CN201306827Y - Electric induction heater and heating device equipped therewith - Google Patents
Electric induction heater and heating device equipped therewith Download PDFInfo
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- CN201306827Y CN201306827Y CNU2008200728023U CN200820072802U CN201306827Y CN 201306827 Y CN201306827 Y CN 201306827Y CN U2008200728023 U CNU2008200728023 U CN U2008200728023U CN 200820072802 U CN200820072802 U CN 200820072802U CN 201306827 Y CN201306827 Y CN 201306827Y
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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
Abstract
The utility model relates to an electric induction heater and a heating device equipped therewith. The utility model has the following characteristics: the two orifices of a fluid eduction tube and a fluid ingress tube of the bilateral frustum-shaped cavity of the electric induction heater are provided with internal threads; a plurality of guiding gutters are arranged in the cavity; the surface of the cavity is wrapped by an insulating ceramic fibre layer the surface of which is wound with a lacquered wire; the heating device provided with the electric induction heater mainly comprises a solar heat exchanger, an intelligent temperature controller, a valve, a radiator and a continuous U-shaped and inverted U-shaped thin water tube bundle; wherein, the intelligent temperature controller and the valve are arranged on an outflow pipeline; water or superconductive liquid is filled in the radiator; and the continuous U-shaped and inverted U-shaped thin water tube bundle is arranged in a columnar cavity type heat-exchanging chamber. The water inlet and the water outlet of the radiator are connected with a solar outflow tube and a solar inflow tube; a circulating tube is connected with a reflux cavity tube arranged on the bottom of the radiator; the free end of the circulating tube and one side of the reflux cavity tube on the bottom of the radiator are respectively connected with the eduction tube and the ingress tube of the electric induction heater; and a temperature control box is provided with an infrared sensor, an intelligent temperature control time controller and a controller of the intelligent temperature control time controller.
Description
Technical field
The utility model belongs to electric heater and the heating plant of electric heater is housed, particularly electric induction heater and the heating plant of electric induction electric heater is housed.
Background technology
China cities and towns and rural winter heating generally adopt the coal-burning boiler heat supply heating, perhaps adopt steam power plant's central heat supplying, the fire coal that China continues to use for a long time, fuel oil heat supply heating, annual a large amount of coals and the petroleum resources of consuming, cause resource supply and demand anxiety, burden for users is heavy.Particularly environment is caused the pollution of secondary flue gas and dust, threatening that broad masses of the people's is healthy.In addition, user's room temperature does not reach 18～20 ℃ sometimes.At present, some area utilizes solar heat exchanger to produce hot water heating, and when the cloudy day, the no sunlight weather time was long, the hot water temperature did not satisfy the needs of user heating in the solar heat exchanger, generally in the radiator water return pipeline with electrically heated rod to circulating water heating, to improve its temperature.But in case the electrically heated rod insulating barrier is run-down, electric shock is made in electric leakage easily.Also there is a few users electricity consumption heat supply heating in the relatively abundanter area of power resource at present, and the resistance wire of heating usefulness leaks electricity easily.
The utility model content
The purpose of this utility model is to solve the problem that prior art exists, a kind of electric induction heater is provided and the heating plant of electric induction heater is housed, electric induction heater has leakproof, and is safe and reliable, do not have sound in the radiator, can not cause advantage such as ambient noise is pollution-free.
Realize that the purpose of this utility model technical scheme is:
Electric induction heater is characterized in that described electric induction heater, its left side, and the ingress pipe of the oblique chamber of the half-cone fluid of right symmetry, the delivery line of fluid, its two ends mouth of pipe is provided with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with the ceramic fiber insulation layer on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire; There is the slotting ring that links to each other with plug at the enamel-covered wire two ends.
Above-mentioned electric induction heater, its described electric induction heater is a split-type structural, is the oblique chamber of half-cone in the delivery line of the ingress pipe of its symmetrical fluid (water or superconducting fluid, as follows), fluid (water or superconducting fluid, as follows); Its symmetrical upper cavity, lower chamber inner surface are provided with the guiding gutter that intermeshing tooth constitutes; Described fluid ingress pipe, fluid delivery line both sides are connected as a single entity by the upper cavity of screw and described symmetry, the both sides of lower chamber.
