JP3234954U - Warm foot device - Google Patents

Warm foot device Download PDF

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Publication number
JP3234954U
JP3234954U JP2021003446U JP2021003446U JP3234954U JP 3234954 U JP3234954 U JP 3234954U JP 2021003446 U JP2021003446 U JP 2021003446U JP 2021003446 U JP2021003446 U JP 2021003446U JP 3234954 U JP3234954 U JP 3234954U
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heat
layer
generating
carpet
heating
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Japanese (ja)
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楊小軍
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中山一点通電子科技有限公司
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Abstract

【課題】操作が簡単で使いやすく、熱量がより速く、保温効果がより良い、暖足器を提供する。【解決手段】暖足器は、発熱カーペット1と、発熱カーペットに電気接続される、加熱を制御するための回路板と、発熱カーペットに円筒形に包囲させ得る接続手段と、を含む。暖足器は、発熱層があり、発熱層が一枚一枚の発熱膜があり、カールの収納方式を採用し、折りたたみ収納方式で内部回路が壊れやすく、安全性が足りない問題を解決しました。発熱層は一ブロックの発熱膜で、生産時に一度成型できるので、つなぎ合わせる必要がなく、人工コストを大幅に低減し、生産効率を高めた。発熱膜は一定の硬度を持ち、縦置きを支えることができ、暖足器の全体の厚さを大幅に減少させ、収納に便利である。【選択図】図1PROBLEM TO BE SOLVED: To provide a warming foot device which is easy to operate and easy to use, has a faster amount of heat, and has a better heat retaining effect. SOLUTION: The warmer includes a heating carpet 1, a circuit board electrically connected to the heating carpet for controlling heating, and a connecting means capable of surrounding the heating carpet in a cylindrical shape. The warmer has a heating layer, each heating layer has a heating film, and a curl storage method is adopted. The folding storage method solves the problem of insufficient safety because the internal circuit is fragile. bottom. The heat-generating layer is a block of heat-generating film that can be molded once during production, so there is no need to join them together, which greatly reduces artificial costs and improves production efficiency. The heating film has a certain hardness and can support vertical installation, greatly reducing the overall thickness of the warmer and convenient for storage. [Selection diagram] Fig. 1

Description

本実用新案は暖房設備の技術分野に関し、特に暖足器に関するものである。 This utility model relates to the technical field of heating equipment, especially to warmers.

寒い冬には、エアコンと電気ストーブを使って部屋の暖房をします。エアコンと電気スト
ーブは部屋全体の温度を上げることができますが、熱の上昇の原理で部屋の温度分布が不
均衡になり、エアコンと電気ストーブのある部屋でも足の冷えを感じる人が多いです。
In the cold winter, the air conditioner and electric stove are used to heat the room. Air conditioners and electric stoves can raise the temperature of the entire room, but due to the principle of heat rise, the temperature distribution in the room becomes unbalanced, and many people feel cold even in rooms with air conditioners and electric stoves. ..

この問題を解決するために、暖足器を発明しました。暖足器の中に電気ヒーターが設置さ
れています。足の周りを暖足器で囲むと、足の周りを暖めることができます。既存の暖足
器の多くは折りたたみ式です。内部の電気加熱シートは複数の継ぎ目で、導線でつながっ
ています。使う時は暖足器のブロックを広げて、足の周りにまっすぐに置く。使わない時
は一枚のブロックを折り畳んで収納する。操作が面倒で、何回も折りたたんでから内部回
路が壊れやすく、安全性が足りません。また、生産時には複数の電気加熱シートが必要と
なり、人件費が高く、効率も低下しています。既存の足温器の内部には支持板があり、全
体的に厚く、収納時に占める空間が大きいです。これらの問題を解決するために、新しい
タイプの暖足器を開発しました。
To solve this problem, I invented a warmer. An electric heater is installed inside the warmer. You can warm your feet by surrounding them with a warmer. Many of the existing warmers are foldable. The internal electric heating sheet has multiple seams and is connected by conductors. When using, unfold the block of warmer and place it straight around your feet. When not in use, fold and store one block. The operation is troublesome, and the internal circuit is fragile after being folded many times, resulting in insufficient safety. In addition, multiple electric heating sheets are required during production, labor costs are high, and efficiency is low. There is a support plate inside the existing foot warmer, which is thick as a whole and occupies a large space when stored. To solve these problems, we have developed a new type of warmer.

