JPH0413047A - Storage type water heater - Google Patents
Storage type water heaterInfo
- Publication number
- JPH0413047A JPH0413047A JP2116075A JP11607590A JPH0413047A JP H0413047 A JPH0413047 A JP H0413047A JP 2116075 A JP2116075 A JP 2116075A JP 11607590 A JP11607590 A JP 11607590A JP H0413047 A JPH0413047 A JP H0413047A
- Authority
- JP
- Japan
- Prior art keywords
- hot water
- medium
- low temperature
- temperature
- water heater
- 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
Links
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 217
- 238000004891 communication Methods 0.000 claims abstract description 6
- 238000010438 heat treatment Methods 0.000 claims description 17
- 239000012530 fluid Substances 0.000 claims description 8
- 230000000694 effects Effects 0.000 description 6
- 230000007423 decrease Effects 0.000 description 4
- 238000010586 diagram Methods 0.000 description 4
- 238000000034 method Methods 0.000 description 3
- 239000000446 fuel Substances 0.000 description 2
- 238000009413 insulation Methods 0.000 description 2
- 239000007788 liquid Substances 0.000 description 2
- 230000000630 rising effect Effects 0.000 description 2
- 238000007796 conventional method Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003306 harvesting Methods 0.000 description 1
Classifications
-
- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
Landscapes
- Heat-Pump Type And Storage Water Heaters (AREA)
- Greenhouses (AREA)
Abstract
Description
【発明の詳細な説明】
（産業上の利用分野）
本発明は寒冷地における温室栽培いにおいて、温室の保
温効果をさらに向上せしめる事により、農業従事者に早
期収護のメリットを与えると共に、過剰設備の軽減を行
なう事による設備費用、諸経費の節減を行なえる温水器
を提供せんとするものである。Detailed Description of the Invention (Field of Industrial Application) The present invention further improves the heat retention effect of greenhouses in greenhouse cultivation in cold regions, thereby giving farmers the advantage of early harvesting and The purpose is to provide a water heater that can reduce equipment costs and miscellaneous expenses by reducing equipment requirements.
（従来の技術）
従来、寒冷地における温室栽培は、温室内部温度と地中
内部の温度をいかに管理するかがその成否の鍵を握って
いる。その事から温室内部や地中内部、苗床内部に配管
を布設し、温水を熱媒体として送湯する事により、各々
必要温度を確保している。しかし温室栽培においては、
栽培する作物、品種によってその温度は微妙に異なるた
め、熱媒体の温度管理が絶対的な必要条件になっている
。次に図面に基づき従来の技術を説明する。図面第１図
は従来の技術による、貯湯式温水器の機能を示す系統図
である。(Prior Art) Conventionally, the success or failure of greenhouse cultivation in cold regions lies in how to manage the temperature inside the greenhouse and the temperature inside the ground. For this reason, piping is installed inside the greenhouse, underground, and inside the seedbed to deliver hot water as a heat medium to ensure the required temperature in each area. However, in greenhouse cultivation,
Since the temperature varies slightly depending on the crops and varieties grown, temperature control of the heating medium is an absolute necessity. Next, a conventional technique will be explained based on the drawings. FIG. 1 is a system diagram showing the functions of a conventional hot water storage type water heater.
温水器本体Ａには温水Ｑ３が貯湯されている。Hot water Q3 is stored in the water heater body A.
貯湯されている温水Ｑ３は加熱装置１により部分的に熱
せられると、膨張し密度が小さくなり上昇する。上昇し
てくる温水Ｑ３より低温の温水Ｑ３は下降して流体対流
２０を起し、これを繰り返す事により温水Ｑ３の温度は
下降する。When the stored hot water Q3 is partially heated by the heating device 1, it expands, becomes less dense, and rises. The hot water Q3, which is lower in temperature than the rising hot water Q3, descends and causes fluid convection 20, and by repeating this, the temperature of the hot water Q3 decreases.
