JP2021059797A - Circulation passage arranging structure in liquid circulation-type cooling body garment - Google Patents

Circulation passage arranging structure in liquid circulation-type cooling body garment Download PDF

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JP2021059797A
JP2021059797A JP2019183570A JP2019183570A JP2021059797A JP 2021059797 A JP2021059797 A JP 2021059797A JP 2019183570 A JP2019183570 A JP 2019183570A JP 2019183570 A JP2019183570 A JP 2019183570A JP 2021059797 A JP2021059797 A JP 2021059797A
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circulation
circulation path
circulation passage
type cooling
bodice
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JP6656632B1 (en
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俊哉 安村
Toshiya Yasumura
俊哉 安村
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KINOKUNI ENTERPRISE CO Ltd
KINOKUNI ENTPR CO Ltd
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KINOKUNI ENTERPRISE CO Ltd
KINOKUNI ENTPR CO Ltd
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Abstract

To provide a circulation passage arranging structure in a liquid circulation-type cooling body garment, which does not deteriorate cooling efficiency while a circulation passage is protected and is comfortable even if it is worn inside a working wear.SOLUTION: A circulation passage 108 is arranged between two mesh materials 130 and 131, and almost the entire circulation passage is arranged at the inner mesh material 131 in an embedded manner in two mesh materials. Embedding of the circulation passage 108 is performed by covering the circulation passage 108 with the inner mesh material 131 in an approximately "Ω" shape in a cross-sectional view, and sewing the right and left of the circulation passage 108 with a yarn 121.SELECTED DRAWING: Figure 7

Description

本発明は、人体にとって高温となる環境下において使用する冷却衣服であって、特に詳しくは、液体循環式の冷却胴着に関する。 The present invention relates to a cooling garment used in an environment where the temperature of the human body is high, and more particularly, to a liquid circulation type cooling bodice.

従来から、液体を循環させる循環路を配置して、身体を温めたり冷やしたりすることができる衣服は公知である（特許文献１を参照）。 Conventionally, clothes capable of warming or cooling the body by arranging a circulation path for circulating a liquid are known (see Patent Document 1).

特開２００２−５８６９４号公報JP-A-2002-58694

特許文献１に記載の発明は、循環路が内側に剥き出しとなっており、使用する際に引っかかる等の難点がある。一方で、それを防止するために単純に循環路を覆うのみでは、冷却効率が阻害されてしまう。 The invention described in Patent Document 1 has a drawback that the circulation path is exposed inward and is caught when used. On the other hand, simply covering the circulation path to prevent it will hinder the cooling efficiency.

そこで本発明は、こういった問題点を解決するべくなされたものであって、循環路を保護しつつも冷却効率を低下させずに、更に、作業着の中に着用しても快適な液体循環式冷却胴着における循環路配置構造を提供する事をその課題としている。 Therefore, the present invention has been made to solve these problems, and is a liquid that is comfortable to wear in work clothes without lowering the cooling efficiency while protecting the circulation path. The subject is to provide a circulation path arrangement structure in a circulation type cooling bodice.

上記課題を解決するべく、本願発明は、冷却媒体を循環させるための循環路を備えた胴着における前記循環路の配置構造であって、２枚のメッシュ素材の間に前記循環路を配置した、ことを特徴とする液体循環式冷却胴着における循環路配置構造。 In order to solve the above problems, the present invention has an arrangement structure of the circulation path in a bodice provided with a circulation path for circulating a cooling medium, and the circulation path is arranged between two mesh materials. A circulation path arrangement structure in a liquid circulation type cooling bodice.

