JPS60192060A - Room unit structure having fire resistant and heat insulating effect - Google Patents

Room unit structure having fire resistant and heat insulating effect

Info

Publication number
JPS60192060A
JPS60192060A JP4793684A JP4793684A JPS60192060A JP S60192060 A JPS60192060 A JP S60192060A JP 4793684 A JP4793684 A JP 4793684A JP 4793684 A JP4793684 A JP 4793684A JP S60192060 A JPS60192060 A JP S60192060A
Authority
JP
Japan
Prior art keywords
heat insulating
insulating effect
fire
unit structure
fire resistant
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.)
Pending
Application number
JP4793684A
Other languages
Japanese (ja)
Inventor
堀口 光夫
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP4793684A priority Critical patent/JPS60192060A/en
Publication of JPS60192060A publication Critical patent/JPS60192060A/en
Pending legal-status Critical Current

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Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。
(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本発明は火災発生118等において、屋内での緊急前φ
11を用油としノニ対火、1υiエ掃・枦4↓をfIず
るルーノ、ユニーツ1・{14造に関するものである。
DETAILED DESCRIPTION OF THE INVENTION In the event of a fire outbreak, etc., the present invention
It is about Noni pair fire with 11 as oil, 1υi e sweep, 枦 4↓ with fI zuruno, Units 1 and {14 construction.

火災時に屋外・\逃げ遅れたり、幸いに救出されでも煙
(、−1る中毒により重体ということがよく聞かれる。
It is often heard that people who escape outside during a fire are too late to escape, or even if they are lucky enough to be rescued, they are in serious condition due to smoke poisoning.

高層建築物のホテルやマンション等においては特に屋外
への脱出がままtgらめ場合が多く、従来、この様な建
築物にはスプリンクラ−が装置され、その1一非常口と
か避難はしご等は.iulJられでいる。しかし実際に
は炎、煙に追われて非常D等・\逃げることかてきl」
゛かっノ:というのが実状であり、建築物内、即ち夫/
/の部屋に遊動[所があれば犠牲者を出さずにすむり一
−スが多い。ポテノ(やマ〉シ=iン等においては、シ
ヤツーノ1ーム或いは1・イレ等を1{1j設したシャ
ワールー15等のユニツ1・かル『定の空室に嵌装され
ているが、該ユニッI・におい1′:も従来のものは防
火対策は施されていないため火災時の避テ11場NJi
と−4ることはてきなかった。
In high-rise buildings such as hotels and condominiums, it is often difficult to escape to the outdoors, and conventionally, such buildings are equipped with sprinklers, and emergency exits, evacuation ladders, etc. IulJ is here. However, in reality, you may be chased by the flames and smoke and have to run away.
゛Kakno: That is the actual situation, inside the building, that is, the husband/
/ If there is a place where you can roam, there are many places where you can live without causing any casualties. In poteno rooms, etc., units such as shower room 15, etc., which are equipped with a room or room, etc., are installed in a vacant room. , Unit I/Odor 1': Conventional units do not have any fire prevention measures, so there is no need to take shelter in the event of a fire.
I couldn't get -4.

向しで本発明にあっては係る問題に鑑み、室内適}リf
1こb)i¥甘しめる・\くなしたるル・一l1ユ−・
ン1・を、軽ム1気泡一コンクリー1・等にて略一体重
に成形しでtl゛る11l1大、llii熱効果を有す
るrL−1,、二1:−ツ1・構造を、史には該軽JI
1気泡コンクリ−1・からなるJl−ムユニッ1・の内
方に、ガラス繊維強化プラスチック、或いは炭素繊維強
化プラスチック等の層を設けたことを特徴とする耐火、
断熱効果をHするノ[−ムユニソN11i造を呈Uんと
するものであり、月−)、ユニ、1へその物を防火構造
の避か11jすrとして火災による焼死とか1iVj害
による窒U、死等の犠牲者を無くぞうとするt)のであ
る。
In view of this problem, the present invention is designed to be suitable for indoor use.
1kb) i¥sweetness・\kunashtaruru・1l1ゆー・
The structure of the cylinder 1, which has a thermal effect of 11l1 and 11l1, is created by molding the cylinder 1 into a substantially monolithic piece of light foam, 1 cell, 1 concrete, etc. The light JI
A fire-resistant product characterized by having a layer of glass fiber-reinforced plastic or carbon fiber-reinforced plastic on the inside of a Jl-mu unit made of cellular concrete.
It is designed to have a heat insulating effect, and is designed to have a heat-insulating effect, so that it can be used as a fire-retardant structure to protect objects from being burnt to death by fire or nitrogen damage due to damage. The aim is to eliminate victims such as death.

