JP4562121B2 - belt - Google Patents

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JP4562121B2
JP4562121B2 JP2004019348A JP2004019348A JP4562121B2 JP 4562121 B2 JP4562121 B2 JP 4562121B2 JP 2004019348 A JP2004019348 A JP 2004019348A JP 2004019348 A JP2004019348 A JP 2004019348A JP 4562121 B2 JP4562121 B2 JP 4562121B2
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belt
moisture
layer
sweat
backing
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JP2005213660A (en
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公司 高山
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Description

本発明は、ウエスト用のベルトや時計用のベルトなどの、身体に装着して使用するベルトに関する。   The present invention relates to a belt used on a body such as a waist belt or a watch belt.

本発明においては、ベルトの内面側にメッシュ生地を配置し、ベルト内面に付着の汗を大気中に気化放出することにより、ベルト使用時の不快感を解消するにあるが、服地の内側にメッシュ生地を配置して、服地が汗でべとつくのを解消することは、例えば登山用や夜間作業用のベストに見ることができる(特許文献1参照)。医療用の地肌バンド(血圧計測用の腕帯)において、メッシュ生地からなる内布と、抗菌、若しくは殺菌作用を備えた外布とでバンドを構成することも公知である(特許文献2参照)。   In the present invention, the mesh fabric is arranged on the inner surface side of the belt, and the sweat adhering to the inner surface of the belt is vaporized and released into the atmosphere, thereby eliminating discomfort when using the belt. Arranging the fabric and eliminating the stickiness of the clothes with sweat can be seen, for example, in a vest for mountain climbing and night work (see Patent Document 1). In a medical skin band (arm band for blood pressure measurement), it is also known to form a band with an inner cloth made of mesh fabric and an outer cloth with antibacterial or bactericidal action (see Patent Document 2). .

特開2002−317314号公報(段落番号0019、図1)JP 2002-317314 A (paragraph number 0019, FIG. 1) 特開2002−102274公報(段落番号0013、図4)JP 2002-102274 A (paragraph number 0013, FIG. 4)

生地内面にメッシュを配置した上記の素材では、メッシュ生地で隙間を確保して、汗を吸い込んだ服地が肌に接触するのを防止できるが、いったん汗が服地に吸着されてしまうと、服地のべとつきを避けることができず、服地が乾燥するまで不快感が持続する。医療用の地肌バンドは、バンドを使用することに伴う発汗を想定しておらず、発汗時における地肌バンドの吸湿作用などについては説明がなく、比較評価できない。   In the above material where mesh is placed on the inner surface of the fabric, it is possible to secure a gap with the mesh fabric and prevent the clothes that have sucked in sweat from coming into contact with the skin. Stickiness cannot be avoided, and discomfort continues until the clothes dry. The medical skin band does not assume perspiration associated with the use of the band, and there is no explanation about the hygroscopic action of the skin band during perspiration, and comparison evaluation cannot be performed.

本発明の目的は、吸湿作用および放湿作用を備えており、ベルト内面に付着の汗をベルト表面側へ効果的に移行させて速やかに蒸散し、あるいは外気を導入して蒸散を促進でき、したがって、装着部分におけるべとつきを解消して、使用時の不快感を一掃できるベルトを提供することにある。本発明の目的は、ベルト本体を構成する裏材がクッション性を備えていて、きつく締める必要もなくベルトをその装着部位に定位固定でき、圧迫感がなく、より楽な状態で着用できるウエスト用のベルトを提供することにある。   The object of the present invention has a moisture absorbing action and a moisture releasing action, and can effectively evaporate sweat that adheres to the belt inner surface to the belt surface side, or can accelerate transpiration by introducing outside air, Accordingly, it is an object of the present invention to provide a belt that can eliminate the stickiness at the wearing portion and can eliminate discomfort during use. The purpose of the present invention is for the waist which can be worn in a more comfortable state without a feeling of pressure because the backing material constituting the belt body has cushioning properties, and the belt can be fixed in place at the wearing site without the need for tightening Is to provide a belt.

