JP2004261552A - Steam mask - Google Patents

Steam mask Download PDF

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Publication number
JP2004261552A
JP2004261552A JP2003103396A JP2003103396A JP2004261552A JP 2004261552 A JP2004261552 A JP 2004261552A JP 2003103396 A JP2003103396 A JP 2003103396A JP 2003103396 A JP2003103396 A JP 2003103396A JP 2004261552 A JP2004261552 A JP 2004261552A
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JP
Japan
Prior art keywords
mask
vinyl
nose
tube
mouth
Prior art date
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Pending
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JP2003103396A
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Japanese (ja)
Inventor
Daihachi Matsuura
大八 松浦
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Individual
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Individual
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  • Professional, Industrial, Or Sporting Protective Garments (AREA)

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mask in which steam is forcibly generated and utilized. <P>SOLUTION: A wet part in the mask put in a vinyl cylinder is heated by a body temperature, exhaust heat and heating equipment and moisture is evaporated inside the mask. Breathing air is brought into contact with and passes through long core cloth filled with the steam. Contaminants in the air tend to stick to the cloth since humidity is high and a filtering function is improved synergistically since a passing distance is remarkably long. An object for making the body feel cool is attached by the mask or a cool feeling is produced by evaporation heat. <P>COPYRIGHT: (C)2004,JPO&NCIPI

Description

【0001】
【産業上の利用分野】
本発明は、冬になると外空気が乾燥して、健康に注意していても風邪に罹ってしまう。風邪ウイルスは乾燥には強く多湿には弱いので、常に湿った暖気を何処に居ても吸う事が可能であれば予防及び治療になる。
夏の花粉症そして塵埃、職業上でのマスクの装着はつらいが、抵抗が少なくなり、呼吸器予防にもなる。
真夏の屋外スポーツや観戦そして屋外レジャー、屋外産業活動は帽子を被っていても暑いので、新帽子を被って頭を冷やし、冷気を振りかければしのぎやすくなる。
【0002】
【従来の技術】
従来から冬の乾燥してる時には、風邪の予防には湿った暖気が良い。その為に、加湿器などで室内の湿度を上げて風邪の予防は可能であったが、一旦外出すると乾燥で風邪に感染罹りやすかった。
鼻、喉は肺への防御器官、たとえ、従来のマスクをしても、自分の吐き出した湿暖気を再度少し吸って補っていただけで、充分な湿度と暖気を吸入してはいなかった。
従来のマスクは、1枚から数枚を重ねるだけの生地の厚みだけで、呼吸気を濾過していたが、性能を高めた密生地は、逆に濾過性能の高抵抗が負担になり、生地を呼吸気が通過しにくく、マスク回りからも漏れていた。
