JP2014019997A - Heat illness and frostbite prevention function-equipped air conditioning vest for wearer of infectious pathogenic bacteria blocking function-equipped protective suit or completely sealed fire protective suit, and radiation shielding function-equipped sensible temperature adjustment vest - Google Patents
Heat illness and frostbite prevention function-equipped air conditioning vest for wearer of infectious pathogenic bacteria blocking function-equipped protective suit or completely sealed fire protective suit, and radiation shielding function-equipped sensible temperature adjustment vest Download PDFInfo
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超高温環境内で働いたり生活する方の熱中症解決のために人体を冷却するための人体冷却着衣の冷却ノウハウ、熱源・素材に関する開発技術分野と厳寒環境内で生活する方の耐寒対策としての人体加温着衣に関する技術分野。 Cooling know-how of cooling clothing for cooling the human body to solve heat stroke for those who work or live in an ultra-high temperature environment, development technology fields related to heat sources and materials, and cold resistance measures for those living in extremely cold environments Technical field related to human body warming clothing.
放射線汚染地域あるいはインフルエンザなどの感染症パンデミック指定地域で完全密閉型防護服着用者の熱中症対策温度調整機能及び放射線遮蔽対策技術分野。 Technical field for temperature control and radiation shielding for heatstroke patients who wear completely sealed protective clothing in areas that have been designated as pandemic or infectious diseases such as influenza.
猛暑や極寒環境の中で作業や生活する方のため、体感温度を調整するためのクールジャケットやホットジャケットの類は従来も存在した。係る冷暖房機能付ジャケット類は、保冷剤や蓄熱材を作業服や下着のポケットなどに収納したものだった。熱エネルギー源が蓄冷材や蓄熱材のため時間の経過と共に冷却力や保温力が減衰します。20分前後で失効しますので頻繁に取り替えるなどの欠陥から逃れられない難がある。(例えば、特許文献1参照)。 For those who work or live in extreme heat or extremely cold environments, there have been cool jackets and hot jackets for adjusting the temperature. Such air-conditioning jackets were made by storing a refrigerant or a heat storage material in work clothes or underwear pockets. Since the heat energy source is a cold storage material or a heat storage material, the cooling power and heat retention power will attenuate over time. Since it expires in about 20 minutes, there is a difficulty in avoiding defects such as frequent replacement. (For example, refer to Patent Document 1).
業務用として、冷気をコンプレッサーで生成して専用ホースで送風する方法もある由ですが発電機、コンプレッサーなどの重機を必要とするので高価であることや危険が伴うなどの欠陥もあった。 For business use, there is also a method of generating cold air with a compressor and blowing it with a special hose. However, since heavy equipment such as a generator and a compressor is required, it is expensive and dangerous.
暖房用として昔から懐炉がった、最近では鉄粉の酸化による発熱を利用した小型加熱商品(使い捨てカイロ)等がもある。取り扱いが簡単などの利便性があるが公害を巻き散らすので廃棄処分に難がある。 There is also a squirrel oven for heating, and recently there are small heating products (disposable body warmers) that use the heat generated by oxidation of iron powder. There are conveniences such as easy handling, but it is difficult to dispose of it because it disperses pollution.
原子力発電所事故は20年も前にチェリノブイリとスリーマイル島にあったが、20年以上も前でしたので参考資料に乏しい由。現存する参考資料を頼りに放射線遮蔽ベストと冷暖房機能付ベストを開発した。
本発明は、上述したような問題に鑑みなされたものである。従来のような熱源(保冷材や蓄熱材)では、時間の経過と共に保冷力や保温力が減衰することはやむを得ない。この解決策として常に減衰した熱エネルギーを補給するために携帯型半導体冷気・暖気生成装置(通称:セミコンヒートユニット)を開発した。冷暖気の熱容量が足りない場合は、セミコン・ヒートユニットを数箇所の備えることで熱容量不足を解消する。熱容量の減衰分をセミコン・ヒートユニット数個備えて熱エネルギーを補給する冷暖房機能付ベストの提供。 The present invention has been made in view of the above-described problems. In a conventional heat source (a cold insulation material or a heat storage material), it is inevitable that the cold insulation power and the thermal insulation power are attenuated over time. As a solution to this problem, we have developed a portable semiconductor cool / warm generator (commonly known as a semi-con-heat unit) in order to constantly replenish the attenuated thermal energy. If the heat capacity of the cool / warm air is insufficient, the shortage of heat capacity can be solved by providing several semi-con heat units. Providing a vest with air conditioning that replenishes heat energy with several semi-con and heat units with heat capacity decay.
