CN105371346B - A kind of New-type heating heating system and method - Google Patents
A kind of New-type heating heating system and method Download PDFInfo
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- CN105371346B CN105371346B CN201510891575.1A CN201510891575A CN105371346B CN 105371346 B CN105371346 B CN 105371346B CN 201510891575 A CN201510891575 A CN 201510891575A CN 105371346 B CN105371346 B CN 105371346B
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- working medium
- medium container
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- pipeline
- electromagnetic heating
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D13/00—Electric heating systems
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D15/00—Other domestic- or space-heating systems
- F24D15/02—Other domestic- or space-heating systems consisting of self-contained heating units, e.g. storage heaters
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D19/00—Details
- F24D19/10—Arrangement or mounting of control or safety devices
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D19/00—Details
- F24D19/10—Arrangement or mounting of control or safety devices
- F24D19/1006—Arrangement or mounting of control or safety devices for water heating systems
- F24D19/1009—Arrangement or mounting of control or safety devices for water heating systems for central heating
- F24D19/1042—Arrangement or mounting of control or safety devices for water heating systems for central heating the system uses solar energy
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- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Sustainable Development (AREA)
- Sustainable Energy (AREA)
- General Induction Heating (AREA)
- Filling Or Discharging Of Gas Storage Vessels (AREA)
Abstract
The present invention relates to a kind of New-type heating heating system and method, which includes built-in electromagnetic heating device, radiator, pipeline and controller, and pipeline passes through built-in electromagnetic heating device and connect to form circulation line with radiator；The working medium container of built-in electromagnetic heating device has the through-hole across pipeline and working medium container is stores working medium in the container and working medium container of sealing structure after passing through pipeline, and electromagnetic heating coil is built in working medium container and electromagnetic heating coil is wound on the outer surface of the pipeline positioned at working medium container interior section；Electromagnetic heating coil heats the working medium of the working medium in pipeline and heating working medium stored in containers at work；When working medium in the working medium and pipeline in controller control switch connection working medium container, the working medium being heated stored in working medium container flows into circulation line to radiator and radiates.Heating system proposed by the present invention, reduces heat energy loss, has saved system cost.
Description
Technical field
The present invention relates to heating technical fields, more particularly to a kind of using the novel of built-in electromagnetic heating device
Heating system and method.
Background technique
At this stage, electric heating mode heating due to the advantages that it facilitates environmental protection gradually replaced traditional bavin,
The heating system that environmental pollution is serious for charcoal and coal etc., security risk is high becomes mainstream heating technical approach.Using electric heating
The heating system of heat supply, can not by environmental condition limitation arrangement in any place for having heating demands, be especially suitable for
In the place of larger space, utilize consumption is only the environmentally friendly electric energy of non-polluting substance, therefore obtains increasingly wider
It promotes and applies generally.Circulating pump driving high temperature circulation liquid is generallyd use in heating using wide heating system at present
The mode heat supply of cycle heat exchange in the circulation line of heating system, is wrapped in following for heating system using electromagnetic heating coil
The high temperature circulation liquid of heating is stored in fluid reservoir in case making by endless tube road with the circulation fluid in heat cycles pipeline
With.Traditional heating system electromagnetic heating coil and fluid reservoir fission is separately positioned, is generally arranged in heating system
At the different location of system, there is longer circulation line tube side between the two, the high temperature circulation liquid heated by electromagnetic heating coil
A large amount of heat energy loss is generated during storing by circulation line to fluid reservoir；Also, the high temperature circulation liquid being additionally arranged
Conveying circulation line results in the increase of system structure complexity and cost, and longer circulation line tube side setting also improves circulation
The risk of pipeline high temperature circulation fluid leakage, security risk is high, and reliability is low；In addition, electromagnetic heating coil and fluid reservoir are divided
From being arranged in system different location, causes system to be taken up too much space, the cost budgeting of entire heating system is caused to increase.
Summary of the invention
Structure is complicated existing for application of the present invention for existing heating system, heat energy loss is high, security risk is high
The problems such as high with cost budgeting, proposes a kind of New-type heating heating system, using integrated built-in electromagnetic heating device, is
Structure of uniting is simply exquisite, shortens circulation line tube side, reduces the heat energy loss in conveying circulation line, improves heating confession
The safety and reliability of hot systems, reduces system cost.The invention further relates to a kind of heating methods.
Technical scheme is as follows:
A kind of New-type heating heating system, which is characterized in that including built-in electromagnetic heating device, radiator, pipeline
And controller, the pipeline pass through built-in electromagnetic heating device and connect to form circulation line with radiator；It is described built-in
Formula electromagnetic heater includes working medium container, electromagnetic heating coil and power circuit, and the working medium container has across pipeline
Through-hole is simultaneously storing working medium in the container and working medium container that the working medium container after pipeline is sealing structure, and the electromagnetism adds
Heat coil is built in working medium container and electromagnetic heating coil is wound on the outer surface of the pipeline positioned at working medium container interior section,
The electromagnetic heating coil connects power circuit, and the power circuit leads to the outside of working medium container and is connected with controller,
Working medium in the working medium container is connected to and is isolated by switch control with the working medium in pipeline, the switch and controller phase
Even；The electromagnetic heating coil heats the working medium in pipeline and the directly or indirectly work of heating working medium stored in containers at work
Matter；When working medium in the working medium and pipeline in controller control switch connection working medium container, what is stored in working medium container is added
The working medium of heat flows into circulation line to radiator and radiates.
The working medium container is the cool-bag of sealing structure, the working medium in controller control switch connection working medium container
With the working medium in pipeline and when electromagnetic heating coil does not work, store in working medium container be heated and the working medium of insulation flows into
Circulation line to radiator radiates；
And/or storage liquid working substance or gas working medium in the working medium container.
It further include solar energy heat collection pipe, the solar energy heat collection pipe is arranged in parallel on circulation line, and by recycling
The connection or disconnection of the control valve control solar energy heat collection pipe and circulation line that are arranged on pipeline, the solar energy heat collection pipe generate
Energy heats circulation line in working medium radiated again by radiator, and controller control switch connection working medium container in
The work of built-in electromagnetic heating device is also stored in when working medium in working medium and pipeline via the working medium of solar energy heat collection pipe heating
In matter container.