従来のマスクは、呼吸気を濾過するのに、強制的に水蒸気を発生させ生地に吸着させ濾過させる、自然の鼻の様なマスクは無かった。
強制的に水蒸気をたっぷりと発生させ、吸い込むマスクは無かった。
夏の花粉症そして塵埃、職業上でのマスクの装着は抵抗が多かった。
真夏の屋外は暑く、スポーツや観戦、レジャー、産業活動などは帽子を被って濡れたタオルで頭を冷やして暑さをしのいでいた。
【0003】
【発明が解決しようとする課題】
水蒸気をたっぷりと発生させ吸い込む事が課題である。
呼吸しやすく空気の濾過機能を向上させ、自然の鼻の様になるのが課題である。
水蒸気が多くてもメガネを曇らせないのが課題である。
カイロは水に弱く、条件が変わっても機能が低下しない事が課題である。
カイロは緩慢な酸化だが、しかし、煙草と比較してマスクの使用時間は長い、材料からの化学反応で異常有害物質が将来発見されるかもしれないので、マスクの中には入れない事が課題である。
カイロの熱を外に逃さない事が課題である。
継続的に使用して美容的に見て問題にならないのが課題である。
加熱物や冷物によって火傷や凍傷にならないのが課題である。
【0004】
【課題を解決するための手段】
本発明は、上記目的を達成するために、以下の様に構成したものである。
ビニール筒に入ったマスク中の湿った部分を、体温や排気熱と加熱器材で温めて水分をマスク内に蒸発させる。 水蒸気が充満した長い芯生地の中を呼吸空気は接触通過する。湿度が高いので空中汚染物質が生地に吸着しやすく、通過距離が格段に長いので濾過機能が相乗高まる。
マスクで身体が涼しく感じる物をを付けたり、気化熱で涼しい感じを作る。
【0005】
【作用】
靴用などでは、カイロを使用する条件によって継続時間が長短になる。 マスクの中へ入れた場合は、水分で劣化して同じように利用時間が長短になる。
【0006】
【実施例】
以下、本発明の実施例を図面によって説明する。
図面は、図1は実施例で、顔にマスクを付けた断面図である。図2は、実施例図1の斜視図である。 ビニール筒の中へ入った1マスク芯は呼吸する空気が楽に通る生地にする。 2保水生地は水分をたっぷりと保水出来て、呼吸する空気は通らない生地にする。 1マスク芯に2保水生地を巻いて、さらに5アルミ箔を巻いて平たい3ビニール筒中に通す。 3ビニール筒は鼻や口に当たる部分を、2保水生地と5アルミ箔を共に切り取って11鼻口当り部を作り、呼吸空気は1マスク芯を通って左右のマスクの横の15排入気口へと動く。 マスクを装着するとマスクと接触する部分は体温で、呼吸排気とで温めて2保水生地の水分を1マスク芯に蒸発させる。 鼻や口に触れない側の3ビニール筒は、加熱器材(電器やカイロ)を付けて温める。 ここでは4カイロ(使い捨て)を使用する。
3ビニール筒にビニールで6カイロポケットを付けてカイロを入れて温める。
6カイロポケットに入れた4カイロには、酸化用空気が流れ込む8布を被せ、マスク外に逃げる熱を防ぐ9断熱材と5アルミ箔を入れる。 ここでは6カイロポケットを設置したが、9断熱材でカイロや8布5アルミ箔を覆い、外側の9断熱材と3ビニール筒とを両面接着テープで取り付けると、6カイロポケットを省く事も出来る。 4カイロは、覆い中へ入れるか貼り付ける。 3ビニール筒には10ビニールチャックを取り付け、1マスク芯の洗濯や2保水生地の取り替えや注水に対応する。 3ビニール筒にある11鼻口当り部の上には7針金を付けて、鼻との空間隙間を密着させメガネの曇り止めをする。 11鼻口当り部の上部分を形状記憶材料にすれば、7針金は必要なくさらに密着する。 呼吸空気の吐き出される口15排入気口は、1マスク芯と3ビニール筒の出口が離れない様に、3ビニール筒出口の中心部だけを17ホックなどで押さえ止めて、左右それぞれ二つの15排入気口を作る。 12マスク紐は1マスク芯に取り付けるが、3ビニール筒にも出来る。 3ビニール筒は柔らかいが、固いプラスチックにしても出来る。 11鼻口当り部の回りの3ビニール筒は、冬の装着時に口などが冷たいので21口回り布を貼り着ける。 21口回り布は11鼻口当り部が窪み穴になるが、11鼻口当り部全部を通気楽な布で塞ぎ、21口回り布とを布で貼り着ける方法もある。 図1は3ビニール筒の中では、一つの層の1マスク芯であるが、複層にした場合は、呼吸空気は各層に分かれる。 中間の層と肌に触れる側の層の11鼻口当り部は、2保水生地と、1マスク芯は、各層に呼吸空気が通過しやすい様に、無くして窪みにする。 5アルミ箔は、輻射熱を利用するが、5アルミ箔に代わって3ビニール筒の内側をアルミ様に反射出来る様にして、5アルミ箔は破れ易いので省いても良い、この時に3ビニール筒の4カイロの熱が通過する部分は透明にする。
図3は実施例で、1マスク芯へ3ビニール筒を上下に通した型の斜視図である。
図1の3ビニール筒を90度回転させて、呼吸空気の吐き出される口15排入気口をマスクの上下に設置した図である。 12マスク紐は1マスク芯に取り付けるが3ビニール筒にも出来る。