従来の課題のひとつに体感温度調整のために、保冷剤や蓄熱材を下着のポケットなどに収納して携帯したため形態量に限度があったり、保冷剤が直接接する部分は冷過ぎたりして体感感覚にムラ(場所により体感温度の違い)があった。これは生理的に大きな障害を引き起こした。今回は、熱伝媒体に冷気・暖気を採用したことで人体表面が同温度でみたされるので体感温度が一様になったことで体感温度のムラが解消した。 One of the problems of the past is that there is a limit to the amount of form because the cold storage agent or heat storage material is stored in a pocket of the underwear, etc., to adjust the temperature, and the part where the cold storage agent is in direct contact is too cold. There was unevenness in sensation (difference in temperature sensed by location). This caused a major physiological disturbance. This time, by adopting cold and warm air as the heat transfer medium, the human body surface is seen at the same temperature, so the temperature of the body is uniform and the uneven temperature of the body is eliminated.
本発明は、周囲の環境温度に関係なく常に理想的な体感温度を保つために超高温環境内、あるいは極寒環境内で理想的な体感温度を得るための熱源の開発と熱中症(又は凍傷)対策としての人体冷却(加温)着衣の開発、そして放射線をできるだけ遮蔽可能な人体冷却(加温)着衣の開発が大きな課題であった。この課題を解決するためのための手段として下記の手段を講じた開発に成功した。 The present invention develops a heat source and heat stroke (or frostbite) to obtain an ideal temperature in an extremely high temperature environment or an extremely cold environment in order to always maintain an ideal temperature regardless of the ambient temperature. The development of human body cooling (warming) clothing as a countermeasure and the development of human body cooling (warming) clothing capable of shielding radiation as much as possible were major issues. As a means to solve this problem, we have succeeded in developing the following measures.
課題解決の最初の手段である熱源は、セミコン・ヒートユニットと称する半導体熱交換による高熱・低熱の発生装置の開発である。この装置は、中央に備えた半導体素子に直流電流を流すことで半導体素子の両側の放熱側に高熱を、吸熱側に低熱を発生させる装置である。ここで生成した高熱と低熱を蓄熱するために当該半導体素子の両側に2枚の金属製蓄熱板を備えたセミコン・ヒートユニットであって、2枚の蓄熱板に蓄熱された熱エネルギーの内、一方は利用され他方は廃棄処分にする必要があるので該蓄熱板にはヒートパイプあるいは送風機付ヒートシンクを備えたセミコン・ヒートユニットである。当該ヒートパイプあるいは送風機により、不必要熱エネルギーを廃棄性分にし、必要熱エネルギーはヒートシンクとファンモーターの働きで熱交換することで利用される。以上の過程で、ヒートパイプあるいはファン付送風機を介して不必要熱エネルギーを移動廃棄処分あるは拡散放置して必要エネルギーだけを取り出す装置を開発して従来の保冷剤や蓄熱材に代わったことで熱源の課題は解決された。 The heat source, which is the first means for solving the problem, is the development of a high heat / low heat generator by semiconductor heat exchange called a semicon heat unit. This device is a device that generates high heat on the heat radiation side on both sides of the semiconductor element and generates low heat on the heat absorption side by passing a direct current through the semiconductor element provided in the center. In order to store the high heat and low heat generated here, it is a semi-cone heat unit provided with two metal heat storage plates on both sides of the semiconductor element, and among the heat energy stored in the two heat storage plates, Since one side is used and the other side needs to be disposed of, the heat storage plate is a semicon heat unit provided with a heat pipe or a heat sink with a blower. The heat pipe or blower makes unnecessary heat energy a waste component, and the necessary heat energy is utilized by exchanging heat by the action of a heat sink and a fan motor. In the above process, the development of a device that removes unnecessary heat energy via heat pipes or fan blowers or disposes it or leaves it alone to extract only the necessary energy, replacing the conventional cooling agent and heat storage material. The problem of heat source has been solved.
従来の熱源の一種である保冷剤(蓄冷材)は、外部を不織布で構成された袋状内部に吸水性高分子化合物ポリマーがゲル状態で内蔵された機密性パットである。凍結すれば氷塊なり、溶解しても液化せずゲル状態に戻るため保冷剤に、加熱すれば蓄熱材として利用されてきたが時間の経過と共に保冷力も保温力も減衰する欠陥を補うために前記半導体ヒートユニットを開発した。A cold-retaining agent (cold storage material), which is a kind of conventional heat source, is a confidential pad in which a water-absorbing polymer compound polymer is contained in a gel state inside a bag-like interior made of a nonwoven fabric. When frozen, it becomes an ice lump, and even if it melts, it returns to a gel state, so it returns to a gel state.If heated, it has been used as a heat storage material. A heat unit was developed.