L’lF本発明実施例の前作及び−[法を詳述゛4れは
、本例)1−1、」、ニット1は上としてI・イし等を
1((1設し、たシー\Iワール−1、とじでホう一λ
[或いはマンション等の居室に隣接し、た小室に189
装するのであるか、該)[−)、二1−:−ツl−1は
通常分割した状態で成形され、その1111造璧2(」
硅酸外5iO7(硅石 レメント)ノ及び−/11火分
Ca0(生石灰・七メレト)を主原料と1−1その池発
廂削(アルミ粉末)、/1(、気l包汝一定イ11等か
和えられて得られた軽は気l包−1ンクリートか用いら
れている。即ち、適宜の1111強鉄ii?i3か配置
され)、−I’li定の型枠内・\、前記上+118、
その他発泡削、気泡゛ム定削等のill:合されたハ’
+!7f’/ ’a−?バrし込むと1、該11i11
女は7(l11.(;の中て発泡^11のツノて順1つ
(膨張4る一方、石灰\゛)L!メントの力て凝固か姶
」:(〕、発l包と凝固の/Iか釣合、った時点て膨張
かILり成形か冗j′4−7Jo成j[浸れた)t、−
A、:Lニラ1Nの半製品は、ill! 1.ILのよ
」:高温高圧蒸気釜に搬入され、約10気圧、18F+
’(’:で15〜IG時間経過すると硬化反応が完丁し
で什1−ろ。又この様なルームユニットlは主とl。
L'lF The previous work of the embodiment of the present invention and -[details the method ``4 This is the present example] 1-1,'' knit 1 is above and I. \I Whirl-1, Hojide Hoichi λ
[Or in a small room adjacent to a living room in an apartment, etc.
21-:-1-1 is usually molded in a divided state, and its 1111 construction 2('
The main raw materials are silicic acid 5iO7 (silica rement) and -/11 fire Ca0 (quicklime, 7 mereto) and 1-1 its pond extrusion (aluminum powder), /1 (, 11) The light obtained by mixing the above is used as a concrete.That is, the appropriate 1111 strong iron II?I3 is placed), in the formwork of the above Up +118,
Other illumination such as foam cutting, foam cutting, etc.
+! 7f'/'a-? When you insert the bar, 1, the 11i11
The woman is 7 (l11. / I or the balance, when the expansion or IL molding is completed, -
A: The semi-finished product of L chive 1N is ill! 1. IL's: Transported to a high-temperature, high-pressure steam oven, approximately 10 atmospheres, 18F+
'(': After 15 to IG hours have elapsed, the curing reaction is complete and 1-100 ml is removed.Also, such a room unit l is mainly l.

lニポデ月等のシャツ−月−j、として用いられること
か多く、にffって前記軽111気泡11ンクリートか
らi、:る(10造壁2等は、同じく不燃材のガ1ノス
繊紐強1ヒプ−/スチック或いは炭素繊維強1ヒブf〕
、X−fツン等にJ、り成形された1ヒlit壁4にて
、内部に配aHるJ(スタブ等と連続した状態にl”I
 414す■しめ、該ルー1、ユニッ1川の防水対策を
施Jと共に内部の(1: l二げを“〕゛る。一方該ル
ー12ユニッ1〜1に取1・1け ・られるトノ′−5
は、ガラス繊維強1ヒプラスチック、或いは1大索繊維
強化プラスザック等により一体的に成形すると共に、9
ト方は適1ゾの気泡コンクリート1jにでlil: +
’* +−而面大及び断熱効果を有せしめる。
It is often used as a shirt such as Nipodetsu, and ff is made from the light 111 foam 11 concrete. Strong 1 Hibu/Stick or carbon fiber Strong 1 Hibu f]
, X-f Tsun, etc., in the 1-hilit wall 4 which is molded, aH is placed inside.
414, waterproofing measures were taken for the Rue 1 and Unit 1 River as well as the internal (1: 1).Meanwhile, the tonneau that was removed in the Rue 12 Units 1-1. '-5
is integrally molded with glass fiber-reinforced 1-hi plastic or 1-line fiber-reinforced plus sack, etc., and
For those who prefer it, it is suitable for aerated concrete 1j: +
'* + - Gives a large surface and a heat insulating effect.

