CN102141265A - Instantly opening and heating water-energy saving water heater system - Google Patents
Instantly opening and heating water-energy saving water heater system Download PDFInfo
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- CN102141265A CN102141265A CN2010101047878A CN201010104787A CN102141265A CN 102141265 A CN102141265 A CN 102141265A CN 2010101047878 A CN2010101047878 A CN 2010101047878A CN 201010104787 A CN201010104787 A CN 201010104787A CN 102141265 A CN102141265 A CN 102141265A
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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
- 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
- Y02B10/70—Hybrid systems, e.g. uninterruptible or back-up power supplies integrating renewable energies
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Abstract
The invention relates to an instantly opening and heating water-energy saving water heater system consisting of a cold water pipeline (1), a water heater (2), a heat-insulating water storage device (3), a hot water pipeline (4) and a hot water terminal (5). In the system, a new idea for solving residual cold water in a pipeline is utilized, thus a problem of waste caused by idle storage of the residual cold water is solved, and an ideal use effect of instantly heating while opening is achieved; in addition, the system has the characteristics of water, energy, time and worry saving, convenience and comfortableness. The instantly opening and heating water-energy saving water heater system is simpler, more reasonable, more convenient and more economical than other traditional systems for solving the problem of the residual cold water, such as a scheme of providing a high-power electric heating water faucet or adding an assistant pipeline for recycling the residual cold water. The instantly opening and heating water-energy saving water heater system disclosed by the invention improves the comfort level of using hot water actually, is suitable for an electric water heater, a gas water heater, a solar water heater or a combined system thereof and is also suitable for a newly assembled water heater system; or by means of the instantly opening and heating water-energy saving water heater system disclosed by the invention, the performances of old systems are improved and enhanced.
Description
Technical field
The present invention relates to a kind of system that heats cold water, specifically, is the energy and water saving type water-heater system device that a kind of heating and insulation combine.
Background technology
Water heater in using at present, no matter be electric heater, gas heater or solar water heater, they all have a common shortcoming, that be exactly exist more or less, surplus cold water sky in various degree puts problem, promptly when just opening the hot water tap, the many surplus cold water of the empty unrestrained expense of having to just can go out hot water.Electric heater adopts the large water tank of preheating, deposits enough hot water, but apart from water heater some the hot water terminals far away also surplus cold water among the emptying hot water line at first, just can go out hot water; After the gas heater igniting, must burn a period of time, just can make burner hearth reach uniform temperature, and the cold surplus water in burner hearth copper pipe and hot water pipeline need emptying before, just can go out hot water then; Solar water heater must be installed in outdoor, and hot water pipeline is longer, and the surplus cold water of emptying needs the longer time, and the water yield of waste is also more.How handling the surplus cold water in the hot water pipeline, reduce the waste of water, improve the comfortableness of using hot water, reach the effect of instant-heating, is the key point that water heater is improved the grade.
Solve at present surplus cold water problem and mainly contain three big methods, one for large power, electrically heats fast hot method, be installed in several kilowatts to tens kilowatts large power, electrically heaters near the hot water tap or simply and tap be integrated, the realization high power strong heats and hot water; Two are row's cold-storage water law, promptly before going out hot water surplus cooled water discharge be kept in the interim water tank; Three are surplus cold water cyclic heating method, promptly earlier surplus cold water are delivered to the heater water inlet again by additional pipeline and continue heating, release after becoming hot water again.These methods or needs surpass the especially big family output power of China's supply standard, perhaps need complicated pipelines and control technology, equipment investment cost height, the old system of transformation difficulty, in addition, these methods may need also to wait for that the regular hour just can obtain hot water, so with the still very uncomfortable convenience of hot water.