次の課題は、冷暖房ベストの素材に関する件、人体を冷やすにしろ暖めるにしろ外気を遮断する必要がある。ベスト素材にゴムあるいは柔軟多孔性発泡樹脂を選び、ゴム素材に気泡を封じ込めた多孔性構造体あるいは柔軟性発泡樹脂製とすることで、それぞれ相互に独立した気泡が極めて高い断熱性をもたらした。価格的に安価なウレタン樹脂等で断熱材の課題は解決された。 The next issue is related to the material of the air conditioning vest, and it is necessary to block the outside air whether it is to cool or warm the human body. By choosing rubber or flexible porous foamed resin as the best material and making it into a porous structure or flexible foamed resin that encloses bubbles in the rubber material, the mutually independent bubbles brought extremely high heat insulation. The problem of heat insulating materials has been solved with inexpensive urethane resin.
従来のクールジャケットの冷源は、保冷(蓄冷)剤である。これは氷の一種だから接している部分の体感温度は3〜4℃である。少し離れれば通常の外温となる。この不均衡の温度差が生理的に人体を阻害する。高ずれば頭痛、嘔吐感を催す。対して、当該ヒートユニット式冷暖房機能付ベスト素材の要所要所に当該ヒートユニットが挿入設置され、ベストの表面から体表に向かって冷気(又は暖気)が噴射され体全体に冷気(暖気)により一様に冷やされた暖めたりすることにより体感温度の不均衡(ムレ)が解消され、保冷剤による欠陥が解決された冷暖房機能付ベストの提供。 The cold source of the conventional cool jacket is a cold storage (cold storage) agent. Since this is a type of ice, the temperature at which it is in contact is 3-4 ° C. If it is a little away, the normal outside temperature is reached. This imbalanced temperature difference physiologically inhibits the human body. If it is higher, it causes headache and vomiting. On the other hand, the heat unit is inserted and installed in the necessary place of the vest material with the heat unit type air conditioning function, and cold air (or warm air) is injected from the surface of the vest toward the body surface, and the whole body is cooled by cold air (warm air) Providing a vest with a cooling / heating function that eliminates imbalance (swelling) in the sensation temperature by heating evenly cooled and solving defects caused by the cold insulation agent.
上述したセミコン・ヒートユニットがタバコ箱サイズに、210gの重量ほどのコンパクトなったことにより用途が大きく拡大された。従来は考えられなかった鉄塔の天辺や原子炉内、水中での作業が可能となった。その他、完全密閉型消火服、化学防護服の内部での着用も可能となった。 The use of the semi-cone heat unit described above has been greatly expanded to the size of a cigarette box, with a weight of about 210 g. Work in the top of a steel tower, in a nuclear reactor, and underwater has become possible. In addition, it is now possible to wear them in completely sealed fire-fighting clothing and chemical protective clothing.
熱源が半導体なので燃焼によるCo2その他有害・有毒ガスの発生とも無縁な自然にやさしいエコ技術であること。 Because the heat source is a semiconductor, it must be an eco-friendly technology that is naturally free from the generation of CO2 and other harmful and toxic gases from combustion.
消費電力も最大で48W(DC12V,4A)以下である。一般家庭用100Vでもアダプターで降電することで一般家庭用でも車両搭載バッテリーからでも使用可能。屋外での使用の場合は、バッテリーで使用すれば何処に居ても使用可能である。 The power consumption is 48 W (DC 12 V, 4 A) or less at maximum. Even if it is 100V for general households, it can be used for both general households and on-board batteries by powering down with an adapter. For outdoor use, it can be used anywhere as long as it is used with a battery.
今回の東京電力福島原子力発電所原子炉溶解事件は、約1年4ヶ月経過した今日、復旧作業どころ内部もほとんど解明しておりません。年間何十万人の作業員で20年以上かかると米国では試算している由。日本の関係者は試算どころか見通しも立たない状況と聞いています。復旧作業は、猛暑と放射線量の高い環境下で行うことだけは間違いありません。本発明の目的は、人体冷却あるいは人体加温して理想的な体感温度にするための冷暖房機能付ベストの開発にありました。どうやら目的だけは全うできそうです。その意味での発明の効果は高いと自負している。 The TEPCO Fukushima Nuclear Power Plant Reactor Dissolution Incident is about 1 year and 4 months old, and the inside of the recovery work has hardly been elucidated. In the US, it is estimated that hundreds of thousands of workers per year will take more than 20 years. I heard that the Japanese officials have no prospects. There is no doubt that the restoration work will only be carried out in an environment of extreme heat and radiation. The purpose of the present invention was to develop a vest with an air-conditioning function to cool the human body or warm the human body to an ideal temperature. Apparently only the purpose seems to be fulfilled. We are proud that the effect of the invention in that sense is high.