A kind of heating plant that electric induction heater is housed, it mainly contains copper continuous U type-inverted U thin conduit bundle and the intelligent temperature control time controller that is furnished with in intelligent temperature controller and the valve on solar heat exchanger and the water outlet pipeline, the radiator that is filled with water or superconducting fluid and the post cavate Heat Room thereof, it is characterized in that the mouth of pipe of backflow lumen one side bottom radiator is connected with circulation pipe by pipe connecting piece; The backflow lumen opposite side mouth of pipe of the free end of circulation pipe, radiator bottom links to each other with ingress pipe, the fluid delivery line of the electric induction heater fluid that is contained in the temperature control box bottom by pipe connecting piece III, pipe connecting piece IV respectively; Temperature control box is equipped with infrared inductor near radiator one side; In intelligent temperature control time controller bottom is the controller of electric induction heater.
Above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its electric induction heater, the ingress pipe of the oblique chamber of the half-cone fluid of right symmetry, the delivery line of fluid, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with the ceramic fiber insulation layer on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire; The two ends of enamel-covered wire are connected to the slotting ring that links to each other with plug.
Above-mentioned a kind of heating plant that electric induction heater is housed, its described electric induction heater is a split-type structural, is the oblique chamber of half-cone in the ingress pipe of its symmetrical fluid, the delivery line of fluid; The inner surface of its symmetrical upper cavity, lower chamber is provided with the guiding gutter that intermeshing tooth constitutes; The both sides that the ingress pipe of described fluid, fluid import out pipe all are connected as a single entity by the upper cavity of screw and described symmetry, the both sides of lower chamber.
A kind of heating plant that electric induction heater is housed, it mainly contains copper continuous U type-inverted U thin conduit bundle and the intelligent temperature control time controller that is furnished with in intelligent temperature controller and the valve on solar heat exchanger and the water outlet pipeline thereof, the radiator that is filled with super liquid and the post cavate Heat Room thereof, it is characterized in that being connected with the solar energy outlet pipe by pipe connecting piece I at the radiator water inlet; The radiator effluent pipe mouth is connected with the solar energy water inlet pipe by pipe connecting piece II; Radiator links to each other with other heating installation or radiator group A by pipe connecting piece; Circulation pipe links to each other by the backflow lumen of pipe connecting piece with the bottom of radiator or radiator group A; The backflow lumen one side pipe mouth of the bottom of the free end of circulation pipe, close temperature control box one side of radiator is connected with the importing mouth of pipe of the fluid of the electric induction heater that is contained in the temperature control box bottom, the delivery line of fluid by pipe connecting piece III, pipe connecting piece IV respectively; Temperature control box is provided with infrared inductor near radiator one side; It below the intelligent temperature control time controller controller of electric induction heater.
Above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its described electric induction heater, the ingress pipe of the oblique chamber of the half-cone fluid of right symmetry, the delivery line of fluid, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with the ceramic fiber insulation layer on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire; The two ends of enamel-covered wire are connected to the slotting ring that links to each other with plug.
Above-mentioned a kind of heating plant that electric induction heater is housed, its described electric induction heater is a split-type structural, is the oblique chamber of half-cone in the ingress pipe of the fluid that it is symmetrical, the delivery line of fluid; The inner surface of its symmetrical upper cavity, lower chamber is provided with the guiding gutter that intermeshing tooth constitutes; The delivery line both sides of the ingress pipe of described fluid, fluid all are connected as a single entity by the upper cavity of screw and described symmetry, the both sides of lower chamber.
A kind of heating plant that electric induction heater is housed, it mainly contains radiator A, it is characterized in that linking to each other by pipe connecting piece with radiator at this radiator A; The mouth of pipe of backflow lumen one side of radiator A bottom is connected with circulation pipe by pipe connecting piece; The backflow lumen of the free end of circulation pipe, radiator bottom links to each other with the ingress pipe of the aqueous fluid of the electric induction heater that is contained in the temperature control box bottom, the delivery line mouth of pipe of aqueous fluid by pipe connecting piece III, pipe connecting piece IV respectively near the mouth of pipe of temperature control box one side; Temperature control box is equipped with infrared inductor near radiator one side; In intelligent temperature control time controller bottom is the controller of electric induction heater.
Above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its described electric induction heater, the ingress pipe of the aqueous fluid in the oblique chamber of half-cone of right symmetry, the delivery line of aqueous fluid, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guide's grooves in its cavity; Be coated with the ceramic fiber insulation layer on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire; The enamel-covered wire two ends are connected to the slotting ring that links to each other with plug.