既存の暖足器の使用が面倒で、内部回路が壊れやすく、収納に不便で、人件費が高く、効
率が低下しているなどの欠陥を解決するために、本実用新案は暖足器を提供する。
上記の問題を解決するために、本考案は以下の技術案を提供する。
暖足器は、
発熱カーペット1と、発熱カーペット1に電気接続される、加熱を制御するための回路板
3と、および、発熱カーペット1の両端に設けられる、接続および支持作用を発揮すると
ともに、発熱カーペット1に円筒形に包囲させ得る接続手段2と、
を含む。
さらに、加熱に用いられる発熱層11と、快速な熱散逸の防止に用いられる保温層12と
、および、快適感の向上に用いられる内表層13と、を含み、発熱層11は保温層12と
内表層13の間に位置されている。
さらに、発熱カーペット1の上方に、包囲動作後に足を入れ易くさせるための凹形口17
を含み、発熱カーペット1の両端の接続位置は、凹形口17の中間位置、または左側寄り
位置あるいは右側寄り位置に位置する。
さらに、保温層12は、熱輻射を反射し、熱を集めるための反射層14を含み、保温層1
2はさらに、熱の散逸を防止するための隔熱層15、および内部を保護するための保護層
16を含み、反射層14の一面は発熱層11に貼合され、その他面は隔熱層15に貼合さ
れており、保護層16は発熱カーペット1の外表面となる。
さらに、発熱層11と回路板3とが電気接続され、回路板3と外部の電源ワイヤとが電気
接続され、発熱層11の材料は一定の硬度を持ち、且つ巻き曲げられる発熱膜を有する。
さらに、内表層13の材料は絨布とし、反射層14の材料はアルミニウム膜とし、隔熱層
15の材料はXPE材料とし、保護層16の材料はPE材料とする。
さらに、隔熱層15の厚度範囲は2.0mm〜3.5mmとする。
さらに、発熱層11の厚度範囲は0.3mm〜0.6mmとする。
さらに、接続手段2は雄接続手段21と雌接続手段22とを含み、雄接続手段21と雌接
続手段22はそれぞれ発熱カーペット1の両端に接続されており、雄接続手段21は発熱
カーペット1の外側に位置する第1前盖23と、発熱カーペット1の内側に位置する第1
後盖24とを含み、雌接続手段22は発熱カーペット1の外側に位置する第2前盖25と
、発熱カーペット1の内側に位置する第2後盖26とを含み、雄接続手段21上に凸起し
た係りバックル27が設けられ、雌接続手段22に対応的に係りバックル27を係合する
係溝28が設けられている。
さらに、カーペット1の一端の外側に回路板3を取り付けるための取付溝31が設けられ
ており、回路板3上に電源をオンオフ制御し、ランクを調節するためのスイッチボード3
2が電気接続されており、スイッチボード32上にスイッチボタン33が取付けられてい
る。
In order to solve defects such as troublesome use of existing warmer, fragile internal circuit, inconvenient storage, high labor cost, and reduced efficiency, this utility model uses a warmer. offer.
In order to solve the above problems, the present invention provides the following technical proposals.
The warmer is
The heat-generating carpet 1, the circuit board 3 electrically connected to the heat-generating carpet 1 for controlling heating, and the heat-generating carpet 1 provided at both ends of the heat-generating carpet 1 are provided with a connecting and supporting action, and are cylindrical to the heat-generating carpet 1. Connection means 2 that can be surrounded by a shape,
including.
Further, the heat insulating layer 11 includes a heat insulating layer 11 used for heating, a heat insulating layer 12 used for preventing rapid heat dissipation, and an inner surface layer 13 used for improving a feeling of comfort, and the heat insulating layer 11 is a heat insulating layer 12. It is located between the inner surface layers 13.
Further, a concave opening 17 above the heat-generating carpet 1 for making it easier to put a foot after the siege operation.
The connection positions at both ends of the heat-generating carpet 1 are located at the intermediate position of the concave opening 17, or at a position closer to the left side or a position closer to the right side.
Further, the heat insulating layer 12 includes a reflective layer 14 for reflecting heat radiation and collecting heat, and the heat insulating layer 1 includes a reflective layer 14.
2 further includes a heat insulating layer 15 for preventing heat dissipation and a protective layer 16 for protecting the inside, one surface of the reflective layer 14 is bonded to the heat generating layer 11, and the other surface is a heat insulating layer. Attached to 15, the protective layer 16 serves as the outer surface of the heat-generating carpet 1.
Further, the heat generating layer 11 and the circuit plate 3 are electrically connected, the circuit plate 3 and the external power supply wire are electrically connected, and the material of the heat generating layer 11 has a certain hardness and has a heat generating film that can be bent.
Further, the material of the inner surface layer 13 is velvet, the material of the reflective layer 14 is an aluminum film, the material of the heat insulating layer 15 is an XPE material, and the material of the protective layer 16 is a PE material.
Further, the thickness range of the heat insulating layer 15 is set to 2.0 mm to 3.5 mm.
Further, the thickness range of the heat generating layer 11 is set to 0.3 mm to 0.6 mm.
Further, the connecting means 2 includes a male connecting means 21 and a female connecting means 22, the male connecting means 21 and the female connecting means 22 are connected to both ends of the heat generating carpet 1, and the male connecting means 21 is connected to the heat generating carpet 1. The first front cup 23 located on the outside and the first located inside the heat-generating carpet 1.
The female connecting means 22 includes a second front lid 25 located outside the heat-generating carpet 1 and a second rear lid 26 located inside the heat-generating carpet 1, including the rear lid 24, and is placed on the male connecting means 21. A raised engagement buckle 27 is provided, and a engagement groove 28 is provided correspondingly to the female connecting means 22 to engage the engagement buckle 27.
Further, a mounting groove 31 for mounting the circuit board 3 is provided on the outside of one end of the carpet 1, and a switch board 3 for controlling power on / off and adjusting the rank on the circuit board 3.
2 is electrically connected, and a switch button 33 is mounted on the switch board 32.

