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JPS59215593A - heat storage body - Google Patents
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JPS59215593A - heat storage body - Google Patents

heat storage body

Info

Publication number
JPS59215593A
JPS59215593A JP58089562A JP8956283A JPS59215593A JP S59215593 A JPS59215593 A JP S59215593A JP 58089562 A JP58089562 A JP 58089562A JP 8956283 A JP8956283 A JP 8956283A JP S59215593 A JPS59215593 A JP S59215593A
Authority
JP
Japan
Prior art keywords
heat storage
storage
agent
heat
bag
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
JP58089562A
Other languages
Japanese (ja)
Inventor
Tatsuo Nakamura
中村 辰雄
Toshihiko Terajima
寺島 俊彦
Hajime Ito
肇 伊藤
Itsunobu Itagi
板木 五宣
Takashi Ooyama
隆司 大山
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.)
Kubota Corp
Original Assignee
Kubota Corp
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 Kubota Corp filed Critical Kubota Corp
Priority to JP58089562A priority Critical patent/JPS59215593A/en
Publication of JPS59215593A publication Critical patent/JPS59215593A/en
Pending legal-status Critical Current

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28HEAT EXCHANGE IN GENERAL
    • F28DHEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D17/00Regenerative heat-exchange apparatus in which a stationary intermediate heat-transfer medium or body is contacted successively by each heat-exchange medium, e.g. using granular particles
    • F28D17/02Regenerative heat-exchange apparatus in which a stationary intermediate heat-transfer medium or body is contacted successively by each heat-exchange medium, e.g. using granular particles using rigid bodies, e.g. of porous material
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F28HEAT EXCHANGE IN GENERAL
    • F28DHEAT-EXCHANGE APPARATUS, NOT PROVIDED FOR IN ANOTHER SUBCLASS, IN WHICH THE HEAT-EXCHANGE MEDIA DO NOT COME INTO DIRECT CONTACT
    • F28D20/00Heat storage plants or apparatus in general; Regenerative heat-exchange apparatus not covered by groups F28D17/00 or F28D19/00
    • F28D2020/0004Particular heat storage apparatus
    • F28D2020/0008Particular heat storage apparatus the heat storage material being enclosed in plate-like or laminated elements, e.g. in plates having internal compartments

Landscapes

  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Dispersion Chemistry (AREA)
  • Physics & Mathematics (AREA)
  • Thermal Sciences (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Greenhouses (AREA)

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】 不発りJは、放熱に伴い同化する液状蓄熱剤封入用袋状
体における4目対回する製形収用シート全1横長状″j
Ii熱剤収量都の複数個金上下万回に並べる状居で区画
形成すべく、上下方同複故個所で持続させた蓄熱体に閃
する。
[Detailed description of the invention] Non-explosion J is a four-way counter-rotating molding sheet in a bag-like body for enclosing a liquid heat storage agent that assimilates with heat radiation.
In order to form a compartment by arranging multiple pieces of heat agent 10,000 times above and below, it flashes into a heat storage body that is maintained at the same location above and below.

