CN206398819U - A kind of regenerative electrochemical magnetic induction heating plant - Google Patents

A kind of regenerative electrochemical magnetic induction heating plant Download PDF

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Publication number
CN206398819U
CN206398819U CN201621357638.1U CN201621357638U CN206398819U CN 206398819 U CN206398819 U CN 206398819U CN 201621357638 U CN201621357638 U CN 201621357638U CN 206398819 U CN206398819 U CN 206398819U
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China
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pipe
heat
induction heating
insulation tank
return
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CN201621357638.1U
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王秉荣
王志剑
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Zhangjiakou City Rong Sheng New Energy Development Co Ltd
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Zhangjiakou City Rong Sheng New Energy Development Co Ltd
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Abstract

The utility model discloses a kind of regenerative electrochemical magnetic induction heating plant, belong to heating equipment field, some heat abstractors being connected including electromagnetic induction heating stove and with electromagnetic induction heating stove, also include a heat insulation tank being connected in the middle of electromagnetic induction heating stove and heat abstractor, blast pipe is connected with the top of heat insulation tank, overflow pipe and filling pipe, insulation pot bottom is connected by a blow-off pipe with overflow pipe, the top of electromagnetic induction heating stove is connected by the first outlet pipe with heat insulation tank, bottom is connected by the first return pipe with heat insulation tank, regulating valve is mounted on first return pipe and the first outlet pipe, a heat-exchanger pump A is also equipped with first return pipe;The bottom of heat insulation tank is connected with the second outlet pipe by a regulating valve, and the top of heat insulation tank is connected with the second return pipe by a regulating valve, and the utility model has the advantages that saving electric power resource, circuit design are reasonable, easy to maintenance.