It further include power generator and battery, the power generator and battery are connected with controller respectively, the control
Other forms energy conversion is electric energy and power supply or is stored in battery or the controller control by device processed control power generator
By power storage in battery, the battery is controlled by controller to power power circuit processed.
It further include sealant supplement cylinder, the sealant supplement cylinder is connected to circulation line by control valve to supplement liquid working substance；
And/or further include the circulating pump being arranged in pipeline, the controller is connected with circulating pump to be pumped with control loop
The circulation power of working medium in circulation line is provided；
And/or the controller is by being connected to the network remote controllers to realize remote intelligent control；
And/or the built-in electromagnetic heating device is arranged in parallel one or more in pipeline.
When the electromagnetic heating coil directly heats the working medium stored in working medium container, the working medium container is that single layer is close
The heat preservation tank body of seal structure, the working medium in the direct contact working medium container of electromagnetic heating coil；When the electromagnetic heating coil
When the working medium stored in indirect heating working medium container, the working medium container is the heat preservation tank body of bushing type several layers sealing structure,
Among the internal layer for the working medium container that the pipeline and its electromagnetic heating coil of coiling are built in several layers sealing structure, the work
Matter is stored between each layer of working medium container, and the working medium in the working medium container in the working medium and pipeline of certain interlayer passes through switch control
System connection and isolation, the working medium of other interlayers of the working medium container pass through the interface being arranged on working medium container and extraneous phase
It is logical.
When the working medium stored in the electromagnetic heating coil indirect heating working medium container, the working medium container is bushing type
The electromagnetic heating coil of the heat preservation tank body of double-layer sealing structure, the pipeline and its coiling is built in the working medium of double-layer sealing structure
Among the internal layer of container, the working medium is stored between the internal layer and outer layer of the working medium container of double-layer sealing structure, the electromagnetism
Heating coil conducts the working medium in heat working medium container by the internal layer of working medium container；Or the working medium container is bushing type
The electromagnetic heating coil of the heat preservation tank body of three-layer sealed structure, the pipeline and its coiling is built in the working medium of three-layer sealed structure
Among the internal layer of container, stored between the internal layer and middle layer of the working medium container and between middle layer and outer layer identical or not
Same working medium, the electromagnetic heating coil conduct the working medium in heat working medium container by the internal layer of working medium container；Or institute
Working medium container is stated as the heat preservation tank body of bushing type four-layer seal structure, the electromagnetic heating coil of the pipeline and its coiling is built in
Among the internal layer of the working medium container of four-layer seal structure, between the internal layer of the working medium container and intermediate internal layer, intermediate internal layer with
Identical or different working medium is stored between intermediate outer layer and between intermediate outer layer and outer layer, the electromagnetic heating coil passes through work
Working medium in the internal layer conduction heat working medium container of matter container.
A kind of heating method, which is characterized in that pass through built-in electromagnetic heating device using pipeline and filled with heat dissipation
It sets connection and forms circulation line；The built-in electromagnetic heating device of use includes working medium container, electromagnetic heating coil and power supply line
Road, using the working medium container for being provided with through-hole so that pipeline passes through working medium container by the through-hole, and by electromagnetic heating coil
It is built in working medium container and electromagnetic heating coil is wound on the outer surface of the pipeline positioned at working medium container interior section, in working medium
Working medium container is simultaneously sealed by stored in containers working medium, and electromagnetic heating coil is connected power circuit and draws power circuit
Controller is connected after to the outside of working medium container, the working medium in working medium and pipeline in the working medium container is connected by switch control
Logical and isolation, electromagnetic heating coil heat the working medium in pipeline and directly or indirectly heating working medium stored in containers at work
Working medium；When working medium in the working medium and pipeline in controller control switch connection working medium container, the quilt that stores in working medium container
The working medium of heating flows into circulation line to radiator and radiates.
Working medium container is sealed to the cool-bag to form sealing structure, is connected to working medium container in controller control switch
When working medium and electromagnetic heating coil in interior working medium and pipeline do not work, store in working medium container be heated and insulation
Working medium flows into circulation line to radiator and radiates.
When the electromagnetic heating coil directly heats the working medium stored in working medium container, the working medium container used is single layer
The heat preservation tank body of sealing structure, by the working medium in the direct contact working medium container of electromagnetic heating coil；When the electromagnetic heating coil
When the working medium stored in indirect heating working medium container, the working medium container used is the heat insulation tank of bushing type several layers sealing structure
The electromagnetic heating coil of pipeline and its coiling is built among the internal layer of the working medium container of several layers sealing structure by body, and will
Working medium is stored between successively each layer from the inside to the outside of the working medium container of several layers sealing structure, passes through controller control switch
So that being connected to and being isolated, the work of other interlayers of working medium container between the working medium and the working medium in pipeline of certain interlayer in working medium container
Matter is communicated with the outside world by the interface being arranged on working medium container, and the electromagnetic heating coil is passed by the internal layer of working medium container
Working medium in heat conduction amount heating working medium container.
The solar energy heat collection pipe in parallel also on circulation line, and the control valve by being arranged on circulation line controls the sun
The connection or disconnection of energy thermal-collecting tube and circulation line, so that the heat that solar energy heat collection pipe generates when electromagnetic heating coil does not work
Working medium in energy heat cycles pipeline is radiated by radiator again, and the working medium in controller control switch connection working medium container
Hold with when working medium in pipeline via the working medium that the working medium of solar energy heat collection pipe heating is also stored in built-in electromagnetic heating device
In device；
And/or also set up power generator and power or charge to battery under the control of the controller, the battery after charging
It powers under the control of the controller for electromagnetic heating coil；
And/or setting controller is by being connected to the network remote controllers to realize remote intelligent control.