このような構成を採用したことによって、使用時に循環路を引っ掛けてしまうこともないし、穴の開いたメッシュ素材を使用しているため通気性も良く汗のべたつきによる不快感も低減することができる。更に、循環路の外側も敢えてメッシュ素材で構成することによって、液体循環式冷却胴着を作業着等の中（より具体的には、下着と作業着等の間）で使用した際の汗の蒸発を妨げないため、長時間の利用でも快適性が損なわれにくい。通常、循環路の外側は、断熱を優先するためにメッシュ素材は用いないが、逆転の発想により敢えて外側もメッシュ素材とすることによって、作業着等の下に装着した際の性能を向上させている。 By adopting such a configuration, it does not get caught in the circulation path during use, and because it uses a mesh material with holes, it has good breathability and can reduce discomfort due to sticky sweat. .. Furthermore, by intentionally constructing the outside of the circulation path with a mesh material, sweat evaporates when the liquid circulation type cooling bodice is used in work clothes (more specifically, between underwear and work clothes). Because it does not interfere with the comfort, comfort is not easily impaired even when used for a long time. Normally, a mesh material is not used on the outside of the circulation path in order to give priority to heat insulation, but by intentionally using a mesh material on the outside due to the idea of reversal, the performance when worn under work clothes etc. is improved. There is.

また、前記２枚のメッシュ素材のうち、内側のメッシュ素材に前記循環路の略全体を埋め込むように配置することを特徴とする。 Further, among the two mesh materials, the inner mesh material is arranged so as to embed substantially the entire circulation path.

即ち、内側から見ると、循環路１０８の部分だけが内側のメッシュ素材１３１と一緒に内側に向かって盛り上がるような構成となる。この盛り上がりによって、循環路１０８の部分は身体に密着して体温を効率的に奪えると共に、それ以外の部分は身体との間に隙間が形成されるため、空気が循環し易くることから、冷気の循環を妨げず且つ汗の蒸発も促すことができる。 That is, when viewed from the inside, only the portion of the circulation path 108 rises inward together with the inner mesh material 131. Due to this swelling, the part of the circulation path 108 is in close contact with the body and can efficiently take away the body temperature, and the other parts form a gap between the body and the body, so that air can easily circulate. It does not interfere with the circulation of the air and can promote the evaporation of sweat.

また、循環路１０８の埋め込みは、断面視すると、循環路１０８を内側のメッシュ素材１３１で略「Ω」状に覆った上で、糸１２１により循環路１０８の左右を縫製して行っていた（図８参照）。 Further, the embedding of the circulation path 108 was performed by covering the circulation path 108 with the inner mesh material 131 in a substantially "Ω" shape and then sewing the left and right sides of the circulation path 108 with the thread 121 (when viewed in cross section). (See FIG. 8).

即ち、メッシュ素材１３１への循環路１０８の固定を「糸１２１」だけで実現しており、メッシュ素材１３１の柔軟性を阻害するような別の取付部材を使用していないので、装着時の快適性が高く、身体への追従性にも優れている。 That is, since the circulation path 108 is fixed to the mesh material 131 only by the "thread 121" and no other mounting member that hinders the flexibility of the mesh material 131 is used, it is comfortable to wear. It is highly sexual and has excellent followability to the body.

本発明を適用することで、循環路を保護しつつも冷却効率を低下させずに、更に、作業着の中に着用しても快適な液体循環式冷却胴着における循環路配置構造を提供することができる。 By applying the present invention, it is possible to provide a circulation path arrangement structure in a liquid circulation type cooling bodice that protects the circulation path, does not lower the cooling efficiency, and is comfortable to wear in work clothes. Can be done.

本発明の実施形態の一例である液体循環式冷却胴着を利用した冷却システムの概略全体構成図である。It is a schematic overall block diagram of the cooling system using the liquid circulation type cooling bodice which is an example of embodiment of this invention. 本発明の実施形態の一例である液体循環式冷却胴着の正面図である。It is a front view of the liquid circulation type cooling bodice which is an example of embodiment of this invention. 同正面側のファスナを外して前身頃を左右に分離した状態を示した状態の正面図である。It is the front view of the state which showed the state which separated the front body to the left and right by removing the fastener on the front side. サイドの面ファスナ（連結部材）を外して、前身頃と後身頃を展開した状態の内側面（身体側）を示した図である。It is the figure which showed the inner side surface (body side) in the state where the front body and the back body were unfolded by removing the side surface fastener (connecting member). サイドの面ファスナ（連結部材）を外して、前身頃と後身頃を展開した状態の外側面を示した図である。It is the figure which showed the outer surface in the state which the front body and the back body were unfolded by removing the side surface fastener (connecting member). 図２の状態における循環路の経路を概略的に示した図である。It is a figure which showed schematic the path of the circulation path in the state of FIG. 循環路の配置構造を示した図であって、図４におけるＡ−Ａ線に沿った断面のうち一の循環路のみを示した図である。It is a figure which showed the arrangement structure of the circulation path, and is the figure which showed only one circulation path in the cross section along the line AA in FIG. 図７における矢視α方向から見た循環路とメッシュ素材の位置関係を示した図である。FIG. 7 is a diagram showing the positional relationship between the circulation path and the mesh material as seen from the direction of arrow α in FIG. 7.

