JPS60171355A - Solar heat water heater - Google Patents

Solar heat water heater

Info

Publication number
JPS60171355A
JPS60171355A JP59027418A JP2741884A JPS60171355A JP S60171355 A JPS60171355 A JP S60171355A JP 59027418 A JP59027418 A JP 59027418A JP 2741884 A JP2741884 A JP 2741884A JP S60171355 A JPS60171355 A JP S60171355A
Authority
JP
Japan
Prior art keywords
heat
accumulating tank
heat accumulating
solar heat
water
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
JP59027418A
Other languages
Japanese (ja)
Inventor
Takayuki Senda
孝之 千田
Haruki Aoyanagi
青柳 春樹
Koji Nishimura
西村 厚司
Kazuo Morimoto
森元 和男
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.)
Resonac Corp
Original Assignee
Hitachi Chemical Co Ltd
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 Hitachi Chemical Co Ltd filed Critical Hitachi Chemical Co Ltd
Priority to JP59027418A priority Critical patent/JPS60171355A/en
Publication of JPS60171355A publication Critical patent/JPS60171355A/en
Pending legal-status Critical Current

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24SSOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
    • F24S10/00Solar heat collectors using working fluids
    • F24S10/70Solar heat collectors using working fluids the working fluids being conveyed through tubular absorbing conduits
    • F24S10/75Solar heat collectors using working fluids the working fluids being conveyed through tubular absorbing conduits with enlarged surfaces, e.g. with protrusions or corrugations
    • F24S10/753Solar heat collectors using working fluids the working fluids being conveyed through tubular absorbing conduits with enlarged surfaces, e.g. with protrusions or corrugations the conduits being parallel to each other
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24SSOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
    • F24S10/00Solar heat collectors using working fluids
    • F24S10/90Solar heat collectors using working fluids using internal thermosiphonic circulation
    • F24S10/95Solar heat collectors using working fluids using internal thermosiphonic circulation having evaporator sections and condenser sections, e.g. heat pipes
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24SSOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
    • F24S60/00Arrangements for storing heat collected by solar heat collectors
    • F24S60/10Arrangements for storing heat collected by solar heat collectors using latent heat
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24SSOLAR HEAT COLLECTORS; SOLAR HEAT SYSTEMS
    • F24S60/00Arrangements for storing heat collected by solar heat collectors
    • F24S60/30Arrangements for storing heat collected by solar heat collectors storing heat in liquids
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/40Solar thermal energy, e.g. solar towers
    • Y02E10/44Heat exchange systems

Abstract

PURPOSE:To reduce the weight and volume of a heater and improve heat collecting efficiency by a method wherein the condensing section of heat pipe for a heat collector is inserted into and attached to a heat accumulating tank, accommodating latent heat accumulating member, and the condensing section of the heat pipe is connected to the fin of a heat transfer tube penetrating said heat accumulating tank. CONSTITUTION:The condensing sections of heat pipes 4 for a plurality of parallel heat collecting bodies are inserted into and attached to the heat accumulating tank 6 accommodating the latent heat accumulating member 8 while the condensing sections of the heat pipes 4 are connected to the fins 9, 10 of the heat transfer tube 11 penetrating the heat accumulating tank 6. The heat collecting body may be either one of flat plate type or vacuum tube type. According to this method, the heat accumulating tank 6 may be miniaturized and the solar heat collector, consisting of the heat collecting body, light in weight, good in appearance and heat collecting efficiency, and the heat accumulating tank, may be obtained.

Description

【発明の詳細な説明】 不発明にJF?湯榴の厘麓、容稙を軽減したヒートパイ
プ式果郡俸でMする太1耐熱副水器に関するもの′Cめ
ゐ〇 太陽P謳水器に省エネルギー嶺益として一般家庭に昔及
しつつあるが、sk使用さnや自然餉環型太陽熱編水器
に■重か約’3L10kgもりり。
[Detailed description of the invention] JF for non-invention? At the foot of the hot water tank, a heat pipe type heat-resistant auxiliary water device with a reduced volume and a heat-resistant auxiliary water device has long been used in general households as an energy-saving benefit for solar water fans. However, it weighs about 3L and 10kg for the SKN and natural ring type solar water knitting devices.