図4は実施例で、マスクの4つの角隅が15排入気口にした型の斜視図である。
呼吸空気の吐き出される口15排入気口が、12マスク紐の根元になった例である。 15排入気口は図1や図3の横と上か下で、図1の横と図4の角隅などの組み合わせで複合にする事も出来る。
図5は実施例で、マスクを顔に面して切った断面図である。 呼吸空気の吐き出される口15排入気口が、上部の15排入気口が二つになって、下部は11鼻口当り部の下に出来る例である。 1マスク芯の中で16仕切り壁を作り、呼吸空気が迂回して流れる様にした方法である。16仕切り壁は2保水生地で行う。
16仕切り壁は、一つの層の1マスク芯の中で幾つも着ければ、呼吸空気が迂回して長く移動濾過する事が出来る。
図1は、3ビニール筒の中は1マスク芯に2保水生地を巻いて一つの層であるが、複層にした場合で、1マスク芯に2保水生地を各層に巻いて3層にした場合は、さらに横も2保水生地を着けた場合は、呼吸空気は2保水生地を切り開いて通過路を作る。 まず肌に触れる側の層は、11鼻口当り部から入って、マスクの横の方へ分散流れて、中間の層に呼吸空気を繋げる。 中間の2層目は各横の方から11鼻口当り部の中央へと呼吸空気が回る。 3層目は11鼻口当り部の中央へ呼吸空気が集まり入り、横の15排入気口へと流れて行く。 3層にして流れを長く移動濾過する事が出来る。
上記は3ビニール筒へ、加熱器材(電器やカイロ)を付けて温めて、温かい水蒸気などを吸い、加湿して濾過機能を高めたが、マスク内を冷やす実施例の場合です。 図6は実施例で、冷やす場合の型の斜視図で、一部が断面図である。1マスク芯に2保水生地を巻いて、その外周りに19網か布を巻いて、11鼻口当り部を切り取って作る。 2保水生地は最初から19網か布と一緒になってれば、19網か布は必要ない。 2保水生地は1マスク芯の濾過機能を高め、外へは気化熱を発散させて冷やす。 11鼻口当り部の上には、20当てビニールを19網か布に着け7針金を着け、鼻との空間隙間を密着させメガネの曇り止めをする。 11鼻口当り部の上部分20当てビニールを形状記憶材料にすれば、7針金は必要なくさらに密着する。
この冷やす方法を利用して、帽子の回りへ保水生地を付けて、外側へ気化熱を発散させて冷やす、夏型帽子が出来る。
第2のマスクを冷やす実施例の場合です。 図7は実施例で、冷やす場合の18冷物付けた斜視図である。 1マスク芯に2保水生地を巻いて、その外周りに19網か布を巻いて、11鼻口当り部の裏側の鼻や口に触れない側に、冷凍庫で凍らせ冷やした物(商品名アイスノン 以後18冷物と言う)を付けてマスクを冷やす。 18冷物は使用すると温まるので、取り替え可能の為に、1マスク内にポケットを設置するか、マジックテープを付けて取り替えをする。
【0007】
【発明の効果】
以上の説明から明きらかの様に、本発明によると、このマスクにより冬の乾燥してる時には、風邪の予防には湿った暖気を吸う事が、睡眠中や外出やゴルフなど、何時でも何処でも湿った暖気を吸う事が可能になる。
呼吸気を濾過するのに、呼吸気がマスク生地を広い面積で接触通過し、強制的に水蒸気を発生させ生地に吸着させ濾過させるので、自然の鼻の中の様に濾過性能が向上した。
強制的に水蒸気をたっぷりと発生させ、吸い込むので気持ちよくなった。
夏の花粉症そして塵埃、職業上でのマスクの装着は抵抗が大きいが、このマスクを装着すると気持ちが良いので能率が上がる。
マスクの中を冷やすと呼吸が落ち着き循環呼吸器予防にもなる。
真夏の屋外スポーツや観戦、レジャー、産業活動は帽子の下に冷気を当てたり、涼しい帽子を被って行動出来る。
【図面の簡単な説明】
【図1】顔にマスクを付けた断面図である。
【図2】図1の斜視図である。
【図3】マスク芯へビニール筒を上下に通した型の斜視図である。
【図4】マスクの4つの角隅が15排入気口にした型の斜視図である。
【図5】マスクを顔に面して切った断面図である。
【図6】冷やす場合の型の斜視図で一部が断面図である。
【図7】冷やす場合の冷物付けた斜視図である。
【符号の説明】
1 マスク芯 2 保水生地 3 ビニール筒 4 カイロ 5 アルミ箔
6 カイロポケット 7 針金 8 布 9 断熱材 10 ビニールチャック
11 鼻口当り部 12 マスク紐 13 鼻 14 口 15 排入気口
16 仕切り壁 17 ホック 18 冷物 19 網か布
20 当てビニール 21 口回り布
[0001]
[Industrial applications]
In the present invention, in winter, the outside air dries, and even if one is careful about his health, he gets a cold. Since the cold virus is strong in dryness and weak in humid conditions, it is possible to prevent and treat if it is possible to suck moist warm air anywhere.
