CN102679581A - Solar water boiling device - Google Patents
Solar water boiling device Download PDFInfo
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- CN102679581A CN102679581A CN 201110055460 CN201110055460A CN102679581A CN 102679581 A CN102679581 A CN 102679581A CN 201110055460 CN201110055460 CN 201110055460 CN 201110055460 A CN201110055460 A CN 201110055460A CN 102679581 A CN102679581 A CN 102679581A
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- 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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
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Abstract
The invention relates to a solar water boiling heater which is a split type solar water heating product. The solar drinking device comprises a container A, a living water insulation container C and a drinking water insulation container B; wherein the container A is arranged in a header insulation layer of a solar water heater; and the drinking water insulation container B is additionally arranged on a pipeline connected with the living water insulation container C. The solar water boiling device is used for heating several kilograms of cold water in the heating container A; when water in the container A is heated to the set high dewatering temperature, little cold water in the pipeline is discharged to the container C, and then high temperature water is discharged to the container B through automatic control; cold water is automatically added in the container A after the high temperature water in the container A is emptied; the cold water in the container A is continuously heated so as to circularly produce high temperature water; overflowed high temperature water in the container B is directly discharged to the container C; the container C is automatically closed when being filled with the water so as to prevent water from overflowing; water in the container A and a connecting water pipe is discharged in the container C every night, and water in the container B needs to be emptied; and water in the container A and an external pipeline is automatically discharged to the container C when the temperature of the container A is close to the freezing point. The product has the characteristics that the functions of anti-freezing and supplying boiling water are added on the basis of supplying living hot water; and water being heated to high temperature as soon as outflowing is harmful to growth of bacterium.
Description
A kind of solar boiler is a split-type structural.Be located on container A and the pipeline that domestic water cool-bag C connects in the header heat-insulation layer by solar water heater and set up a drinking water cool-bag B.Many thermal-collecting tubes are to several kilograms of cold water Fast Heating in the container A, when water reaches the boiling water temperature at discharging condensate of setting; Can enter a spot of cold water in the water pipe in the container C earlier by automatic control, boiling water commutates and enters in the container B, fills it up with cold water after the boiling water emptying in the container A automatically and continues heating, and circulation produces boiling water.Boiling water in the container B reaches designated water level, directly enters in the container C during water outlet.Water in the container C reaches designated water level, automatic disconnection entering water electromagnetic valve circuit, and the pass is closed the anti-sealing spill-over of water and is gone out.Every night with in the container A and the water that connects in the water pipe enter automatically in the domestic water cool-bag C, use up the water in the container B.People can conveniently obtain fresh boiling water and domestic water again at second day.Water outlet is with regard to the growth of the unfavorable bacterium of Da Gaowen.When temperature in the container A during near freezing point, the water in its container A and the outdoor pipeline enters in the container C automatically.Thereby reach antifreeze purpose.It is a mechanical field, is a kind of renewal product of solar heating engineering.
Background technology; For the solar boiler industry, a control is automatically arranged, energy-conservation, the solar water heater product that boiling water and domestic water are provided is that everybody expects.Fungi-proofing, freeze not bad and boiling water is provided fast is the difficult problem of the industry always, and up to now, temperature was fit to the growth of bacterium when all there was majority in the prior solar water heater product about 50 degree, and is unfavorable to health.Long-time heating is directed at water quality deterioration, and is not drinkable.Winter, freezing can not the use happened occasionally, and caused the loss of property.Function singleness can not accomplish to make the best use of everything.Solar boiler of the present invention adopts: solar water heater is located on container A and the pipeline that domestic water cool-bag C connects in the header heat-insulation layer and sets up a drinking water cool-bag B.Utilize several kilograms of cold water in its container A of solar water heater heating; When the water in the container A is raised to the high temperature temperature at discharging condensate of setting; By automatic control, enter a spot of water in the pipeline in the container C earlier, high-temperature water enters in the container B again; Automatically add cold water to designated water level after the water emptying in the container A and continue heating, circulation produces boiling water.Boiling water in the container B reaches designated water level, and the liquid-level switch D that is located at container B top breaks off the power supply of reversing solenoid valve, directly enters in the container C during water outlet.Water in the container C reaches designated water level, and the liquid-level switch E that is located at container C top breaks off the entering water electromagnetic valve circuit, and the pass is closed the anti-sealing spill-over of water and gone out.Every night with in the container A and the water that connects in the water pipe enter in the container C.Use up the water in the container B.People can steep the tea in boiling water again at second day easily, had a bath with warm water.Water outlet is with regard to the growth of the unfavorable bacterium of Da Gaowen.When temperature in the container A during near freezing point, water in the container A and the water in the outdoor pipeline enter in the container C automatically, reach antifreeze purpose.