Summary of the invention
The energy and water saving type hot water apparatus of instant-heating of the present invention, adopt very simple and diverse solution---at first before the hot water terminal, settle an insulation water receiver little than water heater, when needs are used hot water, remain in the hot water in the insulation water receiver when at first using last time with hot water, allow then and outwards supply water again after the hot water blending in surplus cold water and the insulation water receiver in the pipeline, supply this heated hot water by water heater at last, and store unspent hot water, for using next time.The energy and water saving type water-heater system of instant-heating of the present invention, by cold water pipeline (1), water heater (2), hot water line (4) and hot water terminal (5) are formed, it is characterized by, also comprise one or more insulation water receiver (3) in the system, insulation water receiver (3) is according to the cold surplus water yield among water heater (2) and the hot water line (4) and water outlet speed designs capacity, be installed near the hot water terminal (5), keep water temperature by electric heater, lastly be stored in the hot water that is incubated in the water receiver (3) during with hot water to guarantee to utilize, when using hot water, can reach the result of use of instant-heating next time.
The technique effect of system of the present invention is significantly, and the empty unrestrained expense of residue cold water in the hot water pipeline has been eliminated by being installed in the effect that near the hot water terminal insulation water receiver reaches instant-heating by system, reaches tangible water-saving result; Simultaneously, because the water in the insulation water receiver, mainly still heat by main water heater, main water heater may be a solar water heater, also may be gas heater, usefulness be green energy resource, combustion gas heating expense is also cheap than electrical heating expense, electric heater in the insulation water receiver just plays the effect of insulation with a spot of electric energy, so this device also is energy-conservation; In addition, open from the hot water tap one of apparatus of the present invention and can flow out hot water at once, in the use than existing any water heater Energy and comfort all.And system of the present invention implements easily in addition, the increase expense is few, economy is high, not only is fit to new assembling system, also is fit to the upgrading of old system, the raising performance.
Description of drawings
Fig. 1 is the energy and water saving type water-heater system basic block diagram of instant-heating of the present invention.
Fig. 2 is for containing the water-heater system basic block diagram of the instant-heating that is incubated water receiver in the heater.
Fig. 3 is the solar water heater system basic block diagram with instant-heating and supplementary heating function.
Fig. 4 is the water inlet pipe mouth layout drawing of outlet pipe at the insulation water receiver of lower end.
Fig. 5 is the water inlet pipe mouth layout drawing of another kind of outlet pipe at the insulation water receiver of lower end.
Fig. 6 is the water inlet pipe mouth layout drawing of outlet pipe at the insulation water receiver of upper end.
Fig. 7 is the insulation water receiver schematic diagram that has heat insulation valve.
Fig. 8 is the insulation water receiver schematic diagram that has booster pump.
Fig. 9 has to disturb the insulation water receiver schematic diagram of mixing blender.
Figure 10 has heat insulation valve, booster pump and disturbs the insulation water receiver schematic diagram of mixing blender.
The specific embodiment
Below in conjunction with accompanying drawing, further specify the details of key structure and function in the system of the present invention.
Fig. 1 is the basic structure of system of the present invention.Cold water pipeline (1) in the system of the present invention is the pipeline to system's feeding cold water.Water heater (2) can be the thermal water source of any formation in electric heater, gas heater or the solar water heater, can be that separate unit can be many, also can be two kinds even three kinds of compound thermal water sources that different water heaters constitutes in the said units.Hot water line (4) flows out, flows to through heated hot water the aqueduct of hot water terminal (5) from the thermal water source.Hot water terminal (5) is to be the outlet for the hot water that uses, promptly daily hot water valve that contacts or hot water tap.Insulation water receiver (3) is that the present invention is the important device that surplus cold water of elimination and the water system that reaches plug and play hot water are set up, there is an independently electric heater in the insulation water receiver or its underpart, also have some sensors in the device, there are an electric controller or electronic controller in the outside, electric heater is subjected to the control of electric controller or electronic controller to realize cut-offfing, to keep certain water temperature.
