CN101822491A - Water-electricity separated energy-saving water dispenser - Google Patents
Water-electricity separated energy-saving water dispenser Download PDFInfo
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- CN101822491A CN101822491A CN200910038088A CN200910038088A CN101822491A CN 101822491 A CN101822491 A CN 101822491A CN 200910038088 A CN200910038088 A CN 200910038088A CN 200910038088 A CN200910038088 A CN 200910038088A CN 101822491 A CN101822491 A CN 101822491A
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Abstract
The invention relates to a water-electricity separated energy-saving water dispenser. A case is provided with a water storage bladder, an electric control device and the like, wherein the water inlet of the water storage bladder is connected with a water inlet electromagnetic valve, the water outlet is connected with a water-electricity linkage boil water faucet, the water storage bladder is enabled to keep in a normal pressure state, an independent water boiling tank body is fixed on the case body and is provided with an internal heating type electromagnetic heating device, the internal heating type electromagnetic heating device is provided with an internal bladder communicated with the water boiling tank, the water storage bladder is provided with a circulating water outlet at the lower part and a circulating water inlet at the upper part, the circulating water outlet is connected with a water inlet hole at the bottom of the water boiling tank, the circulating water inlet is connected with the internal bladder of the internal heating type electromagnetic heating device, and the internal heating type electromagnetic heating device is electrically connected with the electric control device. By independently arranging the water boiling tank body and the internal heating type electromagnetic heating device outside the water storage bladder in the water dispenser, the water flow can circulate in the water boiling tank and the internal heating type electromagnetic heating device from bottom to top, thereby raising heat efficiency and realizing water-electricity separated heating; and scale deposits can not form easily in the water dispenser, and the water boiled by heating can be well activated and magnetized. Besides, the water dispenser has the advantages of good mouthfeel of drinking water, health giving, safe heating and the like.
Description
Technical field
The present invention relates to electric water dispenser, electric water-boiling device technical field, be specifically related to a kind of energy-saving drinking machine of electricity separation formula heating, this energy-saving drinking machine is by being provided with tank body to boil water and internal heat type electromagnetic heater thereof independently in the water storage bag outside, make current in tank body to boil water and internal heat type electromagnetic heater, can improve its thermal efficiency significantly according to circulating from lower to upper.
Background technology
At present, the electric water dispenser of Xiao Shouing on the market, electric water-boiling device in its water dispenser shell body, the electrothermal tubes (resistance wire) that adopt directly heat water more, that is: adopt in-built electrical heat pipe mode of heating, its structure is seen Chinese utility model patent number: 02271829.X, and name is called " Energy-Efficient Drinking Machine "; This patent is that the applicant applied on July 18th, 2002, is used for running water is heated to boiling water the energy-saving drinking machine of drinking for people.The energy-saving drinking machine of said structure, because electrothermal tube is arranged on electric water-boiling device (that is: water storage liner) inside, burns out explosion as electrothermal tube, can leak electricity, and, the insulating materials magnesium powder of electrothermal tube can drop in the water, influences water quality, also has, this in-built electrical heat pipe mode of heating, be easy to generate incrustation scale at electric water-boiling device inwall or electrothermal tube surface, removing influences heat transfer efficiency, also can cause electrothermal tube to burn out easily.
For this reason, also there is the people that electrothermal tube is installed in the outside of electric water-boiling device (that is: water storage liner), as: the bottom that electrothermal tube is installed in electric water-boiling device; That is: adopt external electric hot plate mode of heating; The electric water dispenser of this design, do not separate existing potential safety hazard though solved water, electricity to a certain extent, but it still has the following disadvantages: (1) is because this mode of heating still adopts traditional electrothermal tube (resistance wire) heating, the external heating of electrothermal tube, its most of heat can be lost in the air, make its consume electric power very high, for this reason, need add very thick insulation material, this has not only increased the technology difficulty of making, and causes cost to increase; (2) traditional electrothermal tube (resistance wire) heats, and can be easy to generate incrustation scale in its electric water-boiling device, and removing influences heat transfer efficiency, also can cause electrothermal tube to burn out easily; (3) traditional internal or external electrothermal tube heated type boiler can only play effect to boil water, and the not effect of magnetizable, activated water, can not antiscale.
