JPH076394Y2 - Fireproof and heat-resistant evacuation container - Google Patents
Fireproof and heat-resistant evacuation containerInfo
- Publication number
- JPH076394Y2 JPH076394Y2 JP9712089U JP9712089U JPH076394Y2 JP H076394 Y2 JPH076394 Y2 JP H076394Y2 JP 9712089 U JP9712089 U JP 9712089U JP 9712089 U JP9712089 U JP 9712089U JP H076394 Y2 JPH076394 Y2 JP H076394Y2
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- Japan
- Prior art keywords
- water
- heat
- resistant
- container
- tank
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Description
【考案の詳細な説明】 〔産業上の利用分野〕 本考案は耐火耐熱避難コンテナ、特に、大地震時等に予
想される広域火災に備えるための身近な避難設備として
の耐火耐熱避難コンテナに関するものである。[Detailed Description of the Invention] [Industrial field of application] The present invention relates to a refractory refractory heat-resistant evacuation container, and more particularly to a refractory refractory heat-resistant evacuation container as a familiar evacuation facility to prepare for a wide-area fire expected in the event of a large earthquake. Is.
従来、たとえば地震国日本において、地震対策は不可欠
なことであるが、実行するためにはいろいろ難点があ
り、耐火耐熱避難室について有効である対策が見当らな
い。In the past, for example, in earthquake-prone Japan, earthquake countermeasures have been indispensable, but there are various difficulties in implementing them, and no effective countermeasures have been found for fire-resistant heat-resistant evacuation rooms.
このため、災害時、都会の道路などにおける避難対策，
発災後の寸断された交通網を使っての物資の供給の実行
などについての有効な対策がなされていない面が多く、
地域住民が統一した行動を取りにくく、パニックとなり
火災害になることが危惧されるという問題があった。Therefore, in case of disaster, evacuation measures on urban roads,
In many respects, effective measures such as the implementation of supply of goods using the fragmented transportation network after the disaster have not been taken,
There was a problem that it was difficult for the local residents to take uniform actions, and there was a fear that they would panic and become a fire disaster.
本考案は、このような問題点に鑑みてなされたものであ
り、たとえば地震災害についても火災の発生を防止でき
れば、地震災害に伴う各種の問題はほぼ解決されること
からして、本考案は、狭いところであっても安全に避難
できる手段により、パニックの発生を抑え、消火に専念
することを可能とするための耐火耐熱避難コンテナを提
供することを目的としている。The present invention has been made in view of these problems. For example, if an earthquake disaster can prevent a fire from occurring, various problems associated with the earthquake disaster can be almost solved. The purpose of the present invention is to provide a refractory refractory refractory container that can prevent panic and concentrate on fire extinguishing by means of safe evacuation even in a narrow space.
上記の目的を達成するために、本考案における耐火耐熱
避難コンテナは、骨組みを箱状体に形成し、外側部に気
泡入りの鉄筋コンクリート板を張り、内側部に通水部を
有した耐熱パネルを張ってなる箱状体を、内部防火戸を
介して、入口コンテナと避難コンテナに仕切り、この入
口コンテナに入口室と源水槽と浄水槽を設け、この入口
室には外部防火戸と内部散水装置と集水槽を設け、前記
箱状体の屋根部に散水装置を備えたものである。In order to achieve the above object, the refractory refractory refractory container according to the present invention is a refractory refractory container in which a frame is formed into a box-shaped body, a bubble-reinforced reinforced concrete plate is laid on the outside, and a water passage is provided on the inside. The stretched box-shaped body is divided into an entrance container and an evacuation container via an internal fire door, and an entrance chamber, a source water tank and a water purification tank are provided in this entrance container, and an external fire door and an internal water sprinkler are installed in this entrance chamber. A water collecting tank is provided, and a water sprinkling device is provided on the roof portion of the box-shaped body.
