CN203100260U - Household integral water tank for four-inner-container solar water heater - Google Patents
Household integral water tank for four-inner-container solar water heater Download PDFInfo
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- CN203100260U CN203100260U CN 201320099165 CN201320099165U CN203100260U CN 203100260 U CN203100260 U CN 203100260U CN 201320099165 CN201320099165 CN 201320099165 CN 201320099165 U CN201320099165 U CN 201320099165U CN 203100260 U CN203100260 U CN 203100260U
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/20—Solar thermal
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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 utility model provides a household integral water tank for a four-inner-container solar water heater. The household integral water tank for the four-inner-container solar water heater comprises an outer container, a water temperature and water level sensor installing port, a cold water supply pipe, a lower exhaust pipe, a first water communicating device, a second water communicating device, a third water communicating device, a first floating-ball water diversion port, a second floating-ball water diversion port, a third floating-ball water diversion port, a fourth floating-ball water diversion port, a temperature sensing device installing port, a hot water outlet pipe, an electric heating rod installing port, a first inner container, a second inner container, a third inner container, a fourth inner container, a first air communicating device, a second air communicating device, a third air communicating device, a first isolation heat preserving layer, a second isolation heat preserving layer and heat preserving layers among a third isolation heat preserving layer, the inner containers and the outer container. The temperature of air discharged by the household integral water tank for the four-inner-container solar water heater is the lowest in the four-inner-container solar water heater, water sources are saved, heat loss is reduced, and the temperature reduced at night is 3-5 DEG C lower than that reduced by a common solar water heater.
Description
Technical field
The utility model belongs to field of solar energy, is specifically related to family expenses one four inner container solar water heater tanks.
Background technology
The existing single inner bag of family expenses one solar water heater is many, the little pair of inner bag and three inner bags, exhaust mode is divided into two kinds of exhaust and following exhausts, and last water has two kinds of last moisturizing and following moisturizings, and draining has two kinds of side draining and following drainings.Present solar water heater shortcoming: (1) single courage winter almost is a resting state, sunlight is not enough just can't to produce hot water, making the auxilliary heat of electricity consumption burn the power consumption of premium on currency more than 100 does not say, time is also long, and heating rod has only centimeter length more than 40, the non-constant of horizontal heat conduction of water is even if electrical heating also can cause in one case water one to be cold water of hot water.(2) electrical heating of on the contrary accomplishing of two courages and three courages only need be burnt 1/2nd casees water or 1/3rd casees water, but the heat energy that can not utilize solar water heater to absorb fully.(3) existing solar water heater is no matter be that the gas that last exhaust or following exhaust mode are discharged all is air the hottest in the solar water heater, what discharge after water temperature to 90 degree is exactly water smoke, (this energy consumption is exactly water evaporates and heat loss so just to have increased energy consumption greatly, just the water capacity in the water tank is easily done, and water tank water temperature fall overnight is bigger).(4) existing solar water heater water is from top to bottom in proper order, the water of elder generation's usefulness all is the water of water tank bottommost, according to physical phenomenon hot water come-up principle, the hot water water temperature of use is that low earlier back is high, meets to add the phenomenon that cold water will appear directly using in water midway.
The utility model content
The utility model provides the family expenses one four inner container solar water heater tanks, can well overcome the above problems.