こItγ座伏上に据付けた揚台屋根に貞°蔗がか\兇 /Sばか9でl(来泌捧に!べ貯高惰り6祖が太さいり
で外叡土も見合しい久点かある0そこで集熱体と貯陽憎
で切!7市して集熱体のみて細根上に#3付はポンプで
連成すゐいわゆゐ5虫市り備上來式システムや、土す己
J(J’揚惰に退焚き機能τも1ζぞた熱W−坏化シス
テムなどが屋根への何に軽減と簡憬龍化で目的として製
品化さ1tた。し刀為しなから上記システムに篩慎龍で
にあるがTfi61曲格であってまた配室の熟ロスなど
τ力線、すると鳴エイ・ルギー1双器としてri調足な
ものとげいい難いQ 木@明は上記の問題点τm決すべくなきnたちり′Cあ
り1その目的とするところは研米の目然備環式泥水指の
形式?C−丞不とし研米り温X命L9も厘′JM、谷千
責が小ざぐ刀^つ染熱幼半りよい太1躬熱搗水器忙提供
丁心ことにあ心〇本ヴ也明σ、ヒートバイグτ11+f
iχた仮数1向の逗夕(3丁ゐ集PP、捧り上記ヒート
ハイブり嵯紬都て浩熱缶熱材で収納する畜郷憤に仲)M
するとともに、上6己ヒートパイン°の(碇ホ泊都τ上
d己蕾解l費で上建堰丁ゐ伝P宮の2インに接合してな
/)ことで鉤値と丁ゐ太耐熱崗水器に閃丁ゐ〇 不発明におけ/8巣熱捧r1平似型−よ1こV」共仝官
製のいずILTめってもよい。
There is a teacup on the roof of the platform installed on the Itγ seat. There is a problem with the heat collector and the sun and sun.If you look at the heat collector and connect the #3 with a pump on the thin roots, you can use the 5 insect market type system or the soil. The heat W-conversion system, which also has a heat retardation function τ, has been commercialized for the purpose of reducing roof damage and simplifying the process. There is a Tfi 61 curve case in Shishi Shinryu, and there is also a τ line of force such as the ripe loss of the arrangement room, then it is difficult to get a ri balance as Nakiei Rugi 1 twin weapon. Point τm should not be decided. Responsibility is small zagu sword ^tsu dye heat young half Riyoi fat 1 謬 heat watering device busy offering Dingshin Koto A heart 〇 book also Ming σ, heat bike τ11 + f
An evening with mantissa 1 (3rd collection PP, dedicated to the above-mentioned heat hive Satsumugi and storing it in a hot canned heat material) M
At the same time, the upper 6 heat pine ° (Ikariho Hakuto τ upper d self-dismantling l expense was joined to the 2-in of Kamiken Weir Dingiden P Palace /), which made the hook value and Choita. Any ILT made by the public authorities may be used as a heat-resistant granite.

さらに本発明においてに清熱飴熱材τ便ハ4し1ζが、
こnけ物置が相笈化何に1捧から成体へ摺装化するとさ
に吸ル℃さt’L /)7a!l!牌箔熱で缶部に利用
すると研米の水蓄熱に代って畜勢槽り容積。
Furthermore, in the present invention, the cooling candy heating material τbin HA4 and 1ζ are
When the mothballs are exchanged, and when they turn from one to the adult, it sucks ℃t'L /) 7a! l! When used in the can part with tile foil heat, it replaces the water heat storage of polished rice and increases the volume of the livestock tank.