Above-mentioned a kind of heating plant that electric induction heater is housed, its described electric induction heater is a split-type structural, is the oblique chamber of half-cone in the ingress pipe of its symmetrical fluid water, the delivery line of fluid water; Its symmetrical upper cavity, lower chamber inner surface are provided with the guiding gutter that intermeshing tooth constitutes; The both sides of the ingress pipe of described fluid water, the delivery line of fluid water all are connected as a single entity by screw and the upper cavity of symmetry, the both sides of lower chamber.
The utility model compared with prior art has tangible good effect:
(1) the electric induction heater volume is little, and structure is tightly played, and realizes that water, electricity separate, and has leakproof, and is safe and reliable.
(2) electric induction heater is the oblique cavity configuration of half-cone in its fluid importing, the delivery line, establishes guiding gutter in the cavity, can not produce the noise that environment is polluted when being full of the fluid operation in it.
(3) even if anhydrous in the pipeline, this electric induction heater can be not destroyed yet.
(4) be provided with a plurality of guiding gutters in the electric induction heater, its heating surface (area) (HS improves greatly than the heating surface (area) (HS of electrically heated rod.40 seconds leaving water temperatures of quick heating energising can reach 50 ℃ (superconducting liquid can reach 80 ℃)
5) the temperature control time controller heating plant that is provided with can link to each other with the temperature control time controller by computer, realizes self-compiling program, heats or stop heating automatically.Particularly establish infrared inductor at temperature control box near on the housing of radiator one side, when heater temperature was lower than 30 ℃, electric induction heater started heating automatically.When long-time no sunlight of cloudy day, when the solar heat exchanger water temperature is lower than 30 ℃, be installed in temperature controller on the solar heat exchanger back with water inlet line, can instruct the valve on the back with water inlet line to close automatically.At this moment, under the temperature control time controller instruction in radiator control case, electric induction heater starts heating automatically, reaches 64.5 ℃ of setting-up time and temperature and stops heating automatically.When fine solar energy parallel operation ran to water temperature and was higher than 30 ℃ the same day, open water intaking valve automatically, at this moment, electric heater stops heating automatically, and circulation line is out of service.Hot water in the solar energy parallel operation enters through the water outlet pipeline and carries out heat exchange in the radiator, and turns back to through radiator outlet and to continue heat exchange in the solar heat exchanger, so forms closed circuit circulatory system.When being lower than 18 ℃, room temperature can adopt the water of radiator-radiator that electric induction heater is housed that Fig. 5 shows and heating plant structure (flow chart) schematic diagram (three) of water; Can improve room temperature automatically to setting value.
Electric induction heater also is electric boiler, electric heater, solar water heater etc. carry out heat-exchanger rig with electric energy a small-sized desirable heating plant.
Copper continuous U type-inverted U thin conduit bundle that is furnished with in solar heat exchanger that the utility model is used and annex intelligent temperature controller thereof and valve, radiator and the radiator post cavate Heat Room and intelligent temperature control time controller etc. are all bought from the market.
Description of drawings
Fig. 1 is the structural representation of the utility model electric induction heater;
Fig. 2 is the cutaway view of the A-A of Fig. 1.
Fig. 3 is equipped with the water of solar heat exchanger-radiator of electric induction heater and heating plant structure (flow chart) schematic diagram () of water heat exchange;
Fig. 4 is the left view of temperature control box of the present utility model;
Fig. 5 is equipped with the water of solar heat exchanger-radiator of electric induction heater and heating plant structure (flow chart) schematic diagram (two) of superconducting fluid heat exchange;
Fig. 6 is equipped with the water of radiator-radiator of electric induction heater and heating plant structure (flow chart) schematic diagram (three) of water heat exchange;
1-solar heat exchanger 1-1-intelligent temperature controller 1-2-valve 2-radiator 2-1-post cavate Heat Room 2-2-backflow lumen 2-3-pipe connecting piece I 2-4-pipe connecting piece II 2-5-pipe connecting piece III 2-6-pipe connecting piece IV 2-7-circulation pipe 2-8-temperature control box 2-9-intelligent temperature control time controller 2-10-controller 2-11-infrared inductor 2-12-electric fan 2-13-louvre 3-1-electric induction heater 3-2-ceramic fiber insulation layer 3-3-enamel-covered wire 3-4-fluid ingress pipe 3-5-fluid delivery line 3-6-upper cavity 3-7-lower chamber 3-8-tooth 3-9-screw A-radiator A-1-backflow lumen.