As everyone knows, to so far, most existing water heater all has the empty unrestrained expense of surplus cold water, can not reach once opening the effect that tap goes out hot water at once.Though electric heater has preheating and heat accumulation function, the hot water terminal can not be all on the electric heater next door, all must be by the hot water line to hot water terminal heat supply water.Some hot water terminal is far away, and the hot water line is longer, and these hot water terminals just can go out hot water after the surplus cold water in the hot water line must having been put when just opening.Owing in the whole system a plurality of hot water taps are often arranged, be to be difficult to realize with regard to the ideal effect that goes out hot water at once in case want to open these hot water taps.Need in the average family often to concentrate on two places with hot water---toilet and kitchen, often there is certain spacing at two places, and electric heater often is installed in a place wherein, near the hot water line should locating so is just shorter, can install the insulation water receiver additional.Hot water terminal at another place is far away from electric heater, and the hot water line is just longer, can increase an insulation water receiver, so that reach the result of use of instant-heating.
The basic structure of existing gas heater is a combustion chamber (21), and a heating furnace that can hold several premium on currency is arranged at top, combustion chamber (21), and burner hearth generally is made of copper pipe, and cold water flows in the copper pipe of combustion chamber, and burner then obtains the energy from gas pipeline.General design is after the hot water tap opens, and realizes the ignition of combustion gas by the signal of flowing water, the flame heat copper pipe, and the cold water in the copper pipe is heated, and burner hearth still is cold at that time.Even the hot water terminal is very near from gas heater, the hot water line is very short, cold water in the copper pipe still needs the regular hour just can burn heat becomes hot water, thus at first in the hot water tap, flow out be the hot water line and burner hearth in surplus cold water, more than the surplus cool water quantity electric heater., the insulation water receiver can be installed near the gas heater for this reason, perhaps simply will be incubated water receiver and be placed in the interior bottom of gas heater.For gas heater, even the hot water terminal is very near from water heater, also still need increase the result of use that the insulation water receiver just can reach instant-heating, so gas heater of the present invention system is except water heater, cold water pipeline, hot water line, hot water terminal, the insulation water receiver is absolutely necessary, it is characterized by, water heater (2) is a gas heater, and has an insulation water receiver (3) to be installed in the water heater (2) or its lower end.
Figure 2 shows that the water-heater system basic block diagram that contains the instant-heating that is incubated water receiver in the heater.
For solar water heater, longer from the hot water line of the solar water heater of outdoor introducing, and the regular solar water heater in a large amount of the use is directly-heating type water heater, effluent pipe mouth is in the lower end, the water temperature of lower end is lower again, and surplus cool water quantity is a lot, if need not system of the present invention, the cold water of waste is more, and the time of wait is longer.So from energy-saving and water-saving and the convenient angle of using, for solar water heater system, comprise toilet and kitchen two places, all void will be installed insulation water receiver of the present invention, and the volume of insulation water receiver is bigger, so that fully the surplus cold water in the admixture heat water lines makes leaving water temperature more stable, to reach the result of use of instant-heating.Because solar water heater is subjected to the influence of climate change, when not having enough illumination heat hot water, the water-heater system of instant-heating of the present invention can be combined with additional electrical heating water heater and constitute more practical system, system is by cold water pipeline (1), solar water heater (2 '), hot water line (4) and hot water terminal (5) are formed, it is characterized by, comprise also in the system that one or more has larger capacity and more powerful insulation water receiver (3 '), these insulation water receivers (3 ') are subjected to cooling-water temperature sensor (22) control in the solar water heater (2 '), in case water temperature is too low in the solar water heater, insulation water receiver (3 ') upgrades to the supplementary heating function by simple insulation, to remedy the deficiency of solar energy heating energy.
Fig. 3 is the solar water heater system basic block diagram with instant-heating and supplementary heating function.
Adopt system of the present invention, the last time is used remaining hot water, be stored in the insulation water receiver, and the heat-insulating property of the heat insulation layer of insulation water receiver is good, as long as cost insulation electric energy seldom, it is not cold just can to keep hot water, when needing to use hot water next time, because the insulation water receiver is placed in from the very near place of hot water tap, very short from the insulation water receiver to hot water tap's pipeline, so hot water tap one opens, just can go out hot water at once, not only convenient but also energy-conservation, the waste of also having stopped water.
