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JPS6059316A - Construction of sunlight transmission lighting system and room air cleaner adjusting system - Google Patents

Construction of sunlight transmission lighting system and room air cleaner adjusting system

Info

Publication number
JPS6059316A
JPS6059316AJP15473683AJP15473683AJPS6059316AJP S6059316 AJPS6059316 AJP S6059316AJP 15473683 AJP15473683 AJP 15473683AJP 15473683 AJP15473683 AJP 15473683AJP S6059316 AJPS6059316 AJP S6059316A
Authority
JP
Japan
Prior art keywords
light
tube
pipe
light guide
small
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
JP15473683A
Other languages
Japanese (ja)
Inventor
リン ミン‐チ
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.)
RIN MIN CHI
Original Assignee
RIN MIN CHI
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 RIN MIN CHIfiledCriticalRIN MIN CHI
Priority to JP15473683ApriorityCriticalpatent/JPS6059316A/en
Publication of JPS6059316ApublicationCriticalpatent/JPS6059316A/en
Pendinglegal-statusCriticalCurrent

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Abstract

Translated fromJapanese

(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

Translated fromJapanese

【発明の詳細な説明】一種の同調追星原理を利用し【−撤物面鏡の組合せを引
動し?採集した日光は専光管を経て伝送されて室内照明
に提供するシステムの栴造で!一つのモーターシステム
!一つのh物面鏡集光紺立エレメント!一つの緯度調節
板!一つの多面反B、1鏡で光の期用方向を変えるのに
用いる嗜、光管ν及び一つの凹レンズ散乱光特性を利用
した室内放光組立エレメント及び補助灯光設備とツ2.1の導rA管を利用して自然空気をガイドして屋内
に送り込み並びに洗気を抜換えるものでラーセットの送
風及び吸風する導風管で9併せて前記の魂光管を屋内に
入れた後に合わせて排列L v −ツの送風モーター及
び一つの吸風モーターで9その生理風管は屋内に入る前
に予めにもう一つのエアークリーナーシステムを経てエ
アーを浄化するのを可能とするものを含み!当該エアー
クリーナーシステムには欠塵離質クリーナー及び一つの
異味毒ガスクリーナーを含みtその中!友疾錯質クリー
ナーは水を利用して空気中の茨座錐負をクリーナーし9
異味告ガスクリーナーは化学物l質で以てクリーナーす
るものでありゃ当該日光歓送WAすJ]システムと室内空気クリーナー
調節システムのu0力は市内電力により洪π合され9併
せて停電或いは緊急事故の時はスペア整電池で供応する
のをその特徴とするtの・工業がIF −l:iと発;
Aし!人類のエネルギーに対する請求も日毎に切迫して
いる!面1−1云Pζ的エネルギー石油は既にこの置火
な需要量に対抗し杓ず9そこで人々は次第にヘリウムで
石i1!1に入替え°Cいるが9然れどエネルギー節約
は今肖世界各1−51の大いに呼応する政策であるOこ
れらの因素に基づき!太陽エネルギーは現在最も誘惑力
及び経済価値をもつ大自然における限りないエネルギー
と見られ【いるt本発明は凶」ち日光を利用して照明す
ることによりエネルギーを節約するようにしたものでt
7iねて日光に含まれる紫外線は健康にプラスであり9
長時問屋内にいる人達に十分な紫外線を提供することが
できるし?且つ紫外線は殺菌力をもっているので!屋内
詰生を長期保護することができるO若しモ零N ”JJ
の室内エアークリーナー調節システムの狼尺、″ム゛と
日光伝送用の光導管を並列すればtOlせて屋内@環に
なり9室内空気の新鮮1清爽を保持する色点をもつO本発す」のもラ一つの特徴はツ屋丙或いはビル咎のよう
に窓がない或いは日当りの悪い室内をして日光照射を受
けツ且つg最後に太陽エネルギーは凹レンズ組立エレメ
ントの散乱光により原始の強烈な日光ビームを分散して
柔かい日光にして直接皮層に照射するので9人体の健康
を促進することができる・本発明の更にもう一つの特徴とするところはスペアライ
トをもち9昼間は電気を節約し面して夜間にライト照明
に使用するものでツ又tスペア用の電蝕を貯存して停電
の時に使用することができるのでラ一旦火災或いは非常
事件が発生して停電すると亦照明を保持しツ且つエアー
クリーナー調節システムは温気をhi除し【新鮮な空気
を供給することができるので!屋内にいる人々はそこで
発生する煙で窓息現糸を発生することなくt避難にプラ
スとなるO本発明の詳しい措造とその防用につき付it岡を参照し
ながら詳細に説明する口ld−は本発明の日光採集システムで9その主要結描は
日光採集器(1)1モーター(2)1綽度ゲージ(3)
及び若干本の導光管により組成されりその中9日光採集
器(1)は大撤物面鏡(lυ及び小撤物面鏡020とが
同@逆方向及び共同焦粘0樽に合成され!並びに対応す
る少なくとも三本のアングル04)で以てその対応位置
に固定されているOガラスカバー(15)は平面レンズ
でツ鈴質や雨水が導光管へ入るのを防止しt排水t(I
Q)は大撤物面錦に落ち入った雨水を排除するのに用い
!反則to 07)は主軸より入射する日光を90 反
射して導光管11)にガイドインし9保護カバーθ9)
大撤物面鏡に兆接に連接し!且つ導光管8D上で導光管
11)の軸を軸心として自由回転することができるクギ
アー(イ)は保設カバー(ill)に固定されてギアー
軸(ロ)を引’JB シtバランスウェイト@)は大1
小抛物面鏡ノ重上【をバランスすることにより全体をし
て導光t Uの軸心に沿って回転する時にバランスをと
れるようにするのに用いる・モーター(2)は発生した
固定回転速度でギアー軸Qりを引動しt更にギアーQ々
を引動して日光採集器(1)を回転させる9その中モー
タ−(2)の回転速は日光採集器(1)をして24時間
に360 fg1転するように設定しているo緯度ゲー
ジ(3ンは弧形に設計されその円弧線の円心はa光管0
Dの軸線と導光管6つの軸線の交点でツ上ゲージ数は日
光採集器の緯度方向を規定し!調節ボイル(至)に一つ
のビニオンを付加して緯度ゲージ(3)にある歯並■と
互いに咬合い2潤ぷ“IホイルCJ3を回してゲージ(
ハ)を上下移動すると日光採集器(1)をして導光fk
0υν及びバランスウェイト(ハ)と共に導光管σ2を
軸にして回転する9その中マイクロ調節ボイルは一つの
モーター(33ので引動し?当該マイクロモーター(3
30)の<ljJ CQ原理は付録■1−1で示す通り
でtその中一枚の不透光の適当な材質の薄板(333)
上に一枚の小中板(334Jを加設しt当該薄板(33
3)は導光管Gυ上の適当な位置に置き9且つその13
面を各々正肉及び正北方向に向けf 1!Jlち板面法
線と導光管0υの軸方向は同じであるt当該薄板(33
3)の基部は北面に一光二極体(331)を設は参百面
に一光二極体(332)を敗け9その雨音の受光の強度
信号で比較してモーター(33U)の正転成いは逆転を
決定する9飯すに南面の二檎体(332)が強い日光照
射を受けると糺を度はJ仁らず南向きに調整しなければ
ならないと云う事が分るtこの時に信号を比較した後に
モーターを正回転させるとゲージC3aを上向ぎに移動
しツ糸・I度力;正確なると二光二極体は同じ照明度を
受けてモーター(330)の回転を停止する(詳細サー
キットkt 付録10御参照)!バランスウェイト09
は日光採集器(1)のバランスに用いられtバランスウ
ェイトに)及び同円モーター(2)の重量9反射鏡(I
卯及び十字形保護カバー(IGは共に導光管Kl)に固
定されt並びに導光管αDに拌い導光管6zの軸を軸に
して回転し9固定台0′7)及び導光管(へ)は共同で
導光g□□□を固定して日光採集システム全体の重量を
負荷させるO臼−のII析で得られるよりに2日光の千行光腺は大撤
物面鏡θ0を経て小抛吻面鏡021′に反射されt又牛
行光称はガラスカバーに)を直刻通過し°〔反射鏡(+
7)を経て導光1ム′Ωυへ反射通過し!更に反射鏡U
の反射により導光管G121を経て9そこで又反射鏡句
vにより反射され″Cff3光肯Ceを経て屋内に入る
tその中心光管内壁はすべて反光物な張り付け【光エネ
ルギーが減衰しないようにしている・眼りに夜間或いは
非常rJ故?例えば火事が発生して停電した時に水銀ラ
ンプで以て発光IFtl F!1′]する!その結4W
Gは固−で示すように水銀ランプGI)はlWO而鏡面
3)の焦点のところにあり9水銀ランプ(5つは撤物面
鏡04)の焦点のところにある?水錫うンプ’5141
G’Zrより発射する光は反射鏡5ηを経て導光t65
)に反射しt更に反射鏡60カら導光管851に尋人す
るツその中尺射鏡66)は以来尋光管q9と重訂でその
管壁をなし9水銀ライト6υ1(5のが通電した時にモ
ーターωも亦5m電して反Gj 鏡(56)を引動して
反射鏡60をして導光管(ハ)に向って内回りしt而し
て水銀ライト5H2より発射1、た光線を反射鏡6ωを
経て導光管(!19に反射しt併ぜて以来の日光と同じ
行進方向としすその中水銀ライトも亦人工で制御し室内
をしてのり一般の電灯を使用するtこの水銀ライトの最
も主要とするのは火事に遇った時に照す:Jできるよう
にし2反財鏡霞が固定位置まで目動してくると同時にモ
ーター(イ)の電源スィッチをカットしt併せてモータ
ー逆転スイッチに接続され9日光が供応された時にモー
ターを始動して部位に回復するよう逆転しtと同時に反
射鏡ら(9が部位に戻って日光を通過させる時にツモー
ターの逆転は停止し並びに逆転スイッチをOFF して
正回転スイッチに接続するので!このように日光と水銀
ライトを交互に使用することができるし一詳細サーキッ
トは付録圃10を台ハαしながら詳しく説明するO閤二は室内において導光管内から日光な槽数する方法で
2その中尺射鏡(財)は主導光管(財)の中から−7:
、lEの日光を小心光管(G’jに反射し!而して一つ
の導光へ3゛佇口にはめている凹レンズで以て載断面の
小さい日光ビームを距離と共に拡大する光面に散1馳放
射しう室内の各隅に日光゛を照射するtその中尺射鏡(
6つは自由に開閉可能で任意に使用できるO商工は凹レンズの散亀光原理で9それはガラスの屈折、
ぢX n2が空気屈Jq率nlよりも大ぎb・し9更に
凹レンズ表面は撤物面式内凹tこなってb・るノテ’ 
光線をして凹レンズの雨凹面の二吹屈射面により1゛)
λしl@’照g」面を拡大する・1苗四は一つの立体空
間において自由に方向変換するのを可能とする凹レンズ
散aし光担立エレメントで9その主要とする宿造は!一
つの反射鏡(シ□□□が主)ぶ光管01つの内から一部
の日光を播取しく小導光省(7υに反射しνもう一つの
小屏光管四上に付着している反射鏡(73及び一つの最
柊導光管(′l′η上に付着している反射鏡(74)を
経てり災に凹レンズ(G1)により散亀光を室内に照明
するOその中ν小春光/[1’ (7旧ま主導光管((
’、4)上に固定され9小心光管(2)は反射鏡(73
1を拌い保訛カバー/75)で自由に小心光管(71)
上で回転し!その回転軸心がl、illち小導光管(7
J)の管軸でありt同原理で最終の導光管(7))は反
Dr tQ t、xa及び凹レンズGυを伴い保護カバ
ー IJ6)で以て自由に小導光管Qの上で回転しシ凹
しンズ散臨光器が自由に立体回転するのを可能とし警部
屋全体の空間に照射するのであろO開五は空気IJ流流