前項の関連事項であるが、今回の開発には熱中症(凍傷)対策の他に、放射線遮蔽する目的もあった。開発依頼先の話では、米軍がベトナムと中東湾岸戦争時に使用した兵器に含まれた劣化ウラン撤去の際の放射線遮蔽であった。今回の福島の場合は、セシウム137からのガンマー線である。規模が余りに違いすぎるので結果の程は実行してみないとわからないのが事実である。意外と効果があるかもしれないし、無いよりはマシ程度かも知れない。 As related to the previous paragraph, this development has the purpose of shielding radiation in addition to measures against heat stroke (frostbite). According to the request from the developer, it was radiation shielding for the removal of depleted uranium contained in weapons used by the US military during Vietnam and the Middle East Gulf War. In the case of Fukushima this time, it is a gamma ray from cesium 137. The fact is that the scale is so different that the result is not understood unless it is executed. It may be surprisingly effective, or better than nothing.
本発明は、周囲の環境温度に応じた理想的な体感温度を提供するために人体を冷やしたりあるいは暖めたりするために半導体熱源による熱エネルギー生成装置に関する技術及び、ここで生成された高熱あるいは低熱を冷気あるいは暖気に熱変換する技術の形態の説明。次に本発明に係わる冷暖房機能付ベストの素材に関する形態と論理的説明である。基本原料であるゴム材の場合は、ゴム組織内部に無数の気泡を含浸させた多孔質ゴムを原料で構成した冷暖房機能付ベストの概略図と説明。最後に、放射線遮蔽機能付冷暖房機能ベストの素材の概要説明を補足説明した。尚、本発明は同一システムで電極を交換することで冷却、加温のいずれにも使用可能であるが、説明の都合上。主として冷却に関して説明する。 The present invention relates to a technology relating to a thermal energy generating device using a semiconductor heat source for cooling or warming a human body in order to provide an ideal sensory temperature according to an ambient environmental temperature, and high or low heat generated here. Of technology to convert heat into cold or warm air. Next, it is the form and logical description regarding the material of the vest with an air conditioning function concerning this invention. In the case of a rubber material, which is a basic raw material, a schematic diagram and explanation of a vest with a cooling / heating function, in which a porous rubber in which countless bubbles are impregnated inside a rubber structure, is made of the raw material. Finally, a supplementary explanation was given of the outline of the material of the best air conditioning function with radiation shielding function. The present invention can be used for both cooling and heating by exchanging electrodes in the same system, but for convenience of explanation. The cooling will be mainly described.
図1は、本発明に係わる半導体を熱源とした小型半導体熱交換冷気・暖気生成装置である「セミコン・ヒートユニット」の概略図である。
図2は、冷暖房機能付ベスト素材の概要略図である。
図3は、放射線遮蔽機能付ベスト素材の概要外略図である。
図4は、放射線遮蔽及び冷暖房機能付ベストの内の最もポピュラーな形態である一体型(ワンピース型)の表側の概要略図である。
図5は、図4の裏側の概要略図である。大きな違いは、裏側には人体冷却用冷気有袋が備えてある点。FIG. 1 is a schematic view of a “semicon heat unit” which is a small semiconductor heat exchange cold air / warm air generating device using a semiconductor according to the present invention as a heat source.
FIG. 2 is a schematic diagram of the best material with an air conditioning function.
FIG. 3 is a schematic outline view of the best material with a radiation shielding function.
FIG. 4 is a schematic diagram of the front side of an integral type (one-piece type) that is the most popular form of the vest with radiation shielding and cooling and heating functions.
FIG. 5 is a schematic diagram of the back side of FIG. The major difference is that there is a cool air bag for cooling the human body on the back side.
