CN204438544U - A kind of combined type water heater - Google Patents
A kind of combined type water heater Download PDFInfo
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- CN204438544U CN204438544U CN201520005979.1U CN201520005979U CN204438544U CN 204438544 U CN204438544 U CN 204438544U CN 201520005979 U CN201520005979 U CN 201520005979U CN 204438544 U CN204438544 U CN 204438544U
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 640
- 239000008400 supply water Substances 0.000 claims description 21
- 238000010079 rubber tapping Methods 0.000 claims description 5
- 238000004134 energy conservation Methods 0.000 abstract description 2
- 239000007789 gas Substances 0.000 description 32
- 238000010586 diagram Methods 0.000 description 9
- 210000000056 organ Anatomy 0.000 description 4
- 238000010438 heat treatment Methods 0.000 description 3
- 239000008236 heating water Substances 0.000 description 3
- 239000003245 coal Substances 0.000 description 2
- 239000000567 combustion gas Substances 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 1
- 229910052802 copper Inorganic materials 0.000 description 1
- 239000010949 copper Substances 0.000 description 1
- 230000008676 import Effects 0.000 description 1
- 230000001105 regulatory effect Effects 0.000 description 1
Classifications
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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
A kind of combined type water heater disclosed in the utility model, form by solar water heater and air-source water heater or with electric heater or with gas heater or combine with boiler, than being used alone, air-source water heater or electric heater or gas heater or boiler are more energy-conservation, use convenient.
Description
Technical field
The utility model relates to water heater, the thermal technology that solar water heater combines with air-source water heater, electric heater, gas heater, boiler, is to provide a kind of device utilizing solar water heater and air-source water heater, electric heater, gas heater, boiler heating water.
Background technology
Solar water heater utilizes solar energy heating water, can save electric energy, combustion gas and coal, and then can not utilize solar energy overcast and rainy with night, air-source water heater, electric heater, gas heater and boiler heating water need to consume certain electric energy, combustion gas and coal.
Summary of the invention
The purpose of this utility model is to provide a kind of a kind of device utilizing solar water heater and air-source water heater or electric heater or gas heater or boiler to combine.
In order to achieve the above object, embodiment of the present utility model is: a kind of combined type water heater, forms, it is characterized in that, specifically comprise by solar water heater and air-source water heater or with electric heater or with gas heater or combine with boiler:
Or 1. described solar water heater is pressure-bearing type with air-source water heater: the outlet pipe of pressure-bearing type solar water heater is connected the water inlet pipe mouth of bearing type air energy water heater, or connect the water inlet pipe mouth of electric heater or connect the water inlet pipe mouth of gas heater or connect the water inlet pipe mouth of boiler, mixed water valve is connect with water end (W.E.) at bearing type air energy water heater or electric heater or gas heater or boiler heat supplying water pipe, mixed water valve is connected to water inlet pipe, or is connected to water inlet pipe at the outlet pipe of pressure-bearing type solar water heater; Water inlet pipe serial connection control valve, taps into the water inlet pipe mouth that the outlet pipe after water pipe connects bearing type air energy water heater; Or connect the water inlet pipe mouth of electric heater, or connect the water inlet pipe mouth of gas heater, or connect the water inlet pipe mouth of boiler; On outlet pipe after water inlet pipe is connected with outlet pipe, or the boiler of bearing type air energy water heater or the boiler of electric heater or boiler are equipped with temperature sensor, in appropriate position, controller is housed, or magnetic valve is connected in series on water inlet pipe, outlet pipe after water inlet pipe is connected with outlet pipe or on the boiler of bearing type air energy water heater or the boiler of electric heater or boiler, temperature sensor is housed, is equipped with controller in appropriate position.
Or 2. described solar water heater is pressure-bearing type, air-source water heater is water falling type: the outlet pipe of pressure-bearing type solar water heater, connect the water inlet pipe mouth of water falling type air-source water heater boiler, mixed water valve is connect with water end (W.E.) at water falling type air-source water heater heat supply water pipe, mixed water valve is connected to water inlet pipe, or water pipe is tapped on the outlet pipe of pressure-bearing type solar water heater, water inlet pipe is serially connected with control valve, taps into the water inlet pipe mouth that the outlet pipe after water pipe connects water falling type air-source water heater boiler; Outlet pipe on water falling type air-source water heater boiler or after tapping into water pipe there is temperature sensor, in appropriate position, controller is housed; Or magnetic valve is connected in series on water inlet pipe, the outlet pipe on the boiler of water falling type air-source water heater or after tapping into water pipe there is temperature sensor, in appropriate position, controller is housed.