At present, the electric heater that has occurred a kind of low capacity on the market, the electric heater product of exquisite series " commode treasured " that for example Siemens produced, by name, these product great majority are independent the installation, directly intake by the cold water pipeline, the use of generally can not connecting with other main water heater solves next time surplus cold water mechanism with last hot water in essence difference is arranged with of the present invention.In fact, " commode treasured " neither aim at the surplus cold water problem of solution and design, and compares with the present invention, and many differences are arranged, and for example: " commode treasured " is that cold water is heated in electricity consumption, and more powerful electric heater must be arranged; And insulation water receiver of the present invention need replenish electrical heating to remedy the illumination energy shortage except solar water heating system, and generally just electricity consumption is incubated hot water, so the power of heater is much smaller.In addition, " commode treasured " be according to certain hot water terminal---the independent water consumption design capacity in kitchen for example, and the insulation water receiver is mainly considered hot water line's length and heater kind design capacity, tandem product must have more different capabilities selective, thereby constitute the product line of an economy, with the comfortableness that reaches the whole system water, save water and energy and the target of systemic price ratio.
Figure 4 shows that the water inlet pipe mouth layout drawing of outlet pipe at the insulation water receiver of lower end.Outlet pipe among the figure is placed on the lower end of insulation water receiver, and water inlet pipe can be placed on the upper end of insulation water receiver physically, also can be placed on the lower end of insulation water receiver, and influence is also little.Key is that water inlet pipe mouth is provided with circulative convection and blending that the position can have influence on hot and cold water.If water heater is in the upper end of insulation water receiver, for example, gas heater generally all is installed on the indoor higher position, as need increase an insulation water receiver in gas heater, the upper end of this insulation water receiver is a water inlet pipe often, and the lower end is an outlet pipe.The water inlet pipe mouth of water receiver is provided with three schemes of upper, middle and lower, and different schemes can influence the convection current of water.Fig. 4 c) and Fig. 4 f) water inlet pipe mouth in the upper end of insulation water receiver, when the hot water tap just open, when surplus cold water enters water receiver, the hot water on cold water and upper strata is mixed, helps mutual blending, exports the hot water of stablizing water temperature; But it is fashionable to work as later flow of hot water, and mixed effect is not obvious; Fig. 4 a) and Fig. 4 d) water inlet pipe mouth the insulation water receiver the lower end, when the hot water tap opens for a long time, when the hot water of water heater enters water receiver, the cold water of hot water and lower floor is mixed, helps exporting the hot water of stablizing water temperature, but when surplus cold water flows into, because the hot water tap is also in the lower end, not only mix effect, and surplus cold water influences result of use probably directly earlier through hot water tap's discharge; Fig. 4 b) and Fig. 4 e) water inlet pipe mouth the insulation water receiver middle-end, its effect is between the former two, different schemes respectively has pluses and minuses, can manufacture and design with different requirements according to different system.
Figure 5 shows that the water inlet pipe mouth layout drawing of another kind of outlet pipe at the insulation water receiver of lower end.Though different with Fig. 4 is that outlet pipe is in the lower end, but its opening is on the top of water receiver water layer, and it is well-known, there is lamination in water in same container, the water temperature that is the upper strata is always than the water temperature height of lower floor, when the outlet pipe opening of insulation water receiver during in water layer position, water receiver top, the water temperature of just having opened behind the hot water tap can go out the hot water better effects if when the water receiver bottom than the outlet pipe opening of insulation water receiver.