本実用新案は既存技術に比べて以下の利点がある。
1、本実用的な新型の暖足器は、発熱層があり、発熱層が一枚一枚の発熱膜があり、カー
ルの収納方式を採用し、折りたたみ収納方式で内部回路が壊れやすく、安全性が足りない
問題を解決しました。
2、本実用的な新型の暖足器で、発熱層は一ブロックの発熱膜で、生産時に一度成型でき
るので、つなぎ合わせる必要がなく、人工コストを大幅に低減し、生産効率を高めました

3、本実用的な新型の暖足器では、発熱膜は一定の硬度を持ち、かつ、カールができ、こ
の暖足器の縦置きを支えることができ、既存の暖足器の中の支持板を除去して、この暖足
器の全体の厚さを大幅に減少させ、収納に便利である。
4、本実用新案の脚部には、接続部品が設けられており、この暖足器の両端を接続部品で
接続して、この暖足器を円筒形に囲み、この暖足器で囲った円筒内に足を入れて暖まるこ
とができ、操作が簡単で使いやすい。
5、本実用的な新型の暖足器は、この暖足器を円筒形にして使用し、熱量がより速く、保
温効果がより良い。
This utility model has the following advantages over existing technology.
1. This practical new type of warmer has a heating layer, each heating layer has a heating film, and a curl storage method is adopted. The folding storage method makes the internal circuit fragile and safe. Solved the problem of lack of sex.
2. With this practical new type of warmer, the heating layer is a one-block heating film that can be molded once at the time of production, so there is no need to connect them, artificial costs are greatly reduced, and production efficiency is improved. ..
3. In this practical new type of warmer, the heating film has a certain hardness and can be curled, and it can support the vertical placement of this warmer, and it is supported in the existing warmer. By removing the plate, the overall thickness of this warmer is greatly reduced, which is convenient for storage.
4. Connection parts are provided on the legs of this utility model, and both ends of this warmer are connected by connecting parts, and this warmer is surrounded by a cylindrical shape and surrounded by this warmer. You can put your feet in the cylinder to warm it up, and it is easy to operate and use.
5. This practical new type of warmer uses this warmer in a cylindrical shape, and the amount of heat is faster and the heat retention effect is better.