温水Ｑ３の温度は温水器本体Ａに取り付けられている、
温度計６により監視されており、任意に設定された温度
を保つ様に制御盤（図示外）を介して、加熱装置１に起
動、停止を指令する信号を送り、その温度を保っている
。この様に一定温度に保たれている温水Ｑ３は弁９ａと
９ｂを開とし、加圧送湯装置２を起動せしめると、給湯
管１１を通じ所定の場所を、暖房又は保温するための熱
媒体として送湯され、その目的を達成している。暖房又
は保温する目的を達成した温水Ｑ３−は、送湯時より温
くなって給湯戻り管１２を通じ温水器本体Ａ内に戻り、
前記に示した手順を繰り返す。しかし暖房又は保温する
場所により送湯する温度が違うため、次の様な問題が発
生する。たとえば温室内部を暖房する場合、８０℃以上
の温水Ｑ３を送湯する事により、温室内部の温度を２５
℃〜３０℃に保つ事ができるが、地中内部や苗床内部を
保温する場合は４０℃〜４５℃の温水Ｑ３を送湯する事
により、地中、苗床内部の温度を作物育成に的する２０
℃〜３０℃に保つ事ができる。これらの事から温室内部
を暖房するために必要な、８０℃以上にもなっている高
温の、温水Ｑ３を地中内部や苗床内部に送湯すると、地
中、苗床内部の温度が上降し過ぎるため送湯する事がで
きず、そのため一定の温度に設定した温水器本体Ａを複
数設置し対応しているが、複数の設備を必要とするため
、設備費用や諸経費は自ずと増大する。これらの事は農
業経営の収支を悪化せしめるため、農業経営者はその対
策に苦慮している。The temperature of hot water Q3 is determined by the temperature attached to the water heater body A.
It is monitored by a thermometer 6, and signals instructing the heating device 1 to start and stop are sent via a control panel (not shown) to maintain the temperature at an arbitrarily set temperature. When the valves 9a and 9b are opened and the pressurized water supply device 2 is started, the hot water Q3 maintained at a constant temperature is sent through the hot water pipe 11 as a heat medium for heating or keeping warm. It has achieved its purpose. The hot water Q3-, which has achieved the purpose of heating or keeping warm, returns to the water heater main body A through the hot water return pipe 12, becoming warmer than when it was sent.
Repeat the steps shown above. However, since the temperature at which hot water is delivered differs depending on the location to be heated or kept warm, the following problems occur. For example, when heating the inside of a greenhouse, by sending hot water Q3 of 80℃ or higher, the temperature inside the greenhouse can be lowered by 25℃.
It is possible to maintain the temperature between ℃ and 30℃, but if you want to keep the inside of the ground or seedbed warm, by sending warm water Q3 of 40℃ to 45℃, the temperature inside the ground and inside the seedbed can be adjusted to suit crop growth. 20
It can be maintained between ℃ and 30℃. From these facts, when hot water Q3, which is as high as 80℃ or higher and necessary for heating the inside of the greenhouse, is sent underground or into the nursery, the temperature inside the ground or the nursery will rise and fall. Because of this, it is not possible to send hot water, so we have installed multiple water heater bodies A that are set at a constant temperature, but since multiple pieces of equipment are required, equipment costs and miscellaneous expenses naturally increase. Farmers are struggling to find countermeasures because these problems worsen the income and expenditure of agricultural management.
（発明が解決しようとする課題）
本発明は次の目的を達成せんとするものである。寒冷地
における温室栽培において、温室内部や地中内部の温度
管理を容易に行なう事ができる様にすると共に、暖房、
保温のための設備を簡略化する事により、設備費用や諸
経費を軽減せしめる事を目的とするものである。(Problems to be Solved by the Invention) The present invention aims to achieve the following objects. In greenhouse cultivation in cold regions, it is possible to easily control the temperature inside the greenhouse and underground, as well as heating,
The purpose is to reduce equipment costs and miscellaneous expenses by simplifying the equipment for heat insulation.