本発明のベルトは、図1に示すごとくベルト本体1と、ベルト本体1に装着されるベルト留具2とを備えている。ベルト本体1には、ベルト内面に付着の汗を吸着して、大気中に気化放出する汗除去構造が設けられており、この汗除去構造が、通気可能な表装材5と、表装材5の内面に配置される吸湿機能および放湿機能を備えた裏材6とで構成されている。裏材6は、図3に示すごとく、疎水性繊維で形成した内面の吸湿層10と、吸水性繊維で形成した外面の放湿層11と、これら両層10・11を連結して、吸湿層10で吸着した汗を毛細管現象によって放湿層11へ移行させ、吸湿層10と放湿層11との間に通気空間を形成する中間層12とで構成した、三層立体構造のメッシュ生地で形成する。放湿層11が表装材5の内面に隣接する状態で、裏材6を表装材5に固定する。 As shown in FIG. 1, the belt of the present invention includes a belt main body 1 and a belt fastener 2 attached to the belt main body 1. The belt main body 1 is provided with a sweat removing structure that absorbs sweat adhering to the inner surface of the belt and vaporizes and releases it to the atmosphere. This sweat removing structure is provided with a breathable outer covering 5 and an outer covering 5. that consists of a backing 6 with moisture functions and desorption functions are disposed on the inner surface. As shown in FIG. 3, the backing 6 is formed by connecting the moisture absorbing layer 10 on the inner surface made of hydrophobic fibers, the moisture releasing layer 11 on the outer surface made of water absorbent fibers, and both the layers 10, 11 to absorb moisture. A mesh fabric having a three-layer structure composed of a sweat layer adsorbed on the layer 10 and transferred to the moisture release layer 11 by a capillary phenomenon, and an intermediate layer 12 forming a ventilation space between the moisture absorption layer 10 and the moisture release layer 11 Form with. The backing material 6 is fixed to the cover material 5 in a state where the moisture release layer 11 is adjacent to the inner surface of the cover material 5.

具体的には、裏材6で吸着した汗を大気中に気化放出するための通気孔7の一群が、表装材5に設けられている。 Specifically, a group of vent holes 7 for vaporizing releasing sweat adsorbed by the backing 6 to the atmosphere, that provided in the mounting member 5.

表装材5の表面と、この表面に連続して裏側へ折り返えされた一対の縫着面14とで裏材6の両周縁を挟み保持して、表装材5の表面と裏材6と縫着面14との三者を縫着し、一対の縫着面14で挟まれる吸湿開口15と対向する表装材5の表面に通気孔7の一群を開口することができる。 The surface of the covering material 5 and the backing material 6 are sandwiched and held between the surface of the covering material 5 and a pair of sewing surfaces 14 that are continuously folded back to the back surface. sewed tripartite the sewing Chakumen 14, Ru can be opened a group of vent holes 7 on the surface of the moisture absorption opening 15 facing the upholstery 5 sandwiched by a pair of sewing Chakumen 14.

ベルト本体1の一端にはベルト留具2が装着され、ベルト本体1の他端にベルト留具2で捕捉固定される装飾ベルト3を備えている。 At one end of the belt body 1 belt fastener 2 is mounted, that have a decorative belt 3 captured fixed to the other end of the belt body 1 with a belt fastener 2.

本発明では、ベルト本体1に設ける汗除去構造が、通気可能な表装材5と、表装材5の内面に配される吸湿機能および放湿機能を備えた裏材6とで構成されていて、ベルト内面に付着の汗を裏材6で吸着した後、吸着した汗をベルト外面の大気中に蒸散し放出できるようにした。したがって、本発明のベルトによれば、ベルト内面に付着の汗はベルト表面側へ効果的に移行させて速やかに蒸散し、あるいは通気可能な表装材5を介して外気を導入して蒸散を促進できるので、ベルト装着部分におけるべとつきを解消して使用時の不快感を一掃できる。 In the present invention, the sweat removing structure provided in the belt main body 1 is composed of a breathable surface covering material 5 and a backing material 6 having a moisture absorbing function and a moisture releasing function disposed on the inner surface of the surface covering material 5, After the sweat adhering to the belt inner surface was adsorbed by the backing material 6, the adsorbed sweat was evaporated into the atmosphere on the outer surface of the belt so that it could be released. Therefore, according to the belt of the present invention, sweat adhering to the inner surface of the belt is effectively transferred to the belt surface side to evaporate quickly, or transpiration is promoted by introducing outside air through the breathable surface material 5. it is possible, to eliminate the sticky in the belt mounting portion Ru can wipe out the discomfort at the time of use.