Summary of the invention; 1. apply flexibly water cool-bag C all one's life; Water inlet connecting port, exhaust outlet and a liquid-level switch E are established in its top, and the water connecting port is established in the bottom.But liquid-level switch E designated water level.Remaining when setting its water level have certain volume.
One drinking water cool-bag B; Water inlet connecting port, exhaust outlet and a liquid-level switch D are established in its top, and the water connecting port is established in the bottom.Liquid-level switch D can set its water level.
One solar water heater; In order to heat several kilograms of cold water among its header heat-insulation layer inner pressurd vessel A.Two of its container A set up breather line separately, a thermocouple are installed also in the container A inner chamber, the container bottom is established the water flowing duct coupling and connected with a water pipe, the water pipe bottom respectively with one on the water inlet of water solenoid valve delivery port and a drain solenoid valve connect.Last water solenoid valve water inlet pipeline connects the water pipe of running water.Drain solenoid valve delivery port pipeline connects with a reversing solenoid valve water inlet, and two delivery port pipelines of reversing solenoid valve connect with the water inlet pipe of container B and the water inlet pipe of container C respectively.
One integrated circuit controller; Can initialization system temperature control boiling water temperature at discharging condensate, set near water and draining required time freezing point temperature control temperature at discharging condensate, settings in, set time-delay commutating period, set the time control water discharge time of every night, control the action that could go up water and draining when temperature control reaches setting boiling water temperature at discharging condensate.Its control circuit connects with thermocouple, last water solenoid valve, drain solenoid valve, reversing solenoid valve, a liquid-level switch D, a liquid-level switch E respectively behind the integrated circuit controller joining power.Send the signal of temperature control by thermocouple; Water in the container A reaches when setting the boiling water temperature at discharging condensate: the thermocouple sender: integrated circuit controller starts drain solenoid valve to be opened, and enters a spot of water in the pipeline in the container C earlier reversing solenoid valve time-delay work in several seconds; Switching-over enters boiling water in the warm container B; In the time of setting, close drain solenoid valve and reversing solenoid valve after the boiling water emptying in the container A, start simultaneously and go up water on the water solenoid valve, close after in the time of setting, the cold water in the container A being added to designated water level and close water solenoid valve; Cold water continues heating in container A; Simultaneously thermocouple is lowered the temperature under the cooling of cold water, the power supply of end disconnection thermocouple control circuit when the design temperature of boiling water temperature control draining, and circuit control system gets into control program again.Go round and begin again and to control the supply of various waters automatically.Water in the container B reaches designated water level, and the liquid-level switch D that is located at its top breaks off the power supply of reversing solenoid valve, and water directly enters in the container C.Domestic water cool-bag water reaches designated water level, and the liquid-level switch B that is located at its top breaks off the entering water electromagnetic valve circuit, and the pass is closed the anti-sealing spill-over of water and gone out.When temperature in the container A during near freezing point, thermocouple sender control drain solenoid valve is opened, in the container A and the water in the pipeline enter in the container C.Arrive time control every night water discharge time, with in the container A and the water that connects in the water pipe enter in the container C.Used up the water in the container B same day.Also available water pump regularly enters the water in the container B in the container C every night.
2. like 1 said solar drinking-water device of claim the, wherein two of container A in the header for solar water heater heat-insulation layer set up breather line separately; Its container A is after adding entry: one of them breather line makes the straight-through atmosphere of the air on water surface top in the container, and another breather line stretches in the water in the container.The breather line that container is one is higher than the breather line of other end, in the container when anhydrous by the siphon function, utilize the flow air high temperature in the solar water heater that leaves.Prolonged service life.
3. like 1 said solar drinking-water device of claim the, wherein solar water heater and the some that connects water pipe be installed in outdoor, drinking water cool-bag B and domestic water cool-bag C and advance drainage control system and be installed in indoor.Reach antifreeze purpose.