出頼人か実施し2ているその油の実施例としては、前記
1”7−5の(IIJ造をルーツ、ユニット1の本体に
+:1:川したI、のかあり、即ち、上下z7向に分割
した(14造壁7をガラス繊維強化プラスチック、或い
は炭素繊維強化プラスチック等にて略一体重に成形i−
ると共に、その91かを軽t+”を気泡コンタリー1・
8にて適宜の厚りて1皮覆する構造である。また、該峰
措気l「lンク1j−1・からなる構造壁2にはその用
途によ?〕、IIノ水イl: 、 1.144とし、て
伸1゛制<l、呼吸性をflする合成161脂系1−7
21ジヨンのリシンの吹付:ノをf′T1.s:ろ。
As an example of the oil that has been implemented by a certain person, there is the above-mentioned 1"7-5 (rooted in IIJ construction, +:1:river I on the main body of unit 1, that is, upper and lower z7 (The 14 walls 7 are molded into approximately one piece with glass fiber reinforced plastic, carbon fiber reinforced plastic, etc.)
At the same time, the 91 or t+" is added to the bubble contour 1.
It has a structure in which the thickness is increased to an appropriate thickness at 8 to cover one layer. In addition, the structural wall 2 consisting of the peaks 1j-1 has the following properties depending on its use: 1.144, and the elongation 1<l, breathability. Synthesis 161 Fatty system 1-7
21. Spraying of ricin: f'T1. s: Ro.

以10)ように本発明は、室内辿1jliに1;父装せ
しめる・\< jr: l−ノーるノl−ノ、ユニット
14、軽量気l包二1ンタリート等にて略一体重に成形
しでliる耐火、断熱効果をfi 4’るルーl、ユー
ツh 111j造を、史には該軽iIl気泡二lンクリ
ートからなる構造壁2の内方に、ガラX繊糸11強1ヒ
ブラズーfツク、或いは炭素繊維強化プラスチラシ等の
層11を設+Jノ、:ことを特徴と4゛るt、の1=あ
り、該気泡、−1ンクリートの特性は、普通=Iンンリ
ートの1.・4と軽量性に冨み、また釦をうったり、鋸
でひいたりてきる高い加工性を何しているので、J【−
ムユニットlの加工に最適な十に、−1−期の短縮と工
費の低減をはかることが可能であり、そのL圧縮強度3
0klT/e11? 、引張強度51(gr’cnf 
%曲げ強度l Okg / cnf 、剪断強度5kg
/c1+?弾性係数1.75・IO’kg/cnfとい
う強度をもち、内蔵される補強鉄筋3を加えて更に優れ
た構造壁2占4ることかできる。しかし111[数の細
かい独1″L気泡を有する多孔質の無機質44であるの
で、そのIIJi声j〜性t)高く、絶乾状態て熱伝尋
率は0.08Kcal/mh”’(’;、気乾状態て0
.13Kcal/mh℃の高い断熱性能を有し、史に、
山1大111についても7SnunljJIM造壁で2
時間、又、肢位状態においでは25mm厚で1時間、5
0mm厚て2時間ときわめてよく、耐火、断熱(k造壁
としで(にれた特性を釘し、その−1ニ内部にガラス繊
維強(ヒブラX)ツタ、或いは炭素繊維強化ブラスチッ
シ等の化用壁・1を張設4−ることにより内部の不v(
11生をもはかれるは力りか優美なる内装を17得るt
)のである。、J: ?=、その他の実施例として記載
した如く、ガラス繊維強1ヒプラスチック等の構造壁7
からなる既知のルーム」二ニットの外方に少なくと?)
25+11111厚の軽lit気泡コンクリ−1・8を
被覆ずれはl1lI火、断熱効果を有せしめることも可
能である等火災発生時においで、屋内での緊急避難室と
じて
As described in 10) below, the present invention is designed to form a unit 14, a lightweight air package 21, etc. into approximately one body weight, such as a unit 14, a lightweight air package 21 interleave, etc. In order to achieve the fireproof and heat insulating effect of the fireproofing and heat insulating effect, it is said that the structure is made of 111j structure, and the inside of the structural wall 2 made of light foam 2l concrete is made of 11 parts of Gala A layer 11 of ftsuk or carbon fiber-reinforced plastic leaflet etc. is provided, and the characteristics of the foam and -1 concrete are as follows: 1.・It is lightweight at 4, and has high workability that can be cut with a button or sawed.
It is possible to shorten the -1- period and reduce construction costs, and its L compressive strength 3
0klT/e11? , tensile strength 51 (gr'cnf
% bending strength lOkg/cnf, shear strength 5kg
/c1+? It has a strength of elastic modulus of 1.75 IO'kg/cnf, and with the addition of built-in reinforcement reinforcing bars 3, an even more superior structural wall can be created. However, since 111 is a porous inorganic material with a small number of bubbles, its thermal conductivity is high, and its thermal conductivity in an absolutely dry state is 0.08 Kcal/mh''(';、Air dry condition 0
.. It has a high insulation performance of 13Kcal/mh℃, and has a history of
7 SnunljJIM walls were constructed for Mt. 1 and 111.
time, and in the limb position, 1 hour with a thickness of 25 mm, 5
0mm thick, 2 hours, very good, fireproof, heat insulating (k construction wall). By installing the wall 1, the internal damage (
Even if you are rejected by 11th grade, you will gain strength or graceful interior 17.
). , J: ? =, as described in other embodiments, a structural wall 7 made of glass fiber-reinforced plastic, etc.
A known room consisting of at least two knits outward? )
25+11111 thick light-lit cellular concrete 1.8 can be used as an indoor emergency evacuation room in the event of a fire, as it can be used as an indoor emergency evacuation room in the event of a fire.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は本発明実施例の部分断11111曲図。第2図
はその他の実施例の部分1IJi側面lメ1でΔ゛l 
7:l。 1・・・ノ1−ムユニット ?・・・Iil i6壁 ・1・・ ・強化ツーノ、く−fツタ層特酒出棹白人堀
11ノ1ノミ 帛/彦 d ゛/
FIG. 1 is a partially cutaway 11111 song diagram of an embodiment of the present invention. FIG. 2 shows a portion 1IJi of another embodiment at Δ゛l
7:l. 1...nom unit? ...Iil i6 wall 1... ・Strengthen Tsuno, Ku-f ivy layer special sake base white Hori 11 no 1 chisel/Hikod ゛/