調クシステム出入口部位桔第1心及び付WJ設i1で9
その主体は屋上υ小部屋内にあり!少なくとも一部の隔
だ1板fql 、入風道(8C1)・ ぬ過網(802
)1排風道(805)・送風ファンt81)−排風ファ
ン−及び蓄電池の1)及び漕へ管Q((至)1排風管(
R7)とを含みtその中心風管■湧とt’l+鳥管侶η
は屋内に入った後に導光管C9と合併一体に排月し91
J七で表示されるように各ルームを通している・その小
心光管は屈折するところに反射鏡(100)を加え!且
つ導風管と導光管は屋内に入った後に防火外層を加装し
て耐高温にしt以て火事に遭った時ものり使用できるよ
うにしt又4光M7内壁にもすべて反光材料を張り着け
ている0園六はエアークリーナーシステムで、主tax管(囮が
L讐(内に入る前に設けられ?その主要とするところは
一つの灰皿クリーナーク一つの水分分R,Lシステムラ
及び一つの異味ガスクリーナーを含むツその中水槽(1
01]内に水が半分注入され9空気は入口(832)か
ら入少モーター(102)で吸風フYン(103)を引
動してt空気を水槽内の風調に迭す込みt当該風管は水
面で屈折しt風管のラストエンドには一つの水槽外から
加設したモーター(104)で夕拌扉(105)を引動
スルg当該攪拌ファン(105)は水中に申分浸入し!
それをして拉拌の時に空気中のKmを水中に付若させ1
且つ水a内の水を回転させるり撹拌ファン(105)の
撹拌により法過された清い空気は大皿の木粒を含有して
脱水管(106) に送り込まれ= Ja水甘せ106
)の中にある脱水片(107)で以て空気中tこ況在し
ている木粒な隔頗するg当該脱水管(106)は水46
上方で一つの円弧にめぐる路荏と除温″’A”J (1
08)を経て接合されt、脱水1除漏後の空気な徹底的
に乾燥清潔にしてt更にvr風ラフアン120ンで以て
異味ガスクリープ″−(1(,19)へ送り込んで濾過
した後に導風管に送り込む9その中水槽(101)の中
央には一本の直立の水管(118)を槽底の出水口に接
続し!当該直立水管上に政多くの小孔(119)が開け
られ?その目的は水槽内の水が攪拌ファン(105)の
撹拌力で引動回転した時にt水中に攪拌混入した仄μ会
を中心部位に回し込みゃこの小孔(119)から水管(
i18)の中に滲入し9槽底外部には排水モーター (
110)を設けて汚水の排除する0水槽中には一つのフ
R−)’(117)を設けず水面に浮カセ水の高さを測
定するり当該フロートは一本のコネクテイングロツド(
11G)を引き動かし1プネクデイングロツド(116
)をして−セットの電力スイッチの間で上下活動するよ
りにするツ当該セットのスイッチは高水位止水スイッチ
(114)と低水位送水スイッチ(116) とにより
組成され9電力なU(1閉することにより送水モーター
(112)の送水或いは停水をjjti御し9送入され
た水は送水イ;に(113)を経て水シ;1内に流れ込
む!排水モーター(112)は一つのギアータイマース
イッチ(ngで以て一定の時間に憎7.il、た後に一
部分の汚水な’I)i’出するとストップする#面゛し
排水後にフロート(117)を11.¥下すると送水モ
ーター(1123を引動するO当該ギアータイミングス
イッチ(111)の結47i7は間中のサーΦット圃を
参照すると分るように9その中ギアータイマースイッチ
(1i:t、>は排水モーター(110) の動作を制
御しt而してファンモーター(102) 1攪拌モータ
ー(1υ4)−jノを水モーター(110)及びギアー
タイマースイッチ(111)はすべて手動スイッチC8
34)でて15目iする一当該手動スイッチ(234)
は主狼風管田上1”= r・J后しておりt当該手動ス
イッチ(834)は主心風′It内の隔板(831:)
 とa勤しp手動スイッチ(834)を!’II片(B
31)が里直になるところえ持ってくると9フアンモー
ター(102)14fi拌モーター(104) を排水
モーター(110)及びギアータイマースイッチ(ug
が供電され9並びに空気をして入口(832)からエア
ークリーナーシステム内に心入されt手動スイッチ(8
34)を19% 41i(831)が牛らになるところ
まて持ってくるとう前記各電力8備の電力供応をカット
t、を並びにエアークリーナーシステムの入口(832
)を封銭してt主導風管の空気を直接室内に入らせるよ
うになっている0ロバは室内における送風管の漁爪口設計で9その結ξり
には一本の主棉夙I;てIB謙上に同定した固定分岐%
i’ (841)を更に外スリーブ管(84,2) で
分岐管(841)上にカバーして9伸縮可能に形成した
送風1べとg当該固定分岐’Wj (841)と外スリ
ーブ(842)の間に数ケのバネ圧力をもつスチールホ
ー ル(844)を装置しt外スリーブ管(842)を
して数段の上下移動動作できるよりにしている!当該管
内には一つのファン(ハ)を取り付けて送風量を強化し
g当該管口には赦鮨風装置(843)を付加してt新鮮
な空気を全室内に拡散するのに用いるO閾九は室内における排風管の排風口設計である9その抗
EL Qミ’θ功の上には一つの首′ハロ68勺を設け
9他tこ’:;r風奴呆をめる爲に室内の保と床板とが
兵舎するところに全室丙を・取り匁く排風(ム(sa1
3をイ;J散してち′ド瓜を上下互いにt]助するにう
にし9ンとの中う晶HノP風管(8al) fひ、拮ζ
1こは数多くの小孔を圓けて2気の排出にブラフしてい
るO!1′=’lは木r、lQリワのサーキットiAB分設
訃1である!その中ツスベγ電伽は一つのび電池で!市
内電気で整流した後に並列し?)す段は南向電気で飽;
m状態に充電することがで汐るしシT:j内電気が停電
した時に苔電池より電力を供応するOスイツf j’J
Uは人工′ル」御でツ先二髭体(:)艶は日光の′:A
定用b・る9日光の照明が十分であると!すぐ微弱電力
カートランジスター(9勢の拡大により射程]蹄圧とな
ってリレー(9・υを引動して水銀ライト5υめの電力
をカットしt並びにモーター!5Gを逆回転させて1何
−の反尉鏡(ωを定位まで開くように引動し21;’I
J力スイッチC■を使用して切換える!その後にモータ
ーωは正回転状態の準備をするt仮すに日光不足であれ
ば光二極体は電力を扮り出せずνリレー(91)はオー
ブンして水銀ライトC1J) Ciaに電力が接続され
9並びにモーター6Gを正回転E L テt i+%)
I−の反IA鏡を引動して定位のところまで開くよう動
力切換スイング゛6(分てモーターを逆転できる位置ま
で[Uす9その中水銀ライ) ”1t)5δも亦−手動
スイッチで制御しツ面し【非常事故或いは夜回停電の時
に使用され9牛常の揚台は夜でものり室F’3 ?H灯
を使用するのをその特徴とするOサーキツ) (300
,1は糾度自動制御装置で9その中!光二極体(331
X332) は受光の強度により強度の異なる電気信号
を発生するので!一つの比較器(336)でそのm者の
差を測定し9更に拡大器(337)により拡大されて−
7[鬼気リレー(335)を引動1,9モーター(33
0)の正回転成いは逆回転を決定するt光二極体(33
1)の受光強度は光二極体(332) よりも強い時は
モーター (330)の逆回転に繋がりF調節ホイル■
を引動して二つの光二極体の受光強度が同じようになっ
た時に9モーターが止まるt若しも光二他体(332)
の受光が強いとモーターは正回転するIli!l 17
.if 面のnsI L:’−ンシ=i3)す()]1
i−u−は本発すIの日光採集シスチム透息闇011−
1は本発明の日光採集システム綽2度自動n節装行の辺
規[向・1、’、J二は本発明の凹レンズ放光組立エレメント断
i酊1こMO1円三は本発明の凹レンズ放光原理表示間0LThl四
は本発明の空間を任意に活動できる放光組立てエレメン
ト透戊■0e、−1は木・fa門の空気調節出入口設計断面tAj
 −1、′″31六FJ:木Q qのエアークリーナー
システム断面闘・口上は本イご門の室内管路表示圓◎闘へは本発明の室内可伸縮送風装置の1新面lid。
[Detailed description of the invention] Utilizing a kind of synchronous tracking principle, [-driving a combination of removable mirrors?] The collected sunlight is transmitted through a dedicated optical tube and provided for indoor lighting at SEIZO! One motor system! One h-object mirror condensing navy blue element! One latitude adjustment board! 2.1 Indoor light emitting assembly element and auxiliary light equipment using one polygon B, one mirror used to change the direction of light, a light tube ν and one concave lens scattering light characteristics. It uses an rA tube to guide natural air and send it indoors, and it also replaces the washing air.It is a raset air guide tube that blows and sucks air. With an arrangement of two blower motors and one suction motor, the physiological wind pipe includes one that allows the air to be purified through another air cleaner system before entering the room! The air cleaner system includes a dust free separator cleaner and an off-taste gas cleaner! Friend complex cleaner uses water to clean the thorns in the air9
If the gas cleaner uses chemicals to clean it, the power of the system and the indoor air cleaner adjustment system will be combined by the city electricity, resulting in a power outage or emergency accident. T's industry, which is characterized by being supplied with spare batteries, issues IF -l:i;
A! Humanity's demand for energy is also becoming more urgent every day! Surface 1-1 Energy of Pζ Oil has already been able to cope with this modest demand9, so people are gradually replacing stone i1!1 with helium °C9, but energy savings are now being reduced all over the world. 1-51 is a highly responsive policy based on these factors! Solar energy is currently seen as an unlimited source of energy in nature that has the most attractive power and economic value, and the present invention is designed to save energy by using sunlight for lighting.
7i The ultraviolet rays contained in sunlight are good for your health.9