The specific embodiment
Below by accompanying drawing in conjunction with the embodiments, the utility model is described further:
From accompanying drawing 1～2 as seen, electric induction heater is characterized in that the left side of described electric induction heater 3-1, the oblique chamber of half-cone fluid (water or the superconducting fluid of right symmetry, as follows) the mouth of pipe of delivery line 3-5 of the mouth of pipe, fluid (water or superconducting fluid, as follows) of ingress pipe 3-4 be provided with internal thread; Be provided with a plurality of guiding gutters in its body; Be coated with ceramic fiber insulation layer 3-2 on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire 3-3; Enamel-covered wire 3-3 two ends are connected to the slotting ring that links to each other with plug.
From Fig. 2 as seen, above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its described electric induction heater 3-1, ingress pipe 3-4, the delivery line 3-5 of fluid of the oblique chamber of the half-cone liquid of right symmetry, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with ceramic fiber insulation layer 3-2 on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire 3-3; The two ends of enamel-covered wire 3-3 are connected to the slotting ring that links to each other with plug.
From Fig. 2 as seen, above-mentioned a kind of heating plant that electric induction heater is housed, electric induction heater 3-1 is a split-type structural, is the oblique chamber of half-cone in the ingress pipe 3-4 of its symmetrical fluid, the delivery line 3-5 of fluid; The inner surface of its symmetrical upper cavity 3-6, lower chamber 3-7 is provided with the guiding gutter that intermeshing tooth 3-8 constitutes; The both sides that the ingress pipe 3-4 of described fluid, fluid import out pipe 3-5 all are connected as a single entity by the upper cavity 3-6 of screw 3-9 and described symmetry, the both sides of lower chamber 3-7
Solar heat exchanger-radiator the combination of this routine technical scheme of embodiment 2:(for adopting the electric induction heater heat supply, its heat exchanging fluid is water or superconducting fluid; )
From accompanying drawing 3 as seen, a kind of heating plant that electric induction heater is housed, it mainly contains intelligent temperature controller 1-1 on sun heat exchanger 1 and the water outlet pipeline and valve 1-2, be copper continuous U type-inverted U thin conduit bundle and the intelligent temperature control time controller 2-9 that is furnished with among the radiator 2 of heat exchanging fluid and the post cavate Heat Room 2-1 thereof with water or superconducting fluid, it is characterized in that being connected with circulation pipe 2-7 by pipe connecting piece at the mouth of pipe of the backflow lumen 2-2 of radiator 2 bottoms one side; The backflow lumen 2-2 opposite side mouth of pipe of the free end of circulation pipe 2-7, radiator 2 bottoms links to each other with the ingress pipe 3-4 of the fluid of the electric induction heater 3-1 that is contained in temperature control box 2-8 bottom, the delivery line 3-5 of fluid by pipe connecting piece III2-5, pipe connecting piece IV2-6 respectively; See Fig. 4, temperature control box 2-8 is equipped with infrared inductor 2-11 near a side of radiator 2; Below intelligent temperature control time controller 2-9 the controller 2-10 of electric induction heater 3-1.
Above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its electric induction heater 3-1, ingress pipe 3-4, the delivery line 3-5 of fluid of the oblique chamber of the half-cone liquid of right symmetry, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with ceramic fiber insulation layer 3-2 on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire 3-3; The two ends of enamel-covered wire 3-3 are connected to the slotting ring that links to each other with plug.
Above-mentioned a kind of heating plant that electric induction heater is housed, its described electric induction heater 3-1 is a split-type structural, is the oblique chamber of half-cone in the ingress pipe 3-4 of its symmetrical fluid, the delivery line 3-5 of fluid; The inner surface of its symmetrical upper cavity 3-6, lower chamber 3-7 is provided with the guiding gutter that intermeshing tooth 3-8 constitutes; The both sides of the ingress pipe 3-4 of described fluid, the delivery line 3-5 of fluid all are connected as a single entity with the upper cavity 3-6 of symmetry, the both sides of lower chamber 3-7 by screw 3-9.
