JP7348621B2 - body temperature regulating clothing - Google Patents

Description

TECHNICAL FIELD The present invention relates to a body temperature regulating garment that regulates a wearer's body temperature by flowing a liquid at a predetermined temperature.

In recent years, in order to improve comfort when working indoors in high or low temperature work environments or outdoors during summer or winter, workers' body temperatures have been reduced by circulating cooled or heated fluid near the workers' bodies. The development of temperature regulating clothing that regulates body temperature is progressing (for example, see Patent Documents 1 and 2).

For example, pool lifeguards must sit outdoors on observation stands (high chairs) to monitor their surroundings during the summer, and if they discover anything unusual, they must quickly rush to the scene. However, as lifeguards must remain seated at all times, it is difficult for lifeguards to remain seated under the scorching sun.
As a tool to solve this problem, for example, there is a device that circulates ice-cold water inside a tube that runs inside the wearer's temperature-regulating clothing, thereby suppressing the rise in the wearer's body temperature. .
By the way, monitoring work of outdoor pools is carried out continuously for a long time, but as mentioned above, cooling of the body using ice is generally limited to about two hours. Therefore, chillers (cooling water circulation devices) are used that can continuously cool water as long as electricity is supplied.

JP 2017-125272 Publication JP 2017-57518 Publication

However, when such an external device is applied, when the wearer (observer) tries to rush to the scene, the wearer and the chiller are connected via a hose, so the wearer has to take off the wearer. There is a risk that it will take time to take off this clothing. It has been desired to shorten the time it takes to take off this clothing.

In view of the above circumstances, an object of the present invention is to provide a body temperature regulating garment that can be easily and quickly taken off.

In order to achieve the above object, a body temperature regulating garment according to one embodiment of the present invention is a body temperature regulating garment in which a liquid of a predetermined temperature is introduced and the body temperature of the wearer is adjusted by the circulation of the liquid, and the garment body , and a conveyance path through which the liquid flows. The clothing main body includes a front body part and a back body part. The conveyance path is provided at least on the inner surface side of the front body portion.
The front body part is connected to the back body part only at both shoulders, and has a neck opening through which the wearer's head passes through, so that the front body part can swing freely around both shoulders.

In the above body temperature regulating clothing, the wearer can easily and quickly take off the clothing body in an emergency by passing the head through the neck opening of the clothing body.

The back body portion has first fastening portions provided at both ends of the lower side portions in the body width direction, and the front body portion has second fastening portions that are engageable with the first fastening portions. The first fastening part and the second fastening part are arranged in a direction in which the wearer separates the front body part and the back body part back and forth from the engaged state. They may be engaged with each other with an engagement force that releases the engagement state when pulled with both hands.

In the temperature regulating clothing, the front body portion includes a first front body portion and a second front body portion connected to left and right shoulder portions, respectively, and the first front body portion and the second front body portion include: It has a first engaging part and a second engaging part that engage with each other, and the first engaging part and the second engaging part are arranged so that when the wearer moves from the engaged state to the first engaging part. The front body and the second front body may be engaged with each other with an engaging force that releases the engaged state when the front body and the second front body are pulled with both hands in the direction of separating left and right.

In the temperature regulating clothing, the first engaging part and the second engaging part may be a pair of tension release type fasteners, a hook and loop fastener, a magnet, or a snap button.

In the temperature regulating clothing, the first fastening part and the second fastening part may be a pair of tension release type fasteners, a hook-and-loop fastener, a magnet, or a snap button.

In the temperature regulating clothing, the front body portion may further include a storage portion in which a weight is removably stored.

In the temperature regulating clothing, the length of the back body portion may be 1.6 times or more the length of the front body portion.

In the temperature regulating garment, the rear body portion may further include a fixture that can be fixed to a seat on which the wearer sits.

As described above, according to the present invention, the wearer can easily and quickly take off the temperature regulating clothing.

