CN101718464A - Instant heating type and water storage type multifunctional electromagnetic water heater - Google Patents
Instant heating type and water storage type multifunctional electromagnetic water heater Download PDFInfo
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- CN101718464A CN101718464A CN200910114587A CN200910114587A CN101718464A CN 101718464 A CN101718464 A CN 101718464A CN 200910114587 A CN200910114587 A CN 200910114587A CN 200910114587 A CN200910114587 A CN 200910114587A CN 101718464 A CN101718464 A CN 101718464A
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Abstract
The invention relates to an instant heating type and water storage type multifunctional water heater which comprises a heating system and a high-frequency power supply control system. A high electromagnetic vortex tube made of low-resistance permeability magnetic material or a closed ring body with a cylindrical structure is arranged in the water heater; a partition block, a water guide channel and a heat conduction insulating layer or a heat insulation insulating layer are arranged in the structure of the closed ring body, wherein the partition block separates the water supply and water discharge of the water guide channel of the closed ring body to form a water inlet and a water outlet; the water guide channel is connected in series with and passes through the closed ring body which is provided with a high-frequency electromagnetic exciting coil; an electromagnetic force line is arranged in a closed loop of the closed ring body; induction current generates vortex heat in the tubular or cylindrical closed loop for heating to obtain hot water. The invention relates to a unique structure design of a heater, is scientific and compact, reasonably utilizes heat energy to the largest extent and achieve instant heating effect or fast preheating, has instant heating or water storage, or instant heating and water storage combined multifunction for heating water to an ideal state and really realizes the advantages of fast heating, energy saving, time saving, high safety and practicability.
Description
Technical field
The present invention relates to a kind of electromagnet water heater, particularly a kind of Instant heating type and water storage type multifunctional electromagnetic water heater.
Background technology
At present, the instant water heater of being seen on the market all is more than 8～10KW, power is very big, concerning common single phase poaer supply family, the difficult carrying high-power electric current like this of power line and bring serious safety problem, and storage water heater, bulky, take the confined space, preheating time is long, is not suitable for modern quick rhythm of life.Therefore to adopt moderate power, to improve thermal conversion efficiency on the one hand by every possible means, to be instant heating on the other hand combine way with water storage fast suitably reduces power, in the time can bearing large power supply environment or hot weather low-power, can use instant heating way heat hot water, use instant heating to be used in combination in microthermal climate or general family with the interim preheating hot water that stores in the water storage heat-preserving container, allow both of the Instant heating type and traditional storage water heater of tradition take into account, safe and practical, the rhythm of life in suitable modern times.
Summary of the invention
The purpose of this invention is to provide a kind of Instant heating type and water storage type multifunctional electromagnetic water heater, the structural design of the heat efficient heat energy conversion of innovative electromagnetic eddy elevated temperature heat device, reach and be thermal effect or do brief preheating water storage that instant heating or water storage or instant heating and water storage can be heated to perfect condition and application target in conjunction with multi-functional in conjunction with way.Really accomplish speed hot, energy-conservation, save time, safe, practical.
The technical solution used in the present invention is:
Instant heating type and water storage type multifunctional electromagnetic water heater, it is made up of hot system and high frequency electric source control circuit.Hot system is made up of the be connected in series control valve of hole, water storage heat-preserving container water level control sensor, water inlet of closed ring body, high-frequency electromagnetic excitation coil, spacer block, water guide road, heat conductive insulating layer or heat-insulating layer, water inlet, delivery port, water storage heat-preserving container, adjuster, hot system temperature sensor, delivery port water temperature sensor, hydrodynamic(al), static sensor, the layer water guide road of a kind of pipe of low-resistance permeability magnetic material of high electromagnetic eddy or column structure; The high frequency electric source control circuit is connected with high-frequency electromagnetic excitation coil, hot system temperature sensor, delivery port water temperature sensor, hydrodynamic(al), static sensor, water storage heat-preserving container water level control sensor, civil power etc. respectively, is provided with program, guidance panel and data display screen.