（課題を解決するだめの手段）
上述に示す課題を解決するため、高温貯湯温水器本体Ｂ
内に一定温度に保たれている温水Ｑ１を熱媒体とし、中
・低温貯湯温水器本体Ｃ内部に設けている、熱交換コイ
ル１７内を通す事により、容易に中・低温水Ｑ２を作り
だすと共に、温度差によって生じる流体対流２ｏに着目
し、その対流を連絡管１８を通じて利用する事により、
中・低温水の温度を自在に、しかも素早く管理せしめる
事ができる様にしたものである。(Means to solve the problem) In order to solve the problem shown above, high temperature hot water storage water heater body B
By using hot water Q1 kept at a constant temperature inside as a heat medium and passing it through the heat exchange coil 17 provided inside the medium/low temperature hot water storage water heater main body C, medium/low temperature water Q2 can be easily produced. By focusing on the fluid convection 2o caused by the temperature difference and utilizing that convection through the connecting pipe 18,
This allows the temperature of medium- and low-temperature water to be controlled freely and quickly.
（作用）
寒冷地における温室栽培は、温室内部温度と地中内部の
温度をいかに管理するかがその成否の鍵を握っている。(Function) The key to the success or failure of greenhouse cultivation in cold regions is how to manage the temperature inside the greenhouse and the temperature inside the ground.
温室栽培においては作物、品種によってその温度は微妙
に異なるため、熱媒体の温度管理が絶対的な必要条件に
なっている。それらの事から本発明では高温貯湯温水器
本体Ｂと一対に形成している。中・低温貯湯温水器本体
Ｃの内部に熱交換コイル１７を設け、高温貯湯温水器本
体Ｂ内に一定温度に保たれている温水Ｑ１を熱媒体に利
用し、これを熱交換コイル１７内を通す事により、中・
低温貯湯温水器本体Ｃ内に中・低温水Ｑ２を作り出す。In greenhouse cultivation, the temperature varies slightly depending on the crop and variety, so temperature control of the heat medium is an absolute requirement. For these reasons, in the present invention, it is formed as a pair with the high temperature hot water storage water heater main body B. A heat exchange coil 17 is provided inside the medium/low temperature water storage water heater main body C, and the hot water Q1 maintained at a constant temperature within the high temperature water storage water heater main body B is used as a heat medium, and the heat exchange coil 17 is By passing it through,
Medium/low temperature water Q2 is produced in the low temperature hot water storage water heater body C.
この様にして得た中・低温水Ｑ２は温水Ｑ１と共に各々
の用途に使い分ける事ができる。さらに高温水貯湯温水
器本体Ｂと中・低温貯湯温水器本体Ｃを結ぶ連絡管１８
を通じ温水Ｑ１を供給するため、中・低温貯湯温水器本
体Ｃ内に貯湯している中・低温水Ｑ２の温度を、素早く
任意の温度に上昇せしめる事ができるため、寒冷地にお
いては度度起る寒波の襲来による作物への影響にも早急
な対応ができると共に、温室増設時に必要な温度上昇に
も手軽に対応できるものである。又、本発明は前記の如
く構成したため、複数の設備を有する必要が無くなり、
それまで掛っていた設備費用やその設備を管理するため
の管理費、燃料費なども大巾に節減する事ができる様に
なった。The medium/low temperature water Q2 thus obtained can be used for various purposes together with the hot water Q1. Furthermore, a connecting pipe 18 connects the high temperature water storage water heater body B and the medium/low temperature water storage water heater body C.
In order to supply hot water Q1 through the medium and low temperature water heater body C, the temperature of the medium and low temperature water Q2 stored in the medium and low temperature water heater body C can be quickly raised to a desired temperature. In addition to being able to quickly respond to the effects on crops caused by the arrival of cold waves, it can also easily respond to the temperature rises required when expanding greenhouses. Further, since the present invention is configured as described above, there is no need to have multiple equipment,
Equipment costs, management costs for managing the equipment, fuel costs, etc. that were previously incurred can now be significantly reduced.