燻蓄τρ−yzり粧践丁ゐこと力10」龍となゐからで
あゐ。なお本発明におけゐ漕熱音熱材り桓用に眠定aな
いが、促米王として使用さrしてい心無像物糸のものは
714負性、毒性、辿q却、相分崩lど使用上多くの問
題点τ巾゛丁ゐのでM懺物糸につき色々検討τ刀口え畜
が各賞や熱伝専性についてに無憬物係に収べ力心が上記
欠点て避けることかで@ゐ4g′愼物糸l′!#熟蓄熱
材が大用土灯葦しいことかわ7:)為っ罠。以トδらに
卸しく欣明丁ゐと、不発明においてに相浴性かめり俵μ
徨で均一に混合でさ々゛ボリエナレングリコール送択し
た。第1衣Vc選択し1ζホリエナレングリコール(P
EG)#1t100.#1540%#6000の欲点と
融)l##Iτ、まIC第2衣に+6000L/、I吻
性埴τ示す〇 第 1 次 第2表 例えは貯湯型200Bで、20゛″Cの水通水で60℃
に尚めて畜熱丁ゐと200 X(60−2tJ)=80
130目の蓄熱か必資であり、こnと同前の布部てイI
つためと、60℃〜60“C−までの壮意のレベルの熱
で畜えるため弗1六申りPEGの+10130と44−
6o o oτ用−頭熱と齢かで利用してよ把の800
0kcd?c’>67Cめのフッ1安坦τ肘昇丁々と次
のよりにlゐ。丁々わち+1υ00と$6000の笛廣
、比jIA(1欣)す1吐τ第2表に示す数字に?■註
寺しいとして蜜寝釦1゜2g/an’、比熱?1−(1
55kcal/にに′Cとし、を山1iZ当麓のVll
混式ぜ+1[]LllOσ40℃融屏、+6000に6
0℃融凄とすると。
The power of 10" is the strength of the dragon. In addition, in the present invention, although there is no sleeping material used for the production of heat-sounding materials, there are 714 negative properties, toxicity, traceability, and phase separation in the non-imageable material used as a rice-promoting material. There are many problems when using it, so I will consider various things about the M-printed yarn, so I will try to avoid the above-mentioned drawbacks. Kotokade@ゐ4g'Shinmono Ito l'! #Mature heat storage material is very useful for earthen lamps. 7:) It's a trap. Since then, δ and others have had a good time, and in the non-inventive way, we have had a mutual bathing experience μ.
After mixing the mixture uniformly, the polyenalene glycol was added. Select the first coating Vc and 1ζ holienalene glycol (P
EG) #1t100. #1540% #6000 greed and melting) l##Iτ, +6000L/, I rostrum τ is shown in IC 2nd garment 〇 1st 2nd table The example is a hot water storage type 200B, and water at 20゛''C. 60℃ with water flowing
200 x (60-2tJ) = 80
The 130th heat storage is essential, and it is the same as the previous one.
PEG +10130 and 44-
For 6o o oτ - 800 for use depending on fever and age
0kcd? c'> 67C, foot 1, τ, elbow, and then the next one. How about +1υ00 and $6000 Fuehiro, ratio jIA (1 欣) and 1 tau to the numbers shown in Table 2? ■Is it the specific heat of the honey button 1゜2g/an' as a note? 1-(1
55 kcal/to 'C, and Vll at the foot of Mt.
Mixed type +1[]LllOσ40℃ melting, +6000 to 6
Assuming the melting temperature is 0℃.

(L)# 100CI : 1.2VX0.55X(4
13−2Ll) 〔20’C−+40”C!MQal)
) +1.2VX37[40°C晴熱) +1.2 V
X(J、55X(6tl−40) 〔4tJ℃→60℃
頭響(1K)、1==Q+に21 ■#60ou:t、2v5<Ll、55X(6G−20
) (20’U→60℃1都(1!J)、J +1.2
VX46L6t1℃mM 、l =(Js kalトナ
リ、Ql十〇!=Q=8000kal &、++N係;
oaらai具するとV=52.51 シフζかって祷谷
亀U2V=2X52.5N=1 05J=I 001%
 酩嵐蔗1flW= 1051 X 1.2kg/J=
 126kg?160kgとなり、この姐で水の揚台と
比軟1−ゐと谷■で約50%、嵐呈で7F+55%戦減
さnゐことになゐ◇ 以下図面によりA発明で睨四丁ゐ0 第1図、第2凶a不発明り一笑hガになる士板型太陽熱
御水器の〜「面図および平面凶であり、2は上面開口S
τx!i明板1でカバーLyc業熱番ケ−x”(あ!7
j73sVcm熱材6を介して、ヒートバイブ4τ接合
した集熱板5からなる並列丁ゐ染P俸で収納している。
(L) #100CI: 1.2VX0.55X (4
13-2Ll) [20'C-+40"C!MQal)
) +1.2VX37 [40°C clear heat] +1.2 V
X (J, 55X (6tl-40) [4tJ℃→60℃
Head echo (1K), 1==21 to Q+ ■#60ou:t, 2v5<Ll, 55X (6G-20
) (20'U → 60℃ 1 capital (1! J), J +1.2
VX46L6t1℃mM, l = (Js kal, Ql 10! = Q = 8000kal &, ++N section;
When using oa and ai tools, V = 52.51 Schiff ζ and U2V = 2X52.5N = 1 05J = I 001%
1flW = 1051 x 1.2kg/J =
126kg? The weight was 160kg, and with this two, the reduction was approximately 50% in the water platform, Hisoft 1-i and Tani ■, and 7F + 55% in the storm. Figure 1 and 2 are the top and bottom views of the board-type solar water dispenser, which is an uninventive and laughable thing, and 2 is the top opening S.
τx! Cover Lyc business heat number on i light board 1 x” (Ah! 7
It is housed in a parallel dyed P pile consisting of a heat collecting plate 5 to which a heat vibrator 4τ is connected via a 73 sVcm heat material 6.