上記のように構成され耐火耐熱避難コンテナにおいて
は、箱状体の骨組みを作り、外側部に気泡入りの鉄筋コ
ンクリート板を張り、内側部に耐熱パネルを張り、出入
口に外部防火戸を設けたことにより、火災による耐火耐
熱避難コンテナ内の過熱を防止するように働く。源水
槽，浄水槽，内部散水装置とこの内部散水装置の下部に
集水槽を備えたことにより、災害時、集水槽に集まった
水をポンプを駆動し、外部散水装置に圧送すると、耐火
耐熱避難コンテナ内の温度上昇を抑制するように働く。In the refractory refractory evacuation container configured as described above, by making a box-shaped skeleton, lining a bubble-reinforced reinforced concrete plate on the outside, lining a heat-resistant panel on the inside, and providing an external fire door at the entrance , Fireproof and heat-resistant Evacuation container works to prevent overheating in the container. A water source tank, a water purification tank, an internal water sprinkler and a water collecting tank below this internal water sprinkler, so that in the event of a disaster, if you pump the water collected in the water collecting tank and pump it to an external water sprinkler, it will be refractory and heat resistant. It works to suppress the temperature rise inside the container.
以下に、本考案の一実施例に係る耐火耐熱避難コンテナ
について図面に基づいて説明する。Hereinafter, a fireproof and heat-resistant evacuation container according to an embodiment of the present invention will be described with reference to the drawings.
第１図は本考案の一実施例の耐火耐熱避難コンテナの各
室の配置を説明するための概略平断面図、第２図は同背
面図、第３図は第１図III−III線に沿って裁断した断面
図、第４図は配水系統を示す説明用図である。FIG. 1 is a schematic plan sectional view for explaining the arrangement of each chamber of a refractory refractory refractory container according to an embodiment of the present invention, FIG. 2 is a rear view of the same, and FIG. 3 is a line III-III of FIG. FIG. 4 is a cross-sectional view cut along the line, and FIG. 4 is an explanatory diagram showing a water distribution system.
図において、１は耐火耐熱避難コンテナであり、この耐
火耐熱避難コンテナ１は、避難コンテナ２と入口コンテ
ナ11とからなっている。この入口コンテナ11には、入口
室21と源水槽12と浄水槽13を設け、この源水槽12には水
道水，雨水などが貯水されるようになっており、源水槽
12,浄水槽13間に入口室21が位置しており、この入口室2
1には集水槽14と内部散水装置であるスプリンクラ15と
を設け、この集水槽14にはすのこが敷かれており、スプ
リンクラ15からの排水が貯水されている。この集水槽14
内の水を排水ポンプ24により外部散水装置16に圧送する
ようになっている。In the figure, reference numeral 1 is a refractory heat resistant refuge container, and the refractory heat resistant refuge container 1 comprises an evacuation container 2 and an entrance container 11. This inlet container 11 is provided with an inlet chamber 21, a source water tank 12 and a water purification tank 13, and the source water tank 12 stores tap water, rainwater, etc.
12, an entrance room 21 is located between the water purification tanks 13 and this entrance room 2
A water collecting tank 14 and a sprinkler 15, which is an internal water sprinkler, are provided in the water collecting tank 1, and a drainage from the sprinkler 15 is stored in the water collecting tank 14. This water collection tank 14
The water inside is pumped to the external sprinkler 16 by the drainage pump 24.
10はこの耐火耐熱避難コンテナ１を構成している箱状体
であり、この箱状体10は、鉄骨６にＬ形鋼板８を添設
し、このＬ形鋼板８の背面に、横材７をはしご状に取り
付けて補強することにより骨組みを箱状に形成し、この
箱状体10は機台９上に載置されており、箱状体10の外側
部10bに気泡入りの鉄筋コンクリート板３を張り、内側
部10aに通水部22を有した耐熱パネル４を張り、それぞ
れ鉄筋コンクリート板３と耐熱パネル４を固定してあ
る。Reference numeral 10 denotes a box-shaped body that constitutes the refractory and heat-resistant evacuation container 1. The box-shaped body 10 has an L-shaped steel plate 8 attached to a steel frame 6, and a cross member 7 is provided on the back surface of the L-shaped steel plate 8. The frame is formed into a box shape by attaching it to a ladder and reinforcing it, and this box body 10 is placed on the machine base 9, and the reinforced concrete board 3 with air bubbles is placed on the outer side portion 10b of the box body 10. The heat-resistant panel 4 having the water-permeable portion 22 is stretched on the inner side 10a, and the reinforced concrete plate 3 and the heat-resistant panel 4 are fixed to each other.
