temperature rise suppressing means is attached to a person by engaging the connector at the end of the body.

  Since the belt body is wound around the left and right arms and the waist, and the belt body wound around the left and right arms is connected in front of the chest, the bag body 11 does not slip from the back even if a person moves. Of course, the above-described belt body may be modified and applied. For example, a pair of left and right annular bands may intersect at the front of the body, the chest band may be omitted, and the form of the wearing means is not limited.

  The material of the annular band 21, the chest band 22, and the waist band 23 that constitute the mounting means is not limited. For example, if the belt is made of a breathable material such as a mesh cloth, sweat is easily vaporized even at a portion where the belt contacts the person, and the person can operate in a more comfortable state.

  A pair of left and right fans 40 constituting the air blowing means are fixed to the outer surface side 15 of the bag body (see FIG. 1). The pair of left and right fans 40 are arranged side by side so that adjacent portions compete in the space 12 of the bag body (see FIGS. 2 and 4B). Competing means that the inner angle formed by the fan surfaces of the pair of left and right fans 40 is smaller than 180 degrees (see FIG. 2α). By the pair of fans competing with each other, the inflated space 12 of the bag body 11 remains in an inflated state. This prevents the swelled space 12 formed by the bag body from being crushed during the movement of the person when the body temperature rise suppression means is detached.

  The type / shape / fan capacity of the fan is not limited. For example, a cooling fan or the like for a personal computer can be used continuously for a long time with low power consumption, and is lightweight and suitable, but is not limited. On the outer surface side of the fan, a net 41 for preventing entanglement of hair is provided (see FIG. 4B). Even when a woman with long hair uses it, the hair is not caught.

  A power source 42 for operating the fan is housed in a pouch 43, and a power cable 45 extending from the fan is connectable (see FIG. 1). The battery for power supply is preferably a rechargeable battery, but is not limited. A belt 44 having a hook-and-loop fastener is provided on the outer surface of the sachet 43, so that it can be fitted according to the thickness of the arm. The place where the pouch 43 is attached is not limited to the arm, and may be attached to a place where the power operation is easy, such as a waist belt.

  Only the start / stop of fan blowing can be selected by power operation, and in addition to the start / stop of blowing, the amount of blown air may be adjustable. There is no limitation on the adjusting means for adjusting the air flow rate. For example, by changing the voltage applied to the fan 40 from the power source 42, the air flow rate of the fan may be adjusted, or the air flow rate may be adjusted by changing the number of fans to be driven.

  The bag body 11 is provided with a fastener 17 that opens and closes in the horizontal direction below the fan 40. By opening the fastener 17, items necessary for running such as a water bottle and towel can be stored in a portion of the bag body that does not obstruct air blowing below the fan 40. Of course, the bag main body 11 may store a cooling agent so as not to disturb the air blowing.

  In the second embodiment, in addition to the configuration of the first embodiment, a body temperature rise suppression means 2 having a conversion means for changing the air discharge direction will be described with reference to FIG. 5A shows a state in which the discharge direction is a direction along the back of the head of the person, and FIG. 5B shows a state in which the discharge direction is a direction along the person's neck. . In the second embodiment, only the configuration different from the configuration of the first embodiment will be described, and the same configuration is denoted by the same reference numeral, and the description thereof is omitted. The same applies to the third and subsequent embodiments.

  The converting means is an accordion-shaped duct 32 provided around the opening 30. In the state in which the duct 32 is folded, air is released in a direction along the back of the head of the person 100 as in the case of the first embodiment (see FIG. 5A). On the other hand, when the bellows portion of the duct 32 is developed and the opening of the duct is directed around the neck of the person 100, the air discharge direction can be changed to follow the neck (see FIG. 5B). ).

  In the third embodiment, in addition to the configuration of the first embodiment, a body temperature rise suppression means 3 having an opening 18 on the inner surface side 13 of the bag body will be described with reference to FIG. FIG. 6 shows a perspective view from the inner surface side of the body temperature rise suppression means 3. In the third embodiment, an example in which a single opening is provided has been described. However, the size, shape, number, and arrangement of the openings are not limited thereto.

  On the inner surface side 13 of the bag body, a large opening 18 is provided in the central portion, leaving a portion of the periphery 14 that contacts the back of the person. Through this opening 18, human sweat is dissipated into the space 12 in the bag body. Further, at the position where the opening 18 faces the person's back, the wear and the inner surface side 13 of the bag body are not in contact with each other, so that a part of the wear is easily separated from the person's back. For this reason, the sweat soaked in the wear is more easily vaporized, the effect of suppressing the increase in body temperature can be increased, and a body temperature increase suppressing means suitable for intense exercise can be provided.

  In the fourth embodiment, in addition to the configuration of the first embodiment, a body temperature rise suppressing means 4 and a body temperature rise suppressing means 5 having a hood 50 that covers a person's head will be described with reference to FIG. FIG. 7A shows the body temperature rise suppression means 4 in which the hood 50 is worn so as to cover the brimmed cap 53 worn by a person. FIG. 7B shows the body temperature rise suppression means 5 provided with a face mask 55 that covers the human face in addition to the configuration of the body temperature rise suppression means 4.