Summary of the invention
The objective of the invention is to overcome all deficiencies of above-mentioned existing in prior technology, and provide a kind of energy-saving drinking machine of electricity separation, this energy-saving drinking machine is by being provided with tank body to boil water and internal heat type electromagnetic heater thereof independently in the water storage bag outside, make the current can be in tank body to boil water and internal heat type electromagnetic heater according to circulating from lower to upper, can improve its thermal efficiency significantly, thereby saving electric energy, and have rational in infrastructure, the electricity separation heating, be difficult to produce incrustation scale in the water dispenser, the water of boiling through heating can be activated well, magnetization makes the mouthfeel of drinking water good, advantages such as good for health and heating is safe.
Purpose of the present invention solves by the following technical solutions:
A kind of water-electricity separated energy-saving water dispenser, comprise the water dispenser casing, water storage bag is installed on casing, water-accepting basin, turn on the tap, safety valve and electric control gear, the water storage bag bottom has water inlet, its top has delivery port, water inlet connects into water lines, safety valve and entering water electromagnetic valve are installed on the entry pipeline, delivery port is connected with turns on the tap and liquid leakage apparatus, described turning on the tap is the water-electricity linkage tap, when stirring the water-electricity linkage tap handle, by electric control gear the entering water electromagnetic valve follow procedure is opened and closed synchronously, make water storage bag keep atmospheric pressure state, on casing, also be connected with tank body independently to boil water, the internal heat type electromagnetic heater is installed on the tank body to boil water, the internal heat type electromagnetic heater is provided with the inner bag that is connected with tank body to boil water, described water storage bag bottom has circulating water outlet, its top has circulating water intake, the circulating water outlet of water storage bag connects the inlet opening, bottom of tank body to boil water, the circulating water intake of water storage bag is connected with the inner bag of internal heat type electromagnetic heater, and internal heat type electromagnetic heater and electric control gear are electrically connected.The water-electricity separated energy-saving water dispenser of this structure, owing to tank body to boil water and internal heat type electromagnetic heater thereof are set independently in the water storage bag outside, current can be according to circulating from lower to upper in tank body to boil water and internal heat type electromagnetic heater, the water circulation resistance of heating is less, flow promoter system is scientific and reasonable, therefore, can improve its thermal efficiency significantly, thereby save electric energy; Have again, because the internal heat type electromagnetic heater is installed in the water dispenser casing, utilize the electromagnetic induction heating mode to replace traditional electrothermal tube mode of heating, powerful magnetic field force makes the polarity of calcium ions and magnesium ions in the water and arranges redistribution, be difficult to produce incrustation scale in the water dispenser, and realized the electricity separation heating, it is safe in utilization, the thermal efficiency is high, can save electric energy; Also have, running water (water inlet) can guarantee that by electromagnetic heater the water of drinking all is activated, magnetizes very well, its excellent taste, and long-term drinking also has function of health care.
Purpose of the present invention can also solve by the following technical solutions:
Described water storage bag delivery port is connected with water out adapter, turns on the tap to be connected with water out adapter respectively with liquid leakage apparatus, makes the water storage bag delivery port be divided into multiterminal and connects.
Improvement as more optimizing also is equipped with heat exchanger on the entry pipeline of described water storage bag, and the interior Guan Yiduan of heat exchanger links to each other with water out adapter, and the other end is connected with the warm water tap, and the warm water tap is the water-electricity linkage tap; By on water dispenser, setting up heat exchanger, utilize the principle of the logical hot water of pipe, the logical cold water (running water) of outer tube in the heat exchanger, make hot water heat radiation, cold water heat absorption, can either provide the warm boiling water of drinking immediately for people, can improve the efficiency of heating surface of water dispenser again, save electric energy.
As preferred embodiment, described internal heat type electromagnetic heater is the vertical top that is installed in tank body to boil water, and the inner bag bottom of internal heat type electromagnetic heater is connected with tank body to boil water, and its top is connected with the circulating water intake on water storage bag top; Because the internal heat type electromagnetic heater is installed on the tank body to boil water, and tank body to boil water is vertical installation, current are through tank base to boil water and internal heat type electromagnetic heater inner bag, can be heated rapidly, because the transfer function of thermal convection current, current are moved from lower to upper, that is: the water in the water storage bag is by following circulating water outlet, successively flow through tank base to boil water, internal heat type electromagnetic heater inner bag and water storage bag cocycle water inlet, enter again in the water storage bag, circulate, the water circulation resistance minimum of whole heating, water circulating effect the best, its thermal efficiency is better.