The utility model provides the family expenses one four inner container solar water heater tanks, it is characterized in that: described family expenses one four inner container solar water heater tanks comprise outer courage, the water-temperature water-level sensor installing port, the cold water upper hose, following blast pipe, the first water linker, the second water linker, the 3rd water linker, the first ball float irrigating gate, the second ball float irrigating gate, the 3rd ball float irrigating gate, the 4th ball float irrigating gate, the heat detector installing port, the hot water outlet pipe, the electrically heated rod installing port, first inner bag, second inner bag, the 3rd inner bag, the 4th inner bag, the first air communication device, the second air communication device, the 3rd air communication device, first isolation insulation layer, second isolation insulation layer, heat-insulation layer between the 3rd isolation insulation layer and the inside and outside courage, first inner bag, second inner bag, the 3rd inner bag and the 4th inner bag are set up in parallel successively, heat-insulation layer between the inside and outside courage wraps up first inner bag, second inner bag, the 3rd inner bag and the 4th inner bag, between first inner bag and second inner bag first isolation insulation layer is set, between second inner bag and the 3rd inner bag second isolation insulation layer is set, between the 3rd inner bag and the 4th inner bag the 3rd isolation insulation layer is set, first inner bag is provided with the water-temperature water-level sensor installing port, cold water upper hose and following blast pipe, the first air communication device that is communicated with first inner bag and second inner bag is set on the top of first isolation insulation layer, the second air communication device that is communicated with second inner bag and the 3rd inner bag is set on the top of second isolation insulation layer, the 3rd air communication device that is communicated with the 3rd inner bag and the 4th inner bag is set on the top of the 3rd isolation insulation layer, first end of the first water linker connects the first ball float irrigating gate, first end of the first water linker and the first ball float irrigating gate are arranged on the inside of first inner bag, second end of the first water linker is arranged on the inside of second inner bag, first end of the second water linker connects the second ball float irrigating gate, first end of the second water linker and the second ball float irrigating gate are arranged on the inside of second inner bag, second end of the second water linker is arranged on the inside of the 3rd inner bag, first end of the 3rd water linker connects the 3rd ball float irrigating gate, first end of the 3rd water linker and the 3rd ball float irrigating gate are arranged on the inside of the 3rd inner bag, second end of the 3rd water linker is arranged on the inside of the 4th inner bag, hot water outlet pipe's first end connects the 4th ball float irrigating gate, hot water outlet pipe's first end and the 4th ball float irrigating gate are arranged on the inside of the 4th inner bag, hot water outlet pipe's second end is arranged on the bottom of the 4th inner bag, the electrically heated rod installing port is arranged on bottom, the 4th inner bag side, and the heat detector installing port is arranged on the bottom of the 4th inner bag.
According to concrete technical scheme of the present utility model, wherein, the cold water upper hose is arranged on the first inner bag bottom from first isolation insulation layer, 4 centimeters, and cold water upper hose first end is arranged on the inside of first inner bag, and second end of cold water upper hose reaches the outside of first inner bag from the bottom of first inner bag.
According to concrete technical scheme of the present utility model, wherein, following blast pipe is arranged on first inner bag near termination 3 centimeters, first end of following blast pipe is arranged on the inside of first inner bag apart from the first inner bag top, 1.5 centimeters, and second end of following blast pipe reaches the outside of first inner bag from the bottom of first inner bag.
According to concrete technical scheme of the present utility model, wherein, the first water linker, first end connects the first ball float irrigating gate, and second end reaches in second inner bag from second isolation insulation layer, 4 centimeters by first isolation insulation layer below.
According to concrete technical scheme of the present utility model, wherein, the second water linker, first end connects the second ball float irrigating gate, and second end reaches in the 3rd inner bag from the 3rd isolation insulation layer 4 centimeters by second isolation insulation layer below.
According to concrete technical scheme of the present utility model, wherein, the 3rd water linker first end connects the 3rd ball float irrigating gate, and second end reaches in the 4th inner bag from the 4th inner bag termination 4 centimeters by the 3rd isolation insulation layer below.
According to concrete technical scheme of the present utility model, wherein, hot water outlet pipe's first end connects the 4th ball float irrigating gate, and 4 centimeters reach the outside of the bottom of the 4th inner bag to second end from the termination by the 4th inner bag.
According to concrete technical scheme of the present utility model, wherein, the heat detector installing port is arranged on the 4th inner bag bottom near the 3rd isolation insulation layer place.