通気孔7の一群を表装材5に設けてあると、ベルト本体1の伸縮動作に伴って各通気孔7から空気を出入りさせて、裏材6に吸着された汗と新規空気とを確実に接触させることができるので、汗の蒸散を促進し、その分だけ裏材6を効果的に乾燥させて、ベルト内面におけるべとつきをさらに確実に解消できる。 When a group of ventilation holes 7 are provided in the cover material 5, air is allowed to enter and exit from the ventilation holes 7 as the belt body 1 expands and contracts, so that the sweat adsorbed on the backing 6 and new air can be ensured. can be brought into contact, to promote evaporation of perspiration, that much effectively dried backing 6, Ru can more reliably eliminate the tackiness of the belt inner surface.

疎水性繊維で形成した内面の吸湿層10と、吸水性繊維で形成した外面の放湿層11と、これら両層10・11を連結する中間層12とを備えた三層立体構造のメッシュ生地で裏材6が構成されていると、吸湿層10で吸着の汗は、中間層12の毛細管現象によって放湿層11へ不可逆的に移行させることができるので、ベルト内面におけるべとつき感を一掃でき、とくにベルトが肌に直接接触する場合の感触を「さらさら」にできる。中間層12によって放湿層11の内面に通気空間を確保できるので、汗と空気の接触機会をさらに増やして、汗の蒸散を促すことができるうえ、通気孔7から空気が出入りするときの通気抵抗を小さくして、より大量の新規空気を通気空間に取り込んで、汗を効果的に蒸散させることができる。 A mesh fabric having a three-layer structure comprising a moisture absorbing layer 10 on the inner surface made of hydrophobic fibers, a moisture releasing layer 11 on the outer surface made of water absorbing fibers, and an intermediate layer 12 connecting these layers 10 and 11. When the backing 6 is configured, the sweat absorbed by the moisture absorbing layer 10 can be irreversibly transferred to the moisture releasing layer 11 by the capillary phenomenon of the intermediate layer 12, so that the feeling of stickiness on the belt inner surface can be wiped out. In particular, the feeling when the belt is in direct contact with the skin can be made “smooth”. Since the intermediate layer 12 can secure a ventilation space on the inner surface of the moisture release layer 11, it is possible to further increase the chance of contact between sweat and air, and to promote the evaporation of sweat, as well as ventilation when air enters and exits from the vent hole 7. resistance with a smaller capture a larger amount of new air into the ventilation space, Ru can be effectively transpiration sweat.

表装材5の表面に連続して裏側へ折り返えされた一対の縫着面14で裏材6の両周縁を挟み保持して、表装材5の表面と裏材6と縫着面14との三者を縫着すると、裏材6の両周縁を縫着面14で保護してベルト本体1の耐久性が向上する。一対の縫着面14で挟まれる吸湿開口15と対向する表装材5の表面に、通気孔7の一群が開口していると、吸湿開口15で吸着の汗を最短距離で通気孔7の側へ移行できるので、裏材6に吸着の汗を短時間で放湿させることができ、その分だけ裏材の乾燥速度が向上する。 A pair of sewing surfaces 14 which are continuously folded back to the back side of the surface of the covering material 5 sandwich and hold both edges of the backing material 6 so that the surface of the covering material 5, the backing material 6 and the sewing surface 14 When the three members are sewn, both the peripheral edges of the backing 6 are protected by the sewing surface 14 and the durability of the belt body 1 is improved. When a group of ventilation holes 7 are opened on the surface of the surface covering material 5 facing the moisture absorption opening 15 sandwiched between the pair of sewing surfaces 14, the sweat sucked by the moisture absorption opening 15 is at the side of the ventilation hole 7 at the shortest distance. since it proceeds to can desorption causes a short time sweat adsorbed on backing 6, it increases the drying speed of the backing by that amount.