Summer hay fever and dust, wearing masks in occupations is difficult, but it reduces resistance and also prevents respiratory disease.
In midsummer, outdoor sports, watching games, outdoor leisure, and outdoor industrial activities are hot even with a hat on, so it is easier to wear a new hat, cool your head, and shake off the cool air.
[0002]
[Prior art]
Traditionally, when it's dry in the winter, moist warm air is better for preventing colds. For this reason, it was possible to prevent colds by raising the indoor humidity with a humidifier or the like, but once they went out, they were susceptible to infection due to dryness.
The nose and throat were protective organs to the lungs. Even with a conventional mask, they could only inhale a little bit of the moisture and heat they had exhaled, but did not inhale enough humidity and warm air.
Conventional masks used only one to several layers of fabric to filter breathing air, but dense fabrics with improved performance have a higher resistance to filtration performance, It was difficult for respiratory gas to pass through and leaked from around the mask.
In conventional masks, there is no natural nose-like mask that forcibly generates water vapor and adsorbs and filters the fabric to filter respiratory air.
There was no mask forcing to generate plenty of water vapor.
Summer hay fever and dust, wearing masks in the profession was a lot of resistance.
In the middle of summer, the outdoors were hot, and sports, watching games, leisure activities, and industrial activities wore a hat and covered their heads with wet towels to overcome the heat.
[0003]
[Problems to be solved by the invention]
The challenge is to generate and inhale plenty of water vapor.
The challenge is to make it easier to breathe, improve the air filtration function, and make it look like a natural nose.
The challenge is to keep the glasses from fogging, even with a lot of water vapor.
Cairo is vulnerable to water, and the problem is that its function does not deteriorate even if the conditions change.
Cairo is a slow oxidizer, but masks last longer than cigarettes, and chemical reactions from materials may cause unusual harmful substances to be discovered in the future. It is.
The challenge is to keep the heat of Cairo out.
The problem is that it is not a problem when used continuously and cosmetically.
The challenge is to avoid burning or frostbite due to heating or cooling.
[0004]
[Means for Solving the Problems]
The present invention is configured as described below to achieve the above object.
The wet portion of the mask in the plastic tube is heated with body temperature, exhaust heat and heating equipment to evaporate the water into the mask. Breathing air contacts and passes through the long core fabric filled with water vapor. Due to the high humidity, airborne contaminants are easily adsorbed on the fabric, and the filtration distance is synergistically enhanced because the passage distance is much longer.
Attach something that makes your body cool with a mask, or make it cool with the heat of vaporization.
[0005]
[Action]
In the case of shoes, etc., the duration becomes longer or shorter depending on the conditions in which the warmer is used. When it is put into a mask, it is deteriorated by moisture and the use time is similarly shortened.
[0006]
【Example】
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a sectional view of the embodiment, in which a mask is attached to a face. FIG. 2 is a perspective view of the embodiment shown in FIG. One mask core in a vinyl tube should be made of fabric that allows breathing air to pass easily. (2) The water-retentive dough is capable of retaining plenty of water, and is a cloth that does not allow the air to breathe. One mask core is wrapped with 2 water retention fabrics, and 5 aluminum foil is further wrapped and passed through a flat 3 vinyl cylinder. (3) The vinyl tube is cut off the part that hits the nose and mouth. (2) The water retention fabric and (5) aluminum foil are cut out together to make the nose and mouth contact area. And move. When the mask is worn, the part in contact with the mask is at body temperature, and is heated with respiratory exhaust to evaporate the moisture of the water-retaining fabric into one mask core. Heat the 3 vinyl cylinders on the side that does not touch the nose or mouth with heating equipment (electric appliances or warmers). Here, four warmers (disposable) are used.