It is a side view of a wearer showing an example of use of the body temperature regulation system according to the first embodiment of the present invention. FIG. 2 is a schematic development view of the temperature regulating clothing in the temperature regulating system of FIG. 1. FIG. 3 is a sectional view taken along line AA' in FIG. 2. FIG. They are a perspective view (a) of the lifeguard before taking off the body temperature regulating clothing and a perspective view (b) of the lifeguard after taking it off. It is a side view of a wearer showing an example of use of the body temperature regulation system according to the second embodiment of the present invention. FIG. 6 is a schematic development view of the temperature regulating clothing in the temperature regulating system of FIG. 5; FIG. 7 is a schematic development diagram showing a configuration example of a body temperature regulating garment according to a third embodiment of the present invention. FIG. 7 is a schematic development view showing another example of the configuration of the body temperature regulating clothing according to the third embodiment. FIG. 9 is a diagram illustrating a method for taking off the body temperature regulating clothing shown in FIG. 7 or 8;

Embodiments of the present invention will be described below with reference to the drawings.

<First embodiment>
[Temperature regulation system]
FIG. 1 is a side view of an outdoor pool lifeguard showing an example of use of a body temperature regulation system according to an embodiment of the present invention.

The body temperature regulation system 1 of this embodiment includes a body temperature regulation garment 100 and a fluid temperature regulation device 200.
The body temperature regulation clothing 100 is a suitably shaped garment that can be worn by the wearer U who is a lifeguard, and is made of a fluid (in this example, It has a circulation passage for water.
The fluid temperature regulating device 200 includes a cooling device that regulates the temperature of the fluid circulating inside the body temperature regulating garment 100 . The wearer U is not limited to a pool lifeguard, but may also be a forklift driver, a factory worker, or the like.

[Fluid temperature control device]
The fluid temperature regulating device 200 includes a chiller 60 (cooling water circulation device) and a hose 70 that connects the chiller 60 to the water inlet 181 and the water outlet 182 of the body temperature regulating garment 100 (see FIGS. 1 and 2).
The chiller 60 includes a water intake pipe that is detachably connected to a water outlet 182 of the body temperature regulating clothing 100 via a hose 70 and a water supply pipe that is detachably connected to a water inlet 181 of the body temperature regulating suit 100 via a hose 70. and has.

The chiller 60 further includes a tank that stores fluid (hereinafter also referred to as cooling water) introduced through the water suction pipe, and a pump that supplies the fluid cooled in the chiller 60 to the body temperature regulating clothing 100 (see FIG. (not shown). The cooling water cooled to a predetermined temperature is sent to the water inlet 181 of the body temperature regulating clothing 100 via the hose 70.

The chiller 60 has a control section configured with a computer having a CPU (Central Processing Unit) and a memory, and this control section controls the driving of a pump, a compressor, a fan 61, etc. (not shown) of the chiller 60.

The monitoring stand 80 includes a seat surface 80s on which the wearer U sits, and a backrest 80b.
As shown in FIG. 1, the chiller 60 is installed, for example, under the seat surface 80s of the monitoring stand 80 on which the wearer U sits. Alternatively, the fluid temperature regulating device 200 is configured to be movable integrally with the wearer U wearing the body temperature regulating clothing 100, and is arranged so as to be movable in the back of the wearer U (the space between the wearer U and the backrest 80b). It may be attached to the surface 80s, the backrest 80b, any position on the monitoring stand 80, etc.

[Temperature regulating clothing]
Next, details of the temperature regulating clothing 100 will be explained. FIG. 2 is a schematic development view of the body temperature regulating garment 100 in the body temperature regulation system 1 of FIG. 1.

Cooling water is introduced into the body temperature regulating clothing 100 from the fluid temperature regulating device 200, and the body temperature of the wearer U is regulated by the circulation of the cooling water. The body temperature regulating clothing 100 includes a clothing main body 10 worn by the wearer U, and a cooling water conveyance path 50 provided in the clothing main body 10. For example, the cooling water is set at about 10°C.

The garment main body 10 has a front body part 10F and a back body part 10B, and may further have a collar part 10Bn. The garment body 10 is configured to match the body shape of the wearer U, and includes a first area 11 that covers the front body (10F) of the wearer U, and a first area 11 that covers the back body (10B) of the wearer U. 2 areas 12. The garment body 10 may further include a third area 13 that covers the wearer's U neck (collar portion 10Bn).
The clothing body 10 is, for example, a sleeveless vest made of polyester and treated with water repellent, so-called a sleeveless knit, an outer vest, a waistcoat, or the like.