Technical effect of the invention is as follows:
A kind of New-type heating heating system of the present invention, is passed through using built-in electromagnetic heating device and radiator
Piping connection constitutes circulation line, and electromagnetic heating coil is built in working medium container and is wound on positioned at working medium container inside portion
The outer surface of the pipeline divided, electromagnetic heating coil can be heated at work in the working medium in pipeline and simultaneously heating working medium container
The working medium of storage, setting use integrated built-in electromagnetic heating device, avoid the heating system in tradition application
In electromagnetic heating coil and fluid reservoir fission separation structure setting existing between the two longer circulation line tube side, pass
Generate the problem of a large amount of heat energy loss and system structure be complicated and the increase of cost during defeated, electromagnetic heating coil and
Working medium container (i.e. built-in electromagnetic heating device) is integrated setting, and the system of having saved is taken up space, the work in circulation line
Matter is radiated such circulation heating by radiator again via built-in electromagnetic heating devices heat, reduces circulation between the two
Pipeline tube side, reduces heat energy loss, so that the cost budgeting of entire heating system reduces, and reduces circulation
The risk of pipeline high temperature circulation fluid leakage, security risk is small, improves safety and reliability；Work in working medium container is set
Matter and the working medium in pipeline are by switch control connection between the two and are isolated, working medium when the two is connected to, in working medium container
The mesh for reaching circulation heating heating in circulation line and then to radiator heat dissipation can be flowed into immediately while being heated
's.Working medium in working medium container can also preferably keep the temperature storage after being heated, and working medium container can be the guarantor of sealing structure at this time
Warm container, in this way when electromagnetic heating coil does not work, controller can control working medium and pipe in switch connection working medium container
Working medium in road, so that working medium of the working medium feed line of working medium container inside holding storage being heated to carry out in pipeline adds
Heat, then distributed by radiator to the space for needing heating, electric energy is saved, is reduced costs, heating is improved
Efficiency.Each module of control is uniformly coordinated by controller to work normally, may further compatible extensions intellectual remote controlling with
The demand of Internet of Things.
Heating system of the present invention can also include solar energy heat collection pipe, be acquired by solar energy heat collection pipe
Working medium in solar thermal energy heat cycles pipeline, and in the working medium and pipeline in controller control switch connection working medium container
It is also stored in the working medium container of built-in electromagnetic heating device, avoids via the working medium that solar energy heat collection pipe heats when working medium
The problem of single use solar heating heat supply or single use electromagnetical heating heat supply are vulnerable to environmental constraints and cost constraint, will
Two kinds of heating modes are integrated in a system, energy conservation and environmentally friendly, cost performance height, applied widely, further increase heating
Heating efficiency is suitable for the development of green intelligent compound networking.
Heating system of the present invention can also include generating electricity such as solar energy photovoltaic panel or wind-driven generator
The electrical storage devices such as device and battery, when external environmental condition is suitble to by the energy conversion of other forms be electric energy power
Or storage, in case using in peak of power consumption, in other words, heating system of the present invention can be compatible with small power generation
To power, cooperation solar energy heat collection pipe cooperates device, Photoelectrochemical polymerization heating power supply system is formed, so that the system is further
Compatibility is perfect, is suitable for the demand that modern society is environmentally protective, energy saving.
The built-in electromagnetic heating device that the present invention uses sets the container of sealing structure for working medium container and by electromagnetism
Heating coil and working medium are sealed in working medium container together, and electromagnetic heating coil can the directly or indirectly interior storage of heating working medium container
The working medium deposited can directly be contacted according to practical application request, or using electromagnetic heating coil with the working medium in working medium container
Heating working medium；Or the working medium container using specific structure, while electromagnetic heating coil and working medium container are integrated setting
Electromagnetic heating coil and working medium are arranged in different spaces, electromagnetic heating coil and the working medium in working medium container is not direct
Contact, but pass through indirect mode heating working medium.The built-in electromagnetic heating device knot proposed in heating system of the present invention
The compatibility of two kinds of heating methods may be implemented in structure, and structure function is flexible, easy to use, is suitable for pushing away for New-type heating heating system
Extensively with use.
The invention further relates to a kind of heating methods, are first filled built-in electromagnetic heating device and heat dissipation by pipeline
It sets and connects and composes circulation line, the working medium in circulation line is radiated by radiator again via built-in electromagnetic heating devices heat
Such circulation heating, and via the electromagnetic heating coil of built-in electromagnetic heating device heat high temperature refrigerant be stored in it is built-in
In the working medium container of electromagnetic heater, controller controls the connection of power circuit and disconnects whether to control electromagnetic heating coil
Work, and working medium and the connection of the working medium in pipeline in working medium container are realized by controller control switch and are isolated, electromagnetism
Heating coil can heat the working medium in pipeline and the simultaneously working medium of heating working medium stored in containers at work, in controller control
When system switch is connected to the working medium in the working medium and pipeline in working medium container, the working medium being heated stored in working medium container flows rapidly
Enter circulation line to radiator to radiate, the heat that radiator is shed carries out heating.Method of the present invention is adopted
With built-in electromagnetic heating device, there is specific working principle, flexible function, it is easy to accomplish, it is suitable for New-type heating heat supply
The popularization and use of technology.
Detailed description of the invention
Fig. 1 is a kind of preferred structure schematic diagram of New-type heating heating system of the present invention.
Fig. 2 is a kind of preferred structure schematic diagram of built-in electromagnetic heating device of the present invention.
Fig. 3 is another preferred structure schematic diagram of built-in electromagnetic heating device of the present invention.
Each label lists as follows in figure:
1- built-in electromagnetic heating device；2- radiator；3- circulating pump；4- controller；5- pipeline；6- is external
Power supply；7- solar energy heat collection pipe；8- solar energy photovoltaic panel；9- wind-driven generator；10- battery group；11- sealant supplement cylinder；
12- control valve；13- power switch；14- electromagnetic heating coil；15- working medium container；16- power circuit.
Specific embodiment
The present invention will be described with reference to the accompanying drawing.