以下、添付図面を参照しつつ、本発明の実施形態の一例である液体循環式冷却胴着１００及びその構造について説明を加える。なお、図面理解容易の為、各部の大きさや寸法を誇張して表現している部分があり、実際の製品と必ずしも一致しない部分があることを付記しておく。また各図面は符号の向きに見るものとし、当該向きを基本に上下左右、手前、奥と表現する。 Hereinafter, the liquid circulation type cooling bodice 100, which is an example of the embodiment of the present invention, and its structure will be described with reference to the accompanying drawings. It should be noted that, for the sake of easy understanding of the drawings, some parts are exaggerated in size and dimensions, and some parts do not necessarily match the actual product. In addition, each drawing shall be viewed in the direction of the code, and based on that direction, it is expressed as up / down / left / right, front, and back.

〈液体循環式冷却胴着の構成〉
液体循環式冷却胴着１００は、図１に示している通り、冷却システム１０の一部として機能する。冷却システム１０は、液体循環式冷却胴着１００と、循環ポンプ２００及び冷却源３００により構成される。冷却源３００は様々な種類及び形態のものを利用することが可能であり、用途に応じて付け替えて利用することが可能である。例えば、クーラーボックスの中に氷を入れたもの、それをリュック型やバッグ型に構成したものやボトル型に構成したもの、更には、ラジエターとファンを内蔵した熱交換装置（チラー）等が利用でき、自由に付け替えて利用できる。 <Construction of liquid circulation type cooling bodice>
The liquid circulation type cooling bodice 100 functions as a part of the cooling system 10 as shown in FIG. The cooling system 10 includes a liquid circulation type cooling bodice 100, a circulation pump 200, and a cooling source 300. Various types and forms of the cooling source 300 can be used, and the cooling source 300 can be replaced and used according to the intended use. For example, a cooler box containing ice, a backpack type, a bag type, a bottle type, and a heat exchanger (chiller) with a built-in radiator and fan are used. It can be used by changing it freely.

なお、循環ポンプ２００は必ずしも独立して構成されている必要はなく、冷却源３００と一体化されていてもよい。 The circulation pump 200 does not necessarily have to be configured independently, and may be integrated with the cooling source 300.

図２〜図３に示している通り、液体循環式冷却胴着１００は、所謂「ベスト型」に構成されている。前身頃１０２と後身頃１０４の両方に冷却媒体を循環させるための循環路１０８が配置されており、前身頃１０２はファスナ１１０により左右に分離可能となっている。 As shown in FIGS. 2 to 3, the liquid circulation type cooling bodice 100 is configured in a so-called “best type”. Circulation paths 108 for circulating the cooling medium are arranged in both the front body 102 and the back body 104, and the front body 102 can be separated to the left and right by the fastener 110.

また、両脇下にはそれぞれ面ファスナを利用した連結部材１０６が備わっており、前身頃１０２と後身頃１０４の間隔を調整し、当該胴着１００を装着者の体にフィットさせることが可能となっている。 Further, both armpits are provided with connecting members 106 using hook-and-loop fasteners, and the distance between the front body 102 and the back body 104 can be adjusted so that the bodice 100 can be fitted to the wearer's body. ing.

なお、符号１１４は、循環路１０８の出入り口であり、先端に備わるコネクタによって、循環ポンプ２００や冷却源３００に繋がる管路（図示していない）に接続可能となっている。 Reference numeral 114 is an entrance / exit of the circulation path 108, and can be connected to a pipeline (not shown) connected to the circulation pump 200 or the cooling source 300 by a connector provided at the tip thereof.