Can it provide enough UV light to people who stay indoors for a long time? Moreover, UV rays have sterilizing power! ``JJ'' that can protect indoor plants for a long time.
The standard of the indoor air cleaner adjustment system is ``If you connect the light pipes for transmitting sunlight in parallel, you can create an indoor ring and emit an O light with a color point that maintains the freshness of the indoor air.'' One of the characteristics of Nomora is that it is exposed to sunlight by being in a room without windows or with poor sunlight, such as in a building or building. By dispersing the sunlight beam and turning it into soft sunlight that is irradiated directly to the skin layer, it can promote the health of the human body. Another feature of the present invention is that it has a spare light, which saves electricity during the day. It is used for lighting at night when facing the front, and it is possible to store spare electric corrosion and use it in the event of a power outage, so if a fire or emergency incident occurs and the power goes out, the lighting will be maintained. The air cleaner adjustment system removes hot air and provides fresh air! For people who are indoors, the smoke generated therein will not cause window suffocation, which will be a plus for evacuation. - is the sunlight harvesting system of the present invention 9 Its main features are a sunlight collector (1) 1 motor (2) 1 power gauge (3)
and several light guide tubes, among which 9 sunlight collectors (1) are combined with a large object mirror (lυ) and a small object mirror 020 in the same @reverse direction and a joint focal 0 barrel. The O glass cover (15), which is fixed in its corresponding position with at least three corresponding angles 04), is a flat lens that prevents water and rainwater from entering the light guide tube and drains water. (I
Q) is used to remove rainwater that has fallen into Daiheimonomen Nishiki! Foul to 07) reflects the sunlight incident from the main axis and guides it into the light guide tube 11) 9 protective cover θ9)
Connected to the large mirror! In addition, the gear (a), which can freely rotate about the axis of the light guide tube 11) on the light guide tube 8D, is fixed to the storage cover (ill) and the gear shaft (b) is pulled. Balance weight @) is 1 large
It is used to balance the weight of the small mirror surface so that the entire light guide can be balanced when rotating along the axis of the U. Motor (2) is used at the fixed rotational speed generated. The rotation speed of the motor (2) is 360 in 24 hours by pulling the gear shaft Q and further pulling the gears Q to rotate the sunlight collector (1). o Latitude gauge set to rotate fg1 (3n is designed in an arc shape, and the center of the arc line is a light tube 0
At the intersection of the axis of D and the axis of the six light guide tubes, the gauge number on the top defines the latitudinal direction of the sunlight collector! Add one binion to the adjustment boiler (to) and interlock it with the tooth row on the latitude gauge (3).
When moving C) up and down, the sunlight collector (1) is used to guide the light fk.
The micro-adjustment boiler rotates around the light guide σ2 together with 0υν and balance weight (c), and the micro-adjustment boiler is pulled by one motor (33).
30) <ljJ The CQ principle is as shown in Appendix ■1-1. One of the thin plates (333) made of an opaque material is
Add one small medium plate (334J) on top and add the thin plate (33
3) is placed at an appropriate position on the light guide tube Gυ.
Face each side toward the true north direction and f 1! The normal to the plate surface and the axial direction of the light guide tube 0υ are the same.
The base of 3) has a one-light bipolar body (331) on the north side, and a one-light two-pole body (332) is placed on the north side. 9 The intensity signal of the rain sound received is compared to determine the normal rotation of the motor (33U). At this point, we can see that if the south-facing double body (332) is exposed to strong sunlight, we will have to adjust the glue to face south instead of turning it inward. When the motor is rotated forward after comparing the signals, the gauge C3a is moved upward and the two-light intensity is correct; when it is accurate, the two light dipoles receive the same illumination intensity and the rotation of the motor (330) is stopped ( Detailed circuit kt (Please refer to Appendix 10)! balance weight 09
is used to balance the sunlight collector (1) (t balance weight) and the same circular motor (2) weight nine reflector (I
The rabbit and cross-shaped protective covers (IG are both fixed to the light guide tube Kl) and the light guide αD are rotated around the axis of the light guide tube 6z (fixing base 0'7) and the light guide tube. (f) jointly fixes the light guide g□□□ to load the weight of the entire sunlight collection system. After that, it is reflected by the small proboscis mirror 021', and directly passes through the glass cover) [reflector (+
7), the light is reflected and passed through the guiding light 1m′Ωυ! Furthermore, the reflector U
It passes through the light guide tube G121 and is reflected again by the reflecting mirror v, and enters the room via the light beam Cff3. If you are awake at night or due to an emergency, for example, if there is a fire or a power outage, use a mercury lamp to emit light (IFtl F!1')!The result is 4W.
As shown by G, the mercury lamp GI) is located at the focal point of the mirror surface 3), and 9 is located at the focal point of the mercury lamp (5 is the mirror surface 04). Water tin pump '5141