(this routine technical scheme is the solar heat exchanger-radiator-radiator of employing electric induction heater heat supply or the combination of radiator group to embodiment 3, and its heat exchanging fluid is water or superconducting fluid; )
From Fig. 5 as seen, a kind of heating plant that electric induction heater is housed, it mainly contains copper continuous U type-inverted U thin conduit bundle and the intelligent temperature control time controller 2-9 that is furnished with among intelligent temperature controller 1-1 and the valve 1-2 on solar heat exchanger 1 and the water outlet pipeline thereof, the radiator 2 that is filled with water or superconducting fluid and the post cavate Heat Room 2-1 thereof, it is characterized in that being connected with the solar energy outlet pipe by pipe connecting piece I2-4 at radiator 2 water inlets; Radiator 2 effluent pipe mouths are connected with the solar energy water inlet pipe by pipe connecting piece II2-3; Radiator 2 links to each other with heating installation A by pipe connecting piece; Circulation pipe 2-7 links to each other with the backflow lumen A-1 of the bottom of heating installation A by pipe connecting piece; The backflow lumen 2-2 one side pipe mouth of the bottom of the free end of circulation pipe 2-7, radiator 2 close temperature control box 2-8 one sides links to each other with the ingress pipe 3-4 mouth of the electric induction heater 3-1 fluid that is contained in temperature control box 2-8 bottom, the delivery line 3-5 mouth of fluid by pipe connecting piece III2-5, pipe connecting piece IV2-6 respectively.See Fig. 4, temperature control box 2-8 is equipped with infrared inductor 2-11 near a side of radiator 2; Below intelligent temperature control time controller 2-9 the controller 2-10 of electric induction heater 3-1.From the above description as can be seen, present embodiment is that the hot water by solar heat exchanger 1 enters the copper continuous U type-intrafascicular water of inverted U thin conduit that is furnished with among the post cavate Heat Room 2-1 of radiator 2, with the superconducting fluid heat exchange that is full of in the radiator 2, the fluid after the heat exchange enters radiator A and makes heating medium.No sunlight of cloudy day, when solar heat exchanger 1 water temperature was 30 ℃, the intelligent temperature controller 1-1 instruction valve 1-2 on the water outlet pipeline closed.The electric induction heater of intelligent temperature control time controller 2-9 instruction simultaneously 3-1 operation heat supply can reach about 80 ℃ from energising superconducting fluid temperature in 40 second, and is like this, circulates continuously at circulation pipe 2-7 as the fluid of heating medium, is radiator 2, A heat supply.After the same day was fine, water temperature reached 30 ℃ in the solar heat exchanger 1, and intelligent temperature controller 1-1 instruction valve 1-2 opens, heat supply water in radiator 2, and so simultaneously, infrared inductor 2-11 instructs intelligent temperature time controller 2-9 to cut off the power supply; Electric fan 2-12 stall.Form hot water circulation loop between solar heat exchanger 1 and the radiator 2, carry out heat exchange with fluid in the heating installation 2; Fluid circulation continuously in circulation pipe 2-7 under pumping action, fluid (water or the superconducting fluid) thermal source that provides heating to use for radiator 2, A.
From Fig. 1～2 as seen, above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its described electric induction heater 3-1, ingress pipe 3-4, the delivery line 3-5 of superconducting fluid fluid of the oblique chamber of the half-cone superconducting fluid fluid of right symmetry, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with ceramic fiber insulation layer 3-2 on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire 3-3; The two ends of enamel-covered wire 3-3 are connected to the slotting ring that links to each other with plug.
From Fig. 1～2 as seen, above-mentioned a kind of heating plant that electric induction heater is housed, its described electric induction heater 3-1 is a split-type structural, is the oblique chamber of half-cone in the ingress pipe 3-4 of the superconducting fluid fluid that it is symmetrical, the delivery line 3-5 of superconducting fluid fluid; The inner surface of its symmetrical upper cavity 3-6, lower chamber 3-7 is provided with the guiding gutter that intermeshing tooth 3-8 constitutes; The delivery line 3-5 both sides of the ingress pipe 3-4 of described superconducting fluid fluid, superconducting fluid fluid all are connected as a single entity by the upper cavity 3-6 of screw 3-9 and described symmetry, the both sides of lower chamber 3-7.