Figure 6 shows that the layout drawing of the effluent pipe mouth of insulation water receiver in the upper end.A kind of like this be incubated water receiver be placed in the washing chest of kitchen usually or the commode basin under the dressing cabinet in, outlet pipe upwards is connected to the hot water tap, pipeline is very short, helps going out fast hot water.And the hot water line that the general connection of the water inlet pipe of water receiver is laid from ground, it is more convenient to be placed on the bottom.The water inlet pipe mouth position of water receiver is provided with three schemes of upper, middle and lower equally.Fig. 5 a) and Fig. 5 d) water inlet pipe mouth in the lower end of insulation water receiver, when the hot water tap opens for a long time, when the hot water of water heater enters water receiver, the cold water of hot water and lower floor is mixed, help exporting the hot water of stablizing water temperature, but when surplus cold water flowed into, its mixed effect was relatively poor; Fig. 5 c) and Fig. 5 f) water inlet pipe mouth in the upper end of insulation water receiver, when the hot water tap just opens, when surplus cold water entered water receiver, the hot water on cold water and upper strata was mixed, helps exporting the hot water of stablize water temperature, but when flow of hot water fashionable, mix act on not obvious; Fig. 5 b) and Fig. 5 e) water inlet pipe mouth the insulation water receiver middle-end, its effect is planted the compromise of scheme for the first two, different water inlet pipes and outlet pipe are arranged, and its technique effect of nozzle position arrangement all has difference, suitable part and not enough place are also respectively arranged, should be designed according to actual product, to reach reasonable effect.
As a same reason, form, power, the installation site of electric heater in the insulation water receiver, and details such as control mode, temperature sensor installation site, running effect all there is certain influence, it also is the factor that needs mature consideration during system manufactures and designs, both can be conceived according to the characteristics of new system, also can be suitably with reference to the method for designing that has electric heater now.
In order to improve systematic function, reduce surplus cool water quantity as far as possible, should shorten the distance between insulation water receiver and hot water tap as far as possible, to obtain better result of use.But too short distance may make hot water contact hot water tap's metallic object and be cooled very soon, and in order to be incubated, this moment water receiver heater power consumption heat tracing ceaselessly, cause the energy efficiency of system to reduce, do not meet the energy saving of system requirement.For this reason, can also increase a heat insulation valve between the upper water-out mouth of the insulation water receiver in system of the present invention, heat insulation valve comprises valve alive and the heat-insulating pipeline that a proportion is bigger than water, by heat-insulating material or not Heat Conduction Material form, when opening the hot water tap, upper strata hot water in the insulation water receiver is washed heat insulation valve alive open and is arrived the hot water tap, after water finishes, heat insulation valve alive sinks automatically, to form one section heat between insulation water receiver and hot water tap isolates, prevent or reduce heat and scatter and disappear,, also saved electric energy simultaneously to reach better heat insulation effect to the hot water tap.It is characterized by, the effluent pipe mouth of insulation water receiver (3) is in the upper end of insulation water receiver (3), also has a heat insulation valve (31) at this place, heat insulation valve (31) is made up of one section heat-insulating pipeline and the proportion valve heat insulation alive bigger than water, be heat-insulating material or Heat Conduction Material not, heat insulation valve (31) can make hot water not have the outflow of partition, when no hot water flows out, can stop heat to distribute to hot water terminal (5) again.
Fig. 7 is the insulation water receiver schematic diagram that has heat insulation valve of the present invention.
For the insulation water receiver of lower discharging tube, between the lower discharging tube mouth of insulation water receiver, can increase a heat insulation valve too, scatter and disappear to the hot water tap to prevent the hot water thermal amount.But opposite with the upper water-out pipe is, heat insulation valve should comprise valve alive and the heat-insulating pipeline that a proportion is littler than water, by heat-insulating material or not Heat Conduction Material form, its mechanism of action is identical with the situation of upper water-out pipe.It is characterized by, the outlet pipe of insulation water receiver (3) is in the lower end of insulation water receiver (3), also has a heat insulation valve (31) at this place, heat insulation valve (31) is made up of one section heat-insulating pipeline and the proportion valve heat insulation alive littler than water, be heat-insulating material or Heat Conduction Material not, heat insulation valve (31) can make hot water not have the outflow of partition, when no hot water flows out, can stop heat to distribute to hot water terminal (5) again.