Or 3. described solar water heater is water falling type, described air-source water heater is pressure-bearing type, and the outlet pipe of water falling type solar water heater and the outlet pipe of bearing type air energy water heater are connected on two water inlet pipe mouths on three-way magnetic valve respectively; An effluent pipe mouth connects heat supply water pipe, heat supply water pipe connect mixed water valve with water end (W.E.), mixed water valve is connected to water inlet pipe.The boiler of water falling type solar water heater is equipped with temperature sensor, in appropriate position, controller is housed.
Or 4. described solar water heater is water falling type, described air-source water heater is water falling type, the outlet pipe of water falling type solar water heater and the outlet pipe of water falling type air-source water heater are connected on two water inlet pipe mouths on three-way magnetic valve respectively, an effluent pipe mouth connects heat supply water pipe, heat supply water pipe connect mixed water valve with water end (W.E.), mixed water valve is connected to water inlet pipe.The boiler of water falling type solar water heater is equipped with temperature sensor, in appropriate position, controller is housed.Or water falling type solar water heater and water falling type air-source water heater totally one boiler, water falling type solar water heater and boiler form loop by circulation pipe, loop there is solar energy circulating pump, water falling type solar water heater and boiler there is temperature sensor, in appropriate position, controller is housed.
As preferably, described pressure-bearing type solar water heater is bearing pressure stagnation type solar water heater, is connected in series forms by multiple bobbins arranged in parallel.
As preferably, described multiple bobbins are fixed in incubator, cover transparent cover plate.
As preferably, each bobbin arranges transparent thermal retardation cover.
As preferably, described bobbin inner-use clapboard is divided into the identical little cylinder of two sizes, and two little cylinder one end are airtight, and one end is communicated with, and two airtight little cylinders have water inlet pipe mouth and effluent pipe mouth.
The connection of pressure-bearing type solar water heater and bearing type air energy water heater or electric heater or gas heater or boiler, when there is no sunshine, cold water in pressure-bearing type solar water heater enters in the boiler of bearing type air energy water heater, or in the pipe entering electric heater or in boiler, or enter in the pipe of gas heater, or enter in boiler, the water temperature of setting is heated to by bearing type air energy water heater or electric heater or gas heater or boiler; When there being sunshine, water temperature in pressure-bearing type solar water heater rises, and hot water enters in the boiler of bearing type air energy water heater, or in the water pipe entering electric heater or in boiler, or in the pipe entering gas heater or enter in boiler; When hot water temperature lower than arrange use coolant-temperature gage time, bearing type air energy water heater or electric heater or gas heater or boiler continue to be heated to use coolant-temperature gage.When the water temperature in pressure-bearing type solar water heater is higher than the water temperature arranged, people regulate water temperature bearing type air energy water heater or electric heater or gas heater or boiler heat supplying water pipe with the mixed water valve of water end (W.E.), or pass through temperature sensor, controller makes control valve open, cold water in water inlet pipe is injected in outlet pipe, water temperature in outlet pipe is higher, valve opening is larger, the cold water injected is more, water temperature is made to be reduced to coolant-temperature gage, or pass through temperature sensor, controller makes magnetic valve open, cold water in water inlet pipe is injected in outlet pipe, water temperature in outlet pipe is reduced.
The connection of pressure-bearing type solar water heater and water falling type air-source water heater, water in pressure-bearing type solar water heater enters in the boiler of water falling type air-source water heater through outlet pipe, when there is no sunshine, cold water in boiler is heated by water falling type air-source water heater, when there being sunshine, hot water in pressure-bearing type solar water heater also do not reach setting use coolant-temperature gage time, after entering into the boiler of water falling type air-source water heater, the water temperature being heated to arrange is continued by water falling type air-source water heater, when the water temperature in pressure-bearing type solar water heater higher than arrange use coolant-temperature gage time, people mix water valve adjustment water temperature to using coolant-temperature gage in using with water end (W.E.) of water falling type air-source water heater heat supply water pipe, or pass through temperature sensor, the control valve on water inlet pipe opened by controller, the cold water in water inlet pipe is made to be injected in outlet pipe, water temperature in outlet pipe is higher, the cold water injected is more, the water temperature in outlet pipe is made to be down to the use coolant-temperature gage of setting, or by temperature sensor and controller, open the magnetic valve on water inlet pipe, water temperature in reduction water falling type air-source water heater boiler is to using coolant-temperature gage.