（実施例） 本発明による実施例を図面に基づき説明する。(Example) Embodiments according to the present invention will be described based on the drawings.
図面第２図は本発明による貯湯式温水器の機能を示す系
統図である。高温貯湯温水器本体Ｂには温水Ｑ１が貯湯
されている。貯湯されている温水Ｑ１は加熱装置１によ
り部分的に熱せられると、膨張し密度が小さ（なり上昇
する。上昇してくる温水Ｑ１より低温の温水Ｑ１は下降
して流体対流２０を起し、これを繰り返す事により温水
Ｑ１の温度は上昇し、高温貯湯温水器本体Ｂに貯湯され
る。温水Ｑ１の温度は高温貯湯温水器本体Ｂに取り付け
られている、温度計７により監視されており、任意に設
定された温度を保つ様、制御盤（図示外）を介し加熱装
置１に起動、停止を指令する信号を与えその温度を保っ
ている。一方中・低温貯湯温水器本体Ｃの内部には熱交
換コイル１７が設けられており、熱媒体温水供給管１３
と熱媒体温水供給戻り管１４に接続されている。熱媒体
温水供給管１３には熱媒体温水循環装置４が、高温貯湯
温水器本体Ｂに貯湯されている温水Ｑ１を熱媒体として
、送湯するべく設けられている。さらに中・低温貯湯温
水器本体Ｃ内にはいずれ中・低温水Ｑ２となる水が充填
されている。高温貯湯温水器本体Ｂに貯湯されている温
水Ｑ１は、中・低温貯湯温水器本体Ｃ内に充填されてい
る水を加熱するべく、熱媒体温水供給管１３を通じ、熱
媒体温水循環装置！４により加圧、送湯され、熱交換コ
イル１７、熱媒体温水供給戻り管１４を通じ、高温貯湯
温水器本体Ｂに戻りこれを繰り返す。温水Ｑ２となるべ
く中・低温貯湯温水器本体Ｃに充填されている水は、熱
交換コイル１７に熱媒体となる温水Ｑ１が通る度に加熱
され、部分的に熱せられると、膨張して密度が小さくな
り上昇、上昇すると温度の低い水は下降し、流体対流２
０を起す。これを繰り返す事により充填されている水は
温水Ｑ２となり、中・低温貯湯温水器Ｃに貯湯される。FIG. 2 is a system diagram showing the functions of the hot water storage type water heater according to the present invention. Hot water Q1 is stored in the high temperature hot water storage water heater main body B. When the stored hot water Q1 is partially heated by the heating device 1, it expands and its density becomes small (and increases).The hot water Q1, which is lower in temperature than the rising hot water Q1, descends and causes fluid convection 20. By repeating this, the temperature of the hot water Q1 rises and is stored in the high temperature hot water storage water heater body B.The temperature of the hot water Q1 is monitored by a thermometer 7 attached to the high temperature hot water storage water heater body B. In order to maintain an arbitrarily set temperature, a signal is given to the heating device 1 to start and stop it via a control panel (not shown), and the temperature is maintained. is provided with a heat exchange coil 17, and a heat medium hot water supply pipe 13
and is connected to the heat medium hot water supply return pipe 14. A heat medium hot water circulation device 4 is provided in the heat medium hot water supply pipe 13 to supply hot water Q1 stored in the high temperature hot water storage water heater body B as a heat medium. Furthermore, the medium/low temperature hot water storage water heater body C is filled with water that will eventually become medium/low temperature water Q2. The hot water Q1 stored in the high temperature hot water storage water heater main body B is passed through the heat medium hot water supply pipe 13 to the heat medium hot water circulation device in order to heat the water filled in the medium/low temperature hot water storage water heater main body C! 4, the hot water is pressurized and fed, returns to the high temperature hot water storage water heater body B through the heat exchange coil 17 and the heat medium hot water supply return pipe 14, and repeats this process. The water filled in the medium/low temperature water storage water heater main body C to become hot water Q2 is heated every time the hot water Q1 serving as a heat medium passes through the heat exchange coil 17, and when it is partially heated, it expands and its density decreases. The water becomes smaller and rises, and as it rises, the lower temperature water falls, causing fluid convection 2
Wake up 0. By repeating this, the filled water becomes hot water Q2 and is stored in the medium/low temperature hot water storage water heater C.