The light emitted from G'Zr passes through the reflecting mirror 5η and is guided to the light guide t65.
) and further reflected from the reflecting mirror 60 to the light guide tube 851.The medium-length projecting mirror 66) has since been revised as the light tube q9 and its tube wall is 9 mercury light 6υ1 (5 of When energized, the motor ω is also powered for about 5 m, pulling the anti-Gj mirror (56), turning the reflecting mirror 60 inward toward the light guide tube (c), and then emitting light 1 from the mercury light 5H2. The light beam passes through the reflecting mirror 6ω and is reflected by the light guide tube (!19), which travels in the same direction as sunlight.The mercury light inside the room is also controlled artificially, and ordinary electric lights are used inside the room. The main purpose of this mercury light is to illuminate it in the event of a fire: 2) Turn off the power switch of the motor (a) at the same time as the mercury light moves to the fixed position. The motor is also connected to a reversing switch, so that when the sunlight is applied, the motor is started and the motor is reversed so that the sunlight can pass through the mirror. Stop, turn off the reverse switch, and connect to the forward rotation switch!In this way, sunlight and mercury light can be used alternately.Details of the circuit are explained in Appendix Plot 10. Kanji is a method to obtain sunlight from inside the light guide tube indoors, and the medium length mirror (goods) is -7 from inside the main light tube (goods):
, lE sunlight is reflected into the small center light tube (G'j!) and then into one light guide.With a concave lens fitted in the 3゛ mouth, the sunlight beam with a small surface area is transformed into a light surface that expands with distance. The medium-length projector (
6 can be opened and closed freely and can be used as desired. 9. Shoko is the scattering light principle of a concave lens. 9. It is the refraction of glass.
〢X n2 is larger than the air curvature ratio Jq nl b.
1゛) due to the double refracting surface of the concave surface of the concave lens.
λshil@'lightg'' Expanding the surface ・1 seedling 4 is a concave lens scattering light supporting element that allows free direction change in one three-dimensional space 9 Its main structure is! One reflecting mirror (mainly □□□) captures some of the sunlight from inside the light tube 01, reflects it to the small light guide (7υ), and attaches it to the top of another small light tube 4. The diffused light is illuminated indoors by a concave lens (G1) through a reflector (73) and a reflector (74) attached to one Saihiragi light guide ('l'η). Koharuko/[1' (7 old main light tube ((
', 4) and the 9 small-centred light tube (2) is fixed on the reflector (73
1 with accent cover/75) and feel free to be skittish (71)
Rotate on top! The axis of rotation is l, ill, the small light guide tube (7
The tube axis of J) and the final light guide (7)) with the same principle are rotated freely on the small light guide Q with a protective cover IJ6) with an anti-Dr tQ t, xa and a concave lens Gυ. The diffuser light diffuser allows free three-dimensional rotation and irradiates the entire space of the security room. At 9
The main body is inside the small room on the rooftop! At least some of the partitions, one board fql, the entrance airway (8C1) and the net (802)
) 1 ventilation duct (805), ventilation fan t81) - ventilation fan - and storage battery 1) and pipe to the row Q ((to) 1 ventilation pipe (
R7) includes t its central wind pipe ■ spring and t'l + bird pipe member η
After entering the room, it merges with the light guide tube C9 and ejects the moon 91
As shown in J7, it passes through each room. Add a reflector (100) to the small center light tube where it refracts! In addition, the wind guide pipe and light guide pipe are coated with a fireproof outer layer after entering the room to make them resistant to high temperatures, so they can be used with glue in the event of a fire.Also, the inner walls of the 4-light M7 are all coated with anti-lighting material. 0 Sono Roku is an air cleaner system, and the main tax pipe (the decoy is installed before entering the inside). and a water tank containing one off-flavor gas cleaner (1
01] When half of the water is injected into the aquarium, 9 air enters from the inlet (832).The motor (102) pulls the suction fan (103) to bring the air into the tank. The wind pipe bends at the water surface, and at the last end of the wind pipe, a motor (104) added from outside the water tank pulls the stirring door (105).The stirring fan (105) completely penetrates into the water. death!
Then, during agitation, Km in the air is added to the water.
In addition, the clean air filtered by rotating the water in water a or stirring by the stirring fan (105) contains wood grains from a large plate and is sent to the dehydration pipe (106) = Ja Mizuamase 106
) in the dehydration tube (106) that separates the wood grains present in the air from the water 46.
The roadbed and heat removal ``'A''J (1
After the air is thoroughly dried and cleaned after dehydration 1 and leakage is removed, it is then sent to the off-taste gas creep''-(1 (, 19)) and filtered using a VR wind blower of 120 tons. 9 In the center of the water tank (101), connect an upright water pipe (118) to the water outlet at the bottom of the tank! A large number of small holes (119) are drilled on the upright water pipe. The purpose of this is that when the water in the water tank is pulled and rotated by the stirring force of the stirring fan (105), the water mixed into the water is passed through the small hole (119) to the water pipe (