17は耐熱パネル４の下部に設けたパネル注水口、18は耐
熱パネル４の上部に設けたパネル排水口、パネル注水口
17に圧送された水は耐熱パネル４内の通水部22を通って
パネル排出口18から排出され、耐火耐熱避難コンテナ１
の屋根部34に配設された耐熱パネル４内の通水部22に圧
送されるようになっている。19は入口室21と避難室５間
に設けた内部防火戸、20は入口室21の外部への出口側に
設けた外部防火戸、23は配管、24は排水ポンプ、25は手
動ポンプ、26,26aは源水用ポンプ、27は電池、28は太陽
電池，発電機など、29は水道水，雨水、30は浄水用濾過
剤、31は次亜塩素酸ナトリウム、32は雑用水溜、33は室
内緊急消火栓、34は屋根部である。17 is a panel water inlet provided at the bottom of the heat-resistant panel 4, 18 is a panel drainage port provided at the top of the heat-resistant panel 4, and a panel water inlet
The water pumped to 17 is discharged from the panel discharge port 18 through the water passage portion 22 in the heat resistant panel 4, and the fire resistant heat resistant evacuation container 1
It is designed to be fed under pressure to the water passage portion 22 in the heat-resistant panel 4 arranged on the roof portion 34. 19 is an internal fire door installed between the entrance room 21 and the evacuation room 5, 20 is an external fire door installed on the exit side of the entrance room 21, 23 is piping, 24 is a drainage pump, 25 is a manual pump, 26 , 26a is a source water pump, 27 is a battery, 28 is a solar cell, a generator, etc., 29 is tap water, rainwater, 30 is a filter for water purification, 31 is sodium hypochlorite, 32 is a miscellaneous water reservoir, and 33 is Indoor emergency fire hydrant, 34 is the roof.
この考案の一実施例の耐火耐熱避難コンテナにおいて
は、耐火耐熱避難コンテナ１を構成している箱状体10
は、鉄骨６にＬ形鋼板８を添設し、このＬ形鋼板８の背
面に、はしご状に横材７を取り付けて補強したことによ
り、骨組みを箱状に形成し、外側部10bに気泡入りの鉄
筋コンクリート板３を張設し、内側部10aに通水部22を
有した耐熱パネル４を張設し、それぞれ鉄筋コンクリー
ト板３と耐熱パネル４をボルトにより固定し、耐火耐熱
避難コンテナ1,避難室５の外部からの各入口にはそれぞ
れ外部防火戸20,内部防火戸19を配設したことにより、
火災などによる室内の過熱が防止される。In the refractory heat-resistant evacuation container according to the embodiment of the present invention, the box-shaped body 10 constituting the fire-resistant heat-resistant evacuation container 1 is formed.
The L-shaped steel plate 8 is attached to the steel frame 6, and the cross member 7 is attached to the rear surface of the L-shaped steel plate 8 to reinforce it so that the frame is formed in a box shape, and bubbles are formed in the outer portion 10b. A reinforced concrete board 3 is installed, and a heat-resistant panel 4 having a water passage 22 is installed on the inner side 10a. The reinforced concrete board 3 and the heat-resistant panel 4 are fixed with bolts, respectively, and a refractory refractory refractory container 1, evacuation By arranging an external fire door 20 and an internal fire door 19 at each entrance from the outside of the chamber 5,
Overheating of the room due to fire is prevented.