温水Ｑ２の温度は中・低温貯湯温水器Ｃに取り付けられ
ている。温度計８により監視されており、任意に設定さ
れた温度を保つ様、制御盤（図示外）を介し熱媒体温水
循環装置４に起動、停止を指令する信号を与えその温度
を保っている。さらに本発明では、高温貯湯温水器本体
Ｂと中・低温貯湯温水器本体Ｃの上層部と下層部に、連
絡管１８を形成して構成した。この連絡管１８の役割は
、寒冷地においては度度起る寒波の襲来や温室を増設す
る際に作動せしめるもので、中・低温水Ｑ２の温度上昇
を、手軽に素早く行なう事ができる様にしたものである
。高温貯湯温水器本体Ｂと中・低温貯湯温水器本体Ｃの
内部では、流体対流２０が起っている。高温貯湯温水器
本体Ｂ内の温水Ｑ１は８０℃以上に設定されており、中
・低温貯湯温水器本体Ｃ内の中・低温水Ｑ２は、通常４
５℃〜１５℃に設定されている。前記に示した通り液体
は、部分的に熱せられると膨張して密度が小さくなり上
昇すると共に、上方にあった低温の液体は下降して流体
対流を引起す、これを繰り返す事により温度は除除に上
昇する。温水Ｑ１は８０℃以上に、中・低温水Ｑ２は４
５℃〜１５℃に設定されているため、発明者はこの温度
差に着目した。すなわち、高温貯湯温水器本体Ｂ内部で
は、同じ温水Ｑ１であっても、加熱によって下層部より
上層部の方が温度が高い。さらに中・低温貯湯温水器本
体Ｃより、高温貯湯温水器本体Ｂの方が高温である。こ
れらの事から高温貯湯温水器本体Ｂと中・低温貯湯温水
器本体Ｃの上層部と下層部に連絡管１８を形成した。The temperature of hot water Q2 is determined by a medium/low temperature hot water storage water heater C. It is monitored by a thermometer 8, and in order to maintain an arbitrarily set temperature, a signal is given to the heating medium hot water circulation device 4 to start and stop it via a control panel (not shown), thereby maintaining the temperature. Furthermore, in the present invention, communication pipes 18 are formed in the upper and lower parts of the high temperature hot water storage water heater main body B and the medium/low temperature hot water storage water heater main body C. The role of this connecting pipe 18 is to activate it when cold waves frequently occur in cold regions or when expanding a greenhouse, so that the temperature of the medium/low temperature water Q2 can be raised easily and quickly. This is what I did. Fluid convection 20 occurs inside the high temperature hot water storage water heater body B and the medium/low temperature hot water storage water heater body C. The hot water Q1 in the high temperature hot water storage water heater body B is set to 80°C or higher, and the medium/low temperature water Q2 in the medium/low temperature water storage water heater body C is normally set at 40°C or higher.
The temperature is set at 5°C to 15°C. As shown above, when a liquid is partially heated, it expands, its density decreases, and it rises. At the same time, the low-temperature liquid above falls and causes fluid convection. By repeating this process, the temperature decreases. However, the increase in Hot water Q1 is 80℃ or higher, medium/low temperature water Q2 is 4
Since the temperature is set at 5°C to 15°C, the inventor focused on this temperature difference. That is, inside the high-temperature hot water storage water heater main body B, even if the hot water Q1 is the same, the temperature is higher in the upper layer than in the lower layer due to heating. Furthermore, the high temperature hot water storage water heater body B has a higher temperature than the medium/low temperature hot water storage water heater body C. For these reasons, communication pipes 18 were formed in the upper and lower parts of the high temperature hot water storage water heater body B and the medium/low temperature hot water storage water heater body C.