ベルト本体1の一端にベルト留具2を装着し、ベルト本体1の他端にベルト留具2で捕捉固定される装飾ベルト3を備えたベルト構造によれば、汗除去構造を有するベルト本体1の構造を簡素化してその生産性を格段に向上できる。荷重が集中しやすいピン孔23を備えた装飾ベルト3は、ベルト本体1に比べてより強靭な素材や、異質の素材で形成できるので、ベルトの耐久性が向上し、あるいはデザインの多様化を実現できる利点もある。   According to the belt structure in which the belt fastener 2 is attached to one end of the belt body 1 and the decorative belt 3 is captured and fixed by the belt fastener 2 to the other end of the belt body 1, the belt body 1 having a sweat removing structure. The structure can be simplified and the productivity can be greatly improved. The decorative belt 3 having the pin holes 23 where the load tends to concentrate can be formed of a tougher material or a different material than the belt body 1, so that the durability of the belt is improved or the design is diversified. There are also benefits that can be realized.

図1ないし図3は本発明のベルトをウエスト用のベルトに適用した実施例を示す。図1において、ウエスト用のベルトは、ベルト本体1と、ベルト本体1の一端に装着されるベルト留具2と、ベルト本体1の他端に縫着される装飾ベルト3とを備えている。ベルト本体1の全体には汗除去構造が設けられており、汗除去構造によってベルト本体1の内面に付着の汗を大気中に蒸散させて放出除去できる。汗除去構造は、通気可能に構成した表装材5と、表装材5の内面に配される吸湿機能および放湿機能を備えた裏材6とで構成されている。   1 to 3 show an embodiment in which the belt of the present invention is applied to a waist belt. In FIG. 1, the waist belt includes a belt main body 1, a belt fastener 2 attached to one end of the belt main body 1, and a decorative belt 3 sewn to the other end of the belt main body 1. The entire belt body 1 is provided with a sweat removing structure, and the sweat removed from the inner surface of the belt body 1 can be evaporated and released in the atmosphere. The sweat removing structure is composed of a cover material 5 configured to allow ventilation and a backing material 6 having a moisture absorbing function and a moisture releasing function disposed on the inner surface of the cover material 5.

表装材5は、天然皮革や人工皮革を素材にして形成してあり、その幅方向の中央部分に通気孔7の一群を長手方向にわたって所定間隔おきに開口してある。この実施例では、幅方向線に対して斜めに傾く直線状のスリットで通気孔7を形成した。通気孔7は一定間隔おきに配置した4個の孔群を1単位としており、これら孔群が更に一定間隔おきに繰り返し形成されている。   The surface covering material 5 is made of natural leather or artificial leather, and a group of ventilation holes 7 are opened at predetermined intervals in the longitudinal direction at the center in the width direction. In this embodiment, the vent hole 7 is formed by a linear slit inclined obliquely with respect to the width direction line. The vent hole 7 has four hole groups arranged at regular intervals as one unit, and these hole groups are repeatedly formed at regular intervals.

図3において裏材6は、疎水性繊維で形成した内面の吸湿層10と、吸水性繊維で形成した外面の放湿層11と、これら両層10・11を連結して吸湿層10で吸着した汗を放湿層11へ移行させる中間層12とで構成した、三層立体構造(ダブルラッセル構造)のメッシュ生地で形成されている。吸湿層10には、格子状に通気開口10aが形成されており、各通気開口10aを囲むように疎水性繊維を編み込んである。中間層12を形成する連結糸は極細繊維で形成してあって、連結糸これ自体の毛細管現象によって吸湿層10で吸着の汗を放湿層11へ移行させ、さらに吸湿層10と放湿層11との間に通気空間を形成して、メッシュ生地を嵩高で厚みのあるものとしてある。裏材6は、放湿層11が表装材5の内面に接する状態で表装材5に縫着固定する。   In FIG. 3, the backing 6 is adsorbed by the moisture absorbing layer 10 by connecting the moisture absorbing layer 10 on the inner surface made of hydrophobic fibers, the moisture releasing layer 11 on the outer surface made of water absorbing fibers, and these two layers 10, 11. It is formed of a mesh fabric having a three-layer structure (double raschel structure) composed of an intermediate layer 12 that transfers the perspired sweat to the moisture release layer 11. The moisture absorption layer 10 is formed with ventilation openings 10a in a lattice shape, and hydrophobic fibers are knitted so as to surround each ventilation opening 10a. The connecting yarn forming the intermediate layer 12 is formed of ultrafine fibers, and the sweat absorbed by the moisture absorbing layer 10 is transferred to the moisture releasing layer 11 by the capillary phenomenon of the connecting yarn itself, and the moisture absorbing layer 10 and the moisture releasing layer are further transferred. A ventilation space is formed between the mesh fabric 11 and the mesh fabric, which is bulky and thick. The backing 6 is sewn and fixed to the cover material 5 in a state where the moisture release layer 11 is in contact with the inner surface of the cover material 5.