Fig. 1 is the preferred structure schematic diagram of New-type heating heating system disclosed by the invention, including built-in electromagnetic heating
Device 1, radiator 2, pipeline 5 and controller 4, pipeline 5 pass through built-in electromagnetic heating device 1 and connect with radiator 2
Circulation line is formed, the working medium in circulation line is heated via built-in electromagnetic heating device 1 (such as to be dissipated by radiator 2 again
Backing) the such circulation heating of heat dissipation, and via (the i.e. electricity in Fig. 2 and its shown structure chart of Fig. 3 of built-in electromagnetic heating device 1
Magnetic heating coil 14) high temperature refrigerant of heating is stored in built-in electromagnetic heating device 1 (i.e. in its structure chart shown in Fig. 2 and Fig. 3
Working medium container 15) in case use；According to practical application request, built-in electromagnetic heating device 1 can be in parallel in pipeline 5
One or more is set, for example, heating system shown in Fig. 1 be provided with three built-in electromagnetic heating devices 1 and
It is connected in parallel in pipeline 5 by control valve 12 respectively, is connected in parallel several built-in electromagnetic heating devices 1 and works at the same time energy
Enough improve heating efficiency, and can guarantee it is other when one of them breaks down or damage can also work normally, enhancing
Safety and reliability, and number of parallel that can be suitable according to practical application request and cost budgeting selection.It is built-in
The structure of electromagnetic heater 1 is as shown in Figures 2 and 3, including working medium container 15, electromagnetic heating coil 14 and power circuit 16,
Working medium container 15 has the through-hole across pipeline 5 and working medium container 15 is the container and working medium of sealing structure after passing through pipeline 5
Working medium (can be liquid working substance or gas working medium) is stored in container 15, electromagnetic heating coil 14 be built in working medium container 15 and
Electromagnetic heating coil 14 is wound on the outer surface of the pipeline positioned at 15 interior section of working medium container, and electromagnetic heating coil 14 connects electricity
Source route 16, power circuit 16 lead to the outside of working medium container 15 and are connected with controller 4, i.e., controller 4 can pass through
Power switch 13 controls the connection and disconnection of electromagnetic heating coil 14 and power circuit 16, is controlled using power switch 13 and opens electricity
Source route 16 makes electromagnetic heating coil 14 work normally (electromagnetic heating line when working medium i.e. in working medium container 15 is lower than preset temperature
Circle 14 is turned on normal work), or controlling disconnection power circuit 16 using power switch 13 stops built-in electromagnetic heating device 1
Only work (electromagnetic heating coil 14, which is disconnected, when the working medium i.e. in working medium container 15 is higher than preset temperature stops working)；Work as electromagnetism
When heating coil 14 works normally, the work stored in the working medium in pipeline 5 and directly or indirectly heating working medium container 15 is heated
Matter；Several groups can be set in electromagnetic heating coil 14 and equal parallel connection is wound on the pipeline positioned at 15 interior section of working medium container
5 outer surface and each group electromagnetic heating coil 14 leads to the outer of working medium container 15 by corresponding power circuit 16
Portion, other windings can also work normally when guaranteeing that wherein one group is broken down or damaged, and enhance safety and reliability,
And coil method and coil windings that can be suitable according to practical application request and cost budgeting selection.In working medium container 15
Working medium can be by switching such as control of control valve 12 connection and being isolated with the working medium in pipeline 5, and control valve 12 can be with control
Device 4 is connected, to control the two connection and isolation；Working medium in 4 control switch of controller connection working medium container 15
When with working medium in pipeline 5, the working medium being heated in pipeline 5 flows into circulation line to radiator 2 (such as cooling fin) and radiates,
The working medium stored in working medium container 15 flows into rapidly circulation line while being heated, then (such as is radiated by radiator 2
Piece) it radiates to the space for needing heating；Working medium container 15 preferably can be the cool-bag of sealing structure, such as heat insulation tank
Body, in order to switch the working medium in (such as control valve 12 shown in Fig. 1) controlled medium container 15 under the action of controller 4
Be connected to the working medium in pipeline 5 and when electromagnetic heating coil 14 does not work, stored in working medium container 15 be heated and insulation
Working medium feed line 5 in strengthen heating；In addition, liquid working substance or gas working medium can be preferably stored in working medium container 15,
Or the working medium of other states, it can realize the liquid working substance in the liquid working substance heating pipeline 5 stored in working medium container 15, or
The gas working medium in the liquid working substance stored in working medium container 15 heating pipeline 5 may be implemented, or working medium container 15 may be implemented
Liquid working substance or other working medium in the gas working medium heating pipeline 5 of interior storage heat combination.Heating proposed by the present invention
Heating system structure is simply exquisite, reduces heat energy loss, saves electric energy, reduces system cost, improves heating
The safety and reliability of efficiency and heating system.
The compatibility of two kinds of heating methods, structure function may be implemented in 1 structure of built-in electromagnetic heating device proposed by the present invention
Can be flexibly easy to use, it is suitable for the popularization and use of New-type heating heating system.When electromagnetic heating coil 14 directly heats work
When the working medium stored in matter container 15,1 structure of built-in electromagnetic heating device as shown in Figure 2, working medium container 15 can be used
It, can also root using the heat preservation tank body (heating system as shown in Figure 1 adopts the structure) of single layer sealing structure
It is general using the stainless steel for meeting GMP standard requirements according to the monolayer shape structure that practical application and spatial choice are suitable
Material or other rigid materials and its outer surface can coat thermal insulation material, working medium container 15 have across pipeline 5 through-hole simultaneously
Working medium container 15 is the heat preservation tank body of sealing structure after passing through pipeline 5, and working medium is stored in the working medium container of single layer sealing structure
In 15, electromagnetic heating coil 14 is built in working medium container 15 and electromagnetic heating coil 14 is wound on inside working medium container 15
The outer surface of partial pipeline 5, the working medium in the direct contact working medium container 15 of electromagnetic heating coil 14, electromagnetic heating coil 14 connect
Power circuit 5 and power circuit 16 is connect to go out to working medium container 15, i.e., it is (such as external by the control connection of controller 4 power supply
Mains-supplied or battery group 10 of power supply 6 etc.).When electromagnetic heating coil 14 works normally, the working medium in pipeline 5 is heated
And the working medium stored in Direct Contact Heating working medium container 15, the working medium being heated in pipeline 5 flow into circulation line to the dress that radiates
2 (such as cooling fins) heat dissipation is set, the working medium that storage is heated in working medium container 15 is in case use (in the not work of electromagnetic heating coil 14
Stored in the working medium container 15 when making be heated and the working medium feed line 5 of insulation is further to heat in pipeline 5
Working medium).