Different with " the commode treasured " of independent use, the insulation water receiver of the present invention use of connecting with water heater, after series connection was used, the water resistance of system strengthened, particularly increase heat insulation valve after, also can increase the water resistance of system, influence the flow of hot water.For this reason, can increase a small-sized booster pump in the bottom of insulation water receiver, in the insulation water receiver, a pressure sensor is installed also simultaneously, hydraulic signal is transported to electric controller or electronic controller, control cut-offfing of insulation water receiver booster pump by electric controller or electronic controller, when the hot water tap opens moment, the instantaneous reduction of pressure in the insulation water receiver, this signal starts booster pump automatically, booster pump starts back hydraulic pressure and increases, be enough to overcome the influence of resistance that system surges, sufficient hot water flow is provided.When the hot water tap closes, because booster pump is also working on, cause the hydraulic pressure in the insulation water receiver to raise, high-voltage signal of pressure sensor output, electric controller or electronic controller are closed booster pump automatically.Booster pump is realized also can controlling switching by the flow signal of water the switching except utilizing the water pressure signal, and this method to existing gas heater IGNITION CONTROL is similar.It is characterized by, the inlet end of insulation water receiver (3) also has a booster pump (32), booster pump (32) is installed in the pressure or the flow sensor control of insulation water receiver (3), sensor passes through electric controller or electronic controller is opened booster pump (32) automatically when the unlatching of hot water terminal, hot water flow, closes, closes automatically when hot water stops to flow booster pump (32) in the hot water terminal.
Fig. 8 is the insulation water receiver schematic diagram that has booster pump of the present invention.
In order to make insulation water receiver of the present invention can keep certain hot water temperature better, in the insulation water receiver temperature sensor is arranged, be used for detecting the hot water temperature, so as switch insulation water receiver with electric heater.Because water receiver is the lamination of hot water under static state, also in order to make the surplus cold water energy after entering the insulation water receiver that is in originally among the hot water line mixed with the insulation hot water that stores rapidly, can increase by one in the insulation water receiver disturbs and mixes blender, it is characterized by, there is one to disturb and mix blender (33) in insulation water receiver (3), disturb and mix blender (33) and can when hot water flow, open automatically, can open automatically at interval by certain hour, also can take into account the hot water flow and the time interval opens automatically, to reduce water temperature delamination phenomenon in the insulation water receiver (3), increase the mixed speed of surplus cold water and hot water, to obtain stable hot water water temperature.After the increase of insulation water receiver was disturbed and mixed blender, the temperature difference between the levels in the water receiver reduced, more uniform temperature, and the influence of temperature sensor installation site also can reduce greatly.
Fig. 9 is and disturbs the insulation water receiver schematic diagram of mixing blender of the present invention having.
In insulation water receiver (3) heat insulation valve (31) can be arranged, booster pump (32) and disturb and mix blender (33), the three can settle one separately, can select any the two arrangement, also can the three all settle.It is characterized by, in insulation water receiver (3) a heat insulation valve (31) is arranged, a booster pump (32) and one disturb and mix blender (33).
Figure 10 is and of the present inventionly has heat insulation valve, booster pump simultaneously and disturb the insulation water receiver schematic diagram of mixing blender.
Claims (12)
1. the energy and water saving type water-heater system of an instant-heating, by cold water pipeline (1), water heater (2), hot water line (4) and hot water terminal (5) are formed, it is characterized by, also comprise one or more insulation water receiver (3) in the system, insulation water receiver (3) is according to the cold surplus water yield among water heater (2) and the hot water line (4) and water outlet speed designs capacity, be installed near the hot water terminal (5), keep water temperature by electric heater, lastly be stored in the hot water that is incubated in the water receiver (3) during with hot water to guarantee to utilize, when using hot water, can reach the result of use of instant-heating next time.
2. the energy and water saving type water-heater system of the described instant-heating of claim 1, form by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5), it is characterized by, water heater (2) is a gas heater, and has an insulation water receiver (3) to be installed in the water heater (2) or its lower end.