暖足器の第1実施例の全体図である。It is the whole view of the 1st Embodiment of a warmer. 暖足器の第2実施例の全体図である。It is the whole view of the 2nd Embodiment of a warmer. 暖足器の第3実施例の全体図である。It is the whole view of the 3rd Embodiment of a warmer. 暖足器の第4実施例の全体図である。It is the whole view of the 4th Embodiment of a warmer. 暖足器の第1実施例の分解図1である。FIG. 1 is an exploded view 1 of a first embodiment of a warmer. 暖足器の第1実施例の分解図2である。FIG. 2 is an exploded view 2 of the first embodiment of the warmer. 暖足器の第1実施例の分解図3である。FIG. 3 is an exploded view 3 of the first embodiment of the warmer. 暖足器の第1実施例の分解図4である。FIG. 4 is an exploded view 4 of the first embodiment of the warmer. 発熱カーペットの階層の構造図である。It is a structural diagram of the hierarchy of the heat-generating carpet.

[符号の説明]
発熱カーペット 1
接続手段 2
回路板 3
発熱層 11
保温層 12
内表層 13
反射層 14
隔熱層 15
保護層 16
凹形口 17
雄接続手段 21
雌接続手段 22
第1前盖 23
第1後盖 24
第2前盖 25
第2後盖 26
係りバックル 27
係溝 28
取付溝 31
スイッチボード 32
スイッチボタン 33
[Explanation of code]
Fever carpet 1
Connection means 2
Circuit board 3
Heat-generating layer 11
Insulation layer 12
Inner surface layer 13
Reflective layer 14
Separate heat layer 15
Protective layer 16
Concave mouth 17
Male connection means 21
Female connection means 22
1st front closure 23
1st closure 24
2nd front closure 25
2nd closure 26
Buckle 27
Mooring groove 28
Mounting groove 31
Switch board 32
Switch button 33

以下、添付図面に関連して、本考案の技術的特徴をさらに詳細に説明し、当該技術者が理
解できるようにする。
Hereinafter, the technical features of the present invention will be described in more detail in relation to the accompanying drawings so that the engineer can understand them.

暖足器は、図1〜図8に示すように、発熱カーペット1と、発熱カーペット1に電気接続
される、加熱を制御するための回路板3と、および、発熱カーペット1の両端に設けられ
る、接続および支持作用を発揮するとともに、発熱カーペット1に円筒形に包囲させ得る
接続手段2を含む。
As shown in FIGS. 1 to 8, the warmer is provided on the heat-generating carpet 1, the circuit board 3 electrically connected to the heat-generating carpet 1 for controlling heating, and both ends of the heat-generating carpet 1. , Includes connecting means 2 capable of exerting a connecting and supporting action and surrounding the heating carpet 1 in a cylindrical shape.