  The hood 50 is provided to extend along the upper end portion of the bag body 11 and the annular belt body 21 so as to cover the opening portion 30 and the head of the person 100. A hook-and-loop fastener 51 is provided at the end of the hood 50 and can be detachably attached to the bag body 11. Of course, the hood and the bag body may be integrated.

  The material of the hood 50 is not limited as long as the solar radiation on the head of the person 100 can be reduced. For example, it may be a natural fiber or a synthetic fiber such as polyester / nylon that is waterproof. If the polyester is waterproof, it can prevent the head from getting wet when it rains during running or farming.

  Further, the hood 50 has means for preventing the detachment from the hooked cap 53. The detachment prevention means includes a string body 52 provided on the upper side of the hood face portion and a locking portion 54 provided on the heel portion of the hooked cap 53. The hood 50 is covered so as to cover the hooked cap 53, and the string body 52 is hooked on the locking portion 54, whereby the hood 50 is prevented from coming off. The locking portion 54 only needs to be able to hook the string body 52, and may be, for example, a button or the like fixed to the collar portion. As another example of the detachment prevention means, a tie part may be provided by providing a holding means on the string body.

  Furthermore, the body temperature rise suppression means 5 is provided with a face mask 55 that covers the face portion of the person 100 from the side surface of the hood 50 (see FIG. 7B). The face mask 55 only needs to cover the face part while avoiding human eyes, and the form is not limited. The material of the face mask 55 may be the same as that of the hood 50 described above. The air released from the opening 30 is dispersed and dissipated from the gap 56 between the hood and the face mask around the neck and the opening 57 at the lower end of the face mask.

  In the fifth embodiment, the body temperature rise suppressing means 6 and the body temperature rise suppressing means 7 applied to the holding string 60 for holding the infant 102 will be described with reference to FIG. FIG. 8A shows body temperature rise suppression means 6 for which only the infant 102 is attached, and FIG. 8B shows body temperature rise suppression means for which both the infant 102 and the parent 101 are attached. 7 is shown.

  First, the holding string 60 will be briefly described. The hug string is an auxiliary tool for holding or carrying an infant, and includes an infant holding portion 61 that holds the infant so as to wrap the infant, and an annular belt body 62 that attaches the hug string to the parent body. When holding an infant, a parental string is attached to the annular band 62 with the parent passing through the arm with the infant holding portion 61 wrapped so that the parent 101 and the infant 102 face each other (see FIG. (See Fig. 8 (A)).

  The body temperature rise suppression means 6 is integrated with the infant holding portion 61 of the hugging string 60, the bag main body 63 disposed on the outer surface side of the infant holding portion 61, the ventilation pipe 71, the fan 70, and the power source 42 that form the blowing means. It is made up of. The inner surface side 13 of the breathable bag body forms the back support portion of the infant holding portion 61. The sweat of the infant 102 is diffused to the space 12 in the bag body through the inner surface side 13 of the bag body. The mounting means is an annular band 62 extending from the infant holding portion. Similar to the first embodiment, the length of the annular band 62 can be adjusted by a length adjusting means (not shown).

  The blowing means has a fan 70, a ventilation pipe 71, and a power source 42. The ventilation pipe 71 allows the lower part of the bag body 63 and the fan 70 to communicate with each other. In a state where the fan 70 is separated from the bag main body 63, air is blown from the fan 70 to the bag main body 63 through the ventilation pipe 71, so that vibration and sound due to driving of the fan 70 are not transmitted to the infant 102.

  The length of the ventilation pipe 71 is not limited. For example, the length may be a length that reaches from the lower part of the bag body 63 to the vicinity of the flank of the parent 102 (see FIG. 8A). The material of the ventilation pipe 71 is not limited, and may be a flexible pipe such as a resin pipe. What is necessary is just to fix the small bag 43 which stores the fan 70 and the power supply 42 to arbitrary places, for example, the cyclic | annular strip | belt body 62. FIG.

  The body temperature rise suppression means 7 has a first bag body 64 formed by a strap and a second bag body 65 that a parent carries on the back side. On the outer surface side of the second bag body 65, a pair of left and right fans 40 for blowing air to the second bag body and an infant fan 72 for blowing air to the first bag body are provided. The infant fan 72 is communicated with the lower portion of the first bag body 64 by a ventilation pipe 71. In the body temperature rise suppression means 7, the pair of left and right fans 40 and the infant fan 72 are driven by the same power source, but each may be driven by an independent power source. When driven by an independent power source, the amount of air blown by each fan may be adjusted so as to suit the way the parent and infant sweat.