The advantage of family expenses one four inner container solar water heater tanks of the present utility model is: winter local running water water temperature when the 10 degree left and right sides, the sun shines just can obtain the hot water of spending 50 in 3 hours more; Do not have under the sunlight prerequisite, the water yield of the auxilliary heat heating of the electricity of solar water heater is between 8-50 rises, a suitable domestic, electric water heater, and also more energy-conservation than electric heater, because the water temperature of the 4th inner bag is higher than the water temperature of running water far away; The air that family expenses one four inner container solar water heaters are discharged is the air of minimum temperature in the solar energy, and is on the contrary with regular solar, saves the water source and also reduces heat loss, lack 3 to 5 than the degree of cooling at night of regular solar water heater and spends; It is also on the contrary with the water order of common solar water heater that the draining of family expenses one four inner container solar water heaters is underneath type but water orders, be from top to down, the water that just begins usefulness is the water of maximum temperature in the solar energy, pipeline and extraneous heat conduction just begun owing to can have certain loss, for example the water tank upper water temperature is 65 degree, the bottom generally is about 61 degree, the water that begins usefulness was the hot water of 65 degree originally, because pipeline heat absorption, may have only 60 degree to tap, few with water tank bottom water temperature difference, because the pipeline heat absorption is saturated, therefore when using the water of water tank bottom, the water temperature of tap also is 60 degree, so the used hot water of family expenses one four inner container solar water heaters is the metastable hot water of temperature; With the solar water heater of this patent solar water heater water tank fully can the limit with water on the waterside; Can drip hot water in the solar energy each with the solar water heater of this patent solar water heater water tank and all utilize and put in place, comprise the hot water in the endothermic tube.
Description of drawings
The following drawings only is intended to the utility model done and schematically illustrates and explain, does not limit scope of the present utility model.Wherein:
Fig. 1 is the schematic diagram of family expenses one four inner container solar water heater tanks.
The drawing reference numeral explanation:
The outer courage of 1-, 2-water-temperature water-level sensor installing port, 3-cold water upper hose, blast pipe under the 4-, the 5-first water linker, the 6-second water linker, 7-the 3rd water linker, the 8-first ball float irrigating gate, the 9-second ball float irrigating gate, 10-the 3rd ball float irrigating gate, 11-the 4th ball float irrigating gate, 12-heat detector installing port, the 13-hot water outlet pipe, 14-electrically heated rod installing port, 15-first inner bag, 16-second inner bag, 17-the 3rd inner bag, 18-the 4th inner bag, the 19-first air communication device, the 20-second air communication device, 21-the 3rd air communication device, 22-first isolation insulation layer, 23-second isolation insulation layer, 24-the 3rd isolation insulation layer, the heat-insulation layer between the inside and outside courage of 25-.
The specific embodiment
Mode with specific embodiment illustrates the utility model below, but the utility model never only limits to the following example.
Family expenses one four inner container solar water heater tanks, as shown in Figure 1, described family expenses one four inner container solar water heater tanks comprise outer courage 1, water-temperature water-level sensor installing port 2, cold water upper hose 3, following blast pipe 4, the first water linker 5, the second water linker 6, the 3rd water linker 7, the first ball float irrigating gate 8, the second ball float irrigating gate 9, the 3rd ball float irrigating gate 10, the 4th ball float irrigating gate 11, heat detector installing port 12, the hot water outlet pipe 13, electrically heated rod installing port 14, first inner bag 15, second inner bag 16, the 3rd inner bag 17, the 4th inner bag 18, the first air communication device 19, the second air communication device 20, the 3rd air communication device 21, first isolation insulation layer 22, second isolation insulation layer 23, heat-insulation layer 25 between the 3rd isolation insulation layer 24 and the inside and outside courage, first inner bag 15, second inner bag 16, the 3rd inner bag 17 and the 4th inner bag 18 are set up in parallel successively, heat-insulation layer 25 parcels first inner bag 15 between the inside and outside courage, second inner bag 16, the 3rd inner bag 17 and the 4th inner bag 18, between first inner bag 15 and second inner bag 16 first isolation insulation layer 22 is set, between second inner bag 16 and the 3rd inner bag 17 second isolation insulation layer 23 is set, between the 3rd inner bag 17 and the 4th inner bag 18 