The front body part 10F of the garment body 10 is connected (stitched) to the back body part 10B only at both shoulder parts (yoke parts) 10RS and 10LS. That is, the front body part 10F and the back body part 10B are separated (not connected) on both sides of the garment body 10 (from each armhole to each hem). This makes it easier to take off (and put on) clothes.
A neck opening 10Fn through which the neck of the wearer U passes is formed in the front body portion 10F. The neck opening 10Fn is sufficiently opened to allow the head of the wearer U to pass through the front body portion 10F, allowing the front body portion 10F to swing freely around both shoulders.

The size of the neck opening 10Fn is not particularly limited, and may be formed to a size that allows the head of the wearer U to pass through when the front body portion 10F is swung around both shoulders, for example. In this case, the wearer U can easily and easily remove the garment main body 10 in an emergency without having the engaging member Fs of the front body part 10F described later, or even if it is equipped, without removing the engaging member Fs. It becomes possible to quickly undress.

On the other hand, the neck opening 10Fn may be formed to a size that prevents the head of the wearer U from falling out when the front body part 10F is swung around both shoulders. In this case, by removing the engagement member Fs, which will be described later, the neck opening 10Fn expands to be separated into left and right sides, thereby allowing the garment body 10 to be easily taken off by swinging the front body part 10F.

The front body part 10F has a left front body part (first front body) 10FL and a right front body part (second front body) 10FR, both of which have engaging members (first engaging parts that engage with each other). and a second engaging portion) configured to be separable via Fs. Specifically, the engaging member Fs is a hook-and-loop fastener (for example, Quicklon (registered trademark)), a sheet-like magnet with an NS pole, a snap button, or the like.
When the wearer U pulls the left front body part 10FL and the right front body part 10FR from the engaged state (see FIG. 4(a)) with both hands in the direction of separating the left front body part 10FL and the right front body part 10FR from side to side, the engaging member Fs is released with a slight force. They are configured to engage with each other by an engagement force that causes the engagement state to be released (see FIG. 4(b)). In FIG. 2, the engagement members Fs are provided at three locations in the length direction of the front body portion 10F, namely, the upper, middle, and lower portions, but the engagement members Fs are not limited thereto, and may be provided at one location or multiple locations. . At least one engaging member Fs is sufficient. Further, instead of the three engaging members Fs, a pair of tension release type fasteners (a type of fastener that is easily released from engagement when pulled to both sides) may be used.

Thereby, the wearer U can easily and quickly remove the engagement member Fs of the front body part 10F, take off the garment body 10 more easily and quickly in an emergency, and rush to the scene.
In order to make it easier to release the engagement, an auxiliary string, an auxiliary piece (tab), etc., for the wearer U to pull with both hands when undressing may be provided at the lower part of the left front body part 10FL and the right front body part 10FR. (not shown).

The third area 13 constitutes the collar portion 10Bn of the garment body 10. The third area 13 is formed in a band shape on the rear side of the opening 10Fn at the upper center end of the back body part 10B so as to be able to fit tightly mainly on the back side of the neck of the wearer U. By providing the third area 13, the neck of the wearer U can be cooled to reduce the risk of heatstroke, for example.

The front body part 10F further includes a storage part 16 in which a weight (weight rubber) 15 is removably stored. By storing the weight 15 in the storage section 16 of the front body part 10F, the weight of the weight 15 applies a load vertically downward to the front body part 10F, thereby improving the adhesion of the front body part 10F to the skin of the wearer U. is enhanced. A similar weight may be arranged in the back body part 10B, but the back body part 10B has a structure in which the wearer U leans on the backrest 80b of the monitoring stand 80, so that the closeness to the skin of the wearer U is improved. It will be done.

The weight 15 is made of rubber, chain, soft resin, or the like. The storage section 16 is, for example, five pockets arranged in one row and five stages from the lower part of the left front body part 10FL and the right front body part 10FR. The number of stages of this pocket may be multiple rows, one stage, or multiple stages. In other words, the number of pockets may be one or more.
The weights 15 are, for example, rubber plates, and a total of 20 weights are stored in a set of two in five left and right pockets. The rubber plates may be stored in one pocket, either individually or as a set of multiple rubber plates.

The conveyance path 50 is connected to the fluid temperature adjustment device 200 and constitutes a flow path through which cooling water supplied from the fluid temperature adjustment device 200 flows. The conveyance path 50 has a first passage section 51, a second passage section 52, and a third passage section 53.

The first passage portion 51 is provided in a portion of the first area 11 that mainly corresponds to the front body of the wearer U, and mainly cools the entire front body of the wearer U. The second passage section 52 is provided in the second area 12 and cools the entire back of the wearer U. The third passage portions 53 are provided in each of the third areas 13 and cool the neck of the wearer U.