発熱カーペット1は、複数層設けられ、加熱に用いられる発熱層11と、あまりに快速な
熱散逸の防止に用いられる保温層12と、および、快適感の向上に用いられる内表層13
とを含む。発熱層11は、完全な一枚の発熱膜であり、巻き曲げの収納方式を採用するこ
とにより、折り畳みの収納方式の場合における内部回路の断裂容易、および安全度不十分
という不都合を回避している。また、製造は、一次成形が可能であり、綴り合わせなどが
必要としなく、人工コストを大幅に低減させ、生産効率を向上している。発熱カーペット
1の外表面は保温層12であり、発熱カーペット1の内表面は内表層13であり、発熱層
11は保温層12と内表層13の間に位置されている。さらに発熱カーペット1の縁部に
1層のエッジ布材が包まれている。
The heat-generating carpet 1 is provided with a plurality of layers, a heat-generating layer 11 used for heating, a heat-retaining layer 12 used to prevent heat dissipation that is too rapid, and an inner surface layer 13 used to improve a feeling of comfort.
And include. The heat-generating layer 11 is a complete heat-generating film, and by adopting a winding and bending storage method, the inconveniences of easy tearing of the internal circuit and insufficient safety in the case of the folding storage method are avoided. There is. In addition, primary molding is possible in manufacturing, no stitching is required, artificial costs are significantly reduced, and production efficiency is improved. The outer surface of the heat-generating carpet 1 is the heat insulating layer 12, the inner surface of the heat-generating carpet 1 is the inner surface layer 13, and the heat-generating layer 11 is located between the heat insulating layer 12 and the inner surface layer 13. Further, one layer of edge cloth material is wrapped around the edge of the heat-generating carpet 1.

発熱カーペット1の上方に、包囲動作後に足を入れ易くさせるための凹形口17を含む。
発熱カーペット1の両端の接続位置は、凹形口17の中間位置、または左側寄り位置ある
いは右側寄り位置に位置する。実施例一では、凹形口17は発熱カーペット1の突合させ
位置の中間に位置する。図1に示すように、実施例二では、凹形口17は発熱カーペット
1の突合させ位置の左側に位置する。図2に示すように、実施例三では、凹形口17は発
熱カーペット1の突合させ位置の右側に位置する。図3に示すように、実施例四では、発
熱カーペット1の幅度が狭くて、円筒形に包囲させると、高度が低いとなり、そうすると
したら、直接かつ便利に足を発熱カーペット1に包囲された円筒内に入れることができる
Above the heat-generating carpet 1, a concave opening 17 is included to facilitate the entry of the foot after the siege operation.
The connection positions at both ends of the heat-generating carpet 1 are located at an intermediate position of the concave opening 17, a position closer to the left side, or a position closer to the right side. In the first embodiment, the concave opening 17 is located in the middle of the abutting position of the heat generating carpet 1. As shown in FIG. 1, in the second embodiment, the concave opening 17 is located on the left side of the abutting position of the heat generating carpet 1. As shown in FIG. 2, in the third embodiment, the concave opening 17 is located on the right side of the abutting position of the heat generating carpet 1. As shown in FIG. 3, in the fourth embodiment, the width of the heat-generating carpet 1 is narrow, and when the heat-generating carpet 1 is surrounded in a cylindrical shape, the altitude becomes low. You can put it inside.

本暖足器は、使用すべく、弧形に包囲させて、他の支持が要らない。あるいは、接続手段
2によって該暖足器の両端を一緒に接続することにより、該暖足器を円筒形に包囲させる
。そして、図1〜図3に示すように、レッグやフット(足)を凹形口17から該暖足器に
囲まれた円筒内に入れれば、暖を取ることができる。操作が簡単で、使用も便利である。
しかも、該暖足器は円筒形に包囲させて使用すれば、速く熱を集め得るとともに、保温効
果も向上する。
This warmer is enclosed in an arc for use and does not require any other support. Alternatively, the warmer is enclosed in a cylindrical shape by connecting both ends of the warmer together by the connecting means 2. Then, as shown in FIGS. 1 to 3, if the legs and feet (feet) are put into the cylinder surrounded by the warmer from the concave mouth 17, the warmth can be taken. Easy to operate and convenient to use.
Moreover, if the warmer is used by surrounding it in a cylindrical shape, heat can be collected quickly and the heat retention effect is improved.