the 3rd isolation insulation layer 24 is set, first inner bag 15 is provided with water-temperature water-level sensor installing port 2, cold water upper hose 3 and following blast pipe 4, the first air communication device 19 that is communicated with first inner bag 15 and second inner bag 16 is set on the top of first isolation insulation layer 22, the second air communication device 20 that is communicated with second inner bag 16 and the 3rd inner bag 17 is set on the top of second isolation insulation layer 23, the 3rd air communication device 21 that is communicated with the 3rd inner bag 17 and the 4th inner bag 18 is set on the top of the 3rd isolation insulation layer 24, first end of the first water linker 5 connects the first ball float irrigating gate 8, first end of the first water linker 5 and the first ball float irrigating gate 8 are arranged on the inside of first inner bag 15, second end of the first water linker 5 is arranged on the inside of second inner bag 16, first end of the second water linker 6 connects the second ball float irrigating gate 9, first end of the second water linker 6 and the second ball float irrigating gate 9 are arranged on the inside of second inner bag 16, second end of the second water linker 6 is arranged on the inside of the 3rd inner bag 17, first end of the 3rd water linker 7 connects the 3rd ball float irrigating gate 10, first end of the 3rd water linker 7 and the 3rd ball float irrigating gate 10 are arranged on the inside of the 3rd inner bag 17, second end of the 3rd water linker 7 is arranged on the inside of the 4th inner bag 18, hot water outlet pipe 13 first end connects the 4th ball float irrigating gate 11, hot water outlet pipe 13 first end and the 4th ball float irrigating gate 11 are arranged on the inside of the 4th inner bag 18, hot water outlet pipe 13 second end is arranged on the bottom of the 4th inner bag 18, electrically heated rod installing port 14 is arranged on bottom, the 4th inner bag 18 side, and heat detector installing port 12 is arranged on the bottom of the 4th inner bag 18.
First isolation insulation layer 22, second isolation insulation layer 23 and the 3rd isolation insulation layer 24 all are the blowing agents of the high insulation of high density, and the insulation between outer courage and the inner bag is with common identical, does not just specifically introduce at this.
Just there is not the sun to need electrical heating at last, the electrically heated rod installing port 14 of solar water heater is arranged on the 4th inner bag 18, electrical heating length is equally long with the 4th inner bag, has utilized the strong superiority of the vertical thermal conductivity of water fully, and the hot water in the 4th inner bag does not have too big water temperature difference.The capacity of this patent solar water heater the 4th inner bag is generally at 30-90 liter (size according to solar energy is decided), heating can be regulated between 5L-the 4th inner bag heap(ed) capacity according to water consumption, one machine is when two machines usefulness, and more energy-conservation than electric heater, because the water temperature of the 4th inner bag is the water of maximum temperature in the solar energy all the time.Utilize this water linker to utilize the principle of hot water come-up can each hot water in the 4th inner bag all be used up.
The first water of going up is gathered 20% of the about water tank of heat pipe mouth, water in the thermal energy transfer feed-tank that solar time water just absorbs thermal-collecting tube, when adding water once more, because each water tank will keep water level balance, so the water according to maximum temperature in hot water come-up principle first inner bag 15 can be transported to second inner bag 16 by the first water linker 5, analogizing second inner bag 16 in due order according to this principle also is that the hottest water is pushed to the 3rd inner bag 17, the 3rd inner bag 17 is pushed the hottest water to the 4th inner bag 18 again, if continue to have the sun to continue slowly to add water first inner bag 15 so, second inner bag 16, the 3rd inner bag 17, the 4th inner bag 18 temperature on the basis of different starting point water temperatures continues to rise, even if as long as 8 hours the sun was arranged in the winter of severe cold, the water of the 4th inner bag 18 will be boiling water, saves energy.This ball float irrigating gate, water linker are to be linked on the continuous stainless steel tube of water tank bottom two-stage by food grade silica gel hose of a ball float irrigating gate link, and the ball float irrigating gate floats on the surface all the time, is the hottest water so be discharged to the water of next stage.
Cold water upper hose 3 is arranged on first inner bag, 15 bottoms from first isolation insulation layer, 4 centimeters, cold water upper hose 3 first ends are arranged on the inside of first inner bag 15, second end of cold water upper hose 3 reaches the outside of first inner bag 15 from the bottom of first inner bag 15, that is to say that water feeding mode belongs to moisturizing type down.