第3図θ染熱捧のtar面で示し1こもので(a丹コヒ
ードパイブ4に集熱板5τ浴接部12に工V出Vした土
HC染熱捧であゐが、ひらに(b)に丁す工うにヒート
パイプ4τ染熱叡5aに形J戎し1ζ〃)シめ都16で
かしめ7”Cものlとか用いらl’Lゐo 6rIJ:
、記ヒートパイグ4す#を脂白都τづ申廂°jゐ蓄郡憤
であυ、内郡K 9」〜f熱材7τヅ「してよdGシポ
リエナレングリコールの后熱恰fβ材8が冗慎していゐ
口δらに該的藺畜黙祠8甲に−ヒートパイプ4からの熱
で7む黙俗熱伺8に伝達す@伝熱ンイン9.10が父互
に多畝自じ設さ7Lゐ。上d己伝熱ンイン9 (11第
4図に7廖・T工9にヒートバイ2)4の法網白部が1
只1守片15にL!7僚憧的に缶盾按むぴγしてい◇0
唸7ζ11VJ伝熱ンイン9.10りは11中央部で貫
通し畜熱情6り閘鳩に欠設j−ゐ伝熟官tあり、該伝熱
T@11&10ワ付用信14e(おいて伝熱ンイン9.
10にロウや丁さfしていゐ〇 第5凶、第6凶tゴ本発明の他の実施VすになるA窒管
腹太陽熱瀞丞器の−r面図および平面図である。凶にお
いて、16Hベ一ス架台22に→甲えバンド20.20
にL9枢付けらnた並列する集熱用の具窒看でろ!7 
s I Q−”l”o 以1の兵空#iτ有する内部に
ヒートパイプ1Bで接台し/ζ果勢椴17か収納ざnて
い心。
Fig. 3 shows the tar surface of the θ dyeing plate (a). Heat pipe 4τ dyeing heat pipe 5a with shape J 1ζ〃) Shime capital 16 and caulking 7”C thing l'Lio 6rIJ:
, Heat Pig 4 # is a fat white capital τzu report υ, inner county K 9''~f heat material 7τヅ``do dG cypolyenalene glycol's after heat form fβ material 8 is being careful, and the heat from the heat pipe 4 is transmitted to the silent shrine 8, which is targeted to the mouth δ and others. The ridge itself is 7L.The upper heat transfer input 9 (11 Figure 4 shows 7 Liaos, T-work 9 has 2 heat transfers) The white part of the net of 4 is 1
L for just 1 Morikata and 15! 7. I'm admiring the can shield ◇0
Roaring 7ζ11VJ heat transfer connector 9.10 is penetrated in the center of 11, and there is a missing part in the pigeon, and the heat transfer T @ 11 & 10 is attached to the heat transfer 14e. In9.
FIG. 10 is a perspective view and a plan view of a nitrogen tube-bottomed solar heating device which is another embodiment of the present invention. In the case of 16H base frame 22 → instep band 20.20
Look at the heat collection equipment installed in parallel with the L9 pivot! 7
s I Q-"l"o The heat pipe 1B is attached to the interior of the 1st military/aircraft space #iτ, and the storage space for the 17 units is included.