保温層12は、熱輻射を反射し、熱を集めるための反射層14を含む。保温層12はさら
に、熱の散逸を防止するための隔熱層15、および内部を保護するための保護層16を含
む。反射層14の一面は発熱層11に貼合され、その他面は隔熱層15に貼合されている
。保護層16は発熱カーペット1の外表面となる。
The heat insulating layer 12 includes a reflective layer 14 for reflecting heat radiation and collecting heat. The heat insulating layer 12 further includes a heat insulating layer 15 for preventing heat dissipation and a protective layer 16 for protecting the inside. One surface of the reflective layer 14 is bonded to the heat generating layer 11, and the other surface is bonded to the heat insulating layer 15. The protective layer 16 is the outer surface of the heat-generating carpet 1.

発熱層11と回路板3とが電気接続され、回路板3と外部の電源ワイヤとが電気接続され
、発熱層11の材料は一定の硬度を持ち、且つ巻き曲げられる発熱膜を有する。発熱層1
1は全体成型とした完全な一枚の発熱膜である。発熱層11の材料は該暖足器を鉛直に配
置し得るように支持できる。従来の暖足器における支持板を不要とし、該暖足器の全体厚
さを大幅に減少させ、収納に便利である。
The heat generating layer 11 and the circuit board 3 are electrically connected, the circuit board 3 and the external power supply wire are electrically connected, and the material of the heat generating layer 11 has a certain hardness and has a heat generating film that can be bent. Heat generation layer 1
Reference numeral 1 is a complete heat-generating film that is completely molded. The material of the heating layer 11 can support the warmer so that it can be placed vertically. It eliminates the need for a support plate in a conventional warmer, greatly reduces the overall thickness of the warmer, and is convenient for storage.

内表層13の材料は絨布とし、反射層14の材料はアルミニウム膜とし、隔熱層15の材
料はXPE材料とし、保護層16の材料はPE材料とする。
The material of the inner surface layer 13 is velvet, the material of the reflective layer 14 is an aluminum film, the material of the heat insulating layer 15 is an XPE material, and the material of the protective layer 16 is a PE material.

隔熱層15の厚度範囲は2.0mm〜3.5mmとし、発熱層11の厚度範囲は0.3m
m〜0.6mmとし、全体厚度は薄くて、収納に便利である。
The thickness range of the heat insulating layer 15 is 2.0 mm to 3.5 mm, and the thickness range of the heat generating layer 11 is 0.3 m.
It is m to 0.6 mm, and the overall thickness is thin, which is convenient for storage.

接続手段2は雄接続手段21と雌接続手段22を含む。雄接続手段21と雌接続手段22
はそれぞれ発熱カーペット1の両端に接続されている。雄接続手段21は発熱カーペット
1の外側に位置する第1前盖23と、発熱カーペット1の内側に位置する第1後盖24と
を含む。雌接続手段22は発熱カーペット1の外側に位置する第2前盖25と、発熱カー
ペット1の内側に位置する第2後盖26とを含む。雄接続手段21上に凸起した係りバッ
クル27が設けられ、雌接続手段22に対応的に係りバックル27を係合する係溝28が
設けられている。
The connecting means 2 includes a male connecting means 21 and a female connecting means 22. Male connection means 21 and female connection means 22
Are connected to both ends of the heat generating carpet 1, respectively. The male connecting means 21 includes a first front lid 23 located on the outside of the heat generating carpet 1 and a first rear lid 24 located on the inside of the heat generating carpet 1. The female connecting means 22 includes a second front lid 25 located on the outside of the heat-generating carpet 1 and a second rear lid 26 located on the inside of the heat-generating carpet 1. A protruding engagement buckle 27 is provided on the male connection means 21, and a engagement groove 28 for engaging the engagement buckle 27 is provided correspondingly to the female connection means 22.

接続手段2は、ベルクロまたは磁石のように、様々な手段によって発熱カーペット1の両
端を一緒に接続することができる。
The connecting means 2 can connect both ends of the heat-generating carpet 1 together by various means, such as a velcro or a magnet.