It is characterized in that: the pipe of low-resistance permeability magnetic material of a high electromagnetic eddy or the closed ring body of column structure are set in water heater, a spacer block is arranged in the closed hoop body structure, the water guide road, heat conductive insulating layer or heat-insulating layer, separate the water inlet and the water outlet in closed ring body water guide road by spacer block, one end is a water inlet, one end is a delivery port, form water inlet, delivery port, the series connection of water guide road is through closed ring body, ring body is provided with the high-frequency electromagnetic excitation coil, the electromagnetism magnetic line of force is in the ring body closed-loop path, induced-current produces the eddy current heat at pipe or column closed-loop path, heating promptly gets hot water, but hot system delivery port is outside equipped with selecting type water storage heat-preserving container and adjuster, be provided with temperature automatically controlled and instant heating or water storage or instant heating and water storage in conjunction with multi-functional.
The heat conductive insulating layer of solenoid semiconductor element heat radiation is at the ring body structurc skin, and form water inlet first floor water guide road with ring body, the water guide road is one or more layers structure, the heat conductive insulating layer of solenoid semiconductor element heat radiation contacts with the heat conduction of high temperature electromagnetic excitation coil semiconductor element, and the water cooling electromagnetic excitation coil semiconductor element high temperature in water guide road absorbs heat and obtains heating.
But electromagnet water heater is outside equipped with selecting type water storage heat-preserving container and adjuster, and the water storage heat-preserving container is connected with the delivery port of hot water by adjuster, and the hot water of supplying with thermal output is stored in the water storage heat-preserving container or preheating hot water temporarily.
Be connected in series with water inlet, delivery port again after being connected in series or being connected in parallel between the multilayer water guide road; The pipe in water guide road or the cross section of post and ring body are circular or square or polymorphic structure.
The low-resistance magnetic conductor material of high electromagnetic eddy adopts the waterproof material that gets rusty, or cover adds antirust heat-conducting layer material and adds hot water.Prevent the aquatic rust of permeability magnetic material.
The present invention is the structural design of innovative electromagnetic eddy and high-temperature components heater, the science compactness, maximum using heat energy reasonably, and reach is thermal effect or rapidly pre-warming, be the pre-thermal concept of traditional storage water heater and Instant heating type be on the basis of thermal concept, a brand-new heating technique of exploitation, ageing, the security and the power circuit ability to bear of water heater are reached a new high, and instant heating or water storage or instant heating and water storage can be heated to perfect condition and application target in conjunction with multi-functional.Really accomplish speed hot, energy-conservation, save time, safe, practical.
Description of drawings
Fig. 1, single Instant heating type electromagnet water heater structural representation;
Fig. 2, double-deck water guide road list vortex tube cross-sectional structure figure;
Fig. 3, individual layer water guide road list vortex tube cross section and heat-insulating layer structure chart;
Fig. 4, individual layer water guide road list vortex cylinder cross-sectional structure figure;
Fig. 5, three layers of two vortex tube cross-sectional structure figure in water guide road;
Fig. 6, Instant heating type and each water guide road of the hot system of water storage type multifunctional electromagnetic water heater be connected in series and water moves towards cross sectional representation;
Fig. 7, Instant heating type electromagnet water heater peripheral hardware water storage heat-preserving container connection diagram.
Drawing explanation: the low-resistance permeability magnetic material 1 of high electromagnetic eddy, water guide road 2, water guide road 2-0, water guide road 2-1, water inlet 3, delivery port 4, spacer block 5, solenoid joint 6, solenoid joint 7, electromagnetic excitation coil 8, hot system temperature sensor 9, delivery port water temperature sensor 10, hydrodynamic(al), static sensor 11, the layer water guide road hole 12 that is connected in series, heat conductive insulating layer 13, ring body 14, water storage heat-preserving container 15, water storage heat-preserving container water level control sensor 16, the control valve 17 of water inlet, heat-insulating layer 18, adjuster 19.
The specific embodiment
Below in conjunction with accompanying drawing the present invention is specifically described.
Instant heating type and water storage type multifunctional electromagnetic water heater, it is made up of hot system and high frequency electric source control circuit.Hot system is by a kind of pipe of low-resistance permeability magnetic material 1 of high electromagnetic eddy or the closed ring body 14 of column structure, high-frequency electromagnetic excitation coil 8, spacer block 5, water guide road 2, heat conductive insulating layer 13 or heat-insulating layer 18, water inlet 3, delivery port 4, water storage heat-preserving container 15, adjuster 19, hot system temperature sensor 9, delivery port water temperature sensor 10, hydrodynamic(al), static sensor 11, the hole 12 that is connected in series, layer water guide road, water storage heat-preserving container water level control sensor 16, the control valve 17 of water inlet is formed; The high frequency electric source control circuit is connected with high-frequency electromagnetic excitation coil 8, hot system temperature sensor 9, delivery port water temperature sensor 10, hydrodynamic(al), static sensor 11, water storage heat-preserving container water level control sensor 16, civil power etc. respectively, is provided with program, guidance panel and data display screen.