As above-mentioned internal heat type electromagnetic heater embodiment more specifically, described internal heat type electromagnetic heater is mainly by sealing ring, supported flange, the shielding plastic dish, the shielding magnetic stripe, magnetic conduction iron, solenoid, coil brace, the food grade plastic inner bag, the METAL HEATING PROCESS core, the heating core connecting plate be connected power line and form, the food grade plastic inner bag is an internal heat type electromagnetic heater inner bag, its outer setting has solenoid, solenoid be connected power line and connect, solenoid is fixed on the coil brace, the outside of solenoid is equipped with magnetic conduction iron, the METAL HEATING PROCESS core is vertically fixed on tank body to boil water top by the heating core connecting plate, the METAL HEATING PROCESS core just in time is fixed in the interior gallbladder intracavity of food grade plastic, the METAL HEATING PROCESS core is with glass sock outward, the food grade plastic inner bag is fixed on the installing port place on tank body to boil water top by supported flange, be provided with sealing ring between food grade plastic inner bag and the installing port, also be provided with shielding plastic dish and shielding magnetic stripe thereof between solenoid and the tank body to boil water; Because tank body to boil water and internal heat type electromagnetic heater thereof are installed in the water storage bag outside in the casing, during work, produce alternating electromagnetic field by solenoid, the magnetic line of force passes the food grade plastic inner bag, so that the METAL HEATING PROCESS core produces a large amount of high frequency magnetic energy inductive loops, under the effect of eddy current internal resistance, make magnetic energy be converted into heat energy, because the METAL HEATING PROCESS core is communicated with the water evaporator intracoelomic cavity, make the water that flows through tank body to boil water and food grade plastic inner bag by heating rapidly, activation and magnetization.
As above-mentioned internal heat type electromagnetic heater scheme more specifically, also be provided with coil brace fixed head, sealing ring, attaching nut and magnetic conduction ferropexy plate on the internal heat type electromagnetic heater, magnetic conduction ferropexy plate is used for fixing magnetic conduction iron, coil brace is fixed on food grade plastic inner bag outside by the coil brace fixed head, the attaching nut passes the coil brace fixed head and inserts the interior gallbladder intracavity of food grade plastic and is connected with the heating core connecting plate, and attaching nut and food grade plastic inner bag junction are provided with sealing ring.
In order can be in time the heat of solenoid to be loose, described internal heat type electromagnetic heater also be equipped with blower tray outward, is fixed with radiator fan on the blower tray.
In order to help improving its whole thermal efficiency, described METAL HEATING PROCESS core extends into the water evaporator intracoelomic cavity, and tank base to boil water also is provided with the water evaporator fixed mount, installs, fixes for tank body to boil water.
The interior pipe two ends of described heat exchanger are connected with heat control valve, and people can obtain the drinking water of suitable temperature requirement so that temperature is turned on the tap by regulating the hot water flow of heat control valve; Liquid leakage apparatus can be drainage exhaust valve or capillary or low-pressure drainage valve, so that excess liquid can in time be discharged in the water storage bag.
Described water storage bag wall portion is provided with temperature controller, and water storage bag also is coated with heat-insulation layer outward, and hygrosensor also is installed in the internal heat type electromagnetic heater, and the setting of hygrosensor can prevent dry combustion method in the internal heat type electromagnetic heater.