Following blast pipe 4 is arranged on first inner bag 15 near termination 3 centimeters, first end of following blast pipe 4 is arranged on the inside of first inner bag 15 apart from first inner bag, 15 tops, 1.5 centimeters, second end of following blast pipe 4 reaches the outside of first inner bag 15 from the bottom of first inner bag 15, that is to say that exhaust mode belongs to exhaust type down.
Utilize air communication device and following exhaust can reduce heat loss and water evaporates, principle is that the highest air themperature so of the 4th inner bag water temperature also is the highest, hot gas has only by the 3rd unique air communication device and is discharged to the 3rd inner bag, the 3rd inner bag water temperature is lower than the 4th inner bag, the hot-air that the 4th inner bag is come just has been equivalent to condensation by the heat transmission, hot-air is become distilled water stayed the 3rd inner bag, analogizing first inner bag in due order is the minimum one-level of water temperature, so the air of discharging also is the air of lower temperature, has reduced water loss and has also reduced thermal losses.
Utilize air communication device and following exhaust can reduce heat loss and water evaporates, principle is that the water temperature of the 4th inner bag 18 is the highest, air themperature also is the highest so, hot gas has only the 3rd inner bag 17 that is discharged to previous stage by the 3rd unique air communication device 21, the water temperature of the 3rd inner bag 17 of previous stage is lower than the 4th inner bag 18, the hot-air that the 4th inner bag 18 is come just has been equivalent to condensation by the heat transmission, hot-air is become distilled water stayed the 3rd inner bag 17, also reduced thermal losses so reduced water loss.Analogizing first inner bag 15 in due order is the minimum inner bags of water temperature, so the air of discharging also is the air of lower temperature.
The solar water heater hot water outlet below, but the inside is the ball float irrigating gate, so the hot water of using is usefulness from top to bottom, thereby to reach the limit also unaffected with waterside Jia Shui.
The first water linker, 5 first ends connect the first ball float irrigating gate, 8, the second ends and reach in second inner bag 16 from second isolation insulation layer, 4 centimeters by first isolation insulation layer, 22 belows.
The second water linker, 6 first ends connect the second ball float irrigating gate, 9, the second ends and reach in the 3rd inner bag 17 from the 3rd isolation insulation layer 4 centimeters by second isolation insulation layer, 23 belows.
The 3rd water linker 7 first ends connect the 3rd ball float irrigating gate 10, the second ends and reach in the 4th inner bag 18 from the 4th inner bag termination 4 centimeters by the 3rd isolation insulation layer 24 belows.
Hot water outlet pipe's 13 first ends connect the 4th ball float irrigating gate 11, the second ends, and 4 centimeters reach the outside of the bottom of the 4th inner bag 18 from the termination by the 4th inner bag 18.
Heat detector installing port 12 is arranged on the 4th inner bag 18 bottoms near the 3rd isolation insulation layer 24 places.
During last water, water is from 3 water inlets of cold water upper hose, according to the water balance principle, water can pass through the first water linker 5 during last water, the second water linker 6 and the 3rd water linker 7 flow to each inner bag, water-temperature water-level sensor installing port 2 is convenient to install water-temperature water-level sensor and is avoided water on the Artificial Control, heat detector installing port 12 is convenient to install heat detector makes the user know that the water temperature of water is to avoid the boiling water scald, hot water is discharged to the water terminal from hot water outlet pipe 13, the air of every grade of inner bag is discharged into the previous stage inner bag by unique passing away air communication device when adding water, finally is discharged to the outside of solar water heater water tank by following blast pipe 4.