Put 6 warmer pockets in 3 vinyl cylinders with vinyl and put in warmer.
The four warmers placed in the six warmer pockets are covered with eight cloths through which oxidizing air flows, and nine heat insulating materials to prevent heat from escaping outside the mask and five aluminum foils are placed. In this case, 6 warmer pockets are installed. However, covering 9 warmers and 8 cloths and 5 aluminum foil with 9 heat insulating materials and attaching 9 heat insulating materials on the outside and 3 vinyl cylinders with double-sided adhesive tape can save 6 warmer pockets. . 4 Cairo is put in the cover or pasted. 3 vinyl cylinders are fitted with 10 vinyl chucks, 1 for washing the core of the mask, 2 for replacing the water-retaining fabric, and for water injection. Attach 7 wires on the 11 nose and mouth part of the 3 vinyl cylinder to make the space between the nose and the nose tight, and to prevent fogging of the glasses. If the upper part of the contact part of the 11 nose and mouth is made of a shape memory material, 7 wires are not required, and the contact is further achieved. The mouth 15 from which the breathing air is exhaled. The exhaust air port is held in the center of the exit of the 3 vinyl cylinder with 17 hooks and the like so that the 1 mask core and the exit of the 3 vinyl cylinder do not separate. Create an exhaust vent. Twelve mask strings can be attached to one mask core, but can also be made to three vinyl tubes. 3 Vinyl tubes are soft, but can be made of hard plastic. Since the mouth and other parts of the three vinyl tubes around the nose and mouth contact area are cold when worn in winter, a cloth around the 21 nose is attached. The 21-port cloth has a recess at the 11-port area, but there is a method in which the entire 11-port area is covered with a cloth that is easy to ventilate, and the 21-port cloth is adhered to the cloth. FIG. 1 shows one mask core of one layer in the three vinyl cylinders, but in the case of multiple layers, the breathing air is divided into each layer. In the middle layer and the layer on the side that comes in contact with the skin, the contact area for the 11 nose and mouth is replaced with two water-retentive cloths and one mask core so that each layer has a hollow so that breathable air can easily pass through. The 5 aluminum foil uses radiant heat, but instead of the 5 aluminum foil, the inside of the 3 vinyl cylinder can be reflected like aluminum, and the 5 aluminum foil can be omitted because it is easily broken. The area through which the heat of 4 Cairo passes is made transparent.
FIG. 3 is a perspective view of a mold in which three vinyl cylinders are vertically passed through one mask core in the embodiment.
FIG. 2 is a view in which the three vinyl cylinders of FIG. 1 are rotated by 90 degrees, and outlets 15 from which breathing air is discharged are installed above and below a mask. 12 mask strings can be attached to 1 mask core, but can be 3 vinyl tubes.
FIG. 4 is a perspective view of a mold in which four corners of the mask are 15 exhaust air inlets in the embodiment.
This is an example in which the mouth 15 from which breathing air is exhaled and the air inlet / outlet become the base of the 12 mask string. 15 can be combined in a combination of the side and top or bottom of FIGS. 1 and 3 and the side and top corners of FIG. 1 and FIG.
FIG. 5 is a sectional view of the embodiment, in which the mask is cut facing the face. This is an example in which there are two outlets 15 for ventilating the breathing air, two outlets 15 for the upper part, and a lower part below the contact area for the 11 nose. This is a method in which 16 partition walls are formed in one mask core so that the breathing air flows in a bypass. The 16 partition walls are made of 2 water retaining fabrics.
If a number of the 16 partition walls are provided in one mask core of one layer, respiratory air can be bypassed to perform long mobile filtration.