When the working medium stored in electromagnetic heating coil indirect heating working medium container, working medium container is preferably that bushing type is several
The electromagnetic heating coil of the heat preservation tank body of layer sealing structure, pipeline and its coiling is built in the working medium container of several layers sealing structure
Internal layer among, working medium is stored between successively each layer from the inside to the outside of working medium container, the work of each interlayer in working medium container
Matter is mutually isolated and may be the same or different between each other, and electromagnetic heating coil conducts heat by the internal layer of working medium container
Working medium in working medium container.Working medium container preferably can be the heat preservation tank body of bushing type double-layer sealing structure, pipeline and its coiling
The electromagnetic heating coil working medium container that is built in double-layer sealing structure internal layer among, working medium is stored in double-layer sealing structure
Between the internal layer and outer layer of working medium container, electromagnetic heating coil is conducted in heat working medium container by the internal layer of working medium container
Working medium stored in working medium container in order to which the working medium under switch control in working medium container is connected to the working medium in pipeline
It is heated and recycles heat release in the working medium feed line of insulation and then by the circulation line of pipeline connection heating system.
Or working medium container preferably can be the heat preservation tank body of the three-layer sealed structure of bushing type, the electromagnetism of pipeline and its coiling adds
Heat coil is built among the internal layer of the working medium container of three-layer sealed structure, and working medium is stored in the working medium container of three-layer sealed structure
Internal layer and middle layer between and middle layer and outer layer between, the working medium in working medium container in the working medium and pipeline of certain interlayer is logical
Cross switch control connection and isolation, interface of the working medium of other interlayers of the working medium container by being arranged on working medium container
It communicates with the outside world, in other words, the working medium container of three-layer sealed structure is equivalent to the working medium container in above-mentioned double-layer sealing structure
Outer layer except be further added by one layer, and the working medium stored between the internal layer and middle layer of the working medium container of three-layer sealed structure with
And the working medium stored between middle layer and outer layer is mutually isolated；The working medium of each interlayer may be the same or different, and such as in working medium container points
Not Chu Cun two kinds of working medium, a kind of working medium under switch control with the working medium connection in pipeline or be isolated for use in the work in pipeline
Matter heating, another working medium communicate with the outside world after the layer wall conduction heat of working medium container realizes working medium heating so as to drinking hot water
Or the application such as domestic water.
Or working medium container preferably can be the heat preservation tank body of bushing type four-layer seal structure, the electromagnetism of pipeline and its coiling adds
Heat coil is built among the internal layer of the working medium container of four-layer seal structure, and working medium is stored in the working medium container of four-layer seal structure
Internal layer and intermediate internal layer between, between intermediate internal layer and intermediate outer layer and between intermediate outer layer and outer layer, electromagnetic heating line
Circle conducts the working medium in heat working medium container, in other words, the working medium of four-layer seal structure by the internal layer of working medium container
Container, which is equivalent to except the outer layer of the working medium container of above-mentioned three-layer sealed structure, is further added by one layer, and four-layer seal structure
The working medium that is stored between working medium, intermediate internal layer and the intermediate outer layer stored between the internal layer of working medium container and intermediate internal layer and in
Between the working medium that is stored between outer layer and outer layer it is mutually isolated；The working medium of each interlayer according to the needs of practical application can be different, such as
Store three kinds of working medium in working medium container respectively, a kind of working medium under switch control with the working medium connection in pipeline or be isolated so as to
In pipeline working medium heating, other two working medium successively working medium container layer wall conduction heat realize working medium heating after respectively with
The external world communicates so as to the application such as drinking hot water, domestic water.
1 structure of built-in electromagnetic heating device as shown in Figure 3, working medium container 15 is using bushing type double-layer sealing structure
Heat preservation tank body (such as the working medium container 15 of bushing type double-layer sealing structure as shown in Figure 3, preferably in the bottom of working medium container 15
Arc-shaped texture is arranged to strengthen contact surface and enhancing is aesthetic in appearance in circumference outer), can also according to practical application and
The suitable double-deck shape and structure of spatial choice is general using the stainless steel material or other rigid materials that meet GMP standard requirements
And its outer surface can coat thermal insulation material, and working medium container 15 has the through-hole across pipeline 5 and the working medium after passing through pipeline 5
Container 15 is the heat preservation tank body of sealing structure, and the electromagnetic heating coil 14 of pipeline 5 and its coiling is built in double-layer sealing structure
Among the internal layer of working medium container 15 and electromagnetic heating coil 14 is wound on the appearance of the pipeline 5 positioned at 15 interior section of working medium container
Face, working medium are stored between the internal layer and outer layer of the working medium container 15 of double-layer sealing structure, and electromagnetic heating coil 14 passes through working medium
Working medium in the internal layer conduction heat working medium container 15 of container 15, i.e., heat pipeline when electromagnetic heating coil 14 works normally
The working medium stored in working medium in 5 and indirect heating working medium container 15, the working medium being heated in pipeline 5 flow into circulation line to dissipating
Thermal 2 (such as cooling fin) heat dissipation, the working medium that the storage of 15 inside holding of working medium container is heated is in case use.Electromagnetic heating coil
14 connection power circuits 16 and power circuit 16 lead to the outside of working medium container 15, that is, pass through the control connection power supply of controller 4
(such as mains-supplied or battery group 10 etc. of external power supply 6).
As shown in Figure 1, heating system proposed by the present invention can also include solar energy heat collection pipe 7, solar energy heating
Pipe 7 is arranged in parallel on circulation line, and the control solar energy heat collection pipe of the control valve by being arranged on circulation line and circulation
The connection or disconnection of pipeline, solar energy heat collection pipe 7 as shown in Figure 1 are connected by control valve 12 with pipeline 5, solar energy heat collection pipe
Working medium in the 7 energy heats circulation lines generated is radiated by radiator 2 again；And working medium is connected in 4 control switch of controller
When working medium in container 15 and the working medium in pipeline 5, built-in electromagnetic is also stored in via the working medium that solar energy heat collection pipe 7 heats
In case using in the working medium container 15 of heating device 1.The heat generated in solar irradiation abundance on daytime using solar energy heat collection pipe 7
The working medium in pipeline 5 can be heated to be radiated by radiator 2 again, the work of electromagnetic heating coil 14 can be mitigated to a certain extent
Make, saves electric energy.