かかる藷熱俸は、峨重な袋状体に牙熱剤全封入させて峨
蛍化全図るものでありながらも、収納部を区画形成して
袋状体が畜熱さ1]重電のために膨出することを抑制す
ることによって、換dすれば、袋状体r全体として板状
に維持させることがでさるようVこすることによって、
蓄熱剤と殺状体外曲に沿って流動する熱媒体用流体との
魚又換(!−蓄熱剤至坏に亘って効率艮〈行なわせるこ
とかでさるものでりる。 とこつで、従来では、jii
J記袋形戚用シートに2ける収納部間に位置すめシート
部分の全体を接ねルさせるようにしているが、この増分
、蓄熱剤全封入する件栗が、例えば、谷収納部の夫々を
一部が開口する状JaQ′こしてpさ、そして、七の開
口より蓄熱剤をur足1M庄人させたのら、前記開口を
閉じるようシートを接続する工程を谷収納部の夫々に対
して各別に行なうようにする晋、手間の掛る煩しいもの
となる不都合があるとバVC,設状体が闘り合う収納部
間の接続両所に2いて屈折しながら屈曲し易いものでめ
る/ζめ、蓄熱体の狽欽個會、@り台うもの同志の間に
流体流動用通路を形成するように画商をもって並べて使
用する、通常の使用状台に訃いて、l光体に押きれて蓄
熱体の形状が1iJ記屈曲のンtめに不側に変化して、
前記辿略金所尼通り形成して嘔〈ことができない不都合
がうり、且つ、それを回避するためには、@熱体の支持
構造が棋維になる唄しさが必つ几。
Although such heat treatment is made by completely enclosing the heat agent in a heavy bag-like body to achieve complete fluorification, the bag-like body is designed to store heat by forming compartments in the storage area. By suppressing the bulge, in other words, by rubbing V so that the entire bag-like body r can be maintained in a plate shape,
The efficiency of the heat storage agent and the heat transfer fluid flowing along the external curve of the body is improved. Well then, jii
The whole of the sheet part located between the two storage compartments of the J-type bag type sheet is connected, but in this incremental manner, the area in which the heat storage agent is completely enclosed is, for example, attached to each of the valley storage compartments. Then, after applying heat storage agent for 1M from the seventh opening, connect the sheet to each of the valley storage parts so as to close the opening. On the other hand, if you do it separately, it will be time-consuming and cumbersome, and the problem is that the VC is a structure that is easy to bend as it is bent at both ends of the connection between the storage parts that fight each other. When the heat storage body is assembled, the light body is placed side by side with an art dealer to form a passage for fluid flow between the heat storage bodies. The shape of the heat storage body changes to the opposite side after 1iJ bending.
In order to avoid the inconvenience of not being able to form the structure as described above, the supporting structure of the heating element must be made of fiber.

不発例は、上記去状に趙みて為され之ものでのって、そ
の目間は、極めてl1111車な改造によって、li熱
AIJの封入作画を容易に行なわゼることかできるよう
に、しかも、蓄熱体に体形性全面えさせるようにする点
にるる。
The failure was made in response to the above-mentioned statement, and the aim was to make it possible to easily draw the included image of the Li-Heon AIJ by modifying the car in an extremely unique manner. The key point is to make the heat storage body have all its shape.

不発例による蓄熱体の持餓4−4戊は、rjfJ記収納
部の長手力同中間向所に位置させて、酵V合う収納部同
志を連通する通路(11ケ形成すべく、前記シートに分
ける隣り台9収納部同Vこ位置するシート部分の一部を
井接続状布し′こしたQにある。
4-4 The heat storage capacity due to the non-explosion case is to be located in the same longitudinal direction of the storage sections, and to form 11 passages (11 channels) connecting the storage sections that meet each other. It is located in Q, where a part of the seat part where the adjacent stand 9 is separated is covered with cloth.

次に、本発明持畝構訊による作用効果全述べる。Next, all the effects of the ridged structure of the present invention will be described.

すなわち、複故個の収納部の1つに蓄熱剤を注入すれは
、血路を通して収州都の全てに蓄熱剤を注入させること
ができるから、例えば、1つのO,納品の1つに畜燕剤
注入用開口全備えさせておき、その開口よ#)蓄熱AI
J全全ての収納部に注入きせたの゛し、0す記開口?閉
じるようにシートを接続きぜる等、蓄熱剤の封入τL条
の容易化を図ることができる。 又、血路内に位置する
蓄熱剤が、表状体に2げる1り÷tり合う収納部間の接
ねじ訓13「でのノ出折を阻止するf′[用奮発1ボし
て、畜熟犀に保形性tもンヒせることかでさる。
In other words, by injecting a heat storage agent into one of the multiple storage parts, the heat storage agent can be injected into all of Choju through the bloodstream, so for example, if one O, one of the delivery parts is injected with a heat storage agent. Prepare all injection openings, and use those openings for heat storage AI
I have injected it into all the storage compartments, so is there an opening in the 0 mark? Enclosing the heat storage agent in the τL strip can be facilitated by, for example, connecting and twisting the sheets so as to close them. In addition, the heat storage agent located in the blood path prevents breakout at the joint screw between the storage parts that meet the surface body by 2 (1 ÷ t). This is because it also impairs shape retention in livestock rhinoceroses.