Description

A kind of regenerative electrochemical magnetic induction heating plant
Technical field
The utility model is related to heating equipment, especially a kind of regenerative electrochemical magnetic induction heating plant, for being adopted in house It is warm.
Background technology
Winter heating problem is always a major issue of relation the northern area of China residents' livelihood, is especially supplied in some concentrations The warm region that can not be covered, such as rural area, integrated mill, heating problem is even more to be asked greatly as perplex these Area Inhabitants one Topic.At present, in these regions, resident is warmed oneself using coal-burning boiler or stove mostly.But, recently as China's ring The gradually increase of border pressure, coal heating is increasingly becoming a kind of superseded heating system of Chinese government's guiding.Except fire coal Formula heating, also a kind of heating system of main flow, is exactly electrothermal heating, but electrothermal heating has shortcomings, for example Electric heating element short life, security are low, be also easy to produce incrustation scale etc., and prior electrothermal heating causes because its thermal conversion efficiency is low Its electric cost remains high.
Electromagnetic induction heating is by converting electrical energy into magnetic energy, making to be heated one kind that steel body senses magnetic energy and generated heat Mode of heating,(Copper coil can produce magnetic field after being powered, and magnetic field is to steel body material operation, so that producing vortex causes heating)I.e.:Electricity Magnetic energy can be converted into, heat energy is then converted to.This mode it fundamentally solve the resistance-types such as electric heating piece, electric heating coil and pass through heat The problem of inefficiency of conduction pattern heating, electric energy is up to more than 40% -80%.And the media such as circuit and water are complete Do not contact, the danger that will not be leaked electricity or catch fire.Current electromagnetic induction principle is applied more and more extensively in life, a large amount of Apply in the equipment such as micro-wave oven, electromagnetic oven, but still lack a set of ripe, reliable, stability at present in heating heating field Strong equipment.
Especially in recent years, with the progressively popularization of tou power price system, traditional heating equipment is due to its thermal conversion efficiency Lowly, more differential heating can not be carried out for the different electricity consumption periods, thus causes the waste of serious electric power resource.Combustion Coal heating is listed in gradually superseded heating mode then because air pollution problems inherent.
Utility model content
The utility model technical issues that need to address be to provide one kind be more applicable under tou power price system carry out it is poor Do not change the regenerative electrochemical magnetic induction heating system of heating, and make simultaneously its solve prior art present in equipment life it is short, dimension The problems such as shield is troublesome, circuit design is unreasonable.
In order to solve the above technical problems, the technical scheme that the utility model is used is:
A kind of regenerative electrochemical magnetic induction heating plant, including electromagnetic induction heating stove and be connected with electromagnetic induction heating stove Some heat abstractors, in addition to a heat insulation tank being connected in the middle of electromagnetic induction heating stove and heat abstractor, the top of heat insulation tank Portion is connected with blast pipe, overflow pipe and filling pipe, and insulation pot bottom is connected with overflow pipe by a blow-off pipe, pacified on blow-off pipe Equipped with a regulating valve, the top of electromagnetic induction heating stove is connected by the first outlet pipe with heat insulation tank, and bottom passes through the first backwater Pipe is connected with heat insulation tank, is mounted on being also equipped with one on regulating valve, the first return pipe on the first return pipe and the first outlet pipe Heat-exchanger pump A;
The bottom of heat insulation tank is connected with the second outlet pipe, the second outlet pipe by a regulating valve and has been sequentially connected in series heat-exchanger pump B, pressure gauge and check (non-return) valve, and be connected eventually through a regulating valve with heat abstractor;
The top of heat insulation tank is connected with the second return pipe by a regulating valve, and the second return pipe is connected with heat abstractor;
Technical solutions of the utility model further improvement is that:Pass through on second outlet pipe in the middle of heat-exchanger pump and check (non-return) valve One regulating valve is connected with an air bleeding valve, is also connected on the second return pipe by a return-water automatic open-close valve with air bleeding valve, second time The upstream of water pipe top backwater automatic open and close valve is also equipped with a dirt separator.
Technical solutions of the utility model further improvement is that:Heat-exchanger pump A and heat-exchanger pump B water inlet end and water side are equal Rubber is installed to be flexible coupling.
Technical solutions of the utility model further improvement is that:Electromagnetic induction heating stove includes a heating coil and one Heating tube, the upper end of heating tube and the first outlet pipe are provided with the circuit control module being connected with heating coil, heating coil It is connected, lower end is connected with the first return pipe.
Technical solutions of the utility model further improvement is that:Heat abstractor is gilled radiator or floor heating pipe.
By adopting the above-described technical solution, the technological progress that the utility model is obtained is:
The utility model is a kind of regenerative electrochemical magnetic induction heating plant, compared to existing coal heating and electric heating Formula heating, with advantages such as environment-friendly high-efficiency, rapid, the thermal transition efficiency height of heating.The utility model is as a result of electromagnetic induction Formula principle of heating, circuit and heating material are not contacted, with very high security.Simultaneously as the utility model is provided with Heat insulation tank, electromagnetic induction heating stove is closed in Peak power use, partial heat can be stored using the heat-insulating property of heat insulation tank, etc. Electromagnetic induction heating stove is opened again to flat section or valley power consumption period accumulation of heat is carried out to heat insulation tank, and existed using the heat of storage The Peak power use period is heated, and such design can effectively mitigate the load of electric power system, greatly reduce simultaneously The electricity cost of resident.
Pipeline of the present utility model sets reasonable, easy to use.Go out to be fitted with regulating valve in each node, use with And it is all very convenient during maintaining, can easily it be closed using multiple regulating valves when some component is damaged Closing part point water route, and then it is convenient for changing the component of damage.