Water falling type solar water heater and bearing type air energy water heater in conjunction with time, when not having sunshine, three-way magnetic valve is opened with the hot-water line connecing bearing type air energy water heater, and bearing type air energy water heater provides hot water.When there being sunshine, when the water temperature in water falling type solar water heater reaches the water temperature of people's setting, temperature sensor makes three-way magnetic valve open with the outlet pipe be communicated with on water falling type solar water heater by controller, make to close with the outlet pipe be communicated with on bearing type air energy water heater, water falling type solar water heater provides hot water, when the water temperature that the water temperature in water falling type solar water heater is arranged higher than people, people regulate water temperature to use coolant-temperature gage with water end (W.E.) by mixed water valve at heat supply water pipe.
Water falling type solar water heater and water falling type air-source water heater in conjunction with time, when there is no sunshine, three-way magnetic valve is opened with the outlet pipe connecing water falling type air-source water heater, water falling type air-source water heater provides hot water, when the water temperature in water falling type solar water heater boiler reaches more than the temperature of people's setting, temperature sensor makes three-way magnetic valve open with the outlet pipe be communicated with on water falling type solar water heater by controller, make to close with the outlet pipe be communicated with on water falling type air-source water heater, water falling type solar water heater provides hot water, when the water temperature that the hot water in water falling type solar water heater boiler is arranged higher than people, people regulate water temperature with water end (W.E.) by mixed water valve at heat supply water pipe.Or water falling type solar water heater and water falling type air-source water heater totally one boiler time, when not having sunshine, the water in boiler is heated to the water temperature arranged by water falling type air-source water heater.When there being sunshine, the water in boiler is heated jointly by water falling type solar water heater and water falling type air-source water heater.When be heated to setting use coolant-temperature gage time, water falling type air-source water heater stops heating, when the hot water in water falling type solar water heater is higher than hot water uniform temperature value in boiler, controller starts solar energy circulating pump and imports in boiler by the hot water in water falling type solar water heater, the water temperature temperature difference in water falling type solar water heater and boiler is reduced by iterative cycles, when the water temperature in boiler is higher than the water temperature arranged, people mix water valve adjustment water temperature in using with water end (W.E.) of heat supply water pipe.
Solar water heater and air-source water heater or electric heater or gas heater or boiler are combined, and than being used alone, air-source water heater or electric heater or gas heater or boiler are more energy-conservation.
Accompanying drawing explanation
The schematic diagram (one) that Fig. 1 pressure-bearing type solar water heater combines with bearing type air energy water heater;
Fig. 2 is the schematic diagram (two) that pressure-bearing type solar water heater combines with bearing type air energy water heater;
The schematic diagram (one) that Fig. 3 pressure-bearing type solar water heater combines with water falling type air-source water heater;
Fig. 4 is the schematic diagram (two) that pressure-bearing type solar water heater combines with water falling type air-source water heater;
Fig. 5 is the schematic diagram that water falling type solar water heater is connected with bearing type air energy water heater;
Fig. 6 is the schematic diagram () that water falling type solar water heater is connected with water falling type air-source water heater;
Fig. 7 is the schematic diagram (two) that water falling type solar water heater is connected with water falling type air-source water heater;
The schematic diagram (one) of a kind of bearing pressure stagnation type solar water heater of Fig. 8;
Fig. 9 is a kind of schematic diagram (two) of bearing pressure stagnation type solar water heater.
Detailed description of the invention
Embodiment 1
As shown in Figure 1, the outlet pipe 2 of pressure-bearing type solar water heater 1 connects the water inlet pipe mouth 5 of bearing type air energy water heater 3, or connects the water inlet pipe mouth of electric heater, or connects the water inlet pipe mouth of gas heater, or connects the water inlet pipe mouth of boiler.At the effective water end (W.E.) of supplying hot water of bearing type air energy water heater 3, or the effective water end (W.E.) of the supplying hot water of electric heater or gas heater or boiler connects mixed water valve, and mixed water valve is connected to water inlet pipe.