もって、蓄熱剤を軟状体内に封入するf’F=采を容易
に行なえて、裂τ[の容易比を図ることがでさると共に
、4熟不の榎欽1固を間両全もって並べる状態に叉狩す
ることも、同素な支持傅逍を用いて蓮去に行なわせるこ
とができるのであジ、もって、製作囲、反び、・丈用囲
のいずnにおいても後れた、天川上の利点犬な恰燕俸を
イ’6るに至った。
This makes it easy to encapsulate the heat storage agent in the soft body, making it easy to achieve the ratio of cracks τ[, and arranging 4 unripe Enokin 1 hard pieces in both directions. It is also possible to change the state by using homogeneous support forces, so it is possible to make it happen quickly, so it is also possible to improve the production, warping, and length. , I've reached the point where I've earned the advantage of Tenkawa.

以下、本考案の夫施例を1出」に粘づいて説り1する。Hereinafter, I will explain one example of this invention.

第1図にボすように、トマト、メロン号の谷柿作vA育
成用のビニールあるいはガラス張りの温度+1)を設け
ると共に、温里内温度を適正温度(例えば80°C〜1
5°C)内に維持きせるytめの温調装置を設けてりり
、以下、温d4装置について、第1図及び第2図に基づ
いて説明する。
As shown in Figure 1, a vinyl or glass wall for growing tomatoes and melons should be installed at an appropriate temperature (e.g. 80°C to 1°C).
A temperature control device for maintaining the temperature within 5° C. is provided.Hereinafter, the temperature d4 device will be explained based on FIGS. 1 and 2.

替熱利用の板状蓄熱体(2)の仮政1向勿、立委勢で」
−1;力同値数段に、且つ、水平力向に沿って隣り合う
もの同志の間に全気流wj用辿路(s)全ル成するよう
間両tもって並べる状鰻て蓄熱ケース(3)に収納して
、蓄熱装置(4)を溝収すると八Is Nその蓄熱装置
p1.(4)を謹呈11)内に位置きせてめゐ。
Provisional government for plate-shaped heat storage bodies using alternative heat (2), of course, by the standing committee.
-1; The heat storage cases (3 ), and when the heat storage device (4) is stored in the groove, the heat storage device p1. Please place (4) within 11).

そして、堅気人口(5)から送り込まれる温罠内至気を
蓄熱装置(4)に供給するため0下拡9状茄低吸入用ケ
ース1lkX音熱ケース(3)の上部に、且つ、til
J記畜鼠\装置(4)を辿過した後の堅気を砧W皇il
l内に環元させるよう放出するDC7)を薗えた排気用
ケース(8)金、蓄熱ケース(3)のF部に夫々接I元
すると共に、献呈Ll+内のを気を蓄熱装置(4)全m
過させて循環流Lψノさせるlヒめの送風用屯助ファン
t91 (i″、を滅吸入用グースtlilに朕付け、
もって、至気傭械に伴って、LIP@の何る妊同時にお
いては、部分な熱エネルギー勿蓄%ζi+t21に畜熱
さ一部なから温厘ill内(!:冷房させるようにし、
しかも、夜間時においては、畜熱しiζ熱エネルギー金
用いて温尾Ll)丙紫1綬居するように構1反しである
Then, in order to supply the air inside the warm trap sent from the solid air population (5) to the heat storage device (4), a 0-lower expansion 9-shaped low intake case 1lk
After passing J Memoir @ Device (4), Kinuta W Koil
The exhaust case (8) with which DC7) is emitted so as to be released into the Ll+ is connected to the F part of the heat storage case (3), and the heat storage device (4) Total m
Attach the ventilation fan t91 (i'',
Therefore, along with the mercenary, in any pregnancy of LIP@, there is a partial heat energy storage %ζi + t21, so the inside of the heating ill (!: Cool it down,
Moreover, at night, it is contrary to the idea that it stores heat and uses thermal energy to stay warm.