中・低温水Ｑ２の温度を、設定した温度以上に素早く上
昇せしめる必要が生じた場合、連絡管１８に設けられて
いる、弁９ｈ、９ｉを開にする事により、高温貯湯温水
器本体Ｂの上層部より温水Ｑ１が対流により連絡管１８
を通じて中・低温貯湯温水器本体Ｃの上層部へ移動する
。If it is necessary to quickly raise the temperature of the medium/low temperature water Q2 above the set temperature, open the valves 9h and 9i provided in the connecting pipe 18 to raise the temperature of the high temperature water storage water heater body B. Hot water Q1 flows from the upper layer to the connecting pipe 18 by convection.
It moves to the upper part of the medium/low temperature water storage water heater main body C through the medium/low temperature water storage water heater body C.
中・低温貯湯温水器本体Ｃの下層部より中・低温水Ｑ２
が、上層部へ移動した温水Ｑ１の対流により、高温貯湯
温水器本体Ｂの下層部に移動してこれを繰り返し、中・
低温水Ｑ２の温度を設定温度以上に素早く上昇せしめる
ものである。この様にして得られた温水Ｑ１や中・低温
水Ｑ２は温室内部や地中、苗床内部を暖房又は保温する
ため加圧送湯装置２、中・低温水加圧送湯装置３により
、各々の場所に圧送されその目的を達成する。Medium/low temperature water Q2 from the lower part of the medium/low temperature hot water storage water heater body C
However, due to the convection of the hot water Q1 that has moved to the upper layer, it moves to the lower layer of the high temperature hot water storage water heater body B and repeats this process.
This is to quickly raise the temperature of the low temperature water Q2 above the set temperature. The hot water Q1 and medium/low temperature water Q2 obtained in this way are sent to each location by a pressurized water supply device 2 and a medium/low temperature water pressurized water supply device 3 in order to heat or keep warm inside the greenhouse, underground, and inside the seedbed. to achieve its purpose.
（発明の効果） 本発明は前記の如く構成したため、次の効果を示した。(Effect of the invention) Since the present invention was configured as described above, it exhibited the following effects.
寒冷地における温室栽培において、温室内部や地中、苗
床内部などの温度管理は設備費用、諸経費が大巾に掛る
ため、農業経営者にとっては大きな問題点であった。し
かし本発明の開発により、１台の温水器によって複数の
温度管理を容易に行なえる様にせしめると共に、寒冷地
においては度度起る、急激な寒波の襲来による作物への
影響にも早急に対応できるものであり、さらに温室を増
設する際においても、温室へ至る配管を布設するのみで
、温室内部や地中、苗床内部の暖房、保温を行なえるた
め、従来まで掛っていた設備費用や管理費、燃料責など
の諸経費までも、大巾に減少せしめる効果を示したもの
である。なお、従来の技術及び実施例を説明する、図面
第１図、第２図には、熱源を求める加熱装置の種類、機
器類、電源は図示して否い。In greenhouse cultivation in cold regions, temperature control inside the greenhouse, underground, and inside the seedbed has been a major problem for agricultural managers because equipment costs and miscellaneous expenses are considerable. However, with the development of the present invention, it has become possible to easily manage multiple temperatures with one water heater, and it has also been made possible to quickly deal with the effects on crops caused by the sudden onset of cold waves that often occur in cold regions. Furthermore, even when expanding a greenhouse, heating and insulation can be done inside the greenhouse, underground, and inside the nursery by simply installing piping leading to the greenhouse, reducing the equipment costs that were previously required. This shows the effect of drastically reducing miscellaneous expenses such as management costs and fuel liability. In addition, the type of heating device for obtaining a heat source, equipment, and power source are not shown in FIGS. 1 and 2 for explaining the conventional technology and embodiments.