Description of drawings; Fig. 1, the schematic diagram embodiment of expression solar boiler of the present invention
Ask for an interview Fig. 1; Solar boiler comprises a solar water heater (10): establish container A (13) by header (11) base insulating layer (12) center, many heat-conducting pieces (16) are connected in the bottom of container A (13), pass a plurality of thermal-collecting tube end sockets (15) and stretch into many thermal-collecting tubes (18) inner chamber; Side bar (17; 21) top fixedly connects thermal-collecting tube fixed mount (20) in header (11) bottom, and a plurality of conduit saddles (19) combine with thermal-collecting tube fixed mount (20), the case that is installed in header (11) bottom to many thermal-collecting tubes (18) not in.(13) two of container A set up breather line separately, in container A (13) inner chamber thermocouple (14) are installed also.Container A (13) bottom is established a water flowing duct coupling at least and is connected with a water pipe (31), water pipe (31) bottom establish two pipelines respectively with one on the delivery port and a drain solenoid valve (22) water inlet of water solenoid valve (23) connect.Last water solenoid valve (23) water inlet pipeline connects the water pipe of running water.Drain solenoid valve (22) delivery port pipeline connects with a reversing solenoid valve (24) water inlet.Two delivery port pipelines of reversing solenoid valve (24) respectively with a drinking water cool-bag B (27), the water inlet pipe that apply flexibly water cool-bag C (28) all one's life connects.The water channel normal open that leads to container C (28) in the reversing solenoid valve (24).The water inlet pipe of container B (27) wherein, blast pipe and liquid-level switch (25) are located at its top, and the bottom sets out water pipe.The water inlet pipe of container C (28), blast pipe and liquid-level switch (26) are located at its top, and the bottom sets out water pipe.Container (13) is in the pipeline extreme higher position, and it is unimpeded to be convenient to draining.Behind one integrated circuit controller (33) joining power its control circuit respectively with respectively with thermocouple (14), last water solenoid valve (23), drain solenoid valve (22), reversing solenoid valve (24), liquid-level switch D (25), liquid-level switch E (26) connects.
The specific embodiment; The integrated circuit controller energized of solar boiler, initialization system temperature control boiling water temperature at discharging condensate is near freezing point temperature control temperature at discharging condensate.Capacity and entering water electromagnetic valve according to water in the solar water heater container A go out water solenoid valve, and the flow of water pipe is set the time control of water solenoid valve and drain solenoid valve respectively and advanced water discharge time.According to the pipe warp of drainpipe and the time-delay commutating period of length setting reversing solenoid valve; Set the time control water discharge time of every night; The distance up and down of regulating drinking water cool-bag liquid-level switch and domestic water cool-bag liquid-level switch is set the water level of drinking water cool-bag and domestic water cool-bag; Set that the water level of domestic water cool-bag is remaining to have certain surplus, the water spill-over goes out when preventing near freezing point emptying and evening emptying.Last water solenoid valve water inlet pipeline is connected the water source of running water.Receive that many thermal-collecting tubes heat up on the solar light irradiation solar water heater, many heat-conducting pieces are given its header heat-insulation layer inner pressurd vessel A the thermal energy conduction in the thermal-collecting tube, to several kilograms of cold water Fast Heating in the container A.Thermocouple sender when reaching boiling water draining design temperature; Integrated circuit controller control drain solenoid valve is opened draining; Enter domestic water cool-bag C to the water in the pipeline, reversing solenoid valve commutates in the delay time of setting, and enters drinking water cool-bag B to boiling water.Boiling water in the container A in the time of setting, close after the emptying drain solenoid valve start automatically on water on the water solenoid valve; Close after in the time of setting, the cold water in the container A being added to designated water level and close water solenoid valve; Continue heating in the cold water vessels A; Thermocouple is lowered the temperature under the cooling of cold water simultaneously, and the power supply of closing on the thermocouple control circuit gets into control program again in the setting boiling water temperature at discharging condensate of temperature control system at the end.Go round and begin again and to control the supply of boiling water and domestic water automatically.Water in the drinking water cool-bag B reaches designated water level, and the liquid-level switch D that is located at container B top breaks off the power supply of reversing solenoid valve, directly enters during water outlet in the domestic water cool-bag C.Domestic water cool-bag C water reaches designated water level, and the liquid-level switch E that is located at container C top breaks off the entering water electromagnetic valve circuit, and the pass is closed the anti-sealing spill-over of water and gone out.Water outlet is with regard to the growth of the unfavorable bacterium of Da Gaowen.When temperature in the container A during near freezing point temperature control temperature at discharging condensate, thermocouple sender control drain solenoid valve is opened, in its container A and the water in the outdoor pipeline enter automatically in the domestic water cool-bag C, thereby reach antifreeze purpose.Arrive time control every night water discharge time, integrated circuit controller control drain solenoid valve is opened, and the water in water in the solar water heater container A and the connection water pipe is entered in the domestic water cool-bag C, uses up the water in the drinking water cool-bag B same day.Also available water pump regularly enters the water in the drinking water cool-bag B in the domestic water cool-bag C every night.Can obtain fresh drinking water and domestic water easily again in second day.