具体的には、表装材5の表面と、この表面に連続して裏側へ折り返えされた一対の縫着面14とで裏材6の両周縁を挟み保持し、表装材5の表面と裏材6と縫着面14との三者を縫着している。先の通気孔7は、汗の移行経路を最短化するために、一対の縫着面14で挟まれる吸湿開口15と対向する、表装材5の幅方向中央部分に設けてある。   Specifically, both the peripheral edges of the backing material 6 are sandwiched and held between the surface of the covering material 5 and a pair of sewing surfaces 14 folded back to the back side continuously from the surface, The three of the backing 6 and the sewing surface 14 are sewn. The previous vent hole 7 is provided in the center portion in the width direction of the cover material 5 facing the moisture absorption opening 15 sandwiched between the pair of sewing surfaces 14 in order to minimize the sweat transfer path.

図1においてベルト留具2は、首ベルト18の折り曲げ端にバックル19を装着し、内側のベルト端にベルト本体1の端部を挟持固定する連結金具20を固定してなる。符号21はバックルピン、22はバックル19をくぐり抜けた装飾ベルト3を押さえ保持するガイドループである。連結金具20から取り外したベルト本体1は、腰まわりの長さに応じて切断することにより、ベルトの長さを使用者の体格や体形に応じて変更調整できる。装飾ベルト3は、表裏一対の天然皮革あるいは人工皮革を貼り合わせたうえで、幅方向両端を縫着固定して形成してあり、その長手方向に沿ってバックルピン21を掛け止めるためのピン孔23が一定間隔おきに形成されている。   In FIG. 1, the belt fastener 2 is formed by attaching a buckle 19 to a bent end of a neck belt 18 and fixing a connecting metal fitting 20 that clamps and fixes an end of the belt body 1 to an inner belt end. Reference numeral 21 denotes a buckle pin, and 22 denotes a guide loop that holds and holds the decorative belt 3 that has passed through the buckle 19. The belt body 1 removed from the connecting metal fitting 20 can be changed and adjusted according to the user's physique and body shape by cutting the belt body 1 according to the waist circumference. The decorative belt 3 is formed by adhering a pair of front and back natural leather or artificial leather, and sewing and fixing both ends in the width direction. A pin hole for hooking the buckle pin 21 along its longitudinal direction. 23 are formed at regular intervals.

上記のように裏材6が、肌面側の吸湿層10と、外面の放湿層11と、通気空間を有する中間層12とで構成されていると、吸湿層10で吸着した汗は、中間層12の連結糸で放湿層11へ向かって非可逆的に移行させることができるので、吸湿層10に汗が留まるのを防止して、ベルト内面がべとつくのを解消できる。さらに、放湿層11へ移行した汗を通気孔7から大気中へ効果的に蒸散させることができる。着用者の身体の屈伸動作や傾動動作に伴ってベルト本体1が伸縮するとき、通気孔7から外気が出入りすることで、放湿層11、中間層12および吸湿層10に新規空気を接触させて蒸散を促進できる。   As described above, when the backing 6 is composed of the moisture absorbing layer 10 on the skin surface side, the moisture releasing layer 11 on the outer surface, and the intermediate layer 12 having a ventilation space, the sweat adsorbed by the moisture absorbing layer 10 is Since the connecting yarn of the intermediate layer 12 can be transferred irreversibly toward the moisture releasing layer 11, it is possible to prevent the sweat from staying in the moisture absorbing layer 10 and to eliminate the stickiness of the belt inner surface. Furthermore, the sweat that has migrated to the moisture release layer 11 can be effectively evaporated from the vent hole 7 into the atmosphere. When the belt body 1 expands and contracts in accordance with the bending / stretching operation and tilting operation of the wearer's body, fresh air is brought into contact with the moisture release layer 11, the intermediate layer 12 and the moisture absorption layer 10 by the outside air entering and exiting from the vent hole 7. Can promote transpiration.