When there is no sunshine, cold water from pressure-bearing type solar water heater 1 in the boiler 4 that outlet pipe 2 enters into bearing type air energy water heater 3, or in the pipe of electric heater or in boiler, or in gas and hot water organ pipe, or in boiler, the water temperature that people arrange is heated to by bearing type air energy water heater 3 or electric heater or gas heater or boiler, when there being sunshine, hot water in pressure-bearing type solar water heater 1 enters in the boiler 4 of bearing type air energy water heater 3 through outlet pipe 2, or in the pipe of electric heater or in boiler, or in the pipe of gas heater, or in boiler, when the water temperature that the water temperature in pressure-bearing type solar water heater 1 is arranged lower than bearing type air energy water heater 3 or electric heater or gas heater or boiler, by bearing type air energy water heater 3 or electric heater or gas heater or boiler continue to be heated to setting with coolant-temperature gage, when the water temperature in pressure-bearing type solar water heater 1 is higher than the water temperature arranged, people regulate water temperature at the effective water end (W.E.) of supplying hot water of bearing type air energy water heater 3 or electric heater or gas heater or boiler with mixed water valve.Or as shown in Figure 2, the outlet pipe 7 of pressure-bearing type solar water heater 6 taps into water pipe 8, water inlet pipe 8 is connected in series control valve 9 or magnetic valve 9, tap into the water inlet pipe mouth 13 that the outlet pipe 10 after water pipe 8 connects the boiler 12 of bearing type air energy water heater 11, or connect the water inlet pipe mouth of electric heater, or connect the water inlet pipe mouth of gas heater, or connect the water inlet pipe mouth of boiler, the boiler 12 of outlet pipe 10 or bearing type air energy water heater 11 or the boiler of electric heater or boiler there is temperature sensor 14, in appropriate position, controller 15 is housed.
When there is no sunshine cold water from pressure-bearing type solar water heater 6 through outlet pipe 7, outlet pipe 10 enters in the boiler 12 of bearing type air energy water heater 11, or in the pipe of electric heater or in boiler, or in gas and hot water organ pipe, or in boiler, by bearing type air energy water heater 11, or electric heater or gas heater or boiler are heated to the water temperature that people arrange, when there being sunshine, hot water in pressure-bearing type solar water heater 6 enters in the boiler 12 of bearing type air energy water heater 11 through outlet pipe 7 and outlet pipe 10, or in the water pipe of electric heater or in boiler, or in the pipe of gas heater, or in boiler.When the water temperature in pressure-bearing type solar water heater 6 is lower than bearing type air energy water heater 11, or electric heater, or gas heater, or boiler arrange water temperature time, by bearing type air energy water heater 11, or electric heater, or gas heater, or boiler continues the use coolant-temperature gage being heated to setting, when the water temperature in pressure-bearing type solar water heater 6 higher than arrange use coolant-temperature gage time, temperature sensor 14 makes control valve 9 or magnetic valve 9 open by controller 15, cold water in water inlet pipe 8 is injected in outlet pipe 10, when in outlet pipe 10, or in the boiler 12 of bearing type air energy water heater 11, or in the water pipe of electric heater or in boiler, or in gas and hot water organ pipe, or water temperature is higher in boiler, control valve 9 leaves larger, the cool water quantity entered is more, make in outlet pipe 10, or in the boiler 12 of bearing type air energy water heater 11, or in electric heater boiler, or in gas and hot water organ pipe, or the water temperature in boiler is reduced to people's coolant-temperature gage.