It is characterized in that: the pipe of low-resistance permeability magnetic material of a high electromagnetic eddy or the closed ring body 14 of column structure are set in water heater, a spacer block 5 is arranged in the closed hoop body structure, water guide road 2, heat conductive insulating layer 13 or heat-insulating layer 18, separate the water inlet and the water outlet in closed ring body water guide road by spacer block 5, one end is a water inlet 3, one end is a delivery port 4, form water inlet 3, delivery port 4,2 series connection of water guide road are through closed ring body 14, ring body is provided with high-frequency electromagnetic excitation coil 8, the electromagnetism magnetic line of force is in the ring body closed-loop path, induced-current promptly gets hot water at pipe or the heating of column closed-loop path generation eddy current heat, but hot system delivery port is outside equipped with selecting type water storage heat-preserving container 15 and adjuster 19, be provided with temperature automatically controlled and instant heating or water storage or instant heating and water storage in conjunction with multi-functional.Be Instant heating type be again storage water heater, or Instant heating type and water storage is in conjunction with multi-functional.The cross section and the ring body of pipe or post are circular or square or polymorphic structure, and water guide road 2 is one or more layers structure.
The heat conductive insulating layer 13 of solenoid semiconductor element heat radiation is at the ring body structurc skin, and form water inlet first floor water guide road with ring body, the heat conductive insulating layer 13 of solenoid semiconductor element heat radiation contacts with the 8 semiconductor element heat conduction of high-frequency electromagnetic excitation coil, and the water cooling electromagnetic excitation coil semiconductor element high temperature in water guide road absorbs heat and obtains heating.
Heat-insulating layer 18 is at the ring body skin, and heat-insulating layer separates low-resistance permeability magnetic material 1 heater of electromagnetic excitation coil 8 with high electromagnetic eddy, reaches insulation and heat insulation.Be generally the structure of individual layer water guide road that cost structure oversimplifies and adopt at ring body abdomen center, as Fig. 3 structure, and 2 two ends, water guide road by spacer block 5 separately directly and water inlet 3 and delivery port 4 be connected in series and promptly get the hot water use.
But Instant heating type and water storage type multifunctional electromagnetic water heater is outside equipped with selecting type water storage heat-preserving container 15 and adjuster 19, water storage heat-preserving container 15 is connected with the delivery port 4 of hot water by adjuster 19, the hot water of supplying with thermal output is stored in the water storage heat-preserving container or preheating hot water temporarily, water inlet 3 is provided with the control valve 17 of water inlet and hydrodynamic(al), static sensor 11, and delivery port 4 is provided with the adjuster 19 of water temperature sensor 10 and three-way interface; Hot system is provided with temperature sensor 9; Water storage heat-preserving container water level control sensor 16 is connected with the high frequency electric source control circuit, high frequency electric source control circuit program is passed signal data back and is handled according to water storage heat-preserving container water level control sensor, delivery port temperature sensor, controls water storage heat-preserving container water level height and temperature thereof by the control valve of water inlet.Program also provides user's custom the required storage water yield to be set voluntarily and temperature plans to use up in disposable by control panel, is provided with data display screen and shows or notify in use water storage heat-preserving container storage of water amount changing value to know to the user.Regulate between hot water and the water storage heat-preserving container hot water export ratio by adjuster 19 and obtain hot water or selection by water storage heat-preserving container hot water and the together external in liberal supply flow hot water of hot water.Instant heating combines way with quick water storage and suitably reduces power, in the time can bearing large power supply environment or hot weather low-power, can use instant heating way heat hot water, in microthermal climate or the general family of not bearing large power supply select instant heating to be used in combination with water storage.
Be connected in series with water inlet 3, delivery port 4 again after can being connected in series or being connected in parallel between the multilayer water guide road 2.The TV structure situation needs to make solenoid type and is connected in series and guarantees water guide road length and water heating surface order of contact.