The utility model is provided with return-water automatic open-close valve and check (non-return) valve, and the utility model is being applied to the heating of building When can effectively avoid because power-off suddenly, flow backwardses problem caused by heat-exchanger pump decompression.Thus, it is of the present utility model The scope of application is able to effectively expand.Meanwhile, dirt separator is also equipped with the upstream of return-water automatic open-close valve of the present utility model, Debris pad Seepage, return-water automatic open-close valve caused by the flap centre of return-water automatic open-close valve can effectively be reduced Service life be effectively guaranteed.
The utility model can be equipped with floor heating pipe and gilled radiator, can fully adapt to adopting for the northern area of China Warm present situation, the characteristics of with strong adaptability.
Heat-exchanger pump in the utility model is flexible coupling on pipeline by two rubber, can be filled in use The noise produced during the reduction equipment operation divided.
Brief description of the drawings
Fig. 1 is the utility model connection diagram;
Wherein, 1, electromagnetic induction heating stove, 2, heat-exchanger pump A, the 3, first outlet pipe, the 4, first return pipe, 5, the soft company of rubber Connect, 6, heat insulation tank, 7, blast pipe, 8, filling pipe, 9, overflow pipe, 10, blow-off pipe, the 11, second return pipe, the 12, second outlet pipe, 13rd, heat-exchanger pump B, 14, pressure gauge, 15, return-water automatic open-close valve, 16, check (non-return) valve, 17, heat abstractor, 18, dirt separator, 19, row Air valve.
Embodiment
The utility model is described in further details with reference to embodiment:
As shown in figure 1, being connection diagram of the present utility model.The utility model is that a kind of regenerative electrochemical magnetic induction is adopted Heater device, is mainly used in the heating in house, is particularly suitable for use in the area using tou power price system.The utility model is mainly wrapped An electromagnetic induction heating stove 1 and the heat abstractor 18 being connected with electromagnetic induction heating stove 1 are included, according to different situations, radiating dress Gilled radiator or floor heating pipe can be selected by putting 18.Electromagnetic induction heating stove 1 includes the cabinet of a cubic type, cabinet A half side interior left side is heating coil and heating tube.Electromagnetic induction heating stove 1 it is right it is half side be provided with control circuit, complete to electric current The function such as ac/dc conversion and configuration switch machine time.
Regenerative apparatus of the present utility model is an insulation being connected in the middle of electromagnetic induction heating stove 1 and heat abstractor 18 Tank 6.Heat insulation tank 6 is to be used as insulation material filled with polyurethane foam glue between double-layer inner containers structure, two layers of inner bag.Heat insulation tank 6 Top be connected with blast pipe 7, overflow pipe 9 and filling pipe 8, blast pipe 7 is used for the air in purging line, and overflow pipe 9 is used for Unnecessary water is flowed out when water level is too high, filling pipe 8 is used for supplementing running water into heat insulation tank 6.The bottom of heat insulation tank 6 passes through one Root blow-off pipe 10 is connected with overflow pipe 9, and blow-off pipe 10, which is located on the lowest part of whole device, blow-off pipe 10, is provided with a regulation Valve, when causing water quality to degenerate because of long-term circulation when current, can open the regulating valve on blow-off pipe 10, by water from insulation The water in whole device just can be emptied after being released in tank 6.
The top of electromagnetic induction heating stove 1 is connected by the first outlet pipe 3 with heat insulation tank 6, and bottom passes through the first return pipe 4 It is connected with heat insulation tank 6, is mounted on being also equipped with regulating valve, the first return pipe 4 on the first return pipe 4 and the first outlet pipe 3 One heat-exchanger pump A2.Hot water following between electromagnetic induction heating stove 1 and heat insulation tank 6 can be realized by heat-exchanger pump A2 pressure Ring.When the peaceful section electricity price of electricity consumption period electricity price at a low ebb, electromagnetic induction heating stove 1 and heat-exchanger pump A2 are opened, passes through circulation Heat and higher temperature is arrived into the water temperature lifting in heat insulation tank 6.Electromagnetic induction is closed when the electricity consumption period reaching peak period to adopt Radiator 1.So as to significantly reduce the electricity charge burden of user.
Heat insulation tank 6 is connected by the second outlet pipe 12 and the second return pipe 11 with heat abstractor 18, all heat dissipation equipments It is connected in parallel on the second outlet pipe 12 and the second return pipe 11.Second outlet pipe 12 after being connected with the bottom of heat insulation tank 6 successively Being installed in series has heat-exchanger pump B13, pressure gauge 14 and check (non-return) valve 16, and is finally connected with heat abstractor 18, and heat-exchanger pump B13 passes through rubber Glue is flexible coupling 5 on the second outlet pipe 12, and the water inlet of each heat abstractor 18 is mounted on regulating valve.Hot water is flowed through After heat abstractor 18 is distributed heat in air, heat insulation tank 6 is returned to from the second return pipe 11 on heat abstractor 18. Regulating valve is also installed between heat abstractor 18 and return pipe.
In view of when the utility model is applied into building heating, the volume of electromagnetic induction heating stove 1 and heat insulation tank 6 compared with It is big to be required to be arranged on Stall, and heat abstractor 18 is all disposed within higher floor, if now power-off suddenly, heat-exchanger pump B13 stops Only operate, the current of eminence after pressure are now lost in pipeline and will certainly be formed and are poured in down a chimney.The occurrence of in order to prevent such, this Return-water automatic open-close valve 15 is provided with second return pipe 11 of utility model.Return-water automatic open-close valve 15 can be with heat-exchanger pump B13 startup is automatically turned on, and makes current unimpeded, and when because the reason such as power-off causes heat-exchanger pump B13 to shut down, the valve will It is automatic to close backwater channel.Corresponding, it is provided with check (non-return) valve 16 on the second outlet pipe 12, it is ensured that the water in outlet pipe will not Pour in down a chimney suddenly.Pass through the synergy of return-water automatic open-close valve 15 and check (non-return) valve 16, it is ensured that apply in the utility model During building heating, the flow backwardses problem that will not be caused because of heat-exchanger pump B13 unexpected power-off.
While the use in order to coordinate return-water automatic open-close valve 15, one is provided with the upstream of return-water automatic open-close valve 15 Dirt separator 18, for filtering out the impurity in current, prevents impurity to be mixed in the centre of flap and cause seepage.Meanwhile, backwater Also one air bleeding valve 19 of automatic open and close valve 15 is connected, for air in drain, prevents poly- exist in valve pocket of air and causes The failure of return-water automatic open-close valve 15.