Heating system proposed by the present invention can also include power generator (solar energy photovoltaic panel 8 as shown in Figure 1 or
Wind-driven generator 9) and battery (battery group 10 as shown in Figure 1), solar energy photovoltaic panel 8 (or wind-driven generator 9) and storage
Battery pack 10 is connected with controller 4 respectively, and controller 4 controls solar energy photovoltaic panel 8 or wind-driven generator 9 for other forms energy
Source (such as solar energy of the present invention or wind energy) is converted into electric energy and directly powers or be stored in battery group 10, electric power storage
Pond group 10 is controlled again by controller 4 to power；I.e. when solar irradiation abundance, the control sun can be selected by controller 4
Energy photovoltaic panel 8 acquires solar energy and is translated into electric energy and directly powers or be stored in battery group 10, in peak of power consumption
Built-in electromagnetic heating dress is connected by 4 control selections battery group 10 (rather than mains-supplied of external power supply 6) of controller
1 (being substantially to connect electromagnetic heating coil 14 by power circuit 16) is set to turn on and work normally；Or when wind-force abundance,
Control wind-driven generator 9 can be selected to acquire wind energy and be translated into electric energy by controller 4 and directly power or be stored in storage
In battery pack 10, in peak of power consumption, by 4 control selections battery group 10 of controller, (rather than the alternating current of external power supply 6 is supplied
Electricity) connection built-in electromagnetic heating device 1 turn on and work normally；Or when low power consumption, it can be selected by controller 4
It selects control connection external power supply 6 and its valley electricity is stored in battery group 10, controlled in peak of power consumption by controller 4
System selection battery group 10 (rather than mains-supplied of external power supply 6) connection built-in electromagnetic heating device 1 turns on simultaneously
It works normally.In addition, 4 control selections battery of controller can also be passed through after battery group 10 charges through the above way
Group 10 is directly connected to (or connecting by inverter) radiator 2 and turns on and work normally, and radiator 2 can be at this time
Such as the heating installations such as electromagnetic oven；Certainly, when low power consumption, 4 control selections of controller is again may be by and connect external electricity
It source 6 and its trough-electricity is directly connected to (or being connected by inverter) radiator 2 (such as electromagnetic oven etc.) turns on and just
Often work.
In conclusion heating system of the present invention can be compatible with small-sized electric generating apparatus to power, cooperate the sun
Energy thermal-collecting tube cooperates, and formation is further compatible with perfect Photoelectrochemical polymerization heating power supply system.
Heating system proposed by the present invention can also include sealant supplement cylinder 11, and sealant supplement cylinder 11 can be connected by control valve 12
Circulation line is connected to supplement liquid working substance.
Heating system proposed by the present invention can also include circulating pump 3, and circulating pump 3 can connect into circulation line
And circulating pump 3 is connected with the circulation power of working medium in 3 offer circulation line of control loop pump with controller 4.
Preferably, popularization and the growth requirement of Intelligentized internet-of-thing, controller 4 are adapted to according to practical application request and
It can be by network connection remote controllers to realize remote intelligent control.
The invention further relates to a kind of heating method, the heating method is opposite with above-mentioned heating system
It answers, it will be appreciated that be heating method used by realizing above-mentioned heating system proposed by the present invention, the method packet
It includes following steps: passing through built-in electromagnetic heating device using pipeline and connect to form circulation line with radiator, such as Fig. 1 institute
Show；The built-in electromagnetic heating device of use includes working medium container, electromagnetic heating coil and power circuit, using being provided with through-hole
Working medium container working medium container is passed through by through-hole so as to pipeline, and electromagnetic heating coil is built in working medium container and electromagnetism
Heating coil is wound on the outer surface of the pipeline positioned at working medium container interior section, working medium is stored in working medium container and by working medium
Container is sealed to form the container with sealing structure, and electromagnetic heating coil is connected power circuit and draws power circuit
Connect controller after to the outside of working medium container, the working medium in working medium container be connected to the working medium in pipeline by switch control and
Isolation, electromagnetic heating coil heat the working medium in pipeline and the directly or indirectly work of heating working medium stored in containers at work
Matter；When working medium in the working medium and pipeline in controller control switch connection working medium container, the working medium that stores in working medium container
Circulation line to radiator is flowed into while being heated to radiate.
Based on the basic heating method of above-mentioned one kind, preferred method of the present invention is the working medium container of use
For the cool-bag of sealing structure, in order to be connected in the working medium in switch control working medium container with the working medium in pipeline and electromagnetism
When heating coil does not work, what is stored in working medium container is heated and strengthens heating in the working medium feed line of insulation；Work
Liquid working substance or gas working medium are preferably stored in matter container.
When electromagnetic heating coil directly heats the working medium stored in working medium container, working medium container is single layer sealing structure
Tank body is kept the temperature, as shown in Fig. 2, the working medium in the direct contact working medium container of electromagnetic heating coil；When electromagnetic heating coil adds indirectly
When the working medium of hot working fluid stored in containers, working medium container is the heat preservation tank body of bushing type several layers sealing structure, and working medium is stored
Between the internal layer and successively each layer from the inside to the outside of the working medium container of several layers sealing structure and by pipeline and its electricity of coiling
Magnetic heating coil is built among the internal layer of the working medium container of several layers sealing structure, and electromagnetic heating coil passes through working medium container
Internal layer conducts the working medium in heat working medium container.
Preferably, when the working medium stored in electromagnetic heating coil indirect heating working medium container, the working medium container that uses for
The heat preservation tank body of bushing type double-layer sealing structure, as shown in figure 3, working medium is stored in the working medium container of double-layer sealing structure
The internal layer of the working medium container of double-layer sealing structure is built between layer and outer layer and by the electromagnetic heating coil of pipeline and its coiling
Among, electromagnetic heating coil conducts the working medium in heat working medium container by the internal layer of working medium container；Or the working medium used
Container be the three-layer sealed structure of bushing type heat preservation tank body, by pipeline and its electromagnetic heating coil of coiling be built in three layers it is close
Among the internal layer of the working medium container of seal structure, and stored up between the internal layer and middle layer of working medium container and between middle layer and outer layer
Identical or different working medium is deposited, electromagnetic heating coil conducts the work in heat working medium container by the internal layer of working medium container
Matter；Or the working medium container used is the heat preservation tank body of bushing type four-layer seal structure, by pipeline and its electromagnetic heating line of coiling
It encloses among the internal layer for the working medium container for being built in four-layer seal structure, between the internal layer of working medium container and intermediate internal layer, intermediate
Identical or different working medium is stored between internal layer and intermediate outer layer and intermediate outer layer and outer layer, electromagnetic heating coil passes through working medium
Working medium in the internal layer conduction heat working medium container of container.Can also on circulation line solar energy heat collection pipe in parallel, and
The connection or disconnection that solar energy heat collection pipe and circulation line are controlled by the control valve being arranged on circulation line, so that in electromagnetism
The working medium in energy heats circulation line that solar energy heat collection pipe generates when heating coil does not work is radiated by radiator again, and
Controller control switch connection working medium container in working medium and pipeline in working medium when via solar energy heat collection pipe heat work
Matter is also stored in the working medium container of built-in electromagnetic heating device；Further, it is also possible to which power generator is arranged in the control of controller
The lower directly power supply of system charges to battery, and the battery after charging is electromagnetic heating coil power supply under the control of the controller.