先に説明したように、裏材6は嵩高で厚みのある(1.5〜2mm)メッシュ生地からなり、それ自体がクッション性を備えている。そのため、きつく締める必要もなくベルトを腰まわりに固定でき、したがって圧迫感がなく、より楽な状態で使用できるウエスト用のベルトが得られる。ベルト本体1の全体に汗除去構造を設け、その一端に首ベルト18を連結し、他端に装飾ベルト3を固定したベルト構造であるから、ベルト本体1の構造を簡素化して、その生産性を格段に向上できる。荷重が集中しやすいピン孔23を備えた装飾ベルト3をより強靭な素材で形成できるので、ベルトの耐久性を向上できる利点もある。   As described above, the backing 6 is made of a bulky and thick (1.5 to 2 mm) mesh fabric, which itself has cushioning properties. Therefore, it is possible to fix the belt around the waist without the need for tightening, and thus there is no feeling of pressure, and a waist belt that can be used in a more comfortable state is obtained. Since the entire belt body 1 is provided with a sweat removing structure, a neck belt 18 is connected to one end thereof, and the decorative belt 3 is fixed to the other end, the structure of the belt body 1 is simplified and its productivity is improved. Can be significantly improved. Since the decorative belt 3 having the pin holes 23 where the load tends to concentrate can be formed of a tougher material, there is an advantage that the durability of the belt can be improved.

通気孔7は、直線スリット状に代えて円形や多角形、星形などの幾何学形状、あるいは花や動物などの外形を模した形状、文字、数字などに変更でき、その配置も自由に変更できる。ベルト本体1の表装材5は、織生地や成形ベルトなどで形成することができるが、ベルト面に通気孔7を設けてあることが好ましい。但し、織生地で表装材5を形成する場合には、織目を通気孔7とすることができる。時計用のベルトとして使用する場合には、時計本体の両側に連結される一対のベルト片でベルトを構成する。   The ventilation hole 7 can be changed to a geometric shape such as a circle, polygon, or star instead of a straight slit, or to a shape, letter, number, or the like simulating the outer shape of a flower or an animal. it can. The cover material 5 of the belt main body 1 can be formed of a woven fabric or a molded belt, but preferably has a vent hole 7 on the belt surface. However, when forming the cover material 5 with a woven fabric, the air holes 7 can be formed in the weave. When used as a watch belt, the belt is composed of a pair of belt pieces connected to both sides of the watch body.

本発明のウエスト用のベルトにおける汗除去構造は、少なくとも腰裏部分に設けてあればよい。表装材5と裏材6とは縫着するのが好ましいが、接着によって固定してもよい。バックルの構造は特に問わない The sweat removing structure in the waist belt of the present invention may be provided at least in the waist back portion. Although it is preferable to sew the outer covering material 5 and the backing material 6, they may be fixed by adhesion. The structure of the buckle is not particularly limited .

ウエスト用のベルトの正面図Front view of waist belt ベルトの表装材の一部を破断した正面図Front view of a part of the belt cover 図2におけるA−A線断面図AA line sectional view in FIG.

符号の説明Explanation of symbols

1 ベルト本体
2 ベルト留具
5 表装材
6 裏材
7 通気孔
10 吸湿層
11 放湿層
12 中間層
14 縫着面
15 吸湿開口
DESCRIPTION OF SYMBOLS 1 Belt main body 2 Belt fastener 5 Outer material 6 Backing material 7 Vent hole 10 Moisture absorption layer 11 Moisture release layer 12 Intermediate layer 14 Sewing surface 15 Moisture absorption opening

Claims (4)