回し、冬Jν」寺の夜間時において熱エネルギーが不足
する脈には、■旧寸の麓料の燃焼熱ケ利用する2111
熱装置を併用してもよく、又、献呈(1円の容積に合わ
せて蓄熱体(2)の設直故全跋文するとよく、ざらに、
(官房のために、必要に↓6じて換気全行なわせるよう
にしてもよい。 びらに、蓄熱ケース(3)内に、相賀
化点の異なる蕾πζ剤を収納した2棟組の畜ボζ俸の候
奴個つつケ、上トに、あるいeよ、圧5に並べて設け、
献呈+l)1ノ」温度があまり上昇しない日においても
4d!1.力蓄戴ζでさるようにしてもよく、そして、
同イ求の目的eこ達するべく、2イ更類の蓄熱体を各別
Vこ暉える蓄熱装置(4)倉、温罠ill内に併設して
、択−問に使用さぜるよう?こしてもよい。
Turning, Winter Jν" When there is a lack of thermal energy at night in the temple, ■ 2111
A thermal device may also be used in combination, and it is often recommended that the heat storage body (2) be installed according to the volume of 1 yen.
(For the secretariat, it may be possible to perform full ventilation as needed.) In the door, there are two sets of livestock boxes containing bud πζ agents with different agination points in the heat storage case (3). The members of the ζ salary are placed individually on the upper floor, or on the upper floor, and arranged in the pressure 5.
Dedication + l) 1 no” 4d even on days when the temperature does not rise much! 1. It is also possible to make it a monkey by accumulating power ζ, and,
In order to achieve the same goal, two types of heat storage bodies will be installed in the warehouse and the heat trap ill (4) and used for multiple-choice questions. You can also strain it.

目1′J6己蓄糸’q (+(21を矛薄成゛J−るに
、第2凶及び身53図に、不すよりに、ナイロン寺のフ
ィルム状シートを接〜じしてなる袋状↑FC2A)内に
、塩化力ルシクム全土成分とし、且つ、結晶化促進メ1
1]が混入された、放Mh hて伴い同化する欣状f々
愚剤を耐大びせである。 そして、袋状体(2A) K
J=−ける41対回する綬ル収用シート(2a) 、 
(2a)を、偵艮状畜熱剤収納部(10)の4III′
Jlを上下方間に並べる状迦で区画ノ杉威すべく、上F
諷奴1所で接Aυ゛Cさせると共に、収納部(1υ)の
民生方間中火両所に位置させて、瞬り舎プ収悄都向志を
埋ノfflする通路(ムリどjし我子べく、シート(2
a) 、 (2a)におけるmす合う収納部間に侃直す
るシート部分の一部を非接続状部にしである。
Eye 1'J6 self-storage'q (+(21 is not contradictory), 2nd cross and body 53 are, of course, made by attaching a film-like sheet of nylon. In the bag-shaped ↑FC2A), all the ingredients of chloride lucicum are contained, and the crystallization accelerator 1 is added.
1] is mixed in, and it is resistant to the phlegm-like agent that is assimilated as it is released. And the bag-like body (2A) K
J = - 41 pair rotating ribbon collection sheet (2a),
(2a) to 4III' of the rectangular heat storage agent storage section (10).
In order to display the JL section between the top and bottom, the upper F
In addition to connecting Aυ゛C at one place, it is also located in both the civilian and middle areas of the storage section (1υ), and a passageway (impossible My child, sheet (2
a) In (2a), a part of the seat portion that extends between the matching storage parts is made into a non-connecting part.