Family expenses one four inner container solar water heater tanks, as shown in Figure 1, described family expenses one four inner container solar water heater tanks comprise outer courage 1, water-temperature water-level sensor installing port 2, cold water upper hose 3, following blast pipe 4, the first water linker 5, the second water linker 6, the 3rd water linker 7, the first ball float irrigating gate 8, the second ball float irrigating gate 9, the 3rd ball float irrigating gate 10, the 4th ball float irrigating gate 11, heat detector installing port 12, the hot water outlet pipe 13, electrically heated rod installing port 14, first inner bag 15, second inner bag 16, the 3rd inner bag 17, the 4th inner bag 18, the first air communication device 19, the second air communication device 20, the 3rd air communication device 21, first isolation insulation layer 22, second isolation insulation layer 23, heat-insulation layer 25 between the 3rd isolation insulation layer 24 and the inside and outside courage, first inner bag 15, second inner bag 16, the 3rd inner bag 17 and the 4th inner bag 18 are set up in parallel successively, heat-insulation layer 25 parcels first inner bag 15 between the inside and outside courage, second inner bag 16, the 3rd inner bag 17 and the 4th inner bag 18, between first inner bag 15 and second inner bag 16 first isolation insulation layer 22 is set, between second inner bag 16 and the 3rd inner bag 17 second isolation insulation layer 23 is set, between the 3rd inner bag 17 and the 4th inner bag 18 the 3rd isolation insulation layer 24 is set, first inner bag 15 is provided with water-temperature water-level sensor installing port 2, cold water upper hose 3 and following blast pipe 4, cold water upper hose 3 is arranged on first inner bag, 15 bottoms from first isolation insulation layer, 4 centimeters, cold water upper hose 3 first ends are arranged on the inside of first inner bag 15, second end of cold water upper hose 3 reaches the outside of first inner bag 15 from the bottom of first inner bag 15, that is to say that water feeding mode belongs to moisturizing type down, following blast pipe 4 is arranged on first inner bag 15 near termination 3 centimeters, first end of following blast pipe 4 is arranged on the inside of first inner bag 15 apart from first inner bag, 15 tops, 1.5 centimeters, second end of following blast pipe 4 reaches the outside of first inner bag 15 from the bottom of first inner bag 15, that is to say that exhaust mode belongs to exhaust type down, the first air communication device 19 that is communicated with first inner bag 15 and second inner bag 16 is set on the top of first isolation insulation layer 22, the second air communication device 20 that is communicated with second inner bag 16 and the 3rd inner bag 17 is set on the top of second isolation insulation layer 23, the 3rd air communication device 21 that is communicated with the 3rd inner bag 17 and the 4th inner bag 18 is set on the top of the 3rd isolation insulation layer 24, first end of the first water linker 5 connects the first ball float irrigating gate 8, first end of the first water linker 5 and the first ball float irrigating gate 8 are arranged on the inside of first inner bag 15, second end of the first water linker 5 reaches in second inner bag 16 from second isolation insulation layer, 4 centimeters by first isolation insulation layer, 22 belows, first end of the second water linker 6 connects the second ball float irrigating gate 9, first end of the second water linker 6 and the second ball float irrigating gate 9 are arranged on the inside of second inner bag 16, second end of the second water linker 6 reaches in the 3rd inner bag 17 from the 3rd isolation insulation layer 4 centimeters by second isolation insulation layer, 23 belows, first end of the 3rd water linker 7 connects the 3rd ball float irrigating gate 10, first end of the 3rd water linker 7 and the 3rd ball float irrigating gate 10 are arranged on the inside of the 3rd inner bag 17, second end of the 3rd water linker 7 reaches in the 4th inner bag 18 from the 4th inner bag termination 4 centimeters by the 3rd isolation insulation layer 24 belows, hot water outlet pipe 13 first end connects the 4th ball float irrigating gate 11, hot water outlet pipe 13 first end and the 4th ball float irrigating gate 11 are arranged on the inside of the 4th inner bag 18,4 centimeters reach the outside of the bottom of the 4th inner bag 18 to hot water outlet pipe 13 second end from the termination by the 4th inner bag 18, that is to say that drainage pattern belongs to draining type down, electrically heated rod installing port 14 is arranged on bottom, the 4th inner bag 18 side, and heat detector installing port 12 is arranged on the 4th inner bag 18 bottoms near the 3rd isolation insulation layer 24 places.(winter, the running water temperature was about 15 degree) that calculate by the solar water heater of 100 premium on currency capacity, when the hot water in new clothes this patent solar water heater or the solar water heater uses up, gather about 20% water level of the heat pipe mouth of pipe for regular solar water heater and the moisturizing of this patent solar water heater, two kinds of solar water heaters are in the solar time as one and a half hours winter of severe cold, water temperature in the regular solar water heater is 35 degree, the water temperature of this patent solar water heater inner bags at different levels all is 35 degree, at this moment give two kinds of solar water heater moisturizings to 30%, because heat is transmitted, water temperature in the regular solar water heater is 27 degree, at this moment the water temperature of this patent solar water heater