The first to third passage sections 51 to 53 are formed as meandering passages having at least one inverted section. Thereby, the cooling water passage portions can be installed relatively densely in a region with a limited area, so that the cooling efficiency of the region can be increased.

The conveyance path 50 has a water inlet 181 and a water outlet 182 that are connected to the second passage section 52 . The water inlet 181 is connected to the water supply pipe of the fluid temperature control device 200 via the coupler 171 and the hose 70, and the water outlet 182 is connected to the water intake pipe of the fluid temperature control device 200 via the coupler 172 and the hose 70. .

The locations where the water inlet 181 and the water outlet 182 are installed are not particularly limited, and in this embodiment they are installed at the right hem (lowest right end) of the back body, but are of course not limited to this.

The second passage section 52 further includes communication passage sections that communicate between the water inlet 181 and the water outlet 182 and the first and third passage sections 51 and 53, respectively. These communication passage portions are provided in the shoulder portion (yoke portion) of the back body.

The route drawn by the conveyance path 50 is not limited to this, and may be branched into, for example, four routes so as to flow from one water inlet 181 to the front body and back body at the hem of the back body 10B of the garment body 10. Ru. Two of these four routes move from one end of the front body part 10F and the back body part 10B of the garment body 10 in the body width direction and near the other end (for example, a position 5.0 cm from each end) in the length direction. They pass in a straight line, bend toward each other at the hem of the front body part 10F, and fold back at the center of the garment body 10.
Thereafter, these two paths pass straight through the front body part 10F of the garment main body 10 in the length direction, meander along the edge of the collar part 10Bn, and pass straight through the back body part 10B in the length direction. and reaches the water outlet 182. These two routes are arranged along the outer contours of the front body part 10F and the back body part 10B of the conveyance path 50.

The other two of these four routes meander in the length direction and body width direction so as to fill the inside of the route drawn by the above two routes. At this time, the other two routes include four or more rows of linear routes in the body width direction under the sleeves of the front body part 10F and the back body part 10B.
These four routes draw similar trajectories in the front body part 10F and the back body part 10B, and are evenly distributed over the entire front body part and the whole back body part (and neck) of the wearer U, so that the body temperature (core temperature) can be effectively suppressed.

As described above, the conveyance path 50 is arranged in the first to third areas 11 to 13 of the garment body 10. The garment body 10 typically has a three-layer structure including a back fabric 111, an intermediate fabric 112, and a front fabric 113, as shown in FIG.

The back fabric 111 and the intermediate fabric 112 are, for example, polyester fabrics, and have antibacterial properties, quick-drying properties, and a cool feel to the touch. The back fabric 111 and the intermediate fabric 112 may contain metal, carbon, etc. to further improve thermal conductivity.
The tube material 50T is composed of a flexible tube such as a vinyl chloride tube or a synthetic rubber tube. The tube material 50T is sandwiched between the back fabric 111 and the intermediate fabric 112. The outer fabric 113 is, for example, a polyester knit fabric, and has water absorption and quick drying properties and heat shielding properties.

The garment main body 10 includes a tube material 50T for arranging a conveyance path 50 (first to third passage sections 51 to 53, communication passage section) between the lining fabric 111 and the intermediate fabric 112. It has a cylindrical portion 114. This cylindrical portion 114 has a bag-like two-layer structure, and the tube material 50T is inserted into the inside of the bag. In other words, the cylindrical portion 114 determines the route of the conveyance path 50. The conveyance path 50 is provided at least on the inner surface side of the front body portion 10F (between the intermediate fabric 112 and the back fabric 113).
Since the garment body 10 with the built-in conveyance path 50 is worn without wearing anything over it, the wearer U can easily put on and take off the garment body 10.

As shown in FIG. 3, the cylindrical portion 114 is formed in a bag shape so as to entirely cover the tube material 50T in the radial and axial directions of the tube material.

<Second embodiment>
FIG. 5 is a side view of an outdoor pool lifeguard showing an example of use of the body temperature regulation system according to another embodiment of the present invention. The body temperature regulation system 1' of this embodiment is similar to the body temperature regulation system 1 described above, except that some additions are made to the rear body portion 10B of the clothing body 10 and the conveyance path 50. Therefore, in order to simplify the explanation, only this addition will be explained.