Claims (1)

【特許請求の範囲】 中 室内−1すlにI+’)ミ装■しめるー\< jr
’、 Lノーる小!(リルームユエyl−を、軽h1気
泡コンクリート等にて略一体重に成形したことを特徴と
4る1ii1火、断熱効果を白゛4るtl、−1,、ユ
ーツト+16造。 (2] 前記軽!Ii気泡−1ンタリートか1−1なろ
ハーノ、ユ、−ツトの内方に、ノj−ノ′/X羽し維強
1ヒブ−7X(ツタ、或い(,1υJ素繊♀11強1ヒ
゛〕うスチーツタ等の層をπグけで11゛イ、1旨41
請71乏の範囲第1項記載の+iil火、断熱効11を
有°4る+l−ムユニツt−116造。
[Claims] Medium Indoor - 1 sl I+') Mi-Shimeru\< jr
', L noru small! (Characteristic is that the re-room yel- is molded into a substantially monolithic piece of light h1 aerated concrete, etc., and has a white heat insulation effect. (2) The above-mentioned light !Ii bubble-1 interleat or 1-1 naro hano, yu, -tsuto, no j-no'/ 11゛, 1 effect 41 by cutting the layer of strong 1st ivy etc.
Claim 71: A +l-muunit T-116 construction having +III fire and heat insulation effect 11 as described in item 1.
JP4793684A 1984-03-13 1984-03-13 Room unit structure having fire resistant and heat insulating effect Pending JPS60192060A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP4793684A JPS60192060A (en) 1984-03-13 1984-03-13 Room unit structure having fire resistant and heat insulating effect

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP4793684A JPS60192060A (en) 1984-03-13 1984-03-13 Room unit structure having fire resistant and heat insulating effect

Publications (1)

Publication Number Publication Date
JPS60192060A true JPS60192060A (en) 1985-09-30

Family

ID=12789254

Family Applications (1)

Application Number Title Priority Date Filing Date
JP4793684A Pending JPS60192060A (en) 1984-03-13 1984-03-13 Room unit structure having fire resistant and heat insulating effect

Country Status (1)

Country Link
JP (1) JPS60192060A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2015110896A (en) * 2013-10-31 2015-06-18 株式会社大昇 Shelter

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS54135438A (en) * 1978-04-10 1979-10-20 Kazuko Nagata Refractory building that can escape

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS54135438A (en) * 1978-04-10 1979-10-20 Kazuko Nagata Refractory building that can escape

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2015110896A (en) * 2013-10-31 2015-06-18 株式会社大昇 Shelter

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