図面第１図は、従来の技術による貯湯式温水器の機能を
示す系統図であり、第２図は、本発明による貯湯式温水
器の機能を示す系統図である。
Ａ・・・・・・温水器本体、 Ｂ・・・・・・高温貯湯
温水器本体、 Ｃ・・・・・・中・低温貯湯温水器本体
、Ｑｌ・・・・・・温水、 Ｑ２・・・・・・中・低温
水、Ｑ３・・・・・・温水、 Ｗ・・・・・・補給水、
］−＝−３・加熱装置、 ２・・・・・・加圧送湯装
置、 ３・・・・・・中・低温水加圧送湯装置、 ４・
・・・・・熱媒体温水循環装置、 ６．７．８−・−−
−−温度計、 ９ａ、９ｂ。
９ ｃ ｓ ９ ｄ ％ ９ ｅ ｓ ９ ｆ ％ ９
ｇ ｓ ９ ｈ ｓ ９１ ％９ｊ・、・・・・弁、
１１・・・・・・給湯管、 １２・・・・・・給湯戻
り管、 １３・・・・・・熱媒体温水供給管、１４・・
・・・・熱媒体温水供給戻り管、 １５・・・・・・補
給水供給管、 １７・・・・・・熱交換コイル、１８
・・・・・・連絡管、 １９・・・・・・温水の種間移
動を示す矢印、 ２０・・・・・・流体対流を示す矢印
、２１・・・・・・温水Ｑ１の流れ方向を示す矢印、２
２・・・・・・中・低温水Ｑ２の流れ方向を示す矢印、
２３・・・・・・温水Ｑ３の流れ方向を示す矢印、２４
・・・・・・熱媒体温水の循環を示す矢印、２５・・・
・・・補給水の供給を示す矢印、２７・・・・・・中・
低温水給湯管、 ２８・・・・・・中・低温水給湯戻り
管、
第１図
２３′FIG. 1 is a system diagram showing the functions of a conventional hot water storage type water heater, and FIG. 2 is a system diagram showing the functions of the hot water storage type water heater according to the present invention. A: Water heater body, B: High temperature hot water storage water heater body, C: Medium/low temperature water heater body, Ql: Hot water, Q2. ...Medium/low temperature water, Q3...Hot water, W...Makeup water,
]-=-3・Heating device, 2... Pressurized water supply device, 3... Medium/low temperature water pressurized water supply device, 4.
...heat medium hot water circulation device, 6.7.8---
--Thermometer, 9a, 9b. 9 c s 9 d % 9 e s 9 f % 9
g s 9 h s 91 %9j... valve,
11... Hot water supply pipe, 12... Hot water return pipe, 13... Heat medium hot water supply pipe, 14...
... Heat medium hot water supply return pipe, 15 ... Makeup water supply pipe, 17 ... Heat exchange coil, 18
......Connection pipe, 19...Arrow showing interspecies movement of hot water, 20...Arrow showing fluid convection, 21...Flow direction of hot water Q1 Arrow showing, 2
2...Arrow indicating the flow direction of medium/low temperature water Q2,
23...Arrow indicating the flow direction of hot water Q3, 24
...Arrow indicating the circulation of heat medium hot water, 25...
...Arrow indicating supply of makeup water, 27...Middle...