FIG. 6 is a schematic development view of the body temperature regulating clothing 100 in the body temperature regulating system 1' of FIG.
In the embodiments of FIGS. 1 to 4, only the upper body of the wearer U is cooled, but in this embodiment, in addition to this, the back body part 10B is cooled so that the wearer U's buttocks to thighs can be cooled. further extends in the length direction, and is provided with a sheet-like cooling seat surface 10s.
At this time, the length of the back body part 10B' of the garment main body 10' is 1.6 times or more the length of the front body part 10F. In addition to the above-mentioned conveyance path 50, the conveyance path 50' has a path pattern similar to that of the back body portion 10B of the garment body 10 as the four paths described above, although it is not limited to this in the cooling seat surface 10s. .
Thereby, it becomes possible to cool the body of the wearer U over a wider range.

The rear body part 10B' has a fixture 17 that can be fixed to the seats 80b and 80s on which the wearer U sits. Specifically, the fixture 17 is a string, a pair of straps, a clip, an insurance lock, or the like. Although the attachment locations of the fixtures 17 are not limited to this, they are provided at the four ends of the cooling seat surface 10s in the body width direction so as to be fixed at the four corners of the seat surface 80s. Two of the four ends face each other in the body width direction.
The fixture 17 may be provided on the back body portion 10B' for the backrest 80b.
Thereby, the garment body 10' is fixed to the monitoring stand 80, and the wearer U can more easily and quickly take off (and put on) the garment body 10' in an emergency.

According to the clothing bodies 10 and 10' in the above embodiments, when the engagement member Fs is engaged from the normal state (monitoring the wearer U) to an emergency state, the wearer U pulls the left front body part 10FL and the right front body part 10FR with both hands in a direction to separate them into left and right sides. This tension releases the engaged state of the engaging member Fs.
Thereafter, as shown by the arrows in FIG. 4(b), the wearer U wears the left front body part 10FL and the right front body part 10FR around both shoulders 10RS and 10LS, or around the body width direction in the vicinity of both shoulders 10RS and 10LS. Swing it with both hands (approximately 160° or more and 220° or less) in the direction of lifting. Thereby, the wearer U can easily and quickly take off the clothing body 10, 10' in an emergency.

<Third embodiment>
FIGS. 7 and 8 are schematic development views of the temperature regulating clothing 120 according to other embodiments of FIGS. 2 and 6, respectively. Hereinafter, configurations that are different from those in the first and second embodiments will be mainly described, and configurations that are similar to those in the first and second embodiments will be denoted by the same reference numerals, and the description thereof will be omitted or simplified.

7 and 8 respectively have a pair of band parts 18 and first and second fastening parts Stm and Stf (fastening parts St) is further provided.

The pair of band portions 18 are sewn facing each other at both ends in the body width direction of both side lower portions 10BS of the back body portion 10B. A first fastening part Stm is sewn to the front body side of each tip end of the pair of band parts 18. The pair of band portions 18 are made of a non-stretchable or stretchable member made of, for example, cloth, rubber, or synthetic resin such as polyurethane.

The second fastening part Stf is sewn on the front fabric 113 of the front body part 10F at a position corresponding to the first fastening part Stm, and can be engaged with the first fastening part Stm. Typically, when putting on clothes, the first fastening part Stm is fastened to the second fastening part Stf. This stabilizes the shape of the garment body 10, brings the garment body 10 into close contact with the wearer's body, and provides the desired temperature regulating function.

The surface area of the first fastening part Stm is set to be considerably smaller than the surface area of the second fastening part Stf. As a result, it is possible to arbitrarily adjust the fastening position of the first fastening part Stm to the second fastening part Stf according to the wearer's body shape and the wearer's preferred wearing comfort, and also to apply a slight force. You can release the engagement by pressing .

The first and second fastening parts Stm and Stf are similar to the first engaging part and the second engaging part (engaging member Fs) described above. In consideration of the stability of carrying clothes or the ease of removing clothes, the first and second fastening parts Stm and Stf have a weak engagement force, similar to the first engagement part and the second engagement part. It is set. In other words, when the wearer U pulls the front body part 10F and the back body part 10B with both hands in the direction of separating the front body part 10F and the back body part 10B from the engaged state, the first fastening part Stm and the second fastening part Stf are , engage with each other with an engagement force that releases the engagement state.