1.半導体素子(熱源:ペルチェ素子)
2.吸熱側蓄熱板(低熱)
3.放熱側蓄熱板(高熱)
4.吸熱側ヒートシンク
5.放熱側ヒートシンク
6.吸熱側(低温)送風ファン
7.放熱側(高温)送風ファン
8.低温出口
9.断熱材
10.冷暖房機能付ベスト用素材(組織内気泡含浸ゴム材)
11.放射線遮蔽機能及び冷暖房機能付ベスト亜鉛粉黛含浸複合素材
12.タングステン粉黛含浸複合素材
13.チタン粉黛含浸複合素材
14.ベラクロ接着テープ
15.人体冷却用冷気充填送流有袋1. Semiconductor element (heat source: Peltier element)
2. Heat absorption side heat storage plate (low heat)
3. Heat dissipation side heat storage plate (high heat)
4). 4. Heat sink side heat sink 5. Heat dissipation side heat sink 6. Heat absorption side (low temperature) blower fan 7. Heat dissipation side (high temperature) blower fan Low temperature outlet 9. Insulation material10. Material for vest with air conditioning function (internal tissue bubble impregnated rubber material)
11. 11. Best zinc powder impregnated composite material with radiation shielding function and air conditioning function 12. Tungsten powder impregnated composite material Titanium powder impregnated composite material14. Bellacro adhesive tape15. Cold air filling and carrying bag for cooling human body
Claims (16)
当該セミコン・ヒートユニットは、半導体素子に直流電流を流すことで、該半導体に温度差が生じる半導体特有の物性を応用した発熱装置であり、該セミコン・ヒートユニットの概要構造は半導体素子の両側に蓄熱用のステンレスあるいはアルミ、銅板,真鍮板製の蓄熱板2枚を備え、一方の蓄熱板には放熱側高熱が蓄積され、他方の蓄熱板には、吸熱側低温が蓄熱されるセミコン・ヒートユニットであって、
当該セミコン・ヒートユニットの熱源で機能する冷暖房機能付ベストの素材は、組織内部に無数の相互に独立した極小気泡を含浸させたゴム製素材あるいはフレキシブル発泡樹脂製素材から構成されたベストであって、
上記のセミコン・ヒートユニットから生成された熱エネルギーが冷気(又は暖気)に熱交換されて空冷式(空暖式)熱源に、上述した断熱性素材からベストが構成されていることを特徴とする冷暖房機能付ベスト。This is a portable small-sized semiconductor heat exchange heat energy generation device called a semicon heat unit, and an ideal sensory temperature can be obtained by exchanging high or low heat generated from the heat generation device with gas or other media. The best heat source with air conditioning function,
The semicon heat unit is a heat generating device that applies semiconductor-specific physical properties that cause a temperature difference in the semiconductor by passing a direct current through the semiconductor element. The general structure of the semicon heat unit is on both sides of the semiconductor element. Semicon heat that has two heat storage plates made of stainless steel or aluminum, copper plate, brass plate for heat storage, one heat storage plate stores high heat on the heat release side, and the other heat storage plate stores heat on the heat absorption side low temperature A unit,
The vest with the air conditioning function that functions as the heat source of the semicon heat unit is a vest composed of a rubber material or a flexible foam resin material impregnated with countless mutually independent microbubbles inside the tissue. ,
The heat energy generated from the semi-cone heat unit is heat-exchanged to cold air (or warm air), and the air cooling type (air heating type) heat source is configured with the best from the above-described heat insulating material. Vest with air conditioning function.
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CN104382240A (en) * | 2014-11-18 | 2015-03-04 | 汪家琳 | Multifunctional automatic alarm protecting underwear |
CN107997259A (en) * | 2018-01-17 | 2018-05-08 | 北京广顺和科技有限公司 | Semiconductor cooling takes |
CN109954665A (en) * | 2019-04-01 | 2019-07-02 | 马强 | A kind of adjusting method of plug members |
KR200490850Y1 (en) * | 2019-04-05 | 2020-01-14 | 주식회사 트윈 | Potable type dust proof dress for ultrafine particles |
CN110393327A (en) * | 2019-07-11 | 2019-11-01 | 南京工业大学 | A kind of high-temperature operation cool-down dehumidification vest using phase-change material and radiation reflective film |
CN110393327B (en) * | 2019-07-11 | 2024-04-02 | 南京工业大学 | High-temperature operation cooling dehumidification vest using phase-change material and radiation reflection film |
CN112610972A (en) * | 2020-12-23 | 2021-04-06 | 南京市利澜电力节能科技有限公司 | Device for eliminating ammonium bisulfate ash blockage of coal-fired boiler air preheater of thermal power plant on line |
CN112610972B (en) * | 2020-12-23 | 2023-05-09 | 南京市利澜电力节能科技有限公司 | Device for on-line eliminating ammonium bisulfate ash blocking of air preheater of coal-fired boiler of thermal power plant |
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