In FIG. 1, three vinyl cylinders have one layer with two water-retentive fabrics wrapped around one mask core, but in the case of multiple layers, two water-retentive fabrics are wrapped around each mask core to form three layers. In this case, if two water-retaining fabrics are put on the side, the breathing air cuts the two water-retaining fabrics to make a passage. First, the layer on the side that comes into contact with the skin enters from the nose / mouth contact area, and is dispersed and flows to the side of the mask to connect breathing air to the middle layer. In the second layer in the middle, the breathing air flows from the side to the center of the eleven-mouth contact. In the third layer, the breathing air gathers into the center of the 11 nose contact area, and flows to the next 15 exhaust air ports. The flow can be moved and filtered for a long time in three layers.
The above is an example of an example in which a heating device (electric appliance or heating device) is attached to three vinyl cylinders to warm them up, absorb warm water vapor, humidify them, and increase the filtration function, but cool the inside of the mask. FIG. 6 is a perspective view of a mold for cooling according to an embodiment, and a part is a cross-sectional view. One mask core is wrapped with two water-retaining fabrics, and the outer periphery is wrapped with 19 nets or cloth. 2. If the water retention fabric is combined with 19 nets or cloth from the beginning, 19 nets or cloth is not required. (2) The cloth for retaining water enhances the filtration function of the mask core (1), radiates heat of vaporization to the outside, and cools. (11) On the nose and mouth contact part, attach 20 vinyls to 19 nets or cloth and attach 7 wires to close the space between the nose and the eyeglasses to prevent fogging. If vinyl is used as the shape memory material for the upper part 20 of the contact portion of the 11 nose and mouth, 7 wires are not required, and it is further adhered.
Using this cooling method, a summer hat can be made by applying a water retention material around the hat and dissipating the heat of vaporization to the outside to cool it.
In this example, the second mask is cooled. FIG. 7 is a perspective view of the embodiment, in which 18 cold objects are attached when cooling. 1 Wrap the water retention cloth on the core of the mask, wrap 19 cloth or cloth around the outer periphery, and 11 freeze the product in a freezer and cool it on the side that does not touch the nose or mouth behind the contact area of the nose and mouth. Thereafter, the mask is cooled. Since 18 cold items become warm when used, they can be replaced by placing a pocket in one mask or attaching velcro to replace.
[0007]
【The invention's effect】
As is apparent from the above description, according to the present invention, when the mask is used for drying in winter, moist warm air can be used to prevent colds, such as sleeping, going out, and playing golf. But it is possible to breathe wet warm air.
In filtering the respiratory air, the respiratory air contacts the mask fabric over a large area, forcibly generates water vapor, adsorbs the fabric, and filters the fabric, so that the filtering performance is improved as in a natural nose.
Forcibly generated plenty of water vapor and breathed it, which made me feel good.
Summer hay fever, dust, and occupational masks are very resistant to wear, but wearing these masks is more comfortable and more efficient.
Cooling the mask will calm the breathing and prevent circulatory respiration.
Midsummer outdoor sports, watching games, leisure activities and industrial activities can be done by chilling under the hat or wearing a cool hat.
[Brief description of the drawings]
FIG. 1 is a cross-sectional view in which a mask is attached to a face.
FIG. 2 is a perspective view of FIG.
FIG. 3 is a perspective view of a mold in which a vinyl cylinder is passed vertically through a mask core.
FIG. 4 is a perspective view of a mold in which four corners of a mask have 15 exhaust air openings.
FIG. 5 is a cross-sectional view of the mask cut to face.
FIG. 6 is a perspective view of a mold for cooling and a partly sectional view.