Claims (5)

1. a kind of regenerative electrochemical magnetic induction heating plant, including electromagnetic induction heating stove(1)With with electromagnetic induction heating stove(1)Phase Some heat abstractors even(17), it is characterised in that:Also electromagnetic induction heating stove is connected to including one(1)And heat abstractor (17)Middle heat insulation tank(6), heat insulation tank(6)Top be connected with blast pipe(7), overflow pipe(9)And filling pipe(8), insulation Tank(6)Bottom passes through a blow-off pipe(10)And overflow pipe(9)It is connected, blow-off pipe(10)On a regulating valve, electromagnetism sense are installed Answer heating stove(1)Top pass through the first outlet pipe(3)And heat insulation tank(6)It is connected, bottom passes through the first return pipe(4)And insulation Tank(6)It is connected, the first return pipe(4)With the first outlet pipe(3)On be mounted on regulating valve, the first return pipe(4)On also install There is a heat-exchanger pump A(2);
Heat insulation tank(6)Bottom the second outlet pipe is connected with by a regulating valve(12), the second outlet pipe(12)On be sequentially connected in series There is heat-exchanger pump B(13), pressure gauge(14)And check (non-return) valve(16), and eventually through a regulating valve and heat abstractor(17)It is connected;
Heat insulation tank(6)Top the second return pipe is connected with by a regulating valve(11), the second return pipe(11)And heat abstractor (17)It is connected.
2. a kind of regenerative electrochemical magnetic induction heating plant according to claim 1, it is characterised in that:Second outlet pipe(12) Upper heat-exchanger pump and check (non-return) valve(16)Centre passes through regulating valve and air bleeding valve(19)It is connected, the second return pipe(11)It is upper to pass through a backwater Automatic open and close valve(15)Also and air bleeding valve(19)It is connected, the second return pipe(11)Top backwater automatic open and close valve(15)Upstream also pacify Equipped with a dirt separator(18).
3. a kind of regenerative electrochemical magnetic induction heating plant according to any one in claim 1 or 2, it is characterised in that: Heat-exchanger pump A(2)With heat-exchanger pump B(13)Water inlet end be mounted on rubber with water side and be flexible coupling(5).
4. a kind of regenerative electrochemical magnetic induction heating plant according to claim 3, it is characterised in that:Electromagnetic induction heating stove (1)Including a heating coil and a circuit control module being connected with heating coil, heating tube is provided with heating coil, plus The upper end of heat pipe and the first outlet pipe(3)It is connected, lower end and the first return pipe(4)It is connected.
5. a kind of regenerative electrochemical magnetic induction heating plant according to claim 4, it is characterised in that:Heat abstractor(17)For Gilled radiator or floor heating pipe.
CN201621357638.1U 2016-12-12 2016-12-12 A kind of regenerative electrochemical magnetic induction heating plant Active CN206398819U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201621357638.1U CN206398819U (en) 2016-12-12 2016-12-12 A kind of regenerative electrochemical magnetic induction heating plant

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201621357638.1U CN206398819U (en) 2016-12-12 2016-12-12 A kind of regenerative electrochemical magnetic induction heating plant

Publications (1)

Publication Number Publication Date
CN206398819U true CN206398819U (en) 2017-08-11

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Application Number Title Priority Date Filing Date
CN201621357638.1U Active CN206398819U (en) 2016-12-12 2016-12-12 A kind of regenerative electrochemical magnetic induction heating plant

Country Status (1)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110397976A (en) * 2018-04-24 2019-11-01 河北桓杰机电设备安装工程有限公司 Domestic electromagnetic heated type phase-transition heat-storage heating equipment

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110397976A (en) * 2018-04-24 2019-11-01 河北桓杰机电设备安装工程有限公司 Domestic electromagnetic heated type phase-transition heat-storage heating equipment

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