図４〜図５に示している通り、両脇下の連結部材１０６の連結を解けば、前身頃１０２と後身頃１０４は１枚の矩形シート状に展開可能である。略中心に頭部穴１１６が存在し、その頭部穴１１６の左右にも循環路１０８が配置されている。 As shown in FIGS. 4 to 5, the front body 102 and the rear body 104 can be developed into a single rectangular sheet by disconnecting the connecting members 106 under both sides. A head hole 116 exists substantially in the center, and circulation paths 108 are also arranged on the left and right sides of the head hole 116.

また、連結部材１０６は、後身頃１０４側に取り付けられた面ファスナ雄（第１の連結部材）１０７と、前身頃１０２の表面に取り付けられた面ファスナ雌（第２の連結部材）１０５との着脱によって連結及び調整が実現される。 Further, the connecting member 106 is a hook-and-loop fastener male (first connecting member) 107 attached to the rear body 104 side and a hook-and-loop fastener female (second connecting member) 105 attached to the surface of the front body 102. Connection and adjustment are realized by attaching and detaching.

図６に示しているように、本発明の実施形態の一例として示した液体循環式冷却胴着１００においては、循環路１０８は４つ独立したものが並列配置されている。左前身頃１０２から入った４つの循環路は、そのうち２つ（経路１、経路２）が首裏を介して右側の前身頃を循環している。残りの２つの循環路（経路３、経路４）は、後身頃１０４側を循環している。 As shown in FIG. 6, in the liquid circulation type cooling bodice 100 shown as an example of the embodiment of the present invention, four independent circulation paths 108 are arranged in parallel. Two of the four circulation paths (path 1, route 2) entering from the left front body 102 circulate in the right front body via the back of the neck. The remaining two circulation paths (paths 3 and 4) circulate on the back body 104 side.

また、前身頃１０２及び後身頃１０４を含む液体循環式冷却胴着１００全体は、２枚のメッシュ素材１３０、１３１を重ねてその周囲を縫製し、その間に循環路１０８を配置構成している。 Further, the entire liquid circulation type cooling bodice 100 including the front body 102 and the back body 104 is formed by stacking two mesh materials 130 and 131 and sewing the periphery thereof, and arranging the circulation path 108 between them.

図７に示しているように、循環路１０８は、２枚のメッシュ素材１３０、１３１のうち、内側（人体側）のメッシュ素材１３１に固定される。更に、循環路１０８のほぼ全体がメッシュ素材１３１に取り囲まれるように（埋め込まれるように）配置され、左右を繋ぐ糸１２１によって固定されている。 As shown in FIG. 7, the circulation path 108 is fixed to the inner (human body side) mesh material 131 of the two mesh materials 130 and 131. Further, almost the entire circulation path 108 is arranged so as to be surrounded (embedded) by the mesh material 131, and is fixed by a thread 121 connecting the left and right sides.

〈液体循環式冷却胴着における循環路配置構造の作用・機能〉
上記説明した通り、２枚のメッシュ素材１３０、１３２の間に１０８循環路を配置したことによって、使用時に循環路１０８を引っ掛けてしまうこともないし、穴の開いたメッシュ素材を使用しているため通気性も良く汗のべたつきによる不快感も低減することができる。更に、循環路１０８の外側も敢えてメッシュ素材で構成することによって、液体循環式冷却胴着１００を作業着等の中（より具体的には、下着と作業着等の間）で使用した際の汗の蒸発を妨げないため、長時間の利用でも快適性が損なわれにくい。通常、循環路１０８の外側は、断熱を優先するためにメッシュ素材は用いないが、逆転の発想により敢えて外側もメッシュ素材とすることによって、作業着等の下に装着した際の性能を向上させている。 <Action / function of circulation path arrangement structure in liquid circulation type cooling bodice>
As explained above, by arranging the 108 circulation paths between the two mesh materials 130 and 132, the circulation path 108 is not caught during use, and the mesh material with holes is used. It has good breathability and can reduce discomfort caused by sticky sweat. Further, by intentionally forming the outside of the circulation path 108 with a mesh material, sweat when the liquid circulation type cooling bodice 100 is used in work clothes or the like (more specifically, between underwear and work clothes or the like). Since it does not interfere with the evaporation of the material, comfort is not easily impaired even when used for a long time. Normally, a mesh material is not used on the outside of the circulation path 108 in order to give priority to heat insulation, but by intentionally using a mesh material on the outside based on the idea of reversal, the performance when worn under work clothes etc. is improved. ing.