In this embodiment, when the wearer U takes off clothes from the normal (monitoring of the wearer U) state in which the engagement member Fs and the fastening part St are engaged, as shown by arrows A1 and A2 in FIG. Pull the left front body part 10FL and the right front body part 10FR with both hands in the direction of separating them laterally and front and back. This tension releases the engaged state of the engaging member Fs and the fastening portion St, respectively.
Thereafter, as shown by arrow A3 in FIG. 9 (or in FIG. 4(b)), the wearer U moves the left front body part around both shoulders 10RS and 10LS or around the body width direction in the vicinity of both shoulders 10RS and 10LS. 10FL and right front body part 10FR are swung with both hands (approximately 160° or more and 220° or less) in the direction of lifting. Thereby, the wearer U can easily and quickly take off the clothing body 10, 10' in an emergency.

Although the embodiments of the present invention have been described above, it goes without saying that the present invention is not limited to the above-described embodiments and can be modified in various ways.

Furthermore, in the above embodiments, the case where the fluid flowing through the conveyance path 50 of the temperature regulating clothing 100 is water has been described as an example, but the fluid is not limited to this, and other than water, for example, other aqueous solutions such as antifreeze, or non-aqueous fluids can be used. It may be a solution.

1...Temperature regulation system 10...Garment body 10F...Front body part 10FL...Left front body part (first front body part)
10FR…Right front body part (second front body part)
10B...Back body part 10Fn...Neck opening 10RS, 10LS...Both shoulders (yoke part)
15... Weight 16... Storage part 17... Fixture 18... Band part 50... Conveyance path 51... First passage part 52... Second passage part 53... Third passage part 54... Communication passage part 80b, 80s... Seat 100, 120...Temperature regulating clothing 111...Lining fabric 112...Intermediate fabric 113...Outer fabric 114...Cylinder part 200...Fluid temperature regulating device Fs...Engaging member (first engaging part and second engaging part)
Stm...First fastening part Stf...Second fastening part U...Wearer

Claims (8)

A body temperature regulating garment in which a liquid at a predetermined temperature is introduced and the body temperature of the wearer is adjusted by the flow of the liquid,
A garment body including a front body part and a back body part,
a conveyance path through which the liquid flows, which is provided on the inner surface side of at least the front body part;
The front body part is connected to the back body part only at both shoulders, and has a neck opening through which the wearer's head passes through, so that the front body part can swing freely around both shoulders. And,
The rear body portion has a seat portion extending toward the buttocks of the wearer,
The conveyance path is provided on each inner side of the front body part, the back body part, and the seat surface part.
Temperature regulating clothing . The temperature regulating clothing according to claim 1,
The rear body portion has first fastening portions provided at both ends in the body width direction of the lower side portions,
The front body part further includes a second fastening part that can be engaged with the first fastening part,
When the wearer pulls the front body part and the back body part with both hands in a direction to separate the front body part and the back body part from the engaged state, the first fastening part and the second fastening part are connected to each other. Body temperature regulating clothing that engages each other with an engagement force that releases the engagement state. The temperature regulating clothing according to claim 1 or 2,
The front body part consists of a first front body part and a second front body part connected to left and right shoulder parts, respectively,
The first front body and the second front body have a first engagement portion and a second engagement portion that engage with each other,
The first engaging part and the second engaging part are in an engaged state when the wearer pulls the first front body part and the second front body part with both hands in a direction to separate them left and right. Sometimes, body temperature regulating clothing engages with each other with an engagement force that releases the engagement state. The temperature regulating clothing according to claim 2,
The first fastening part and the second fastening part are a pair of tension release type fasteners, hook and loop fasteners, magnets, or snap buttons.The body temperature regulating clothing. The temperature regulating clothing according to claim 3,
The first engaging part and the second engaging part are a pair of tension release type fasteners, hook and loop fasteners, magnets, or snap buttons. Body temperature regulating clothing. The temperature regulating clothing according to any one of claims 1 to 5,
The front body part further includes a storage part in which a weight is removably stored. The body temperature regulating clothing. The temperature regulating clothing according to any one of claims 1 to 6,
The length of the back body portion is 1.6 times or more the length of the front body portion. The temperature regulating clothing according to claim 7,
The body temperature regulating garment further includes a fixing device attached to the seat surface portion and fixable to the seat on which the wearer sits.

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