This routine technical scheme of embodiment 4:{ adopts the combination of the radiator-heat exchanger (radiator or radiator group) of electric induction heater heat supply, and its heat exchanging fluid is a water.This programme is to be lower than 18 ℃ user at room temperature, is connected with the heat exchanger of the radiator formation of using the heat supply of electric induction heat exchanger at original radiator }
See Fig. 6, a kind of heating plant that electric induction heater is housed, it mainly contains radiator A, it is characterized in that linking to each other by pipe connecting piece at this radiator A and radiator 2; The mouth of pipe of backflow lumen A-1 one side of radiator A bottom is connected with circulation pipe 2-7 by pipe connecting piece; The backflow lumen 2-2 of the free end of circulation pipe 2-7, radiator 2 bottoms links to each other with the ingress pipe 3-4 of the electric induction heater 3-1 aqueous fluid that is contained in temperature control box 2-8 bottom, the delivery line 3-5 mouth of pipe of aqueous fluid by pipe connecting piece III2-5, pipe connecting piece IV2-6 respectively near temperature control box 2-8 one side pipe mouth; See Fig. 4, temperature control box 2-8 is equipped with infrared inductor 2-11 near radiator 2 one sides; Below intelligent temperature control time controller 2-9 the controller 2-10 of electric induction heater 3-1.
From Fig. 1～2 as seen, above-mentioned a kind of heating plant that electric induction heater is housed, the left side of its described electric induction heater 3-1, ingress pipe 3-4, the delivery line 3-5 of aqueous fluid of the aqueous fluid in the oblique chamber of half-cone of right symmetry, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guide's grooves in its cavity; Be coated with ceramic fiber insulation layer 3-2 on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire 3-3; Enamel-covered wire 3-3 two ends are connected to the slotting ring that links to each other with plug.
From Fig. 1～2 as seen, above-mentioned a kind of heating plant that electric induction heater is housed, its described electric induction heater 3-1 is a split-type structural, is the oblique chamber of half-cone in the ingress pipe 3-4 of the superconducting fluid fluid that it is symmetrical, the delivery line 3-5 of superconducting fluid fluid; The inner surface of its symmetrical upper cavity 3-6, lower chamber 3-7 is provided with the guiding gutter that intermeshing tooth 3-8 constitutes; The delivery line 3-5 both sides of the ingress pipe 3-4 of described superconducting fluid fluid, superconducting fluid fluid all are connected as a single entity by the upper cavity 3-6 of screw 3-9 and described symmetry, the both sides of lower chamber 3-7.
From Fig. 1～2 as seen, above-described intelligent temperature control time controller 2-9 is the top that is contained in temperature control box 2-8; The controller 2-10 of intelligent temperature control time controller 2-9 is equipped with in its underpart, and temperature control box is established exhaust vent 2-13 near heating installation 2 one side lower parts; The heat that electric induction heater 3-1 operation the time sheds under the fan 2-12 effect at the controller 2-10 back side of intelligent temperature control time controller 2-9, blows to radiator 2 from exhaust vent 2-13 and makes its heat fully to indoor diffusion.
The solar heat exchanger turnover is no matter the outside all is coated with heat-insulation layer; Backflow lumen end is provided with exhaust valve on the radiator; The lead of intelligent temperature controller and the intelligent temperature control time controller all power supply of its coupling is connected; These all are general knowledges.
Claims (11)
1, electric induction heater is characterized in that described electric induction heater (3-1), its left side, and the ingress pipe (3-4) of the oblique chamber of the half-cone fluid of right symmetry, the delivery line (3-5) of fluid, its two ends mouth of pipe is provided with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with ceramic fiber insulation layer (3-2) on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire (3-3); There is the slotting ring that links to each other with plug at enamel-covered wire (3-3) two ends.
2, electric induction heater according to claim 1 is characterized in that this electric induction heater (3-1) is a split-type structural, is the oblique chamber of half-cone in the delivery line (3-5) of the ingress pipe of its symmetrical fluid (3-4), fluid; Its symmetrical upper cavity (3-6), lower chamber (3-7) inner surface are provided with the guiding gutter that intermeshing tooth (3-8) constitutes; Delivery line (3-5) both sides of the ingress pipe of described fluid (3-4), fluid are connected as a single entity by screw (3-9) and the upper cavity (3-6) of described symmetry, the both sides of lower chamber (3-7).