Claims (3)
- A kind of solar boiler; It is split-type structural.Supply boiling water and antifreeze function on supply domestic hot-water's basis, have been increased.It is characterized in that;1. apply flexibly water cool-bag C all one's life; Water inlet connecting port, exhaust outlet and a liquid-level switch E are established in its top, and the water connecting port is established in the bottom.But liquid-level switch E designated water level.Remaining when setting its water level have certain volume.One drinking water cool-bag B; Water inlet connecting port, exhaust outlet and a liquid-level switch D are established in its top, and the water connecting port is established in the bottom.Liquid-level switch D can set its water level.One solar water heater; In order to heat several kilograms of cold water among its header heat-insulation layer inner pressurd vessel A.Two of its container A set up breather line separately, a thermocouple are installed also in the container A inner chamber, the container bottom is established the water flowing duct coupling and connected with a water pipe, the water pipe bottom respectively with one on the water inlet of water solenoid valve delivery port and a drain solenoid valve connect.Last water solenoid valve water inlet pipeline connects the water pipe of running water.Drain solenoid valve delivery port pipeline connects with a reversing solenoid valve water inlet, and two delivery port pipelines of reversing solenoid valve connect with the water inlet pipe of container B and the water inlet pipe of container C respectively.One integrated circuit controller; Can initialization system temperature control boiling water temperature at discharging condensate, set near water and draining required time freezing point temperature control temperature at discharging condensate, settings in, set time-delay commutating period, set the time control water discharge time of every night, control the action that could go up water and draining when temperature control reaches setting boiling water temperature at discharging condensate.Its control circuit connects with thermocouple, last water solenoid valve, drain solenoid valve, reversing solenoid valve, a liquid-level switch D, a liquid-level switch E respectively behind the integrated circuit controller joining power.Send the signal of temperature control by thermocouple; Water in the container A reaches when setting the boiling water temperature at discharging condensate: the thermocouple sender: integrated circuit controller starts drain solenoid valve to be opened, and enters a spot of water in the pipeline in the container C earlier reversing solenoid valve time-delay work in several seconds; Switching-over enters boiling water in the warm container B; In the time of setting, close drain solenoid valve and reversing solenoid valve after the boiling water emptying in the container A, start simultaneously and go up water on the water solenoid valve, close after in the time of setting, the cold water in the container A being added to designated water level and close water solenoid valve; Cold water continues heating in container A; Simultaneously thermocouple is lowered the temperature under the cooling of cold water, the power supply of end disconnection thermocouple control circuit when the design temperature of boiling water temperature control draining, and circuit control system gets into control program again.Go round and begin again and to control the supply of various waters automatically.Water in the container B reaches designated water level, and the liquid-level switch D that is located at its top breaks off the power supply of reversing solenoid valve, and water directly enters in the container C.Domestic water cool-bag water reaches designated water level, and the liquid-level switch B that is located at its top breaks off the entering water electromagnetic valve circuit, and the pass is closed the anti-sealing spill-over of water and gone out.When temperature in the container A during near freezing point, thermocouple sender control drain solenoid valve is opened, in the container A and the water in the pipeline enter in the container C.Arrive time control every night water discharge time, with in the container A and the water that connects in the water pipe enter in the container C.Used up the water in the container B same day.Also available water pump regularly enters the water in the container B in the container C every night.
- 2. like 1 said solar drinking-water device of claim the, wherein two of container A in the header for solar water heater heat-insulation layer set up breather line separately; Its container A is after adding entry: one of them breather line makes the straight-through atmosphere of the air on water surface top in the container, and another breather line stretches in the water in the container.The breather line that container is one is higher than the breather line of other end, in the container when anhydrous by the siphon function, utilize the flow air high temperature in the solar water heater that leaves.Prolonged service life.
- 3. like 1 said solar drinking-water device of claim the, wherein solar water heater and the some that connects water pipe be installed in outdoor, drinking water cool-bag B and domestic water cool-bag C and advance drainage control system and be installed in indoor.Reach antifreeze purpose.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110055460 CN102679581A (en) | 2011-03-09 | 2011-03-09 | Solar water boiling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110055460 CN102679581A (en) | 2011-03-09 | 2011-03-09 | Solar water boiling device |
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| Publication Number | Publication Date |
|---|---|
| CN102679581A true CN102679581A (en) | 2012-09-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201110055460 Pending CN102679581A (en) | 2011-03-09 | 2011-03-09 | Solar water boiling device |
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| CN (1) | CN102679581A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103175316A (en) * | 2013-04-10 | 2013-06-26 | 王相杰 | Solar non-pressure-bearing temperature-saturation preventing control system |
| CN103453666A (en) * | 2013-09-27 | 2013-12-18 | 安庆三维电器有限公司 | Full-automatic electric-heating water boiler control device |
-
2011
- 2011-03-09 CN CN 201110055460 patent/CN102679581A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103175316A (en) * | 2013-04-10 | 2013-06-26 | 王相杰 | Solar non-pressure-bearing temperature-saturation preventing control system |
| CN103175316B (en) * | 2013-04-10 | 2016-02-24 | 王相杰 | The non-pressure anti-filament saturation control system of solar energy |
| CN103453666A (en) * | 2013-09-27 | 2013-12-18 | 安庆三维电器有限公司 | Full-automatic electric-heating water boiler control device |
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20120919 |