ufl記蓄熱体(2)全支持するに、袋状体(2A)の
下端縁の左52両所、及び、下端縁の圧右2画fyIに
貝3瓜する支持杆υ匂を設けて、吊下げ支持させるよう
にするとバに、間南規制用のスペーダ゛−州を、支持杆
(I4に外嵌させてある。
In order to fully support the heat storage body (2), support rods are provided on both left sides of the lower edge of the bag-shaped body (2A) and on the two right and left strokes fyI of the lower edge, When it is suspended and supported, a spader state for regulating the spacing is fitted onto the support rod (I4).

又、前記袋状体(2A)における各収納部す0)の上下
中を、下方に位置させるものほど小にして、蓄熱剤の重
重によって各収肩メ」部11(IIか)野山した状応に
おいて、その前後r1]が6月又納肖1 (to)の全
てに訃いて同−又rt帖同−となるようにしである。
In addition, the upper and lower middle of each storage part (10) in the bag-like body (2A) is made smaller as the lower part is located, so that each storage part (11) (II) is shaped like a field due to the weight of the heat storage agent. In response, all of June 1 and 1 (to) before and after that will be the same - and the rt book will be the same.

要するに、6収納部110)の上F中x+i田−にする
と1下刃の収納部tillはど前後中が大なる状柑にl
形出すωものとなって、流体流dJ VC悪影響を与え
るものとなるか、七′i1.ヲ回避させるようにしであ
る。
In short, if you set the upper F middle x + i field - of the 6th storage section 110), the 1st lower blade storage section will be in a large state in the front and back.
7'i1. I'm trying to get you to avoid it.

不発(7)の蓄熱体(2)は、温至+l)の温調Vこ使
用する他、6種の用途に逓mでさ、ぞして、熊媒俸用流
体としては、仝Aの池、水−好が使用でき、さらt′こ
、畜熟犀」としては、使用対訳に心して相良化点の異な
る谷4事のものが使用でさる。
The heat storage body (2) of the misfire (7) is used for temperature control of temperature +1), and is also used for six different purposes. Ponds, water, etc. can be used, and as for 'ko, livestock ripe rhinos', four things with different Sagara points can be used, keeping in mind the parallel translation used.

又、本発明全実施するに、上F方間Vこ並べる収納部(
10)の奴は6植装文でき、又、隣り台う収Al’j 
fjjs IILII向K M JLIIするノ瓜蹟t
cg z 、、第4凶に4くずように2つ形1メさせる
。r、9にする等、形成する通路(lりの奴も合種友叉
できる。
In addition, to fully implement the present invention, storage sections (
The person in 10) can set up 6 characters, and also can store them on the adjacent stand.
fjjs IILII oriented K M JLII oriented melon t
cg z ,, let the 4th kakuzu do 2 shapes and 1 me. R, 9, etc., form a path (the one who is the one who is the one who is the one who is the one who is the one who is the one who is the one who is the one who is the one who is the one who is the one who is .

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

図面は木兄りJに保る蓄熱体のス施例を示し、錦1図は
畜県ζ読1己の温至内設直状J瑯をボす測量図、錫2図
は曲熟坏の設置状鰻勿ボす力゛解斜祝凶、第31Aは吾
殆ζ1令の縦し1画口■」因、第4図は別のリミ施例の
斜視図である。 (2A) ・・・ ・・・班2状セト、  (2a) 
 ・・・ ・・・乏2ルn又4月」 シ −ト、pLl
l・・・・・・畜熱剤収」)り都、VIす・・・・・・
通路。 第1図   1 / δ 第 2 図 琵 3 図
The drawings show an example of a heat storage body that maintains the heat storage temperature. Fig. 4 is a perspective view of another example of a limiter. (2A) ... ...Square 2-like set, (2a)
... 2nd month of April again” Sheet, pLl
l... Heat storage agent collection") Rito, VI...
aisle. Figure 1 1 / δ Figure 2 Pi 3 Figure