The invention has the beneficial effects as follows:
(1) water-electricity separated energy-saving water dispenser of the present invention, owing to tank body to boil water and internal heat type electromagnetic heater thereof are set independently in the water storage bag outside, make the current can be in tank body to boil water and internal heat type electromagnetic heater according to circulating from lower to upper, the water circulation resistance of heating is less, flow promoter system is scientific and reasonable, therefore, can improve its thermal efficiency significantly, thereby save electric energy; Have again, because the internal heat type electromagnetic heater is installed in the water dispenser casing, utilize the electromagnetic induction heating mode to replace traditional electrothermal tube mode of heating, powerful magnetic field force makes the polarity of calcium ions and magnesium ions in the water and arranges redistribution, be difficult to produce incrustation scale in the water dispenser, and realized the electricity separation heating, it is safe in utilization, the thermal efficiency is high, can save electric energy; Also have, running water (water inlet) can guarantee that by electromagnetic heater the water of drinking all is activated, magnetizes very well, its excellent taste, and long-term drinking also has function of health care;
(2) energy-saving drinking machine of this structure, because tank body to boil water and internal heat type electromagnetic heater are arranged on the water storage bag outside, and, interconnect fixingly for removable (supported flange) between being connected of internal heat type electromagnetic heater and tank body to boil water, made things convenient for mounting or dismounting widely and safeguarded; Moreover, by the METAL HEATING PROCESS core is extended into the water evaporator intracoelomic cavity, more help improving its whole thermal efficiency; Also have, by on the internal heat type electromagnetic heater, setting up radiator fan, can be in time the heat of the solenoid generation of internal heat type electromagnetic heater is loose;
(3) water-electricity separated energy-saving water dispenser of the present invention is installed a hygrosensor on internal heat type electromagnetic heater inner bag, can realize the anti-dry effect.
Description of drawings
Fig. 1 is the structural representation of water-electricity separated energy-saving water dispenser of the present invention;
Fig. 2 is the cutaway view Amplified image of the internal heat type electromagnetic heater of Fig. 1;
Fig. 3 is another embodiment schematic diagram of water-electricity separated energy-saving water dispenser of the present invention.
The specific embodiment
The invention will be further described below in conjunction with drawings and Examples:
Embodiment one: as shown in Figure 1, a kind of water-electricity separated energy-saving water dispenser, comprise water dispenser casing 1, water storage bag 2 is installed on casing 1, water-accepting basin 3, water out adapter 9, turn on the tap 4, safety valve 5 and electric control gear 6, water storage bag 2 bottoms have water inlet 21, its top has delivery port 22, water inlet 21 connects into water lines 7, safety valve 5 and entering water electromagnetic valve 8 are installed on the entry pipeline 7, delivery port 22 is connected with water out adapter 9, turn on the tap and 4 be connected with water out adapter 9 respectively with liquid leakage apparatus 10, describedly turn on the tap 4 for the water-electricity linkage tap, when stirring the water-electricity linkage tap handle, by electric control gear 6 entering water electromagnetic valve 8 follow procedures are opened and closed synchronously, make water storage bag 2 keep atmospheric pressure state, on casing 1, also be connected with tank body 11 independently to boil water, on the tank body 11 to boil water internal heat type electromagnetic heater 12 is installed, internal heat type electromagnetic heater 12 is provided with the inner bag that is connected with tank body 11 to boil water, described water storage bag 2 bottoms have circulating water outlet 23, its top has circulating water intake 24, the circulating water outlet 23 of water storage bag connects the inlet opening, bottom of tank body 11 to boil water, the circulating water intake 24 of water storage bag is connected with the inner bag of internal heat type electromagnetic heater 12, and internal heat type electromagnetic heater 12 is electrically connected with electric control gear 6.Described internal heat type electromagnetic heater 12 is the vertical top that is installed in tank body 11 to boil water, and the inner bag bottom of internal heat type electromagnetic heater 12 is connected with tank body 11 to boil water, and its top is connected with the circulating water intake 24 on water storage bag 2 tops.
As shown in Figure 2, described internal heat type electromagnetic heater 12 is mainly by sealing ring 12-1, supported flange 12-2, shielding plastic dish 12-3, shielding magnetic stripe 12-4, magnetic conduction iron 12-5, solenoid 12-6, coil brace 12-7, food grade plastic inner bag 12-8, METAL HEATING PROCESS core 12-9, heating core connecting plate 12-10 be connected power line and form, food grade plastic inner bag 12-8 is an internal heat type electromagnetic heater inner bag, its outer setting has solenoid 12-6, solenoid 12-6 be connected power line and connect, solenoid 12-6 is fixed on the coil brace 12-7, the outside of solenoid 12-6 is equipped with magnetic conduction iron 12-5, METAL HEATING PROCESS core 12-9 is vertically fixed on tank body to boil water 11 tops by heating core connecting plate 12-10, METAL HEATING PROCESS core 12-9 just in time is fixed in the food grade plastic inner bag 12-8 inner chamber, METAL HEATING PROCESS core 12-9 is with glass sock 12-15 outward, food grade plastic inner bag 12-8 is fixed on the installing port place on tank body to boil water 11 tops by supported flange 12-2, be provided with sealing ring 12-1 between food grade plastic inner bag 12-8 and the installing port, also be provided with shielding plastic dish 12-3 and shielding magnetic stripe 12-4 thereof between solenoid 12-6 and the tank body to boil water 11.