The low-resistance magnetic conductor material 1 of high electromagnetic eddy adopts the waterproof material that gets rusty, or cover adds antirust heat-conducting layer material and add hot water, prevents the aquatic rust of permeability magnetic material.
With reference to Fig. 1, Fig. 2, Fig. 4, Fig. 5, Fig. 6, Fig. 7 connects with the mains, and civil power is powered to the high frequency electric source control circuit.When needing to use hot water, cold water is from 3 water inlets of hot system water inlet, the hydrodynamic(al) of water inlet 3, static sensor 11 provides signal to the high frequency electric source control circuit, the high frequency electric source control circuit is by solenoid joint 6, solenoid joint 7 encourages to electromagnetic excitation coil 8 high frequency electric sources, the low-resistance permeability magnetic material 1 of high electromagnetic eddy produces tubulose electric current (eddy current) and solenoid semiconductor element heat dissipating layer generates heat rapidly, water inlet 3 is connected with solenoid semiconductor element heat dissipating layer 13, elder generation's cooling and absorbing solenoid semiconductor element heat of high temperature, enter the inside electromagnetic eddy water guide road heating, the water in water guide road is heated from 2-1 to 2, flows out hot water from delivery port 4 again.Be connected in series hole 12 and spacer block 5 water guide road 2-1 by layer water guide road, water guide road 2-0,2 series connection of water guide road acquire the high temperature heat hot water.One end of the adjuster 19 of delivery port three-way interface is connected with the water storage heat-preserving container, can store high-temperature-hot-water or preheating hot water temporarily.Water storage heat-preserving container water level control sensor 17 is connected with the high frequency electric source control circuit, and the high frequency electric source control circuit is according to the control valve 17 control water storage heat-preserving container water level height and the temperature of transducing signal control water inlet.Hot system temperature sensor 9, delivery port water temperature sensor 10, hydrodynamic(al), static sensor 11 provide temperature signal to make control circuit carry out superhigh temperature to the high frequency electric source control circuit and protect and be provided with temperature automatically controlled function.Export ratio obtains hot water or selects together externally to supply sufficient flow hot water by water storage heat-preserving container hot water and hot water between adjusting hot water and the water storage heat-preserving container hot water.Instant heating combines way with quick water storage and suitably reduces power, in the time can bearing large power supply environment or hot weather low-power, can use instant heating way heat hot water, in microthermal climate or the general family of not bearing large power supply select instant heating to be used in combination with water storage.
With reference to Fig. 3, individual layer water guide road list eddy-current heating tubular construction, water guide road 2-1, water guide road 2 directly are connected with delivery port 4 with water inlet 3, and heat-insulating layer 18 separates low-resistance permeability magnetic material 1 heater of electromagnetic excitation coil 8 with high electromagnetic eddy, and cost structure is oversimplified.
Claims (5)
1. Instant heating type and water storage type multifunctional electromagnetic water heater, it is made up of hot system and high frequency electric source control circuit, and hot system is made up of the be connected in series control valve of hole, water storage heat-preserving container water level control sensor, water inlet of closed ring body, high-frequency electromagnetic excitation coil, spacer block, water guide road, heat conductive insulating layer or heat-insulating layer, water inlet, delivery port, water storage heat-preserving container, adjuster, hot system temperature sensor, delivery port water temperature sensor, hydrodynamic(al), static sensor, layer water guide road; The high frequency electric source control circuit respectively with the high-frequency electromagnetic excitation coil, hot system temperature sensor, the delivery port water temperature sensor, hydrodynamic(al), static sensor, water storage heat-preserving container water level control sensor, the city is electrically connected, be provided with program, guidance panel and data display screen, it is characterized in that: the pipe of low-resistance permeability magnetic material (1) of a high electromagnetic eddy or the closed ring body (14) of column structure are set in water heater, a spacer block (5) is arranged in the closed hoop body structure, water guide road (2), heat conductive insulating layer (13) or heat-insulating layer (18), separate the water inlet and the water outlet in closed ring body water guide road (2) by spacer block (5), one end is water inlet (3), one end is delivery port (4), form water inlet (3), delivery port (4), water guide road (2) series connection is through closed ring body (14), ring body (14) is provided with high-frequency electromagnetic excitation coil (8), the electromagnetism magnetic line of force is in the ring body closed-loop path, induced-current produces the eddy current heat at pipe or column closed-loop path, heating promptly gets hot water, but hot system delivery port is outside equipped with selecting type water storage heat-preserving container (15) and adjuster (19), be provided with temperature automatically controlled and instant heating or water storage or instant heating and water storage in conjunction with multi-functional.