また、源水槽12,浄水槽13,スプリンクラ15とこのスプリ
ンクラ15の下部に集水槽14を備えたため、災害時、源水
槽12,集水槽14の水を排水ポンプ24,手動ポンプ25,源水
ポンプ26,26aを駆動することにより、外部散水装置16に
圧送すると、耐火耐熱避難コンテナ１の室内温度の上昇
が抑制される。In addition, since the source water tank 12, the water purification tank 13, the sprinkler 15 and the water collection tank 14 are provided under the sprinkler 15, the water in the source water tank 12 and the water collection tank 14 is drained by a drain pump 24, a manual pump 25, and a source water pump in the event of a disaster. By driving 26, 26a under pressure to the external sprinkler device 16, the rise in the room temperature of the refractory heat resistant refuge container 1 is suppressed.
耐熱パネル４に用いる鋼材は厚みが薄いものでもよい
が、音の反響が少ない制振鋼板を用いることが望まし
い。耐熱パネル４を２枚の鋼板を向き合わせてなる空間
部に通水部22を構成し、ボルトにより横材７を挟んで固
定されている。The steel material used for the heat-resistant panel 4 may be thin, but it is desirable to use a vibration-damping steel plate that produces less sound echo. The heat-resistant panel 4 constitutes a water passage portion 22 in a space formed by facing two steel plates, and is fixed by sandwiching the cross member 7 with bolts.
しかして、前記耐熱パネル４を鋼板で密閉したことによ
り、外部から内部への有毒ガスの侵入を防ぐために有効
であり、避難室５内の人々の吸収用空気については、事
前に準備した図示されない空気ボンベにより少量づつ補
給される。By sealing the heat-resistant panel 4 with a steel plate, it is effective to prevent invasion of toxic gas from the outside, and the absorption air for the people in the evacuation room 5 is not shown in the drawing. It is replenished little by little with an air cylinder.
（配水系統の概要） 耐火耐熱避難コンテナ１における配水系統の動作につい
て第４図を参照して説明する。(Outline of water distribution system) The operation of the water distribution system in the refractory heat-resistant evacuation container 1 will be described with reference to FIG.
源水槽12,浄水槽13内には常時、公営水道などからの水
が貯えられており、災害時、排水ポンプ24,手動ポンプ2
5,源水ポンプ26,26aを電池27により駆動するようになっ
ている。電池27は、たとえば太陽電池，発電機など28に
より充電される。The water from the public water supply is always stored in the source water tank 12 and the water purification tank 13, and in the event of a disaster, the drainage pump 24 and the manual pump 2
5, The source water pumps 26, 26a are driven by the battery 27. The battery 27 is charged by, for example, a solar cell, a generator, etc. 28.
ｉ）災害時に備え、飲料水として図示されない水道栓か
らの水道水のほか、非常時、源水槽12中に貯水されてい
る水道水，雨水29を、源水ポンプ26aを駆動することに
より、第４図中の矢の示す方向に送水し、浄水用濾過剤
30,次亜塩素酸ナトリウム31により浄化し、浄水槽13内
に給水される。この浄水槽13内の浄水は、雑用水溜32,
室内に緊急用として設けた消火栓33を介して利用される
とともに切換弁V1を操作することにより源水槽12に一部
還流され、浄水槽13内には、常に浄水が確保される。i) In case of disaster, in addition to tap water from a tap not shown as drinking water, tap water and rain water 29 stored in the source water tank 12 in an emergency are driven by the source water pump 26a. Filtering agent for water purification by sending water in the direction shown by the arrow in Fig. 4
30, purified by sodium hypochlorite 31 and supplied to the water purification tank 13. The purified water in this water tank 13 is
It is used via an emergency fire hydrant 33 provided in the room and is partially returned to the source water tank 12 by operating the switching valve V 1 , and purified water is always secured in the water purification tank 13.
ii）また、源水槽12からの源水を源水ポンプ26により、
スプリンクラ15に供給し、スプリンクラ15からの水は集
水槽14に集水され、排水ポンプ24により外部散水装置16
に散水され、箱状体10の屋根部34が冷却される。さら
に、集水槽14に集水された水を、切換弁V2を操作し、排
水ポンプ24によりスプリンクラ15に還流するようにでき
るようになっている。ii) In addition, the source water from the source water tank 12 is supplied by the source water pump 26.