In addition, on internal heat type electromagnetic heater 12, also be provided with coil brace fixed head 12-11, sealing ring 12-12, attaching nut 12-13 and magnetic conduction ferropexy plate 12-14, magnetic conduction ferropexy plate 12-14 is used for fixing magnetic conduction iron 12-5, coil brace 12-7 is fixed on food grade plastic inner bag 12-8 outside by coil brace fixed head 12-11, attaching nut 12-13 passes coil brace fixed head 12-11 and inserts food grade plastic inner bag 12-8 inner chamber and is connected with heating core connecting plate 12-10, and attaching nut 12-13 and food grade plastic inner bag 12-8 junction are provided with sealing ring 12-12.
In order can be in time the heat of solenoid 12-6 to be loose, described internal heat type electromagnetic heater 12 is outer also to be equipped with blower tray 15, is fixed with radiator fan 16 on the blower tray 15; In order to help improving its whole thermal efficiency, METAL HEATING PROCESS core 12-9 extends into tank body 11 inner chambers to boil water, and tank body to boil water 11 bottoms also are provided with water evaporator fixed mount 11-1, installs, fixes for tank body 11 to boil water.Liquid leakage apparatus 10 can be drainage exhaust valve or capillary or low-pressure drainage valve, so that excess liquid can in time be discharged in the water storage bag 2.
Described water storage bag 2 wall portions are provided with temperature controller 17, and water storage bag 2 is outer also to be coated with heat-insulation layer 18, and hygrosensor 19 also is installed in the internal heat type electromagnetic heater 12, can prevent dry combustion methods in the internal heat type electromagnetic heater 12.
Operation principle: start electric control gear, pass through microcomputer control circuit, convert 220V or 380V electric main to high-frequency alternating current (about 25KHZ), produce alternating electromagnetic field by solenoid 12-6, the magnetic line of force passes METAL HEATING PROCESS core 12-9, cause the METAL HEATING PROCESS core to produce a large amount of high frequency magnetic energy inductive loops, under the effect of eddy current internal resistance, make magnetic energy be converted into heat energy, because internal heat type electromagnetic heater 12 is installed on the tank body 11 to boil water, current can be heated rapidly through tank body to boil water 11 bottoms and internal heat type electromagnetic heater 12 inner bags, because the transfer function of thermal convection current, current are moved from lower to upper, that is: the water in the water storage bag 2 is by following circulating water outlet 23, tank body to boil water 11 bottoms of successively flowing through, internal heat type electromagnetic heater 12 inner bags and water storage bag 2 cocycle water inlets 24 enter in the water storage bag 2 again, circulate, the water circulation resistance minimum of whole heating, flow promoter system is scientific and reasonable, to realize the best thermal efficiency; Moreover, because water dispenser has been used the electromagnetic induction heating mode and has been replaced traditional electrothermal tube mode of heating, powerful magnetic field force makes the polarity of calcium ions and magnesium ions in the water and arranges redistribution, be difficult to produce incrustation scale in the water dispenser, and realized the electricity separation heating, it is safe in utilization, the thermal efficiency is high, can save electric energy; Also have, running water (water inlet) can guarantee that by electromagnetic heater the water of drinking all is activated, magnetizes very well, its excellent taste, and long-term drinking also has function of health care.
Embodiment two: as shown in Figure 3, this embodiment is similar to embodiment one, difference only is, on the entry pipeline 7 of water storage bag heat exchanger 13 is installed also, interior pipe 13-1 one end of heat exchanger 13 links to each other with water out adapter 9, and the other end is connected with warm water tap 14, warm water tap 14 is the water-electricity linkage valve, so that it cooperates with electric control gear 6, make water storage bag 2 keep atmospheric pressure state, the interior pipe 13-1 two ends of heat exchanger 13 also are connected with heat control valve 20; By on water dispenser, setting up heat exchanger 13, utilize the principle of the logical hot water of pipe 13-1, the logical cold water (running water) of outer tube in the heat exchanger, make hot water heat radiation, cold water heat absorption, can either provide the warm water of drinking immediately for people, can improve the efficiency of heating surface of water dispenser again, save electric energy; And people can be by regulating the hot water flow of heat control valve 20, the drinking water of 14 acquisition suitable temperature requirements so that temperature is turned on the tap.The operation principle of this embodiment is similar to embodiment one, no longer describes in detail here.