3. the energy and water saving type water-heater system of the described instant-heating of claim 1, system is by cold water pipeline (1), solar water heater (2 '), hot water line (4) and hot water terminal (5) are formed, it is characterized by, comprise also in the system that one or more has larger capacity and more powerful insulation water receiver (3 '), these insulation water receivers (3 ') are subjected to cooling-water temperature sensor (22) control in the solar water heater (2 '), in case water temperature is too low in the solar water heater, insulation water receiver (3 ') upgrades to the supplementary heating function by simple insulation, to remedy the deficiency of solar energy heating energy.
4. the energy and water saving type water-heater system of the described instant-heating of claim 1, form by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5), it is characterized by, the outlet pipe of insulation water receiver (3) is in the lower end of insulation water receiver (3), its water inlet pipe can be in the upper end or the lower end of insulation water receiver (3), and water inlet pipe mouth can be placed in the water layer position, upper, middle and lower in the insulation water receiver (3) as required.
5. the energy and water saving type water-heater system of the described instant-heating of claim 4, form by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5), it is characterized by, the outlet pipe of insulation water receiver (3) is in the lower end of insulation water receiver (3), but its opening is in the upper end of insulation water receiver (3), its water inlet pipe can be in the upper end or the lower end of insulation water receiver (3), and water inlet pipe mouth can be placed in the water layer position, upper, middle and lower in the insulation water receiver (3) as required.
6. the energy and water saving type water-heater system of the described instant-heating of claim 1, form by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5), it is characterized by, the outlet pipe of insulation water receiver (3) is in the upper end of insulation water receiver (3), its water inlet pipe can be in the lower end or the upper end of insulation water receiver (3), and the outlet of water inlet pipe can be placed in the water layer position, upper, middle and lower in the insulation water receiver (3) as required.
7. claim 1, the energy and water saving type water-heater system of claim 2 or the described instant-heating of claim 3, by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5) are formed, it is characterized by, the outlet pipe of insulation water receiver (3) is in the upper end of insulation water receiver (3), also has a heat insulation valve (31) at this place, heat insulation valve (31) is made up of one section heat-insulating pipeline and the proportion valve heat insulation alive bigger than water, be heat-insulating material or Heat Conduction Material not, heat insulation valve (31) can make hot water not have the outflow of partition, when no hot water flows out, can stop heat to distribute again to hot water terminal (5).
8. claim 1, the energy and water saving type water-heater system of claim 2 or the described instant-heating of claim 3, by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5) are formed, it is characterized by, the outlet pipe of insulation water receiver (3) is in the lower end of insulation water receiver (3), also has a heat insulation valve (31) at this place, heat insulation valve (31) is made up of one section heat-insulating pipeline and the proportion valve heat insulation alive littler than water, be heat-insulating material or Heat Conduction Material not, heat insulation valve (31) can make hot water not have the outflow of partition, when no hot water flows out, can stop heat to distribute again to hot water terminal (5).
9. the energy and water saving type water-heater system of claim 7 or the described instant-heating of claim 8, by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5) are formed, it is characterized by, the inlet end of insulation water receiver (3) also has a booster pump (32), booster pump (32) is installed in the pressure or the flow sensor control of insulation water receiver (3), sensor is opened in the hot water terminal by electric controller or electronic controller, automatically open booster pump (32) during hot water flow, close in the hot water terminal, when stopping to flow, hot water closes booster pump (32) automatically.
10. the energy and water saving type water-heater system of claim 7 or the described instant-heating of claim 8, by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5) are formed, it is characterized by, there is one to disturb and mix blender (33) in insulation water receiver (3), disturb and mix blender (33) and can when hot water flow, open automatically, can open automatically at interval by certain hour, also can take into account the hot water flow and the time interval opens automatically, to reduce water temperature delamination phenomenon in the insulation water receiver (3), increase the mixed speed of surplus cold water and hot water, to obtain stable hot water water temperature.
11. the energy and water saving type water-heater system of the described instant-heating of claim 1, form by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5), it is characterized by, in the insulation water receiver (3) a heat insulation valve (31) and a booster pump (32) are arranged.
12. the energy and water saving type water-heater system of the described instant-heating of claim 1, form by cold water pipeline (1), water heater (2), insulation water receiver (3), hot water line (4) and hot water terminal (5), it is characterized by, in insulation water receiver (3) a heat insulation valve (31) is arranged, a booster pump (32) and one disturb and mix blender (33).