The water is supplied to the sprinkler 15, and the water from the sprinkler 15 is collected in the water collection tank 14, and the external sprinkler 16 is supplied by the drainage pump 24.
The roof portion 34 of the box-shaped body 10 is cooled. Further, the water collected in the water collecting tank 14 can be returned to the sprinkler 15 by the drainage pump 24 by operating the switching valve V 2 .
iii）災害時、手動ポンプ25により源水槽12内の水を内
側部10a,屋根部34の耐熱パネル４に設けた通水部22を介
して配管23内を通り、内側部10a,屋根部34に圧送するこ
とにより、内側部10a,屋根部34が冷却される。iii) In the event of a disaster, the water in the source water tank 12 is passed by the manual pump 25 through the pipe 23 through the water passage 22 provided on the heat resistant panel 4 of the inside portion 10a and the roof portion 34, and then the inside portion 10a and the roof portion 34. The inner portion 10a and the roof portion 34 are cooled by pumping to the inner portion 10a.
また、耐熱パネル４の通水部22内に貯められた水によっ
て周囲を耐熱パネル４で囲まれた避難室５内には耐火耐
熱避難コンテナの外部からの熱が遮断されることによ
り、外部の高熱から避難室５内の人を守るようになって
いる。避難室５を囲んでる耐熱パネル４内の水と、屋根
部34をおおっている耐熱パネル４内の水は、それぞれ外
部からの熱を吸収したことにより温められた水となり、
屋根部34を冷却したのちに、前記外部散水装置16から外
部に散水される。In addition, the heat from the outside of the refractory heat-resistant evacuation container is shut off in the evacuation chamber 5 surrounded by the heat-resistant panel 4 by the water stored in the water passage portion 22 of the heat-resistant panel 4. It is designed to protect the people in the evacuation room 5 from high heat. The water in the heat-resistant panel 4 that surrounds the evacuation chamber 5 and the water in the heat-resistant panel 4 that covers the roof 34 become water that has been heated by absorbing heat from the outside,
After cooling the roof portion 34, water is sprinkled from the external sprinkler 16 to the outside.
広域火災時、耐火耐熱避難コンテナの周囲温度が上昇し
たときに、周囲の耐熱パネル４内に源水槽12内の水を注
入することにより、外部の熱を吸収させることができる
ようになっている。In the event of a wide area fire, when the ambient temperature of the refractory refractory evacuation container rises, the external heat can be absorbed by injecting the water in the source water tank 12 into the surrounding refractory panel 4. .
前記実施例は、外壁に軽量気泡入りの鉄筋コンクリート
板３を使用しているので、外部からの熱の侵入は多量な
ものではないと想定されるが、万一の場合を考慮して、
避難室５の周囲を水を満たした層により、高熱の外部か
ら避難した人々を守る構造としてある。In the above-mentioned embodiment, since the light-weight bubble-reinforced reinforced concrete plate 3 is used for the outer wall, it is assumed that the heat invasion from the outside is not large, but in case of emergency,
A layer filled with water around the evacuation chamber 5 has a structure to protect people who have evacuated from the high heat outside.
また、空間部を介して２枚の鋼板だけでも、断熱効果が
大きいことが知られている。耐熱パネル４に水を入れ通
水部22において、周囲の熱を吸収して、外部散水装置16
から、あつくなった水を外周に散水することにより、高
温時に水の比熱による熱の吸収を利用している。Further, it is known that the heat insulating effect is great even with only two steel plates through the space. Water is put into the heat-resistant panel 4 to absorb the ambient heat at the water passage portion 22, and the external water sprinkler 16
Therefore, by sprinkling hot water on the outer circumference, the heat absorption by the specific heat of water at high temperature is utilized.
さらに、水を散布することにより、有毒ガスが水に溶け
やすい作用があり、同時に、鉄骨６部に水が散布される
と、鉄骨６部の赤熱化による強度の低下に伴って生じる
危険を防止する。In addition, spraying water has the effect that toxic gas dissolves easily in water, and at the same time, if water is sprayed to the steel frame 6 part, the risk caused by the decrease in strength due to red heat of the steel frame part 6 is prevented. To do.