Preferably, according to practical application request and it is adapted to popularization and the growth requirement of Intelligentized internet-of-thing, controller can pass through
Remote controllers are connected to the network to realize remote intelligent control.
It should be pointed out that specific embodiment described above can make those skilled in the art that the present invention be more fully understood
It creates, but do not limit the invention in any way is created.Therefore, although this specification creates the present invention referring to drawings and examples
It makes and has been carried out detailed description, it will be understood by those skilled in the art, however, that still can modify to the invention
Or equivalent replacement, in short, the technical solution and its improvement of all spirit and scope for not departing from the invention, should all contain
It covers in the protection scope of the invention patent.
Claims (9)
1. a kind of New-type heating heating system, which is characterized in that including built-in electromagnetic heating device, radiator, pipeline and
Controller, the pipeline pass through built-in electromagnetic heating device and connect to form circulation line with radiator；It is described built-in
Electromagnetic heater includes working medium container, electromagnetic heating coil and power circuit, and the working medium container has across the logical of pipeline
Hole is simultaneously storing working medium, the electromagnetic heating in the container and working medium container that the working medium container after pipeline is sealing structure
Coil is built in working medium container and electromagnetic heating coil is wound on the outer surface of the pipeline positioned at working medium container interior section, institute
Electromagnetic heating coil connection power circuit is stated, the power circuit leads to the outside of working medium container and is connected with controller, institute
The working medium stated in working medium container is connected to and is isolated by switch control with the working medium in pipeline, and the switch is connected with controller；
The electromagnetic heating coil heats the working medium in pipeline and the directly or indirectly working medium of heating working medium stored in containers at work；
When working medium in the working medium and pipeline in controller control switch connection working medium container, what is stored in working medium container is heated
Working medium flows into circulation line to radiator and radiates；
When the electromagnetic heating coil directly heats the working medium stored in working medium container, the working medium container is single layer sealing knot
The heat preservation tank body of structure, the working medium in the direct contact working medium container of electromagnetic heating coil；When the electromagnetic heating coil is indirect
When the working medium of heating working medium stored in containers, the working medium container is the heat preservation tank body of bushing type several layers sealing structure, described
Among the internal layer for the working medium container that pipeline and its electromagnetic heating coil of coiling are built in several layers sealing structure, the working medium storage
It is stored between each layer of working medium container, the working medium in the working medium container in the working medium and pipeline of certain interlayer is connected by switch control
Logical and isolation, the working medium of other interlayers of the working medium container are communicated with the outside world by the interface being arranged on working medium container.
2. New-type heating heating system according to claim 1, which is characterized in that the working medium container is sealing structure
Cool-bag, working medium and electromagnetic heating coil not work in the working medium and pipeline in controller control switch connection working medium container
When making, store in working medium container be heated and the working medium of insulation flows into circulation line to radiator and radiates；
And/or storage liquid working substance or gas working medium in the working medium container.
3. New-type heating heating system according to claim 1 or 2, which is characterized in that it further include solar energy heat collection pipe, institute
It states solar energy heat collection pipe to be arranged in parallel on circulation line, and the control valve by being arranged on circulation line controls solar energy collection
The connection or disconnection of heat pipe and circulation line, the working medium in energy heats circulation line that the solar energy heat collection pipe generates again by
Radiator heat dissipation, and controller control switch connection working medium container in working medium and pipeline in working medium when via solar energy
The working medium of thermal-collecting tube heating is also stored in the working medium container of built-in electromagnetic heating device.
4. New-type heating heating system according to claim 1 or 2, which is characterized in that further include power generator and electric power storage
Pond, the power generator and battery are connected with controller respectively, and the controller controls power generator for other forms energy
Source be converted into electric energy and power supply or be stored in battery or controller control power circuit by power storage in battery
Interior, the battery is controlled by controller to power.
5. New-type heating heating system according to claim 1, which is characterized in that it further include sealant supplement cylinder, the sealant supplement cylinder
Circulation line is connected to by control valve to supplement liquid working substance；
And/or further include the circulating pump being arranged in pipeline, the controller, which is connected to pump with control loop with circulating pump, to be provided
The circulation power of working medium in circulation line；
And/or the controller is by being connected to the network remote controllers to realize remote intelligent control；
And/or the built-in electromagnetic heating device is arranged in parallel one or more in pipeline.
6. New-type heating heating system according to claim 1, which is characterized in that when the electromagnetic heating coil adds indirectly
When the working medium of hot working fluid stored in containers, the working medium container is the heat preservation tank body of bushing type double-layer sealing structure, the pipeline
And its electromagnetic heating coil of coiling is built among the internal layer of the working medium container of double-layer sealing structure, the working medium is stored in double
Between the internal layer and outer layer of the working medium container of layer sealing structure, the electromagnetic heating coil conducts heat by the internal layer of working medium container
Measure the working medium in heating working medium container；Or the working medium container is the heat preservation tank body of the three-layer sealed structure of bushing type, the pipeline
And its electromagnetic heating coil of coiling is built among the internal layer of the working medium container of three-layer sealed structure, the working medium container it is interior
Identical or different working medium is stored between layer and middle layer and between middle layer and outer layer, the electromagnetic heating coil passes through work
Working medium in the internal layer conduction heat working medium container of matter container；Or the working medium container is bushing type four-layer seal structure
Keep the temperature tank body, the electromagnetic heating coil of the pipeline and its coiling be built in the working medium container of four-layer seal structure internal layer it
In, between the internal layer of the working medium container and intermediate internal layer, between intermediate internal layer and intermediate outer layer and intermediate outer layer and outer layer
Between store identical or different working medium, the electromagnetic heating coil is conducted heat working medium by the internal layer of working medium container and is held
Working medium in device.