上記ヒートパイプ18り倹扁都は共窒官16の一端にお
けるガラスと金構、金属と盆踊の埃@構造τMする口金
都21刀為ら突出して畜黙憎6に伸届さnている019
げ共全首16の他y−におけ/)兵全排気到止都である
。第7図(a)に上dα真空背16のρr而て不したも
のでパイプ18で接合した集熱抜17に叉侍金共26で
文えら7していゐ。葦た(b)に示′fLつなリニアイ
ンボリュート曲線形状の反射板24とヒートパイプ18
τ収納している真空前16aで使用丁ゐ揚会もあるO lお、蓄勢#!I6の内郡楕危にhiJ来力出例の一台
と全(同一である〇 不発明は上記c/)ように儒成さnていゐのでヒートバ
イブ″″C染Pさrした太陽熱に盃熱情に人、り畜#催
から伝熱官学り熱媒捧(辿吊a水)に体群さnゐ。第8
凶σ不促明によゐ太陽ハ飽水器電汗り月1”fゐシステ
ムの一例であり、28a座1尺25土に収直さtした太
1徹黙海水器であり、2νaガス、石柚lとで用いる膨
謁Z;y、3111袷情、61け抗し台であ一す、水に
水道−17t、 277+・らポールタンプ帽ボ器26
τ辿V太陽熱77、−水蓄28−C刀り熱き几必安にh
し、し箔湯器29でケf−ff己し、浴憎60、抗 台
61に紺湯丁ゐ〇 こりLりに本発明に工ゐと西熱拐さして潜熱蓄熱材で使
用したので畜熱情の小形化で凶ゐことがでさるとともに
徊さ綬1杢にヒートバイフ゛電使用したので、−棋、埴
か戦く外観艮幻でかつ集熱効率のよい果P坏、缶部伽が
らlゐ太1嚇熱来熱器でうゐことができなとともに宿ハ
輪熟材として壱懺?I?!l−使用し1ζ硼甘にa焦截
吻で用いた揚台と共なり腐食、過耐却などの問題がなく
伶めで有効でろゐ。
The above-mentioned heat pipe 18 stands out from the glass and metal structure, metal and Bon dance dust @ structure τM at one end of the heat pipe 16 and extends to the atrocities 6. 019
In addition to 16 heads of both soldiers, all the soldiers were exhausted. In FIG. 7(a), the upper dα vacuum back 16 has a heat collecting vent 17 connected with a pipe 18, and a fitting 26 as well. Reed (b) shows a linear involute curved reflector 24 and a heat pipe 18.
τThere is also a usage meeting in front of the vacuum 16a where it is stored. Since the I6 is built in a similar manner to one of the HIJ's next generation examples (same as the above c/), the Heat Vibe"" C-dyed P is very sensitive to solar heat. People are passionate about drinking sake, and people are flocking to the area to learn about heat transfer from livestock events to heat transfer techniques. 8th
The sun is an example of the water saturation device electric sweat month 1”f system, and it is a Tai1 silent sea water device that has settled down to 28a, 1 shaku and 25 soil, and 2νa gas, Expansion Z; y used with stone citrus, 3111 袷情, 61 A stand, water tap - 17t, 277+, Paul tamp hat button 26
τ Tracing V Solar Heat 77, - Water Storage 28 - C It's hot and hot.
Then, it was heated in a foil hot water bath 29, and the hot water was poured into the hot water bath 60, and a block of navy blue water was applied to the resistor 61. As the miniaturization of the passion became a problem, and the use of heat-by-fibers for the moving ribbons, we decided to use the heat-by-fiber, which has the appearance of a chess player, a clay figure, or a battle, and has good heat collection efficiency. Is it possible to use it with a heating device? I? ! It is effective because there are no problems such as corrosion or excessive wear resistance, and it is used together with the lifting platform used in the 1ζ cutting.

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

FA1凶に本発明の一笑り例になる平横型太陽熱湖水器
C1,)〜r面面図第2凶に第1図に示す瀞水器の平面
図、第6凶(a)、 (b)に染熱坏の断面図、第4図
<a)にヒートバイグτツ女台し1こ伝熱ンインり正面
図、 (bハコ(aJυA−A防囲凶、第5凶に不断面
図、第8図σ不発明による太陽熱集郡反り使用例の歇明
図である0 符号の説明 1、 込明@、2. 集熱命ケース 5 助熟材 4. ヒートノくイブ 5、 呆泌似 5a、集熱板 6、@熱情 乙 〜IP狗 a 宿P畜熱材 9,1[J、体勢ン1ン11、伝MS
官 12.浴接都 1ム 刀為しめ部 14. ロウ付用r→15、挾付片
 16. 兵窒官 16a、真使宮 17. 集熱板 1a ヒートパイプ 19. Aを弁気到止都20、押
えバンド 21. ロ金都 22.ベース架台 26.支持金具 24、Jシ乙船:J七又 25. か64尺26、ボー
ルタップ幻水器 27. 水通性28、太IW ?Ph
 T&A 水E’s 29. #S 湯H+y5(J、
袷惰 61. 仇し台 6 第8図 31 3゜
FA1 is a flat horizontal solar water tank C1, which is an example of the present invention. Figure 4 is a cross-sectional view of the heat exchanger, Figure 4 is a front view of the heat exchanger, Figure 8 is an intermittent diagram of an example of the use of solar heat collection and warping due to σ non-invention. Heat collecting plate 6, @ Passion Otsu ~ IP dog a Inn P heat storage material 9, 1 [J, posture 1-11, transmission MS
Government 12. Bathing capital 1mu sword tightening part 14. Brazing r → 15, clamp piece 16. Hyonitsukan 16a, Shinshigu Shrine 17. Heat collecting plate 1a Heat pipe 19. 20. Press A with the presser band 21. Rokinto 22. Base mount 26. Support metal fittings 24, J ship: J seven-way 25. Ka64 shaku 26, ball tap gensui 27. Water permeability 28, thick IW? Ph
T&A Water E's 29. #S Hot water H+y5 (J,
61. Stand 6 Fig. 8 31 3゜