3, a kind of heating plant that electric induction heater is housed, it mainly contains copper continuous U type-inverted U thin conduit bundle and the intelligent temperature control time controller (2-9) that is furnished with in intelligent temperature controller (1-1) and the valve (1-2) on solar heat exchanger (1) and the water outlet pipeline, the radiator (2) that is filled with water or superconducting fluid and the post cavate Heat Room (2-1) thereof, it is characterized in that the mouth of pipe of backflow lumen (2-2) side bottom radiator (2-1) is connected with circulation pipe (2-7) by pipe connecting piece; Backflow lumen (2-2) the opposite side mouth of pipe of the free end of circulation pipe (2-7), radiator (2) bottom, siphunculus is crossed pipe connecting piece III (2-5), pipe connecting piece IV (2-6) and is linked to each other with fluid ingress pipe (3-4), the fluid delivery line (3-5) of the electric induction heater (3-1) that is contained in temperature control box (2-8) bottom respectively; Temperature control box (2-8) is equipped with infrared inductor (2-11) near radiator (2) one sides; It below intelligent temperature control time controller (2-9) controller (2-10) of electric induction heater (3-1).
4, a kind of heating plant that electric induction heater is housed according to claim 3, a left side that it is characterized in that electric induction heater (3-1), the ingress pipe (3-4) of the oblique chamber of the half-cone fluid of right symmetry, the delivery line (3-5) of fluid, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with ceramic fiber insulation layer (3-2) on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire (3-3); The two ends of enamel-covered wire (3-3) are connected to the slotting ring that links to each other with plug.
5, a kind of heating plant that electric induction heater is housed according to claim 4 is characterized in that electric induction heater (3-1) is a split-type structural, is the oblique chamber of half-cone in the ingress pipe of its symmetrical fluid (3-4), the fluid delivery line (3-5); The inner surface of its symmetrical upper cavity (3-6), lower chamber (3-7) is provided with the guiding gutter that intermeshing tooth (3-8) constitutes; The both sides that the ingress pipe of described fluid (3-4), fluid import out pipe (3-5) all are connected as a single entity by screw (3-9) and the upper cavity (3-6) of described symmetry, the both sides of lower chamber (3-7).
6, a kind of heating plant that electric induction heater is housed, it mainly contains copper continuous U type-inverted U thin conduit bundle and the intelligent temperature control time controller (2-9) that is furnished with in intelligent temperature controller (1-1) and the valve (1-2) on solar heat exchanger (1) and the water outlet pipeline thereof, the radiator (2) that is filled with superconducting fluid and the post cavate Heat Room (2-1) thereof, it is characterized in that being connected with the solar energy outlet pipe by pipe connecting piece I (2-4) at radiator (2) water inlet; Radiator (2) effluent pipe mouth is connected with the solar energy water inlet pipe by pipe connecting piece II (2-3); Radiator (2) links to each other with heating installation A by pipe connecting piece; Circulation pipe (2-7) links to each other by the backflow lumen (A-1) of pipe connecting piece with heating installation or radiator group (A) bottom; Backflow lumen (2-2) side pipe mouth of the bottom of the free end of circulation pipe (2-7), close temperature control box (2-8) side of radiator (2) is connected with ingress pipe (3-4) mouth of electric induction heater (3-1) fluid that is contained in temperature control box (2-8) bottom, the delivery line of fluid by pipe connecting piece III (2-5), pipe connecting piece IV (2-6) respectively; Temperature control box (2-8) is provided with infrared inductor 2-11 near radiator (2-1) side); It below intelligent temperature control time controller (2-9) controller (2-10) of electric induction heater (3-1).。
7, a kind of heating plant that electric induction heater is housed according to claim 6, a left side that it is characterized in that described electric induction heater (3-1), the ingress pipe (3-4) of the fluid in the oblique chamber of half-cone of right symmetry, the delivery line (3-5) of fluid, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guiding gutters in its cavity; Be coated with ceramic fiber insulation layer (3-2) on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire (3-3); The two ends of enamel-covered wire (3-3) are connected to the slotting ring that links to each other with plug.