Embodiment 2
The outlet pipe 19 of pressure-bearing type solar water heater 16 connects the boiler 18 of water falling type air-source water heater 17 as shown in Figure 3, connects mixed water valve at the effective water end (W.E.) of the supplying hot water of water falling type air-source water heater 17, and mixed water valve is connected to water inlet pipe.When there is no sunshine, cold water enters in the boiler 18 of water falling type air-source water heater 17 from pressure-bearing type solar water heater 16 through outlet pipe 19, the use coolant-temperature gage arranged is heated to by water falling type air-source water heater 17, when there being sunshine, hot water in pressure-bearing type solar water heater 16 enters in the boiler 18 of water falling type air-source water heater 17 through outlet pipe 19, when the temperature of hot water is lower than the water temperature arranged, the water temperature being heated to arrange is continued by water falling type air-source water heater 17, when water temperature in pressure-bearing type solar water heater 16 is higher than the water temperature arranged, people regulate water temperature at the mixed water valve of the effective water end (W.E.) of the supplying hot water of water falling type air-source water heater 17, as shown in Figure 4, the outlet pipe 21 of pressure-bearing type solar water heater 20 is connected to water inlet pipe 25, water inlet pipe 25 is serially connected with control valve 26 or magnetic valve 26, tap into the boiler 23 that the outlet pipe 24 after water pipe 25 connects water falling type air-source water heater 22, temperature sensor 27 is had on outlet pipe 24 or on boiler 23, in appropriate position, controller 28 is housed, when there is no sunshine, cold water from pressure-bearing type solar water heater 20 through outlet pipe 21, outlet pipe 24 enters in the boiler 23 of water falling type air-source water heater 22, the use coolant-temperature gage arranged is heated to by water falling type air-source water heater 22, when there being sunshine, hot water in pressure-bearing type solar water heater 20, through outlet pipe 21, outlet pipe 24 enters in the boiler 23 of water falling type air-source water heater 22, when the temperature of hot water is lower than the water temperature arranged, the water temperature being heated to arrange is continued by water falling type air-source water heater 22, when the water temperature in pressure-bearing type solar water heater 20 higher than arrange use coolant-temperature gage time, temperature sensor 27 is by controller 28, control valve 26 or magnetic valve 26 are opened, cold water in water inlet pipe 25 injects in outlet pipe 24, water temperature in the boiler 23 of water falling type air-source water heater 22 is reached and uses coolant-temperature gage.
Embodiment 3
As shown in Figure 5, when water falling type solar water heater 29 is connected with bearing type air energy water heater 31, the outlet pipe 30 of water falling type solar water heater 29 is connected on three-way magnetic valve 35 two water inlet pipe mouths respectively with the outlet pipe 33 of bearing type air energy water heater 31, the effluent pipe mouth of three-way magnetic valve 35 connects heat supply water pipe 36, heat supply water pipe 36 connects mixed water valve, and mixed water valve is connected to water inlet pipe.The boiler of water falling type solar water heater there is temperature sensor 37, in appropriate position, controller 38. is housed
When there is no sunshine, three-way magnetic valve 35 is opened with the outlet pipe 33 being connected bearing type air energy water heater 31, close with the outlet pipe 30 being connected water falling type solar water heater 29, bearing type air energy water heater 31 provides hot water, when there being sunshine, water in water falling type solar water heater 29 is heated, when being heated to the water temperature that people are arranged, temperature sensor 37 makes three-way magnetic valve 35 cut out with the outlet pipe 33 being connected bearing type air energy water heater 31 by controller 38, open with the outlet pipe 30 being connected water falling type solar water heater 29, when the water temperature in water falling type solar water heater is higher than the water temperature arranged, people mix water valve adjustment water temperature in using with water end (W.E.) of heat supply water pipe 36.
Embodiment 4
As shown in Figure 6, the outlet pipe 40 of water falling type solar water heater 39 is connected on three-way magnetic valve two water inlet pipe mouths respectively with the outlet pipe 43 of water falling type air-source water heater 41, an effluent pipe mouth connects heat supply water pipe 46, heat supply water pipe 46 connect mixed water valve with water end (W.E.), mixed water valve is connected to water inlet pipe.The boiler of water falling type solar water heater 39 there is temperature sensor 47, in appropriate position, controller 48. is housed
When there is no sunshine, or have the water temperature in sunshine water falling type solar water heater 39 do not reach setting use coolant-temperature gage time, three-way magnetic valve 45 is opened with the outlet pipe 43 being connected water falling type air-source water heater 41, water falling type air-source water heater 41 provides hot water, when the water temperature in water falling type solar water heater 39 reach setting use coolant-temperature gage time, temperature sensor 47 makes the outlet pipe 40 of the water inlet pipe mouth of three-way magnetic valve 45 and water falling type solar water heater 39 open by controller 48, the outlet pipe 43 of the water inlet pipe mouth of three-way magnetic valve 45 and water falling type air-source water heater 41 is closed, water falling type solar water heater 39 provides hot water, when the water temperature in water falling type solar water heater 39 is higher than when using coolant-temperature gage, people mix water valve adjustment water temperature in using with water end (W.E.) of heat supply water pipe 46.