外部散水装置16から屋根部34に排水する位置は、内部散
水装置15の排水する位置よりも高く設置し、これらの２
系統の水を一部共通管により散水できるようになってい
る。The position where the water is drained from the external sprinkler 16 to the roof portion 34 is set higher than the position where the internal sprinkler 15 drains water.
Part of the system water can be sprinkled through a common pipe.
（他の実施例） 前記実施例では耐火耐熱避難コンテナを災害時などに用
いた場合について説明したが、通常時に物置きなどに活
用してもよいことはいうまでもない。また、通常の維持
管理には清浄な外気が必要であるので、給排気に防火ダ
ンパ付の換気扇を付設しておくことが望ましい。(Other Embodiments) In the above embodiments, the case where the fireproof and heat-resistant evacuation container is used in the event of a disaster has been described, but it goes without saying that it may be used for storage of items during normal times. In addition, since clean outside air is required for normal maintenance, it is desirable to attach a ventilation fan with a fire damper to the air supply and exhaust.
また、通常は、発電機，車のエンジンを発電機に利用す
ることにより源水を浄水するようにしてもよい。Further, normally, the source water may be purified by using the generator or the engine of the car as the generator.
前記実施例の耐火耐熱避難コンテナによれば、大地震が
おきたとき、広域火災時に、家の庭先において安心して
避難することができ、火災は初期ならば消火できやすい
ので、避難場所が確保されていると安心して消火に専念
できることになる。火災の発生が防止されれば、地震の
災害だけによる場合にあっては、パニックの防止に効果
があり、この耐火耐熱避難コンテナは、災害を防止する
ために身近な避難場所として有効である。According to the refractory refractory evacuation container of the above-mentioned embodiment, when a large earthquake occurs, it is possible to safely evacuate in the garden of the house in the event of a wide area fire. You can concentrate on extinguishing the fire with confidence. If the occurrence of fire is prevented, it will be effective in preventing panic only in the case of an earthquake disaster, and this fire-resistant heat-resistant evacuation container is effective as a familiar evacuation site to prevent disaster.
本考案は、上述のように構成されているので、次に記載
する効果を奏する。Since the present invention is configured as described above, it has the following effects.
骨組みを箱状に形成し、外側部に気泡入り鉄筋コンクリ
ート板を張設し、内側部に通水部を有した耐熱パネルを
張設してなる箱状体を、内部防火戸を介して入口コンテ
ナと避難コンテナに仕切ったことにより、火災時、耐火
耐熱避難コンテナ内の過熱を防止できる。A box-shaped body made by forming a frame into a box shape, stretching a bubble-reinforced reinforced concrete plate on the outer side, and stretching a heat-resistant panel with a water-permeable part on the inner side, through an internal fire door into an inlet container. By partitioning with the evacuation container, it is possible to prevent overheating in the fireproof and heat-resistant evacuation container during a fire.
また、入口コンテナに入口室と源水槽と浄水槽を設け、
入口室には外部防火戸と内部散水装置と集水槽を設け、
箱状体の屋根部に散水装置を備えたので、災害時、源水
槽内の水を耐熱コンテナ内の通水部を通り、外部散水装
置にポンプにより圧送することにより、耐火耐熱避難コ
ンテナ内の温度上昇を抑制し、狭いところであっても安
全に避難でき、パニックの発生を抑え消火に専念できる
耐火耐熱避難コンテナを提供できる。In addition, an entrance room, a source water tank, and a water purification tank are installed in the entrance container,
In the entrance room, an external fire door, an internal sprinkler and a water collection tank are installed.
Since the box-shaped roof is equipped with a water sprinkler, in the event of a disaster, the water in the source water tank will pass through the water passage in the heat-resistant container, and will be pumped to an external water sprinkler by a pump so that It is possible to provide a refractory heat-resistant evacuation container that suppresses temperature rise and can safely evacuate even in a narrow space, suppress panic and concentrate on fire extinguishing.