7. a kind of heating method, which is characterized in that pass through built-in electromagnetic heating device and and radiator using pipeline
Connection forms circulation line；The built-in electromagnetic heating device of use includes working medium container, electromagnetic heating coil and power circuit,
Using the working medium container for being provided with through-hole so that pipeline passes through working medium container by the through-hole, and will be built in electromagnetic heating coil
In working medium container and electromagnetic heating coil is wound on the outer surface of the pipeline positioned at working medium container interior section, in working medium container
Working medium container is simultaneously sealed by interior storage working medium, and electromagnetic heating coil is connected power circuit and power circuit is led to work
Controller is connected behind the outside of matter container, the working medium in the working medium container be connected to the working medium in pipeline by switch control and
Isolation, electromagnetic heating coil heat the working medium in pipeline and the directly or indirectly work of heating working medium stored in containers at work
Matter；When working medium in the working medium and pipeline in controller control switch connection working medium container, what is stored in working medium container is added
The working medium of heat flows into circulation line to radiator and radiates；
When the electromagnetic heating coil directly heats the working medium stored in working medium container, the working medium container used is single layer sealing
The heat preservation tank body of structure, by the working medium in the direct contact working medium container of electromagnetic heating coil；When the electromagnetic heating coil is indirect
When the working medium of heating working medium stored in containers, the working medium container used, will for the heat preservation tank body of bushing type several layers sealing structure
Among the internal layer for the working medium container that pipeline and its electromagnetic heating coil of coiling are built in several layers sealing structure, and working medium is stored up
It is stored between successively each layer from the inside to the outside of the working medium container of several layers sealing structure, work is made by controller control switch
It is connected to and is isolated between the working medium and the working medium in pipeline of certain interlayer in matter container, the working medium of other interlayers of working medium container is logical
It crosses the interface being arranged on working medium container to communicate with the outside world, the electromagnetic heating coil conducts heat by the internal layer of working medium container
Working medium in heating working medium container.
8. heating method according to claim 7, which is characterized in that be sealed working medium container to form sealing knot
The cool-bag of structure, working medium and electromagnetic heating coil in the working medium and pipeline in controller control switch connection working medium container
When not working, store in working medium container be heated and the working medium of insulation flows into circulation line to radiator and radiates.
9. heating method according to claim 7 or 8, which is characterized in that the solar energy in parallel also on circulation line
Thermal-collecting tube, and the connection or disconnection of the control valve by being arranged on circulation line control solar energy heat collection pipe and circulation line,
So that the working medium in the energy heats circulation line that solar energy heat collection pipe generates when electromagnetic heating coil does not work is again by radiating
Device radiation, and controller control switch connection working medium container in working medium and pipeline in working medium when via solar energy heating
The working medium of pipe heating is also stored in the working medium container of built-in electromagnetic heating device；
And/or also set up power generator and power or charge to battery under the control of the controller, the battery after charging is being controlled
It is electromagnetic heating coil power supply under the control of device processed；
And/or setting controller is by being connected to the network remote controllers to realize remote intelligent control.
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| CN201510891575.1A CN105371346B (en) | 2015-12-07 | 2015-12-07 | A kind of New-type heating heating system and method |
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| CN201510891575.1A CN105371346B (en) | 2015-12-07 | 2015-12-07 | A kind of New-type heating heating system and method |
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Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1079294A (en) * | 1996-09-03 | 1998-03-24 | Matsushita Electric Ind Co Ltd | Hot water supply device |
| JP2008002764A (en) * | 2006-06-23 | 2008-01-10 | Zojirushi Corp | Steam cooker |
| CN101672493A (en) * | 2008-09-13 | 2010-03-17 | 陈绍勇 | Hot water supply system device with solar energy metal honeycomb collection, instantaneous water heating of superconducting pipe |
| CN102767901A (en) * | 2011-05-05 | 2012-11-07 | 上海瑞波猫环保科技有限公司 | Warm air blowing and water heating all-in-one machine using electromagnetic induction heater |
| CN203249380U (en) * | 2013-05-17 | 2013-10-23 | 无锡物华电子科技有限公司 | Electromagnetic water boiler with ultrasonic frequency |
| CN104251507A (en) * | 2014-09-18 | 2014-12-31 | 汪沛 | Heating system based on solar heating |
| CN205332325U (en) * | 2015-12-07 | 2016-06-22 | 汪沛 | Novel heating heating system |
-
2015
- 2015-12-07 CN CN201510891575.1A patent/CN105371346B/en not_active Expired - Fee Related
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH1079294A (en) * | 1996-09-03 | 1998-03-24 | Matsushita Electric Ind Co Ltd | Hot water supply device |
| JP2008002764A (en) * | 2006-06-23 | 2008-01-10 | Zojirushi Corp | Steam cooker |
| CN101672493A (en) * | 2008-09-13 | 2010-03-17 | 陈绍勇 | Hot water supply system device with solar energy metal honeycomb collection, instantaneous water heating of superconducting pipe |
| CN102767901A (en) * | 2011-05-05 | 2012-11-07 | 上海瑞波猫环保科技有限公司 | Warm air blowing and water heating all-in-one machine using electromagnetic induction heater |
| CN203249380U (en) * | 2013-05-17 | 2013-10-23 | 无锡物华电子科技有限公司 | Electromagnetic water boiler with ultrasonic frequency |
| CN104251507A (en) * | 2014-09-18 | 2014-12-31 | 汪沛 | Heating system based on solar heating |
| CN205332325U (en) * | 2015-12-07 | 2016-06-22 | 汪沛 | Novel heating heating system |
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Effective date of registration: 20200713 Address after: Room 326, building 27, yard 8, Fenggu 4th Road, Yanqing garden, Zhongguancun, Yanqing District, Beijing Patentee after: Beijing Shenghua Electric Power Technology Co.,Ltd. Address before: 100143 Beijing city Haidian District No. 8 Yuquanlu Road yuhaiyuan two 20-308 Patentee before: Wang Pei |
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