first inner bag 15 is running water temperature 15 degree, after second inner bag, 16 heat are transmitted is 28 degree, the 3rd inner bag 17 and the 4th inner bag 18 still are 35 degree, at this moment the sun is if can also continue two hours inner bag water temperatures at different levels with regard to 20 degree that raise once more, the water temperature of first inner bag 15 is 35 degree, the water temperature of second inner bag 16 is 48 degree, the water temperature of the 3rd inner bag 17 is 55 degree, the water temperature of the 4th inner bag 18 arrive 55 the degree, can use, and the water temperature of common solar water heater also has only 47 degree, water temperature after more than 3 hour is still not enough, at this moment will must electrical heating if there has not been the sun with hot water regular solar water heater, can not use electrical heating but water level is too low, using electrically heated prerequisite is that water level is more than 50%, regular solar wants electrical heating must continue moisturizing to 50%, when moisturizing to 50% the time, the interior water temperature of regular solar water heater tank has dropped to 33 and has spent, to burn 55 degree (calculating) to the water of this 50 liter 33 degree nearly about 1 hour consuming time by 1.5 kilowatts electrical heating, about power consumption 1.5 degree, 50 liters of hot water that burn heat may not necessarily once use up, toing many or too much for use has just wasted, so most of family just need not this water heater.There is not the solar water heater of solar time this patent to come electrical heating according to water consumption, even if the not enough needs of hot water heat again, the water temperature starting point also height than common is a lot, and the heating rod time consumption and energy consumption of same big power has been saved a lot, and the water yield can also at will be regulated between the 5L-80L.
Above-described only is principle of the present utility model and preferred embodiment.Should be pointed out that to those skilled in the art, under the prerequisite that does not break away from the utility model principle, can also make some distortion and improvement, also should be considered as belonging to protection domain of the present utility model.
Claims (8)
1. family expenses one four inner container solar water heater tanks, it is characterized in that: described family expenses one four inner container solar water heater tanks comprise outer courage, the water-temperature water-level sensor installing port, the cold water upper hose, following blast pipe, the first water linker, the second water linker, the 3rd water linker, the first ball float irrigating gate, the second ball float irrigating gate, the 3rd ball float irrigating gate, the 4th ball float irrigating gate, the heat detector installing port, the hot water outlet pipe, the electrically heated rod installing port, first inner bag, second inner bag, the 3rd inner bag, the 4th inner bag, the first air communication device, the second air communication device, the 3rd air communication device, first isolation insulation layer, second isolation insulation layer, heat-insulation layer between the 3rd isolation insulation layer and the inside and outside courage, first inner bag, second inner bag, the 3rd inner bag and the 4th inner bag are set up in parallel successively, heat-insulation layer between the inside and outside courage wraps up first inner bag, second inner bag, the 3rd inner bag and the 4th inner bag, between first inner bag and second inner bag first isolation insulation layer is set, between second inner bag and the 3rd inner bag second isolation insulation layer is set, between the 3rd inner bag and the 4th inner bag the 3rd isolation insulation layer is set, first inner bag is provided with the water-temperature water-level sensor installing port, cold water upper hose and following blast pipe, the first air communication device that is communicated with first inner bag and second inner bag is set on the top of first isolation insulation layer, the second air communication device that is communicated with second inner bag and the 3rd inner bag is set on the top of second isolation insulation layer, the 3rd air communication device that is communicated with the 3rd inner bag and the 4th inner bag is set on the top of the 3rd isolation insulation layer, first end of the first water linker connects the first ball float irrigating gate, first end of the first water linker and the first ball float irrigating gate are arranged on the inside of first inner bag, second end of the first water linker is arranged on the inside of second inner bag, first end of the second water linker connects the second ball float irrigating gate, first end of the second water linker and the second ball float irrigating gate are arranged on the inside of second inner bag, second end of the second water linker is arranged on the inside of the 3rd inner bag, first end of the 3rd water linker connects the 3rd ball float irrigating gate, first end of the 3rd water linker and the 3rd ball float irrigating gate are arranged on the inside of the 3rd inner bag, second end of the 3rd water linker is arranged on the inside of the 4th inner bag, hot water outlet pipe's first end connects the 4th ball float irrigating gate, hot water outlet pipe's first end and the 4th ball float irrigating gate are arranged on the inside of the 4th inner bag, hot water outlet pipe's second end is arranged on the bottom of the 4th inner bag, the electrically heated rod installing port is arranged on bottom, the 4th inner bag side, and the heat detector installing port is arranged on the bottom of the 4th inner bag.