i18), and there is a drainage motor (
110) is installed to remove waste water.In the aquarium, one float (117) is not installed to measure the height of the water floating on the water surface, and the float is connected to one connecting rod (117).
11G) and 1Punekudeningrod (116
) to operate up and down between the power switches in the set.The switches in the set are composed of a high water level water cutoff switch (114) and a low water level water supply switch (116), and have a power output of 9 power U(1). By closing the water supply motor (112), the water supply or water stop is controlled, and the supplied water flows into the water supply motor (113) through the water supply motor (113) and into the water supply motor (112). With the gear timer switch (ng), it stops after a certain period of time when a part of the sewage is drained. (1123) The connection 47i7 of the gear timing switch (111) is the gear timer switch (1i:t, > is the drainage motor (110) The operation of the fan motor (102), stirring motor (1υ4), water motor (110) and gear timer switch (111) are all manual switches C8.
34) Press the manual switch (234) to select the 15th item.
The manual switch (834) is located behind the main wind pipe Tagami 1"=r.J, and the manual switch (834) is connected to the bulkhead (831:) inside the main wind pipe.
and p manual switch (834)! 'II piece (B
31) is going to be in charge, and when I bring it, I connect the 9 fan motor (102), the 14fi stirring motor (104), the drainage motor (110) and the gear timer switch (ug
is supplied with power 9 and air is introduced into the air cleaner system from the inlet (832) and the manual switch (8
34) to 19% when the 41i (831) is in use, cut off the power supply of each of the above-mentioned 8 power supplies, as well as the air cleaner system inlet (832).
) to allow the air from the main wind pipe to enter the room directly 0 The donkey is designed with a hook opening for the air pipe in the room 9 The result is one main cotton duct. % of fixed branches identified on IB
i' (841) is further covered on the branch pipe (841) with an outer sleeve pipe (84, 2), and air blower 1, which is extendable and retractable, is connected to the fixed branch 'Wj (841) and the outer sleeve (842). ) is equipped with a steel hole (844) with several spring pressures, and an outer sleeve pipe (842) is installed to allow several steps of vertical movement! A fan (c) is installed inside the pipe to increase the amount of air being blown, and a cooling air device (843) is added to the pipe opening, which is used to diffuse fresh air throughout the room. 9 is the design of the exhaust port of the exhaust pipe in the room. In the place where the interior of the room and the floorboards are barracks, all rooms are
3. Scatter the melon above and below each other t] Help the sea urchin 9 and the middle crystal H no P wind pipe (8al) fhi, ζ
1 is bluffing to discharge 2 Qi by rounding many small holes! 1'='l is the circuit iAB branch 1 of Thu r, lQ Riwa! Among them, Tsusube γ Denga is powered by a single battery! Parallel after rectifying with city electricity? ) The stage is full of Minamuki Denki;
The moss battery provides power when there is a power outage.
U is artificial 'ru' and has two mustaches and tips (:) The luster is of sunlight':A
Regular b・ru9 Nikko lighting is sufficient! Immediately, the weak electric power car transistor (range due to the expansion of 9 groups) becomes hoof pressure, and the relay (9. Anti-Yuu Kagami (move ω to the normal position 21;'I
Switch using J force switch C■! After that, the motor ω prepares for forward rotation. If there is insufficient sunlight, the light dipole will not be able to output power, and the ν relay (91) will be ovend and power will be connected to the mercury light C1J) Cia. 9 and motor 6G forward rotation E L tet i+%)
Draw the anti-IA mirror of I- and open it to the normal position using the power switching swing ゛6 (separately to the position where the motor can be reversed [Usu9 inside mercury light) ``1t)5δ is also controlled by the manual switch. (300) (300)
, 1 is the automatic control device and 9 of them! Light dipole (331
X332) generates electrical signals with different strengths depending on the intensity of the received light! One comparator (336) measures the difference between the m people, and it is further magnified by a magnifier (337).
7 [Driving Demon Relay (335) 1,9 Motor (33
t optical dipole (33
When the received light intensity in 1) is stronger than the light dipole (332), the motor (330) rotates in the opposite direction and the F adjustment wheel ■
When the received light intensities of the two light dipoles become the same by pulling the 9 motor, the light dipole stops (332)
When the light reception is strong, the motor rotates forward.Ili! l 17
.. if surface nsI L:'-c=i3)su()]1
i-u- is the sunlight collecting system of the original I, breathing darkness 011-
1 is the direction of the sunlight collecting system of the present invention. Concave lens light emitting principle display between 0LTThl 4 is a light emitting assembly element that can operate arbitrarily in the space of the present invention;
-1,'''316 FJ: Tree Q q's air cleaner system cross-section ・ On the surface, the indoor pipe line display of the main gate is displayed. ◎ The 1 new surface lid of the indoor telescoping air blower of the present invention.