FIG. 7 is a perspective view showing a case where cooling is performed when cooling is performed.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Mask core 2 Water retention cloth 3 Vinyl tube 4 Cairo 5 Aluminum foil 6 Cairo pocket 7 Wire 8 Cloth 9 Insulation material 10 Vinyl chuck 11 Nose contact part 12 Mask string 13 Nose 14 mouth 15 Exhaust air opening 16 Partition wall 17 Hook 18 Cold Object 19 Net or cloth 20 Patch vinyl 21 Mouth cloth

Claims (1)

マスクを横紐の方から、平たいビニール筒に通す。 マスク紐をビニール筒の両方の切り口から出す。 ビニール筒のマスクの鼻や口が当たる部分を、切り空けて鼻口当り部を作る。 呼吸気は鼻口当り部と左右横紐の方の排入気口へ出入りする。 ビニール筒中のマスクの芯になる生地は、呼吸空気が楽に通気する物にする。 呼吸気はビニール筒の通し方で、鼻口当り部と左右か上下などの回りの排入気口へ出入りする。 マスクの芯生地に保水しやすい生地を外側に巻いて筒にする。 保水生地はビニール筒にはまり入る同型にして、ビニール筒中に通す。 保水生地を湿らせて体温や呼吸排気熱で継続的にビニール筒の内側に蒸発させる。 ビニール筒の肌に触れ着かない方には、カイロや加熱器具を付けて温めて継続的にビニール筒の内側に蒸発させる。
ビニール筒を着けず、保水生地筒外に継続的に冷凍庫で凍らせて冷やした物を付けて、冷気を吸う。
ビニール筒を着けず、マスク内を継続的に湿った部分にして、湿った部分は体温や外気温で継続的に蒸発させ、気化熱でマスク内を冷やして冷気を吸う。
Pass the mask through the flat vinyl tube from the side string. Pull the mask string through both cuts of the plastic tube. Cut out the area where the nose and mouth of the vinyl tube mask hit the nose and mouth. The respiratory air enters and exits from the nose and mouth contact area and the left and right horizontal cords. The material used as the core of the mask in the vinyl cylinder should be a material through which breathing air can easily flow. Breathing air enters and exits through the vinyl tube through the nose and mouth and around the left and right or up and down. Wrap the fabric that is easy to hold water around the core fabric of the mask to make a tube. The water retention fabric is the same type that fits in the vinyl tube, and is passed through the vinyl tube. The water retention material is moistened and continuously evaporated inside the vinyl tube by the body temperature or the heat of respiratory exhaust. If you do not touch the skin of the plastic tube, heat it with a warmer or a heating device and evaporate it continuously inside the plastic tube.
Instead of putting on a plastic tube, keep the freezer in the freezer and freeze it in a freezer to absorb cold air.
Without wearing a plastic tube, the inside of the mask is continuously moistened, and the moistened portion is continuously evaporated at body temperature or outside temperature, and the inside of the mask is cooled by heat of vaporization to suck cool air.
JP2003103396A 2003-03-03 2003-03-03 Steam mask Pending JP2004261552A (en)

Priority Applications (1)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006102145A (en) * 2004-10-05 2006-04-20 Uni Charm Corp Mask
WO2007012145A1 (en) * 2005-07-29 2007-02-01 Resmed Limited Method and apparatus for managing moisture buildup in pressurised breathing systems
CN108635688A (en) * 2018-04-16 2018-10-12 南方科技大学 Cooling box for fire-fighting respirator and respirator thereof
JP2020076196A (en) * 2020-02-25 2020-05-21 株式会社無有 Nasal moisture-retaining material and mask with the same
CN111228674A (en) * 2020-03-16 2020-06-05 中国科学院长春应用化学研究所 Face mask for filtering type heating mask and using method thereof

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2006102145A (en) * 2004-10-05 2006-04-20 Uni Charm Corp Mask
JP4638199B2 (en) * 2004-10-05 2011-02-23 ユニ・チャーム株式会社 mask
WO2007012145A1 (en) * 2005-07-29 2007-02-01 Resmed Limited Method and apparatus for managing moisture buildup in pressurised breathing systems
US9717870B2 (en) 2005-07-29 2017-08-01 Resmed Limited Method and apparatus for managing moisture buildup in pressurised breathing systems
US11752291B2 (en) 2005-07-29 2023-09-12 Resmed Pty Ltd. Method and apparatus for managing moisture buildup in pressurised breathing systems
CN108635688A (en) * 2018-04-16 2018-10-12 南方科技大学 Cooling box for fire-fighting respirator and respirator thereof
JP2020076196A (en) * 2020-02-25 2020-05-21 株式会社無有 Nasal moisture-retaining material and mask with the same
CN111228674A (en) * 2020-03-16 2020-06-05 中国科学院长春应用化学研究所 Face mask for filtering type heating mask and using method thereof
CN111228674B (en) * 2020-03-16 2023-10-13 中国科学院长春应用化学研究所 Mask for filter type heating mask and use method thereof

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