カーペット1の一端の外側に回路板3を取り付けるための取付溝31が設けられている。
回路板3上に電源をオンオフ制御し、ランクを調節するためのスイッチボード32が電気
接続されている。スイッチボード32上にスイッチボタン33が取付けられている。
A mounting groove 31 for mounting the circuit board 3 is provided on the outside of one end of the carpet 1.
A switch board 32 for controlling power on / off and adjusting the rank is electrically connected on the circuit board 3. A switch button 33 is mounted on the switch board 32.

本実用新案に記載された実施形態は、本考案の好適な実施形態についての説明だけであり
、上記で説明された図面に示された正確な構造に限定されず、その範囲を逸脱せずに種々
の修正及び変更を行うことができ、本考案の思想から逸脱しないことを前提に、当業者が
本実用新案の技術案に対して作成した様々な変形と改良は、本実用新案の保護範囲に含ま
れるものとする。
The embodiments described in the utility model are merely description of preferred embodiments of the present invention and are not limited to the exact structure shown in the drawings described above and do not deviate from its scope. Various modifications and improvements made by those skilled in the art for the utility model technical proposal, on the premise that various modifications and changes can be made and do not deviate from the idea of the present invention, are the scope of protection of the present utility model. It shall be included in.

Claims (10)

暖足器であって、
発熱カーペット1と、発熱カーペット1に電気接続される、加熱を制御するための回路板
3と、および、発熱カーペット1の両端に設けられる、接続および支持作用を発揮すると
ともに、発熱カーペット1に円筒形に包囲させ得る接続手段2と、
を含む、暖足器。
It ’s a warmer,
The heat-generating carpet 1, the circuit board 3 electrically connected to the heat-generating carpet 1 for controlling heating, and the heat-generating carpet 1 provided at both ends of the heat-generating carpet 1 are provided with a connecting and supporting action, and are cylindrical to the heat-generating carpet 1. Connection means 2 that can be surrounded by a shape,
Including warm foot device.
加熱に用いられる発熱層11と、快速な熱散逸の防止に用いられる保温層12と、および
、快適感の向上に用いられる内表層13と、を含み、発熱層11は保温層12と内表層1
3の間に位置されている、
請求項1に記載の暖足器。
The heat generating layer 11 includes a heat insulating layer 11 used for heating, a heat insulating layer 12 used for preventing rapid heat dissipation, and an inner surface layer 13 used for improving a feeling of comfort, and the heat insulating layer 11 includes a heat insulating layer 12 and an inner surface layer. 1
Located between 3's,
The warmer according to claim 1.
発熱カーペット1の上方に、包囲動作後に足を入れ易くさせるための凹形口17を含み、
発熱カーペット1の両端の接続位置は、凹形口17の中間位置、または左側寄り位置ある
いは右側寄り位置に位置する、
請求項1に記載の暖足器。
Above the heat-generating carpet 1, a concave opening 17 is included to facilitate the entry of the foot after the siege operation.
The connection positions at both ends of the heat-generating carpet 1 are located at the intermediate position of the concave opening 17, or at a position closer to the left side or a position closer to the right side.
The warmer according to claim 1.
保温層12は、熱輻射を反射し、熱を集めるための反射層14を含み、保温層12はさら
に、熱の散逸を防止するための隔熱層15、および内部を保護するための保護層16を含
み、反射層14の一面は発熱層11に貼合され、その他面は隔熱層15に貼合されており
、保護層16は発熱カーペット1の外表面となる、
請求項2に記載の暖足器。
The heat insulating layer 12 includes a reflective layer 14 for reflecting heat radiation and collecting heat, and the heat insulating layer 12 further includes a heat insulating layer 15 for preventing heat dissipation and a protective layer for protecting the inside. 16 is included, one surface of the reflective layer 14 is bonded to the heat generating layer 11, the other surface is bonded to the heat insulating layer 15, and the protective layer 16 is the outer surface of the heat generating carpet 1.