2. Instant heating type and water storage type multifunctional electromagnetic water heater according to claim 1, it is characterized in that: the heat conductive insulating layer (13) of solenoid semiconductor element heat radiation is in ring body (14) structural outside layers, and form water inlet first floor water guide road with ring body, water guide road (2) is one or more layers structure, the heat conductive insulating layer (13) of solenoid semiconductor element heat radiation contacts with high temperature electromagnetic excitation coil (8) semiconductor element heat conduction, and the water cooling electromagnetic excitation coil semiconductor element high temperature of water guide road (2) absorbs heat and obtains heating.
3. Instant heating type and water storage type multifunctional electromagnetic water heater according to claim 1, it is characterized in that: but Instant heating type and water storage type multifunctional electromagnetic water heater is outside equipped with selecting type water storage heat-preserving container (15) and adjuster (19), the water storage heat-preserving container is connected with the delivery port of hot water by adjuster (19), and the hot water of supplying with thermal output is stored in the water storage heat-preserving container or preheating hot water temporarily.
4. Instant heating type and water storage type multifunctional electromagnetic water heater according to claim 1 and 2 is characterized in that: be connected in series with water inlet (3), delivery port (4) after being connected in series or being connected in parallel between the multilayer water guide road (2) again; The pipe in water guide road (2) or the cross section of post and ring body are circular or square or polymorphic structure.
5. Instant heating type and water storage type multifunctional electromagnetic water heater according to claim 1 is characterized in that: the low-resistance magnetic conductor material (1) of high electromagnetic eddy adopts the waterproof material that gets rusty, or cover adds antirust heat-conducting layer material and adds hot water.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910114587A CN101718464A (en) | 2009-11-27 | 2009-11-27 | Instant heating type and water storage type multifunctional electromagnetic water heater |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910114587A CN101718464A (en) | 2009-11-27 | 2009-11-27 | Instant heating type and water storage type multifunctional electromagnetic water heater |
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| CN101718464A true CN101718464A (en) | 2010-06-02 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102551400A (en) * | 2012-01-19 | 2012-07-11 | 山东聊城金泰节能科技有限公司 | Electromagnetic induction water bed |
| CN105485891A (en) * | 2016-01-14 | 2016-04-13 | 朱筱杰 | Induction heater with closed magnetic circuit |
| CN107801262A (en) * | 2017-12-10 | 2018-03-13 | 张志学 | A kind of concentric bilayer energy-saving quick heating type electromagnetic induction heating body |
| RU208953U1 (en) * | 2021-07-28 | 2022-01-24 | Андрей Александрович Павлов | VORTEX COAXIAL TUBULAR RADIATOR "VORTEX" |
| WO2023009035A1 (en) * | 2021-07-28 | 2023-02-02 | Дмитрий Александрович ЛАЗАРЕВ | Tube-in-tube eddy current radiator |
-
2009
- 2009-11-27 CN CN200910114587A patent/CN101718464A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102551400A (en) * | 2012-01-19 | 2012-07-11 | 山东聊城金泰节能科技有限公司 | Electromagnetic induction water bed |
| CN102551400B (en) * | 2012-01-19 | 2014-06-18 | 山东聊城金泰节能科技有限公司 | Electromagnetic induction water bed |
| CN105485891A (en) * | 2016-01-14 | 2016-04-13 | 朱筱杰 | Induction heater with closed magnetic circuit |
| CN107801262A (en) * | 2017-12-10 | 2018-03-13 | 张志学 | A kind of concentric bilayer energy-saving quick heating type electromagnetic induction heating body |
| RU208953U1 (en) * | 2021-07-28 | 2022-01-24 | Андрей Александрович Павлов | VORTEX COAXIAL TUBULAR RADIATOR "VORTEX" |
| WO2023009035A1 (en) * | 2021-07-28 | 2023-02-02 | Дмитрий Александрович ЛАЗАРЕВ | Tube-in-tube eddy current radiator |
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Application publication date: 20100602 |