また、２枚のメッシュ素材１３０、１３１のうち、内側のメッシュ素材１３１に１０８循環路の略全体を埋め込むように配置していた。 Further, of the two mesh materials 130 and 131, the inner mesh material 131 was arranged so as to embed substantially the entire 108 circulation paths.

即ち、内側から見ると、循環路の部分だけがメッシュ素材と一緒に盛り上がるような構成となる。この盛り上がりによって、循環路の部分は身体に密着して体温を効率的に奪えると共に、それ以外の部分は身体との間に隙間が形成されるため、空気が循環し易くることから、冷気の循環を妨げず且つ汗の蒸発も促すことができる。 That is, when viewed from the inside, only the portion of the circulation path rises together with the mesh material. Due to this swelling, the part of the circulation path is in close contact with the body and the body temperature can be efficiently taken away, and the other part forms a gap between the body and the body, which makes it easier for air to circulate. It does not interfere with circulation and can also promote the evaporation of sweat.

また、前記循環路の埋め込みは、断面視すると、当該循環路を前記内側のメッシュ素材で略「Ω」状に覆った上で、糸により前記循環路の左右を縫製して行うことを特徴とする。 Further, the embedding of the circulation path is characterized in that, when viewed in cross section, the circulation path is covered with the inner mesh material in a substantially "Ω" shape, and then the left and right sides of the circulation path are sewn with a thread. To do.

即ち、メッシュ素材への循環路の固定を「糸」だけで実現しており、素材の柔軟性を阻害するような取付部材を使用していないので、装着時の快適性が高く、身体への追従性にも優れている。 That is, the circulation path is fixed to the mesh material only with "thread", and since no mounting member that hinders the flexibility of the material is used, the comfort at the time of wearing is high and it is attached to the body. It also has excellent followability.

１０・・・冷却システム
１００・・・液体循環式冷却胴着
１０２・・・前身頃
１０４・・・後身頃
１０８・・・循環路
１０５・・・面ファスナ（雌）
１０６・・・連結部材
１０７・・・面ファスナ雄
１１０・・・ファスナ
１１４・・・（循環路の）出入り口
１１６・・・頭部穴
１２１・・・糸
１３１・・・メッシュ素材
２００・・・循環ポンプ
３００・・・冷却源 10 ... Cooling system 100 ... Liquid circulation type cooling bodice 102 ... Front body 104 ... Rear body 108 ... Circulation path 105 ... Hook-and-loop fastener (female)
106 ... Connecting member 107 ... Hook-and-loop fastener male 110 ... Fastener 114 ... Doorway (of circulation path) 116 ... Head hole 121 ... Thread 131 ... Mesh material 200 ... Circulation pump 300 ・ ・ ・ Cooling source

Claims (3)

冷却媒体を循環させるための循環路を備えた胴着における前記循環路の配置構造であって、
２枚のメッシュ素材の間に前記循環路を配置した、
ことを特徴とする液体循環式冷却胴着における循環路配置構造。 The arrangement structure of the circulation path in the bodice provided with the circulation path for circulating the cooling medium.
The circulation path was arranged between the two mesh materials.
A circulation path arrangement structure in a liquid circulation type cooling bodice. 請求項１において、
前記２枚のメッシュ素材のうち、内側のメッシュ素材に前記循環路の略全体を埋め込むように配置する
ことを特徴とする液体循環式冷却胴着における循環路配置構造。 In claim 1,
A circulation path arrangement structure in a liquid circulation type cooling bodice, which is arranged so as to embed substantially the entire circulation path in the inner mesh material among the two mesh materials. 請求項２において、
前記循環路の埋め込みは、断面視すると、当該循環路を前記内側のメッシュ素材で略「Ω」状に覆った上で、糸により前記循環路の左右を縫製して行う
ことを特徴とする液体循環式冷却胴着における循環路配置構造。 In claim 2,
When viewed in cross section, the circulatory path is embedded by covering the circulatory path with the inner mesh material in a substantially “Ω” shape and then sewing the left and right sides of the circulatory path with a thread. Circulation path arrangement structure in the circulation type cooling bodice.
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