As shown in Figure 7, water falling type solar water heater 49 and water falling type air-source water heater 50 totally one boiler 51, water falling type solar water heater 49 forms loop by circulation pipe 52 and boiler 51, loop there is solar energy circulating pump 53, water falling type solar water heater 49 with boiler 51 there is temperature sensor 54 and 55, in appropriate position, controller 56 is housed.When not having sunshine, the water in boiler 51 is heated to the water temperature arranged by water falling type air-source water heater 49, and when there being sunshine, the water in boiler 51 is heated jointly by water falling type solar water heater 49 and water falling type air-source water heater 50.When be heated to setting use coolant-temperature gage time, water falling type air-source water heater 50 stops heating, when the hot water in water falling type solar water heater 49 is higher than hot water uniform temperature value in boiler 51, controller 56 starts solar energy circulating pump 53, hot water in water falling type solar water heater 49 is imported in boiler 51, pass through iterative cycles, reduce water falling type solar water heater 49 and the water temperature temperature difference in boiler 51, when the water temperature in boiler 51 is higher than the water temperature arranged, people connect mixed water valve at heat supply water pipe with water end (W.E.), mixed water valve is connected to water inlet pipe, water temperature is regulated by mixed water valve.
As shown in Figure 8: described a kind of bearing pressure stagnation type solar water heater 57, be arranged in parallel within a face by multiple bobbin 58, there is the mouth of pipe 59 tapping into water pipe first bobbin 58 one end, the other end of bobbin 58 is communicated with by communicating pipe 61 with the mouth of pipe of second bobbin arranged in the same way 58, the other end mouth of pipe of second bobbin 58 is communicated with by communicating pipe 61 with the mouth of pipe of the 3rd bobbin arranged in the same way 58, can connect multiple bobbin 58 as required, there is the mouth of pipe 60 of connected water outlet pipe last copper pipe 58 one end.During use, the bobbin of multiple connection arranged in parallel is fixed in incubator, transparent cover plate in incubator lid, cold water is injected in bobbin 58 from the water inlet pipe mouth 59 of first bobbin 58, when there being sunshine, cold water in bobbin 58 is heated, and the hot water after heating extrudes from the mouth of pipe 60 of last bobbin 58.
As shown in Figure 9, a kind of bearing pressure stagnation type solar water heater 62, be arranged in parallel within a face by multiple large bobbin 63, large bobbin 63 inner-use clapboard 64 is divided into equal-sized small bobbin 65 and small bobbin 66, large bobbin 63 closed at both ends, small bobbin 65 in large bobbin 63 and small bobbin 66 one end are closed, and one end is communicated with.There are water inlet pipe mouth 67 and effluent pipe mouth 68 in one end that small bobbin 65 in large bobbin 63 and small bobbin 66 are closed, on one face arranged in parallel for large bobbin 63, make large bobbin 63 has the small bobbin 65 of water inlet pipe mouth 67 and have the small bobbin 66 of effluent pipe mouth 68 in same one end, on first large bobbin 63, the water inlet pipe mouth 67 of small bobbin 65 taps into water pipe, the effluent pipe mouth 68 of the small bobbin 66 on first large bobbin 63 is by connecing the water inlet pipe mouth 67 of small bobbin 65 on second large bobbin 63 communicating pipe 69, multiple large bobbin 63 can be connected as required, during use, the large bobbin 63 of multiple connection arranged in parallel is fixed in incubator, and in incubator lid transparent cover plate, or overlap transparent thermal retardation cover at each large bobbin 63, cold water is injected in large bobbin 63 from the water inlet pipe mouth 67 of small bobbin 65 first large bobbin 63, when there being sunshine, cold water in large bobbin 63 is heated, hot water extrudes from the effluent pipe mouth 68 of small bobbin 66 last large bobbin 63.