Claims (10)
1. water-electricity separated energy-saving water dispenser, comprise water dispenser casing (1), water storage bag (2) is installed on casing (1), water-accepting basin (3), turn on the tap (4), safety valve (5) and electric control gear (6), water storage bag (2) bottom has water inlet (21), its top has delivery port (22), water inlet (21) connects into water lines (7), safety valve (5) and entering water electromagnetic valve (8) are installed on the entry pipeline (7), delivery port (22) is connected with turns on the tap (4) and liquid leakage apparatus (10), described turning on the tap (4) is the water-electricity linkage tap, when stirring the water-electricity linkage tap handle, by electric control gear (6) entering water electromagnetic valve (8) follow procedure is opened and closed synchronously, make water storage bag (2) keep atmospheric pressure state, it is characterized in that, on casing (1), also be connected with tank body independently to boil water (11), internal heat type electromagnetic heater (12) is installed on the tank body to boil water (11), internal heat type electromagnetic heater (12) is provided with the inner bag that is connected with tank body to boil water (11), described water storage bag (2) bottom has circulating water outlet (23), its top has circulating water intake (24), the circulating water outlet of water storage bag (23) connects the inlet opening, bottom of tank body to boil water (11), the circulating water intake of water storage bag (24) is connected with the inner bag of internal heat type electromagnetic heater (12), and internal heat type electromagnetic heater (12) is electrically connected with electric control gear (6).
2. according to the described water-electricity separated energy-saving water dispenser of claim 1, it is characterized in that described water storage bag (2) delivery port (22) is connected with water out adapter (9), turn on the tap (4) are connected with water out adapter respectively with liquid leakage apparatus (10).
3. according to the described water-electricity separated energy-saving water dispenser of claim 2, it is characterized in that, on the entry pipeline (7) of described water storage bag heat exchanger (13) is installed also, interior pipe (13-1) end of heat exchanger (13) links to each other with water out adapter (9), the other end is connected with warm water tap (14), and warm water tap (14) is the water-electricity linkage tap.
4. according to claim 1 or 2 described water-electricity separated energy-saving water dispensers, it is characterized in that, described internal heat type electromagnetic heater (12) is the vertical top that is installed in tank body to boil water (11), the inner bag bottom of internal heat type electromagnetic heater (12) is connected with tank body to boil water (11), and its top is connected with the circulating water intake (24) on water storage bag (2) top.
5. according to the described water-electricity separated energy-saving water dispenser of claim 4, it is characterized in that, described internal heat type electromagnetic heater (12) is mainly by sealing ring (12-1), supported flange (12-2), shielding plastic dish (12-3), shielding magnetic stripe (12-4), magnetic conduction iron (12-5), solenoid (12-6), coil brace (12-7), food grade plastic inner bag (12-8), METAL HEATING PROCESS core (12-9), heating core connecting plate (12-10) be connected power line and form, food grade plastic inner bag (12-8) is an internal heat type electromagnetic heater inner bag, its outer setting has solenoid (12-6), solenoid (12-6) be connected power line and connect, solenoid (12-6) is fixed on the coil brace (12-7), the outside of solenoid (12-6) is equipped with magnetic conduction iron (12-5), METAL HEATING PROCESS core (12-9) is vertically fixed on tank body to boil water (11) top by heating core connecting plate (12-10), METAL HEATING PROCESS core (12-9) just in time is fixed in food grade plastic inner bag (12-8) inner chamber, the outer glass sock (12-15) that is with of METAL HEATING PROCESS core (12-9), food grade plastic inner bag (12-8) is fixed on the installing port place on tank body to boil water (11) top by supported flange (12-2), be provided with sealing ring (12-1) between food grade plastic inner bag (12-8) and the installing port, also be provided with shielding plastic dish (12-3) and shielding magnetic stripe (12-4) thereof between solenoid (12-6) and the tank body to boil water (11).