同人は本発明の室内排風装置の表示■0問士は木発す」
の電力システム18+i ’出駈j人 リン ミンーチFIG、1−101FIG、’25FIG、5
Doujin is the display of the indoor ventilation device of the present invention ■0 question person is from the tree"
's power system 18 + i 'Departure j person Lin Minch FIG, 1-1 01 FIG, '2 5 FIG, 5

Claims (1)

Translated fromJapanese
【特許請求の範囲】り一種の採集日光を多数回の反射を経て方向を変換して
から室内に等大して1@明に供応する全システムで!一
つの大Da m m Elと一つの小’l!0 (m面
鏡を同軸逆向共同焦点及び少なくとも三木の支え棒でも
ってその相互間係の位置を固定することにより!そこで
合成して一つの日光採集器としシ当該日光採集器の大抛
物面会lの武エンドUfJき口は日光入射に供応されツ
そのbs=ンドの下に一つの法線が大小撤物面鏡の狛向
交叉角と45 をなす反射鏡を置ぎt当該日光採集器は
一つのL形保護カバー上に固定され!当該り形保わカバ
ーは一本の導光管上に取り付けてモーターで引動回転し
り当該導光管は末翰まで延伸して一つの調節ホイル或い
は一つの自動制御のモーターで引イリして一綽度ゲージ
上でその仰角を574 t’ii7する!当該Q、光管
の中間内部に一つの法線が当該)7′i+、光管軸向交
叉角45 をなす反射鏡を置きg当該導光管は一つの十
字形保誂カバーともう一つの導光管と結合して他の一心
光管のli’J囲を(ロ)り乍ら回転する!そのもう一
つの導光管は一つを一支持台上に固定し!他の一つは主
5.t%光管と90 をなして結合している?そのもう
一つの等光管と主尋光管は一つの法線がその両心光管の
軸向交叉角が45 をなす反射鏡で以て日光属性をなす
ツ当該主魯光管0.室内各ルームに通人しう各ルームの
主淘、光′ム上において一つの孔を開けて室内投光装置
を加装しg当該室内投光装置は一つの活動可能の反射鏡
で以て主尊光管内に向ってオーフンじゃ外部に一つの凹
レンズ散臨光の投光器を設けているものを含むもの;並びに一種のエアークリーナー調節システムで!それに
は一つの送風システム及び一つの排風システムを含み!
当該送風システムは一つの送風ファンで以て外部より新
鮮な空気を吸入しフ並びに送風管で以て室内の各ルーム
に迭達し!各ルーム内の送風管の側面に一本の伸縮可能
並びに7.7ンモーター及び散乱爪装置をもつ送風管を
設けるt当該送風システムは屋内に入る前に他の一二ア
ークリーナーシステムと連接してから更に送風システム
に送り案丙に入るpその室内排風は主排風管で以°C一
つの網状排風口を開きフ並びに室内壁と床板接合部位に
一本の室内全体をめぐる副排風管を設けてすi−風にプ
ラスしたものとを含み;当該システム全体の電力は市内電力より供給されν停電
或いは緊急事故の時にはスペア蓄電池或いは小型発電機
で供給するのをその特徴とするものOλ特許請求の範囲第1項で述べる日光伝送照明システム
でツそれは一つの大撤物面鏡トーツの小fA物面鏡を同
軸逆向共同焦点及び少なくとも三本の支え棒でもってそ
の相互間係の位置を固定することによりtそこで合成し
て一つの日光採集器としg当課日光f′J:祭器の大撤
物面鏡の底エンド開き口は日光入射に供応されツその匹
エンドの下に一つの法線が大小撤物面鏡の軸向交叉角と
45 をなす反射鏡を置き!当該日光採集器は一つの山
形保護カバー上に固定されt当該り形保護カバーは一本
の導光管上に取り付けてモーターで引動財1転し一当該
導光管は末端まで延伸して一つの調節ホイル或いは一つ
の自’J41J @6QIのモーターで引動して一緯度
ゲージ上でその仰角な〜1節するう当該導光管の中間内
部に一つの法線が当該導光/gi−軸向交叉角45 を
なす反射鏡を置き!当該導光管は一つの十字形保護カバ
ーともう一つの導光管と結合して他の一狼光管の周囲を
回り乍ら(ロ)転する!そのもラ一つの導光′iは一つ
な一支持台上に固定しt他の一つは主導光管と90 を
なして結合しくいるtそのもう一つの導光管と主導光管
は一つの法線がその二部光管の軸向交叉角が45−をな
す反射鏡で以て1」光屈竹をなすg当該主ツ$光管は室
内各ルーJ・に通入しり各ルームの主尊光管上において
一つの孔を開けて室内投光装置を加装し一当該室P・]
投投光器は一つの活動可能の反射鏡で以て主心光′R内
に向ってオープンしツ外部に一つの凹レンズ散乱光の投
光器を設けているものをその特徴とするものO2特許請求の範囲第2項で述べた室内投光装置で9それ
は亦一つの立体空間自由向換の凹レンズ散光組立部品を
使用するのを可能としtその主要とする4(0造は!一
本の主魯光管上に固定した小導光管とツそれが主等光管
接合部と一つの法filが当該小心光管管軸及び主尋光
’Efg軸共に45 角をなす反射鏡を設け!当該小環
光1ばの末端にもう一本の小導光管を設け!その他の一
導光管には一つの法線とそのもう一つの小4−光管管軸
とが45 をなす反射鏡で併せ°〔−直角形の保護カバ
ーに固定しているg当該直角形保護カバーは前記の小導
光管管軸を軸として前記の小導光管上で自由に回転可能
であり!同じW、理で一つの凹レンズ散臨光器のラスト
の小導光管なはめ込むことにより9全体をして立体で自
由向換え可能とする投光装置を形成するものをその特徴
とするもの04、%許請求の範囲第1項で涼べた。−アークリーナー
システムで9それは一つの水を半分注入した水槽内に?
一つのフロートで以【−セットの電力スイッチを引き動
かすことにより迭水量なイ1:す御するものでg当該水
槽の中央には一本の直立木管を設け9g壁には小孔を開
けてうそれを用い″C友塵錐質を含む汚水を集めツその
集める汚水は水槽底部外にある排水モーターで一つのギ
アーセットスイッチで以て制御放水する;又水槽内一つ
の撹拌ファンを置き!その半分は水中に沈んでt併せて
水痘外にあるモーターに引動されう当該撹拌ファンは一
本の水面に付いた風管開口及び一本の上向きに直立した
脱水管の入口にありう当該Idl水管の中には少なくと
も一枚の脱水片を装置しt當該In *管末嬬は一つの
除渥器9一つの吸入ファンと同軸である排出ファンをそ
の@−;B 5を一つの毒気臭味鏡過器の間に介在させ
るように接続した結^Gをその特徴とするもの。 15、特許請求の範囲第1項で述べた室内新風装置ですそ
れは一本の固定した分岐導風管外部に一本の当該固定分
岐尋風管上の他の一節に仲ね可能にスリーブし!他の一
節の呵り風管内には一つのファンモーター及びその開キ
ロの所に一つの放風装置を附加したものを取り付け9そ
の他の一節のgQ管と固定している分岐 a導風管の間
はバネで強く押えられているスチールボールによりブレ
ーキされることによりt以てその他の一節の5J風管を
数段移動することがで釣るようにしたのをその特徴とす
るものOa特1゛1゛請求の範囲第1頂で述べた室内新風装置で
9それには一つの主排風管上に設けた排風窓口を及び一
本の室内壁床を取り囲んでイO設しである副排風管とを
含みt当該Fit排夙管上には数多くの小孔をUl】け
tエンド末も赤土排風管に連接しであるものをその特V
とするものO特許請求の範囲第1項でjホべた日光伝送照明システム
及び室内エアークリーナーN fW!システムで!その
雨システムはそれぞれゴ虫立して或いは合f(シ【取り
付けるのを可能とし9その合併方式は尊光管が県内に入
る時に導風管及び排風管と組み合わせて一列になるもの
をその特徴とするものO特許請求の範囲色」唄で辿べたシミ光管及び送風管)排
風管でtその外形は円形成いは四角形であるのを可能と
しtその外部には一切防熱屑を貼り付けt火事に遡った
時ものり使用することができるように1. pその中棉
光管内部には反光性の良好なシンレを貼り付けて!光を
してその中で損失することなく伝送でひるようにしたの
をその特徴とするものO
[Claims] A complete system that collects sunlight, changes its direction through multiple reflections, and then spreads it indoors to accommodate 1@light! One big Damm El and one small 'l! 0 (By fixing the mutual position of the m-plane mirrors with a coaxial reverse cofocal and at least Miki's support rod! Then, they are combined to form a single sunlight collector. The opening of the end UfJ is adapted to the incidence of sunlight, and a reflecting mirror is placed below the bs=end, one normal of which makes an angle of 45 degrees with the angle of intersection of the large and small object mirrors. It is fixed on one L-shaped protective cover!The cover that maintains its shape is attached on one light guide tube and is pulled and rotated by a motor. It is pulled by two automatically controlled motors and its elevation angle is 574 t'ii7 on the angle gauge!The Q, one normal line inside the middle of the light tube is 7'i+, the light tube axis cross A reflector forming a corner 45 is placed, and the light guide tube is combined with one cross-shaped guard cover and another light guide tube, and rotates around the li'J area of the other single-core light tube. do! Fix the other light guide tube on one support stand! The other one is Lord 5. Is it connected to the t% light tube at 90 degrees? The other isolight tube and the main light tube are reflecting mirrors whose normal line is 45° and the axial intersecting angle of the two center light tubes is 0. A hole is made in the main beam of each room that allows access to each room in the room, and an indoor floodlighting device is installed, and the indoor floodlighting device is equipped with one movable reflector. Including those with a concave lens diffuser light projector on the outside facing the main light tube; and a kind of air cleaner adjustment system! It includes one ventilation system and one ventilation system!