The warmer according to claim 2.
発熱層11と回路板3とが電気接続され、回路板3と外部の電源ワイヤとが電気接続され
、発熱層11の材料は一定の硬度を持ち、且つ巻き曲げられる発熱膜を有する、
請求項2に記載の暖足器。
The heat generating layer 11 and the circuit board 3 are electrically connected, the circuit board 3 and the external power supply wire are electrically connected, and the material of the heat generating layer 11 has a certain hardness and has a heat generating film that can be bent.
The warmer according to claim 2.
内表層13の材料は絨布とし、反射層14の材料はアルミニウム膜とし、隔熱層15の材
料はXPE材料とし、保護層16の材料はPE材料とする、
請求項4に記載の暖足器。
The material of the inner surface layer 13 is velvet, the material of the reflective layer 14 is an aluminum film, the material of the heat insulating layer 15 is an XPE material, and the material of the protective layer 16 is a PE material.
The warmer according to claim 4.
隔熱層15の厚度範囲は2.0mm〜3.5mmとする、
請求項4に記載の暖足器。
The thickness range of the heat insulating layer 15 is 2.0 mm to 3.5 mm.
The warmer according to claim 4.
発熱層11の厚度範囲は0.3mm〜0.6mmとする、
請求項5に記載の暖足器。
The thickness range of the heat generating layer 11 is 0.3 mm to 0.6 mm.
The warmer according to claim 5.
接続手段2は雄接続手段21と雌接続手段22とを含み、雄接続手段21と雌接続手段2
2はそれぞれ発熱カーペット1の両端に接続されており、雄接続手段21は発熱カーペッ
ト1の外側に位置する第1前盖23と、発熱カーペット1の内側に位置する第1後盖24
とを含み、雌接続手段22は発熱カーペット1の外側に位置する第2前盖25と、発熱カ
ーペット1の内側に位置する第2後盖26とを含み、雄接続手段21上に凸起した係りバ
ックル27が設けられ、雌接続手段22に対応的に係りバックル27を係合する係溝28
が設けられている、
請求項1に記載の暖足器。
The connecting means 2 includes a male connecting means 21 and a female connecting means 22, and the male connecting means 21 and the female connecting means 2
2 are connected to both ends of the heat-generating carpet 1, respectively, and the male connecting means 21 is a first front lid 23 located outside the heat-generating carpet 1 and a first rear lid 24 located inside the heat-generating carpet 1.
The female connecting means 22 includes a second front lid 25 located on the outside of the heating carpet 1 and a second buckle 26 located on the inside of the heating carpet 1, and is projected onto the male connecting means 21. The engagement buckle 27 is provided, and the engagement groove 28 that engages the engagement buckle 27 correspondingly to the female connecting means 22.
Is provided,
The warmer according to claim 1.
カーペット1の一端の外側に回路板3を取り付けるための取付溝31が設けられており、
回路板3上に電源をオンオフ制御し、ランクを調節するためのスイッチボード32が電気
接続されており、スイッチボード32上にスイッチボタン33が取付けられている、
請求項1に記載の暖足器。
A mounting groove 31 for mounting the circuit board 3 is provided on the outside of one end of the carpet 1.
A switch board 32 for controlling power on / off and adjusting the rank is electrically connected on the circuit board 3, and a switch button 33 is mounted on the switch board 32.
The warmer according to claim 1.
JP2021003446U 2021-09-06 2021-09-06 Warm foot device Active JP3234954U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2021003446U JP3234954U (en) 2021-09-06 2021-09-06 Warm foot device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2021003446U JP3234954U (en) 2021-09-06 2021-09-06 Warm foot device

Publications (1)

Publication Number Publication Date
JP3234954U true JP3234954U (en) 2021-11-18

Family

ID=78507556

Family Applications (1)

Application Number Title Priority Date Filing Date
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Country Status (1)

Country Link
JP (1) JP3234954U (en)

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