8, a kind of heating plant that electric induction heater is housed according to claim 7, it is characterized in that described electric induction heater (3-1) is a split-type structural, is the oblique chamber of half-cone in the delivery line (3-5) of the ingress pipe of the fluid that it is symmetrical (3-4), fluid; The inner surface of its symmetrical upper cavity (3-6), lower chamber (3-7) is provided with the guiding gutter that intermeshing tooth (3-8) constitutes; Delivery line (3-5) both sides of the ingress pipe of described fluid (3-4), fluid all are connected as a single entity by screw (3-9) and the upper cavity (3-6) of described symmetry, the both sides of lower chamber (3-7).
9, a kind of heating plant that electric induction heater is housed, it mainly contains radiator (A), it is characterized in that linking to each other by pipe connecting piece with radiator (2) at this radiator (A); The mouth of pipe of radiator (A) bottom backflow lumen (A-1) side is connected with circulation pipe (2-7) by pipe connecting piece; The backflow lumen (2-2) of the free end of circulation pipe (2-7), radiator (2) bottom links to each other with the ingress pipe (3-4) of electric induction heater (3-1) aqueous fluid that is contained in temperature control box (2-8) bottom, delivery line (3-5) mouth of pipe of aqueous fluid by pipe connecting piece III (2-5), pipe connecting piece IV (2-6) respectively near temperature control box (2-8) side pipe mouth; Temperature control box (2-8) is equipped with infrared inductor (2-11) near radiator (2) one sides; It below intelligent temperature control time controller (2-9) controller (2-10) of electric induction heater (3-1).
10, a kind of heating plant that electric induction heater is housed according to claim 9, a left side that it is characterized in that described electric induction heater (3-1), the ingress pipe (3-4) of the aqueous fluid in the oblique chamber of half-cone of right symmetry, the delivery line (3-5) of aqueous fluid, its mouth of pipe is equipped with internal thread; Be provided with a plurality of guide's grooves in its cavity; Be coated with ceramic fiber insulation layer (3-2) on its housing surface; This insulation laminar surface Chan is wound with enamel-covered wire (3-3); Enamel-covered wire (3-3) two ends are connected to the slotting ring that links to each other with plug.
11, a kind of heating plant that electric induction heater is housed according to claim 10, it is characterized in that described electric induction heater (3-1) is a split-type structural, is the oblique chamber of half-cone in the delivery line (3-5) of the ingress pipe of its symmetrical fluid water (3-4), fluid water; Its symmetrical upper cavity (3-6), lower chamber (3-7) inner surface are provided with the guiding gutter that intermeshing tooth (3-8) constitutes; The both sides of the delivery line (3-5) of the ingress pipe of described fluid water (3-4), fluid water all are connected as a single entity by screw (3-9) and the upper cavity (3-6) of symmetry, the both sides of lower chamber (3-7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200728023U CN201306827Y (en) | 2008-11-25 | 2008-11-25 | Electric induction heater and heating device equipped therewith |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200728023U CN201306827Y (en) | 2008-11-25 | 2008-11-25 | Electric induction heater and heating device equipped therewith |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201306827Y true CN201306827Y (en) | 2009-09-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200728023U Expired - Fee Related CN201306827Y (en) | 2008-11-25 | 2008-11-25 | Electric induction heater and heating device equipped therewith |
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| Country | Link |
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| CN (1) | CN201306827Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101852500A (en) * | 2010-05-22 | 2010-10-06 | 浙江梅地亚新能源科技有限公司 | Panel solar energy one-way cycle intelligent frequency-conversion auxiliary heating control system |
| WO2011115591A1 (en) * | 2010-03-17 | 2011-09-22 | Kiatjaroonlert, Boonsak | Induction heater |
| CN107289622A (en) * | 2017-08-11 | 2017-10-24 | 安徽科海压缩机制造有限公司 | A kind of heated by natural gas device for being capable of temperature control |
-
2008
- 2008-11-25 CN CNU2008200728023U patent/CN201306827Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011115591A1 (en) * | 2010-03-17 | 2011-09-22 | Kiatjaroonlert, Boonsak | Induction heater |
| CN101852500A (en) * | 2010-05-22 | 2010-10-06 | 浙江梅地亚新能源科技有限公司 | Panel solar energy one-way cycle intelligent frequency-conversion auxiliary heating control system |
| CN107289622A (en) * | 2017-08-11 | 2017-10-24 | 安徽科海压缩机制造有限公司 | A kind of heated by natural gas device for being capable of temperature control |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20090909 Termination date: 20091225 |