Claims (1)

【特許請求の範囲】 ■ 放熱に伴い固化する液状蓄熱剤封入用袋状体(2Δ
)/C,1−′ける相対向する捩j杉威用シートC2a
) 、 C2a) ’fi:、偵長状苗熟剤収納部(l
O)の俵奴個を上下方間に並べる状戯で区画形成すべく
、上F方回俵奴薗tブ「で接続させた蓄腋〜体であって
、tjfJ記収納部(ムりの氏手方同中間−所に位置さ
せて、瞬り合う収納部同志を足前するa % (10e
形成すべく、nIJ記シート(2a)  、 (2a)
における瞬シ合う収納部間に位置゛するシート部分の一
部勿#接続状鰻にしての柚0ζ坏。 ■ maJ記収納61S u+Jlの上下11」が、F
刀に位置させるものはと小であるメ用析案盆録請氷の範
囲第■項に記載の蓄熱体。
[Claims] ■ A bag-like body for enclosing a liquid heat storage agent (2Δ
)/C, 1-' opposite torsion j cedar force sheet C2a
), C2a) 'fi:, rectangular seedling ripening agent storage section (l
In order to form a partition by arranging the pieces of O) in the upper and lower directions, it is the storage armpit ~ body connected by the upper F side round bag. A % (10e
To form nIJ sheet (2a), (2a)
A part of the seat part located between the matching storage compartments is connected to a part of the seat. ■ maJ storage 61S u+Jl upper and lower 11" are F
The heat storage body described in item (■) of the meyo analysis plan, which is located on the sword, is small.
JP58089562A 1983-05-20 1983-05-20 heat storage body Pending JPS59215593A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP58089562A JPS59215593A (en) 1983-05-20 1983-05-20 heat storage body

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP58089562A JPS59215593A (en) 1983-05-20 1983-05-20 heat storage body

Publications (1)

Publication Number Publication Date
JPS59215593A true JPS59215593A (en) 1984-12-05

Family

ID=13974256

Family Applications (1)

Application Number Title Priority Date Filing Date
JP58089562A Pending JPS59215593A (en) 1983-05-20 1983-05-20 heat storage body

Country Status (1)

Country Link
JP (1) JPS59215593A (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005345081A (en) * 2004-05-31 2005-12-15 Yano Giken:Kk Heat storing capsule
JP2007147165A (en) * 2005-11-28 2007-06-14 Yano Giken:Kk Heat storage capsule
NL2016194B1 (en) * 2015-10-05 2017-05-02 Global-E-Systems Europa B V Modular heat exchanger.
KR20190090249A (en) * 2018-01-24 2019-08-01 한국과학기술연구원 Latent heat storage apparatus using piezoelectric vibrator
WO2022083825A1 (en) * 2020-10-19 2022-04-28 Kagerer Hans Juergen Storage module, heat storage plate, and heat storage device

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2005345081A (en) * 2004-05-31 2005-12-15 Yano Giken:Kk Heat storing capsule
JP2007147165A (en) * 2005-11-28 2007-06-14 Yano Giken:Kk Heat storage capsule
NL2016194B1 (en) * 2015-10-05 2017-05-02 Global-E-Systems Europa B V Modular heat exchanger.
KR20190090249A (en) * 2018-01-24 2019-08-01 한국과학기술연구원 Latent heat storage apparatus using piezoelectric vibrator
WO2022083825A1 (en) * 2020-10-19 2022-04-28 Kagerer Hans Juergen Storage module, heat storage plate, and heat storage device

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