This ventilation system uses a single fan to suck in fresh air from outside, and then delivers it to each room inside the room using a fan and ventilation pipes! Install one extensible air duct on the side of the air duct in each room and have a 7.7-inch motor and a scattering claw device.The air duct should be connected to another 12-ar cleaner system before entering the room. After that, the air is further sent to the ventilation system. The indoor air is exhausted by opening one mesh-like ventilation opening in the main exhaust pipe, as well as one sub-exhaust vent that goes around the entire room at the joint between the interior wall and the floorboard. The system is equipped with wind pipes, including wind pipes and wind pipes; power for the entire system is supplied by local electricity, and in the event of a power outage or emergency, it is powered by a spare storage battery or small generator. The daylight transmitting illumination system as set forth in claim 1 comprises one large object mirror, a small fA object mirror, a coaxial inverted confocal and at least three support rods for mutually reciprocating the illumination system. By fixing the position of the spacer, they are combined into a single sunlight collector, and the opening at the bottom end of the large mirror of the ritual vessel is adapted to the incidence of sunlight. Place a reflector below with one normal line making an angle of 45 degrees with the axial intersection angle of the large and small object mirror! The sunlight collector is fixed on a chevron-shaped protective cover, and the chevron-shaped protective cover is mounted on a light guide tube, and a motor is used to move the object. Drawn by two adjustment wheels or one auto'J41J @6QI motor to move its elevation angle on one latitude gauge ~1 node, one normal line inside the middle of the light guide is aligned with the light guide/gi-axis. Place a reflector that forms a diagonal angle of 45! The light guide tube is combined with one cross-shaped protective cover and another light guide tube and rotates around the other one-way light tube! One of the light guides is fixed on a support, and the other is connected to the main light tube at 90 degrees.The other light guide and the main light tube are One normal line forms a 1" light beam with a reflector whose two-part light tube has an axial cross angle of 45 degrees. The main light tube passes through each room in the room and each Open a hole on the main light tube of the room and add an indoor floodlight to the room P.]
The projector is characterized by one movable reflector that opens toward the main center light 'R, and is provided with a concave lens scattering light projector on the outside. Scope In the indoor floodlight device mentioned in Section 2, it is possible to use at least one three-dimensional free-direction concave lens diffuser assembly, and its main component is four (0)! A small light guide tube fixed on the light tube and a reflecting mirror are provided, which have a 45 angle with the main light tube junction and the axis of the small light tube and the axis of the main light tube. Another small light guide tube is installed at the end of the small ring light 1!The other light guide has a reflector whose normal line and the axis of the other small light tube make an angle of 45 degrees. It is fixed to the right-angled protective cover.The right-angled protective cover is freely rotatable on the small light guide tube about the small light guide tube axis, and the same W The feature is that by fitting one concave lens into the last small light guide tube of the diffuser, the entire structure forms a light projecting device that can be freely changed in three dimensions.04.% I was able to cool down with claim 1. - With the arc cleaner system 9 Is it in a tank half filled with water?
One float controls the amount of water by pulling a set of power switches.1: A single upright wooden pipe is installed in the center of the aquarium, and a small hole is made in the wall. Use this method to collect sewage containing C-contaminants, and discharge the collected sewage using a drain motor located outside the bottom of the tank and control it with a gear set switch; and place a stirring fan inside the tank! Half of it is submerged in water, and the stirring fan, which is driven by a motor located outside the water, is located at the wind pipe opening attached to the water surface and at the entrance of one upright dehydration pipe. At least one dewatering piece is installed in the water pipe, and the end of the pipe is equipped with one eliminator 9, one suction fan and a coaxial discharge fan. It is characterized by a connection connected between the odor and taste mirrors. 1 5. This is the indoor fresh air device described in claim 1. It is a single fixed branched air guide. On the outside of the pipe, there is a sleeve that can be attached to another section on the fixed branch air pipe!Inside the other section of the air pipe there is one fan motor and one air outlet at its opening km. Attach the attached device 9 Branch fixed to gQ pipe of other section A Between the wind guide pipe is braked by a steel ball strongly pressed by a spring t to 5J of other section The indoor fresh air device described in the first aspect of the claim 9 has one main exhaust pipe. There are many small holes on the exhaust pipe, including a ventilation window provided above and a sub-exhaust pipe that surrounds one indoor wall and floor. The end is also connected to the red earth exhaust pipe, and its special V
Claim 1 provides a sunlight transmission lighting system and an indoor air cleaner NfW! With the system! The rain system can be installed either vertically or in combination (9).The combined method is to combine the pipes with the wind guide pipe and exhaust pipe to form a line when the pipe enters the prefecture. Characteristics O Claims: Color Spots that can be traced in the song Light pipes and blower pipes) The exhaust pipe allows its outer shape to be circular or square, and there is no heat-insulating waste on the outside of the pipe. Paste t so that you can use the glue in the event of a fire 1. Inside the cotton light tube, paste a thin film with good anti-light properties! Its characteristic is that it transmits light without any loss.
JP15473683A1983-08-241983-08-24Construction of sunlight transmission lighting system and room air cleaner adjusting systemPendingJPS6059316A (en)