Claims (5)
1. a combined type water heater, forms by solar water heater and air-source water heater or with electric heater or with gas heater or combine with boiler, it is characterized in that, specifically comprise:
Or 1. described solar water heater is pressure-bearing type with air-source water heater: the outlet pipe of pressure-bearing type solar water heater is connected the water inlet pipe mouth of bearing type air energy water heater, or connect the water inlet pipe mouth of electric heater or connect the water inlet pipe mouth of gas heater or connect the water inlet pipe mouth of boiler, mixed water valve is connect with water end (W.E.) at bearing type air energy water heater or electric heater or gas heater or boiler heat supplying water pipe, mixed water valve is connected to water inlet pipe, or is connected to water inlet pipe at the outlet pipe of pressure-bearing type solar water heater; Water inlet pipe serial connection control valve, taps into the water inlet pipe mouth that the outlet pipe after water pipe connects bearing type air energy water heater; Or connect the water inlet pipe mouth of electric heater, or connect the water inlet pipe mouth of gas heater, or connect the water inlet pipe mouth of boiler; On outlet pipe after water inlet pipe is connected with outlet pipe, or the boiler of bearing type air energy water heater or the boiler of electric heater or boiler are equipped with temperature sensor, in appropriate position, controller is housed, or magnetic valve is connected in series on water inlet pipe, outlet pipe after water inlet pipe is connected with outlet pipe or on the boiler of bearing type air energy water heater or the boiler of electric heater or boiler, temperature sensor is housed, is equipped with controller in appropriate position;
Or 2. described solar water heater is pressure-bearing type, air-source water heater is water falling type: the outlet pipe of pressure-bearing type solar water heater, connect the water inlet pipe mouth of water falling type air-source water heater boiler, mixed water valve is connect with water end (W.E.) at water falling type air-source water heater heat supply water pipe, mixed water valve is connected to water inlet pipe, or water pipe is tapped on the outlet pipe of pressure-bearing type solar water heater, water inlet pipe is serially connected with control valve, taps into the water inlet pipe mouth that the outlet pipe after water pipe connects water falling type air-source water heater boiler; Outlet pipe on water falling type air-source water heater boiler or after tapping into water pipe there is temperature sensor, in appropriate position, controller is housed; Or magnetic valve is connected in series on water inlet pipe, the outlet pipe on the boiler of water falling type air-source water heater or after tapping into water pipe there is temperature sensor, in appropriate position, controller is housed;
Or 3. described solar water heater is water falling type, described air-source water heater is pressure-bearing type, and the outlet pipe of water falling type solar water heater and the outlet pipe of bearing type air energy water heater are connected on two water inlet pipe mouths on three-way magnetic valve respectively; An effluent pipe mouth connects heat supply water pipe, heat supply water pipe connect mixed water valve with water end (W.E.), mixed water valve is connected to water inlet pipe; The boiler of water falling type solar water heater is equipped with temperature sensor, in appropriate position, controller is housed;
Or 4. described solar water heater is water falling type, described air-source water heater is water falling type, the outlet pipe of water falling type solar water heater and the outlet pipe of water falling type air-source water heater are connected on two water inlet pipe mouths on three-way magnetic valve respectively, an effluent pipe mouth connects heat supply water pipe, heat supply water pipe connect mixed water valve with water end (W.E.), mixed water valve is connected to water inlet pipe; The boiler of water falling type solar water heater is equipped with temperature sensor, in appropriate position, controller is housed; Or water falling type solar water heater and water falling type air-source water heater totally one boiler, water falling type solar water heater and boiler form loop by circulation pipe, loop there is solar energy circulating pump, water falling type solar water heater and boiler there is temperature sensor, in appropriate position, controller is housed.
2. combined type water heater according to claim 1, is characterized in that, described pressure-bearing type solar water heater is bearing pressure stagnation type solar water heater, is connected in series forms by multiple bobbins arranged in parallel.
3. combined type water heater according to claim 2, is characterized in that, is fixed in incubator, covers transparent cover plate by described multiple bobbins.
4. combined type water heater according to claim 2, is characterized in that, each bobbin arranges transparent thermal retardation cover.
5. combined type water heater according to claim 2, is characterized in that, described bobbin inner-use clapboard is divided into the identical little cylinder of two sizes, and two little cylinder one end are airtight, and one end is communicated with, and two airtight little cylinders have water inlet pipe mouth and effluent pipe mouth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520005979.1U CN204438544U (en) | 2015-01-06 | 2015-01-06 | A kind of combined type water heater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520005979.1U CN204438544U (en) | 2015-01-06 | 2015-01-06 | A kind of combined type water heater |
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| CN204438544U true CN204438544U (en) | 2015-07-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520005979.1U Expired - Fee Related CN204438544U (en) | 2015-01-06 | 2015-01-06 | A kind of combined type water heater |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104501424A (en) * | 2015-01-06 | 2015-04-08 | 胡建军 | Combined water heater |
| CN106091404A (en) * | 2016-08-02 | 2016-11-09 | 史洪坤 | A kind of New-type water heater |
-
2015
- 2015-01-06 CN CN201520005979.1U patent/CN204438544U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104501424A (en) * | 2015-01-06 | 2015-04-08 | 胡建军 | Combined water heater |
| CN106091404A (en) * | 2016-08-02 | 2016-11-09 | 史洪坤 | A kind of New-type water heater |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150701 Termination date: 20160106 |