第１図は本考案に係る一実施例の耐火耐熱避難コンテナ
の各室の配置を説明するための概略平断面図、第２図は
同背面図、第３図は第１図III−IIIに沿って裁断した断
面図、第４図は配水系統を示す説明図である。 １……耐火耐熱避難コンテナ ２……避難コンテナ ３……気泡入りの鉄筋コンクリート板 ４……耐熱パネル ５……避難室 10……箱状体 10a……内側部 10b……外側部 11……入口コンテナ 12……源水槽 13……浄水槽 14……集水槽 15……スプリンクラ 16……外部散水装置 21……入口室 22……通水部 23……配管 24……排水ポンプ（ポンプ） 25……手動ポンプ（ポンプ）ポンプ 26,26a……源水ポンプ（ポンプ） 34……屋根部 各図中、同一符号は同一部分または相当部分を示す。FIG. 1 is a schematic plan sectional view for explaining the arrangement of each room of a refractory refractory refractory container according to one embodiment of the present invention, FIG. 2 is a rear view of the same, and FIG. 3 is shown in FIG. FIG. 4 is a sectional view cut along the line, and FIG. 4 is an explanatory view showing a water distribution system. 1 …… Fireproof heat resistant evacuation container 2 …… Evacuation container 3 …… Air bubbled reinforced concrete plate 4 …… Heat resistant panel 5 …… Evacuation room 10 …… Box-shaped body 10a …… Inner part 10b …… Outer part 11 …… Entrance Container 12 …… Source water tank 13 …… Water purification tank 14 …… Water collection tank 15 …… Sprinkler 16 …… External sprinkler 21 …… Inlet room 22 …… Water passage section 23 …… Piping 24 …… Drainage pump (pump) 25 …… Manual pump (pump) Pump 26, 26a …… Source water pump (pump) 34 …… Roof part In each figure, the same symbols indicate the same or corresponding parts.
Claims (1)
の鉄筋コンクリート板を張設し、内側部に通水部を有し
た耐熱パネルを張設してなる箱状体を、内部防火戸を介
して入口コンテナと避難コンテナに仕切り、この入口コ
ンテナに入口室と源水槽と浄水槽を設け、この入口室に
は外部防火戸と内部散水装置と集水槽を設け、前記箱状
体の屋根部に外部散水装置を備え、災害時、前記源水槽
からの水を耐熱パネルの通水部を介し外部散水装置にポ
ンプにより圧送可能に構成した耐火耐熱避難コンテナ。Claim: What is claimed is: 1. A box-shaped body in which a frame is formed in a box shape, a reinforced concrete plate containing air bubbles is stretched on the outer side, and a heat-resistant panel having a water passage portion is stretched on the inner side. It is divided into an entrance container and an evacuation container through a door, and an entrance chamber, a source water tank and a water purification tank are provided in this entrance container, and an external fire door, an internal sprinkler and a water collection tank are provided in this entrance chamber, A fire-resistant heat-resistant evacuation container that is equipped with an external water sprinkler on the roof, and can pump water from the source water tank to the external water sprinkler by a pump through the water passage of the heat-resistant panel in the event of a disaster.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP9712089U JPH076394Y2 (en) | 1989-08-22 | 1989-08-22 | Fireproof and heat-resistant evacuation container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP9712089U JPH076394Y2 (en) | 1989-08-22 | 1989-08-22 | Fireproof and heat-resistant evacuation container |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH0337152U JPH0337152U (en) | 1991-04-10 |
| JPH076394Y2 true JPH076394Y2 (en) | 1995-02-15 |
Family
ID=31646270
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP9712089U Expired - Lifetime JPH076394Y2 (en) | 1989-08-22 | 1989-08-22 | Fireproof and heat-resistant evacuation container |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH076394Y2 (en) |
-
1989
- 1989-08-22 JP JP9712089U patent/JPH076394Y2/en not_active Expired - Lifetime
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0337152U (en) | 1991-04-10 |
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