Priority Applications (1)

Application NumberPriority DateFiling DateTitle
JP15473683AJPS6059316A (en)1983-08-241983-08-24Construction of sunlight transmission lighting system and room air cleaner adjusting system

Applications Claiming Priority (1)

Application NumberPriority DateFiling DateTitle
JP15473683AJPS6059316A (en)1983-08-241983-08-24Construction of sunlight transmission lighting system and room air cleaner adjusting system

Publications (1)

Publication NumberPublication Date
JPS6059316Atrue JPS6059316A (en)1985-04-05

Family

ID=15590800

Family Applications (1)

Application NumberTitlePriority DateFiling Date
JP15473683APendingJPS6059316A (en)1983-08-241983-08-24Construction of sunlight transmission lighting system and room air cleaner adjusting system

Country Status (1)

CountryLink
JP (1)JPS6059316A (en)

Citations (4)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
JPS502148B1 (en)*1969-11-291975-01-23
JPS5337040A (en)*1976-09-171978-04-05Seiichi KomazakiSunbeam condensing and guiding method and apparatus
JPS5321533B2 (en)*1972-04-251978-07-03
JPS57133425A (en)*1981-02-131982-08-18Nippon Chem Plant Consultant:KkSunlight condensing device

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication numberPriority datePublication dateAssigneeTitle
JPS502148B1 (en)*1969-11-291975-01-23
JPS5321533B2 (en)*1972-04-251978-07-03
JPS5337040A (en)*1976-09-171978-04-05Seiichi KomazakiSunbeam condensing and guiding method and apparatus
JPS57133425A (en)*1981-02-131982-08-18Nippon Chem Plant Consultant:KkSunlight condensing device

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