  In the sixth embodiment, in addition to the configuration of the first embodiment, the body temperature rise suppression means 8 in which the ventilation pipe 80 is stored in the annular band 25 will be described with reference to FIG. FIG. 9 shows a side view of the person 100 wearing the body temperature rise suppression means 8. In addition to the configuration of the first embodiment, the body temperature rise suppressing means 8 includes an air pipe on the inner side surface of the annular belt body 25 and a ventilation pipe 80 and a fan 82 for blowing air to the ventilation pipe.

  In the sixth embodiment, an example is shown in which the ventilation pipe 80 is stored only in the upper band 26 extending from the upper part of the bag body 11 in the annular band. As for the upper belt body 26, the inner surface side which contacts the person 100 has air permeability. The ventilation pipe 80 is formed with ventilation holes 81 at dispersed positions. The material of the ventilation pipe 80 is not limited, and may be a flexible pipe such as a resin pipe. The interval and size of the vent holes 81 are not limited. When the air is blown from the fan 82 to the ventilation pipe 80, the air is discharged toward the person from the inner surface side of the upper band 26 through the ventilation hole 81 formed in the ventilation pipe.

(Other)
The fan may be hooked on a position away from the bag, for example, a person's waist, and the fan, the power source, and the air duct may be used as the air blowing means to blow air from the fan to the bag through the air duct.
-The outer surface of the bag body may be capable of storing items such as towels, cold insulation materials, water supply bottles and the like as long as air circulation is not hindered.
-When used for running, if a LED or the like is provided on the fan or the like, it is suitable for night running. Further, an oxygen bottle may be stored in a portion that does not hinder the air flow of the bag body, and oxygen may be gradually released.
The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The technical scope of the present invention is not limited to the above description but is defined by the scope of the claims, and is intended to include all modifications within the meaning and scope equivalent to the scope of the claims.

1, 2, 3, 4, 5, 6, 7, 8 ... body temperature rise suppression means,
DESCRIPTION OF SYMBOLS 10 ... Bag body, 11 ... Bag main body, 12 ... Space, 13 ... Inner surface side, 14 ... Perimeter, 15 ... Outer surface side,
16 ... Lower part, 17 ... Fastener, 18 ... Opening, 19 ... Upper part,
20 ... Wearing means, 21, 25 ... Ring band, 22 ... Chest band, 23 ... Lumbar band,
24 ... connector, 26 ... upper strip,
30 ... Opening part, 31 ... Fastener, 32 ... Duct,
40 ... Fan, 41 ... Net for preventing entrainment, 42 ... Power supply, 43 ... Sachet,
44 ... belt, 45 ... power cable,
50 ... hood, 51 ... hook-and-loop fastener, 52 ... string, 53 ... hooked cap, 54 ... locking part,
55 ... Face mask, 56 ... Gap, 57 ... Open part,
60 ... Hugging string, 61 ... Infant holding part, 62 ... Annular band, 63 ... Bag body,
64 ... 1st bag main body, 65 ... 2nd bag main body 70 ... Fan, 71 ... Ventilation pipe, 72 ... Infant fan,
80 ... vent pipe, 81 ... vent hole, 82 ... fan,
100 ... person, 101 ... parent, 102 ... infant

Claims (8)

Body temperature rise suppression means for suppressing body temperature rise of the wearing target,
Including a bag and a blowing means,
The bag body has a bag main body and mounting means for mounting the bag main body so as not to deviate from the mounting target,
The blowing means has a power source and a fan, and blows air to the bag body,
The bag body swells along the body to be mounted and has a space having an open portion,
The opening part is provided at either end of the bag body;
The inner surface side of the bag body facing the mounting object has air permeability, and the periphery of the inner surface side is mounted so as to contact the mounting object,
The air blown into the space is discharged from the opening part after flowing along the body to be mounted.
Means for suppressing body temperature rise. The open part has an open width adjusting means for changing the size of the open part,
The body temperature rise suppressing means according to claim 1. The fan comprises a plurality of fans,
The plurality of fans are arranged side by side so as to compete so as to maintain the swelled state of the space on the outer surface side of the bag body.
The body temperature rise suppression means according to claim 1 or claim 2, wherein The wearing object is a person,
The body temperature rise suppression means includes a hood,
The hood extends to cover the person's head and the opening.
The body temperature rise suppression means according to any one of claims 1 to 3, characterized in that: The hood has a face mask,
The face mask covers the person's face from the side of the hood;
The body temperature rise suppression means according to claim 4. The bag body has an opening;
The opening is formed on the inner surface side;
The person's sweat is vaporized into the space through the opening;
The body temperature rise suppression means according to claim 4 or 5, characterized in that. The mounting means includes a belt body to be mounted in contact with the mounting target,
The belt is breathable,
The body temperature rise suppression means according to any one of claims 1 to 6, wherein The mounting means includes a belt body to be mounted in contact with the mounting target,
A ventilation pipe in which ventilation holes are formed at predetermined intervals along the belt body is stored,
The blowing means is also blowing air into the ventilation pipe,
The body temperature rise suppression means according to any one of claims 1 to 7, wherein

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