6. according to the described water-electricity separated energy-saving water dispenser of claim 5, it is characterized in that, also be provided with coil brace fixed head (12-11) on the internal heat type electromagnetic heater (12), sealing ring (12-12), attaching nut (12-13) and magnetic conduction ferropexy plate (12-14), magnetic conduction ferropexy plate (12-14) is used for fixing magnetic conduction iron (12-5), coil brace (12-7) is fixed on food grade plastic inner bag (12-8) outside by coil brace fixed head (12-11), attaching nut (12-13) passes coil brace fixed head (12-11) and inserts food grade plastic inner bag (12-8) inner chamber and is connected with heating core connecting plate (12-10), and attaching nut (12-13) is provided with sealing ring (12-12) with food grade plastic inner bag (12-8) junction.
7. according to the described water-electricity separated energy-saving water dispenser of claim 6, it is characterized in that described internal heat type electromagnetic heater (12) is outer also to be equipped with blower tray (15), is fixed with radiator fan (16) on the blower tray (15).
8. according to the described water-electricity separated energy-saving water dispenser of claim 6, it is characterized in that described METAL HEATING PROCESS core (12-9) extends into tank body to boil water (11) inner chamber, tank body to boil water (11) bottom also is provided with water evaporator fixed mount (11-1).
9. according to the described water-electricity separated energy-saving water dispenser of claim 3, it is characterized in that interior pipe (13-1) two ends of described heat exchanger (13) are connected with heat control valve (20), liquid leakage apparatus (10) is drainage exhaust valve or capillary or low-pressure drainage valve.
10. according to the described water-electricity separated energy-saving water dispenser of claim 3, it is characterized in that, described water storage bag (2) wall portion is provided with temperature controller (17), and water storage bag (2) is outer also to be coated with heat-insulation layer (18), and hygrosensor (19) also is installed in the internal heat type electromagnetic heater (12).
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| Application Number | Priority Date | Filing Date | Title |
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| CN2009100380885A CN101822491B (en) | 2009-03-23 | 2009-03-23 | Water-electricity separated energy-saving water dispenser |
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| CN2009100380885A CN101822491B (en) | 2009-03-23 | 2009-03-23 | Water-electricity separated energy-saving water dispenser |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101975447A (en) * | 2010-10-14 | 2011-02-16 | 广东碧丽饮水设备有限公司 | Double energy collection stepping water boiler |
| CN103123314A (en) * | 2012-12-19 | 2013-05-29 | 中国原子能科学研究院 | Stress corrosion monitoring system |
| CN113251176A (en) * | 2021-04-27 | 2021-08-13 | 浙江中广电器股份有限公司 | Electric temperature regulating valve and temperature regulating system with same |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE2945674A1 (en) * | 1979-11-12 | 1981-05-21 | Bayer Ag, 5090 Leverkusen | METHOD FOR PRODUCING 1,1-DIBROMBUTADIEN |
| CN2696485Y (en) * | 2003-09-30 | 2005-05-04 | 林阳 | Energy storage type water dispenser |
| CN2925348Y (en) * | 2006-05-12 | 2007-07-25 | 巫宗权 | Economical water drinker under normal pressure |
| CN200987223Y (en) * | 2006-12-20 | 2007-12-05 | 麻红昭 | Interior heat type pipe electromagnetic heater |
| CN201155853Y (en) * | 2008-01-11 | 2008-11-26 | 岑延华 | Water storage interior heat type electromagnetical superconductor water heater |
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2009
- 2009-03-23 CN CN2009100380885A patent/CN101822491B/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101975447A (en) * | 2010-10-14 | 2011-02-16 | 广东碧丽饮水设备有限公司 | Double energy collection stepping water boiler |
| CN103123314A (en) * | 2012-12-19 | 2013-05-29 | 中国原子能科学研究院 | Stress corrosion monitoring system |
| CN103123314B (en) * | 2012-12-19 | 2015-04-29 | 中国原子能科学研究院 | Stress corrosion monitoring system |
| CN113251176A (en) * | 2021-04-27 | 2021-08-13 | 浙江中广电器股份有限公司 | Electric temperature regulating valve and temperature regulating system with same |
| CN113251176B (en) * | 2021-04-27 | 2024-02-13 | 浙江中广电器集团股份有限公司 | Electric temperature regulating valve and temperature regulating system with same |
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| CN101822491B (en) | 2012-02-08 |
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