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010101047878A CN102141265A (en) | 2010-02-03 | 2010-02-03 | Instantly opening and heating water-energy saving water heater system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101047878A CN102141265A (en) | 2010-02-03 | 2010-02-03 | Instantly opening and heating water-energy saving water heater system |
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| Publication Number | Publication Date |
|---|---|
| CN102141265A true CN102141265A (en) | 2011-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010101047878A Pending CN102141265A (en) | 2010-02-03 | 2010-02-03 | Instantly opening and heating water-energy saving water heater system |
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| Country | Link |
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| CN (1) | CN102141265A (en) |
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| CN102734146A (en) * | 2012-06-01 | 2012-10-17 | 谭立宁 | Device for controlling low-pressure fluid to be automatically delivered to high place by utilizing high-pressure fluid |
| CN104236102A (en) * | 2014-09-29 | 2014-12-24 | 芜湖美的厨卫电器制造有限公司 | Water supply system |
| CN104390252A (en) * | 2014-10-10 | 2015-03-04 | 杨志坚 | Hot water circulating system of wall-hanging boiler |
| CN104697199A (en) * | 2013-12-05 | 2015-06-10 | 赵龙 | Solar water heater partner having hot water while being opened |
| CN106918143A (en) * | 2015-12-28 | 2017-07-04 | 廖洪模 | Energy-storage type running water hot water tap water saving buffer |
| CN104236112B (en) * | 2014-09-29 | 2018-01-02 | 芜湖美的厨卫电器制造有限公司 | The control method of water system |
| CN108361809A (en) * | 2018-03-31 | 2018-08-03 | 柳州市展虹科技有限公司 | A kind of small-sized household pipe network hot water regulating device |
| CN110285580A (en) * | 2019-06-06 | 2019-09-27 | 安徽工程大学 | A kind of energy saving gas burning water heater system and its control method |
| CN113483490A (en) * | 2021-07-15 | 2021-10-08 | 熊分荣 | Time-delay heating and temperature equalizing method for tap water |
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2010
- 2010-02-03 CN CN2010101047878A patent/CN102141265A/en active Pending
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102734146A (en) * | 2012-06-01 | 2012-10-17 | 谭立宁 | Device for controlling low-pressure fluid to be automatically delivered to high place by utilizing high-pressure fluid |
| CN102734146B (en) * | 2012-06-01 | 2014-09-17 | 谭立宁 | Device for controlling low-pressure fluid to be automatically delivered to high place by utilizing high-pressure fluid |
| CN104697199A (en) * | 2013-12-05 | 2015-06-10 | 赵龙 | Solar water heater partner having hot water while being opened |
| CN104236102A (en) * | 2014-09-29 | 2014-12-24 | 芜湖美的厨卫电器制造有限公司 | Water supply system |
| CN104236112B (en) * | 2014-09-29 | 2018-01-02 | 芜湖美的厨卫电器制造有限公司 | The control method of water system |
| CN104390252A (en) * | 2014-10-10 | 2015-03-04 | 杨志坚 | Hot water circulating system of wall-hanging boiler |
| CN106918143A (en) * | 2015-12-28 | 2017-07-04 | 廖洪模 | Energy-storage type running water hot water tap water saving buffer |
| CN108361809A (en) * | 2018-03-31 | 2018-08-03 | 柳州市展虹科技有限公司 | A kind of small-sized household pipe network hot water regulating device |
| CN108361809B (en) * | 2018-03-31 | 2024-02-06 | 广西科技大学 | Small-size domestic pipe network hot water adjusting device |
| CN110285580A (en) * | 2019-06-06 | 2019-09-27 | 安徽工程大学 | A kind of energy saving gas burning water heater system and its control method |
| CN113483490A (en) * | 2021-07-15 | 2021-10-08 | 熊分荣 | Time-delay heating and temperature equalizing method for tap water |
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Application publication date: 20110803 |