ベルト本体(1)と、ベルト本体(1)に装着されるベルト留具(2)とを備えており、
ベルト本体(1)に、ベルト内面に付着の汗を吸着して、大気中に気化放出する汗除去構造が設けられており、
汗除去構造が、通気可能な表装材(5)と、表装材(5)の内面に配置される吸湿機能および放湿機能を備えた裏材(6)とで構成されており、
裏材(6)が、疎水性繊維で形成した内面の吸湿層(10)と、吸水性繊維で形成した外面の放湿層(11)と、これら両層(10・11)を連結して、吸湿層(10)で吸着した汗を毛細管現象によって放湿層(11)へ移行させ、吸湿層(10)と放湿層(11)との間に通気空間を形成する中間層(12)とで構成された三層立体構造のメッシュ生地で形成されており、
放湿層(11)が表装材(5)の内面に隣接する状態で、裏材(6)が表装材(5)に固定されているベルト。
A belt body (1), and a belt fastener (2) attached to the belt body (1);
The belt body (1) is provided with a sweat removing structure that adsorbs sweat adhering to the inner surface of the belt and vaporizes and releases it to the atmosphere.
The sweat removing structure is composed of a breathable outer covering (5) and a backing (6) having a moisture absorbing function and a moisture releasing function disposed on the inner surface of the outer covering (5) .
The backing (6) connects the inner moisture-absorbing layer (10) formed of hydrophobic fibers, the outer moisture-absorbing layer (11) formed of water-absorbing fibers, and these two layers (10, 11). The intermediate layer (12) forms a ventilation space between the moisture absorption layer (10) and the moisture release layer (11) by transferring the sweat adsorbed by the moisture absorption layer (10) to the moisture release layer (11) by capillary action. It is formed with a mesh fabric with a three-layer structure composed of
A belt in which a backing material (6) is fixed to a covering material (5) in a state where the moisture release layer (11) is adjacent to the inner surface of the covering material (5) .
裏材(6)で吸着した汗を大気中に気化放出するための通気孔(7)の一群が、表装材(5)に開口している請求項1記載のベルト。   The belt according to claim 1, wherein a group of ventilation holes (7) for vaporizing and releasing the sweat adsorbed by the backing (6) into the atmosphere is open to the outer covering (5). 表装材(5)の表面と、この表面に連続して裏側へ折り返えされた一対の縫着面(14)とで裏材(6)の両周縁を挟み保持して、表装材(5)の表面と裏材(6)と縫着面(14)との三者が縫着されており、
一対の縫着面(14)で挟まれる吸湿開口(15)と対向する表装材(5)の表面に、通気孔(7)の一群が開口している請求項記載のベルト。
The outer periphery of the backing material (5) is sandwiched and held between the surface of the outer covering material (5) and the pair of sewing surfaces (14) folded back to the back side in succession to the surface. ), The back material (6) and the sewing surface (14) are sewn.
The belt according to claim 2, wherein a group of ventilation holes (7) are opened on the surface of the outer covering (5) facing the moisture absorption opening (15) sandwiched between the pair of sewing surfaces (14) .
ベルト本体(1)の一端にベルト留具(2)が装着され、ベルト本体(1)の他端にベルト留具(2)で捕捉固定される装飾ベルト(3)を備えている請求項1または2または3記載のベルト The belt fastener (2) is attached to one end of the belt main body (1), and a decorative belt (3) is provided at the other end of the belt main body (1) to be captured and fixed by the belt fastener (2). Or the belt of 2 or 3 .
JP2004019348A 2004-01-28 2004-01-28 belt Expired - Lifetime JP4562121B2 (en)

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JP2008228996A (en) * 2007-03-20 2008-10-02 Omron Healthcare Co Ltd Attachment unit for bioimpedance measurement
JP2013040416A (en) * 2011-08-15 2013-02-28 Koji Takayama Shirt
EP3072408A1 (en) * 2015-03-27 2016-09-28 Emmedue S.r.l. Method for making a belt and belt
JP6062503B1 (en) * 2015-07-13 2017-01-18 株式会社東芝 Fixing apparatus and image forming apparatus
JP6266834B1 (en) * 2017-10-16 2018-01-24 株式会社フロンティア Waist belt

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH034177U (en) * 1989-06-02 1991-01-16
JPH0364766U (en) * 1989-10-24 1991-06-24
JPH0395046U (en) * 1990-01-19 1991-09-27
JPH07213A (en) * 1993-06-11 1995-01-06 Roi Enterp:Kk Watch band

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH034177U (en) * 1989-06-02 1991-01-16
JPH0364766U (en) * 1989-10-24 1991-06-24
JPH0395046U (en) * 1990-01-19 1991-09-27
JPH07213A (en) * 1993-06-11 1995-01-06 Roi Enterp:Kk Watch band

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