Claims (1)

【特許請求の範囲】 1、 ヒートバイグ?r餉え1ζ仮数1bSIの憑タリ
する集熱体り土d己ヒートハイフ゛の畝網白呂μτを府
熟粕・が材τ収稍丁ゐ畜P情に伸治丁ゐとともに、上目
己ヒートバイクの縦昶白都で土6t;−#i勢1背【貝
ノ出″Pゐ伝熱管りンインPC尿廿してなゐことτ的依
とする太1蜀熱謁水命 2、集熱体が、半値型またa兵債官型東磨捧であること
t府姫と丁ゐ狩fFδr<氷の範囲第1項記載り太陽が
Vjl水器。 6、 浩黙畜熱材か、イ〕伽物糸のlatが蓄熱材であ
ゐことT:特徴と丁ゐ狩吐Bl’l求の範囲第1狽17
こIJ第第2呂a己眠太陽熱励ボ会04、イ]伝′gJ
糸り浴f畜部材か、一点と分子勿り異なる叡4よりポリ
エチレングリコール刀)らなるものであることτ鉤畝と
丁心杓C[紬氷り軛v5第6項8じ載り太陽熟硬水器。
[Claims] 1. Heat bike? 1 ζ Mantissa 1 b SI's possessed heat collecting body, d I'm a heat hyphen, Shiroro μτ, Fuju lees, material τ collection, animal P feeling, Shinji Ding, and Kamime's heat bike Sat 6t in Hakudu in the vertical direction; The body is half value type or a military officer type Tomashin. t Fuhime and Choigari fFδr< ice range as stated in paragraph 1. The sun is Vjl water vessel. 6. ] The lat of the fairy thread is a heat storage material T: Characteristics and scope of search No. 1 17
This IJ 2nd Roa self-sleeping solar heat excitation meeting 04, I] Den'gJ
It must be made of polyethylene glycol, which has different molecules in one point and one point, and the molecules are different from the other. .
JP59027418A 1984-02-16 1984-02-16 Solar heat water heater Pending JPS60171355A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP59027418A JPS60171355A (en) 1984-02-16 1984-02-16 Solar heat water heater

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP59027418A JPS60171355A (en) 1984-02-16 1984-02-16 Solar heat water heater

Publications (1)

Publication Number Publication Date
JPS60171355A true JPS60171355A (en) 1985-09-04

Family

ID=12220541

Family Applications (1)

Application Number Title Priority Date Filing Date
JP59027418A Pending JPS60171355A (en) 1984-02-16 1984-02-16 Solar heat water heater

Country Status (1)

Country Link
JP (1) JPS60171355A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104913543A (en) * 2015-07-02 2015-09-16 北京建筑大学 Thermoelectricity combined production composite energy supply system and work method thereof
CN104913520A (en) * 2015-07-02 2015-09-16 北京建筑大学 Heat pipe type photovoltaic generating thermal collection assembly
CN104913529A (en) * 2015-07-02 2015-09-16 北京建筑大学 Heat pipe type photovoltaic generating heat collector

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104913543A (en) * 2015-07-02 2015-09-16 北京建筑大学 Thermoelectricity combined production composite energy supply system and work method thereof
CN104913520A (en) * 2015-07-02 2015-09-16 北京建筑大学 Heat pipe type photovoltaic generating thermal collection assembly
CN104913529A (en) * 2015-07-02 2015-09-16 北京建筑大学 Heat pipe type photovoltaic generating heat collector
CN104913520B (en) * 2015-07-02 2016-09-07 北京建筑大学 A kind of heat pipe-type photovoltaic generation heat collecting assembly
CN104913543B (en) * 2015-07-02 2017-07-11 北京建筑大学 A kind of cogeneration of heat and power composite energy supply system and its method of work

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