2. family expenses one four inner container solar water heater tanks according to claim 1, it is characterized in that: the cold water upper hose is arranged on the first inner bag bottom from first isolation insulation layer, 4 centimeters, cold water upper hose first end is arranged on the inside of first inner bag, and second end of cold water upper hose reaches the outside of first inner bag from the bottom of first inner bag.
3. family expenses one four inner container solar water heater tanks according to claim 1, it is characterized in that: following blast pipe is arranged on first inner bag near termination 3 centimeters, first end of following blast pipe is arranged on the inside of first inner bag apart from the first inner bag top, 1.5 centimeters, and second end of following blast pipe reaches the outside of first inner bag from the bottom of first inner bag.
4. family expenses one four inner container solar water heater tanks according to claim 1, it is characterized in that: the first water linker, first end connects the first ball float irrigating gate, and second end reaches in second inner bag from second isolation insulation layer, 4 centimeters by first isolation insulation layer below.
5. family expenses one four inner container solar water heater tanks according to claim 1, it is characterized in that: the second water linker, first end connects the second ball float irrigating gate, and second end reaches in the 3rd inner bag from the 3rd isolation insulation layer 4 centimeters by second isolation insulation layer below.
6. family expenses one four inner container solar water heater tanks according to claim 1, it is characterized in that: the 3rd water linker first end connects the 3rd ball float irrigating gate, and second end reaches in the 4th inner bag from the 4th inner bag termination 4 centimeters by the 3rd isolation insulation layer below.
7. family expenses one four inner container solar water heater tanks according to claim 1 is characterized in that: hot water outlet pipe's first end connects the 4th ball float irrigating gate, and 4 centimeters reach the outside of the bottom of the 4th inner bag to second end from the termination by the 4th inner bag.
8. family expenses one four inner container solar water heater tanks according to claim 1 is characterized in that: the heat detector installing port is arranged on the 4th inner bag bottom near the 3rd isolation insulation layer place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320099165 CN203100260U (en) | 2013-03-05 | 2013-03-05 | Household integral water tank for four-inner-container solar water heater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320099165 CN203100260U (en) | 2013-03-05 | 2013-03-05 | Household integral water tank for four-inner-container solar water heater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203100260U true CN203100260U (en) | 2013-07-31 |
Family
ID=48851655
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320099165 Expired - Fee Related CN203100260U (en) | 2013-03-05 | 2013-03-05 | Household integral water tank for four-inner-container solar water heater |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203100260U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107781981A (en) * | 2016-08-24 | 2018-03-09 | 天津海天方圆节能技术有限公司 | A kind of double courage energy-conserving heating devices |
-
2013
- 2013-03-05 CN CN 201320099165 patent/CN203100260U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107781981A (en) * | 2016-08-24 | 2018-03-09 | 天津海天方圆节能技术有限公司 | A kind of double courage energy-conserving heating devices |
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