Low temperature water supply pipe, 28... Medium/low temperature water supply return pipe, Fig. 1 23'
Claims (1)
温貯湯温水器本体Ｂと、得た高温水を熱媒体として得る
、中・低温水（６５℃〜１５℃）を貯湯する中・低温水
貯湯温水器本体Ｃを一対として形成している貯湯式温水
器に関して。高温貯湯温水器本体Ｂと中・低温貯湯温水
器本体Ｃの上層部と下層部に、加熱によって生じる流体
対流２０を利用し、温水を相互の槽に移動せしめる連絡
管１８を形成した事を特徴とする、貯湯式温水器。A high-temperature water storage water heater body B having a heating device for obtaining high-temperature water (80°C or higher), and a medium-low temperature water heater that stores medium-low temperature water (65°C to 15°C) using the obtained high-temperature water as a heat medium. Concerning a hot water storage type water heater formed as a pair of water storage water heater bodies C. A feature is that communication pipes 18 are formed in the upper and lower parts of the high temperature hot water storage water heater main body B and the medium/low temperature hot water storage water heater main body C to transfer hot water to each tank using fluid convection 20 generated by heating. A storage type water heater.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2116075A JPH0413047A (en) | 1990-05-02 | 1990-05-02 | Storage type water heater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2116075A JPH0413047A (en) | 1990-05-02 | 1990-05-02 | Storage type water heater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPH0413047A true JPH0413047A (en) | 1992-01-17 |
Family
ID=14678094
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP2116075A Pending JPH0413047A (en) | 1990-05-02 | 1990-05-02 | Storage type water heater |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH0413047A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2009120890A (en) * | 2007-11-13 | 2009-06-04 | Nippon Steel Corp | Bearing structure of roll used in molten-metal plating bath |
| WO2013024826A1 (en) * | 2011-08-12 | 2013-02-21 | 株式会社ビクター特販 | Heat recovery apparatus and heat recovery system |
-
1990
- 1990-05-02 JP JP2116075A patent/JPH0413047A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2009120890A (en) * | 2007-11-13 | 2009-06-04 | Nippon Steel Corp | Bearing structure of roll used in molten-metal plating bath |
| WO2013024826A1 (en) * | 2011-08-12 | 2013-02-21 | 株式会社ビクター特販 | Heat recovery apparatus and heat recovery system |
| JP2013057494A (en) * | 2011-08-12 | 2013-03-28 | Victor Tokuhan Co Ltd | Heat recovery apparatus and heat recovery system |
| US9664379B2 (en) | 2011-08-12 | 2017-05-30 | Victor Tokuhan Co., Ltd. | Heat recovery apparatus and heat recovery system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103282722A (en) | Method to regulate a one-ipe heat supply system | |
| CN202635230U (en) | Greenhouse cold and heat exchange system with deep-buried ground source heat pump | |
| Yang et al. | Heating and cooling system for utilization of surplus air thermal energy in greenhouse and its control logic | |
| JPH0413047A (en) | Storage type water heater | |
| KR102277557B1 (en) | Thermal storage heating and cooling system for smart farm using thermal energy | |
| US4159595A (en) | Installation for cultivating plants | |
| NL8401886A (en) | HEAT DISTRIBUTION WITH BUFFER SYSTEM. | |
| US4638943A (en) | Method of heating any building or room and apparatus for carrying out the said method | |
| EP0160638B1 (en) | Control system for combination heating | |
| EP3901525A1 (en) | Local energy distributing system, local heat extracting assembly and methods for controlling the same | |
| EP2226571A1 (en) | Assembly and method for warming drinking water for a usage or tapping point | |
| CN211721339U (en) | Real-time monitoring device for irrigation of irrigation area | |
| CN211153003U (en) | Water circulation system device for assisting heat storage of dome-shaped greenhouse | |
| KR20130058092A (en) | Heating system using thermal storage tank | |
| CN208387439U (en) | A kind of energy-saving and environment-friendly temperature control arable farming bed | |
| CN206423358U (en) | Cultivate fish Constant temperature hatch seedling system | |
| CN205902517U (en) | Root heating apparatus | |
| Brugger | Some application of floor heating in commercial Ohio greenhouses | |
| KR102589159B1 (en) | Film for vinyl house of heating and cooling | |
| KR20220099289A (en) | Greenhouse energy supply method using convergence energy production and storage technology | |
| CN209710886U (en) | Miniature planting potato heating system | |
| KR102020181B1 (en) | System for heating farmland based on environmental information | |
| JPH0215125Y2 (en) | ||
| KR102157098B1 (en) | Hot air heater combined with halogen heater | |
| JPS58134919A (en) | Heating and cooling system in horticulture greenhouse |