CN208059037U - A kind of electromagnetic energy heating system of domestic water and heating integral type - Google Patents
A kind of electromagnetic energy heating system of domestic water and heating integral type Download PDFInfo
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- CN208059037U CN208059037U CN201820370827.5U CN201820370827U CN208059037U CN 208059037 U CN208059037 U CN 208059037U CN 201820370827 U CN201820370827 U CN 201820370827U CN 208059037 U CN208059037 U CN 208059037U
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Abstract
A kind of electromagnetic energy heating system of domestic water and heating integral type, including hot water storage tank, the first water pump, electromagnetic heater, heating plant, the second water pump and domestic water feed pipe；The water inlet of first water pump is connected to hot water storage tank；Electromagnetic heater includes insulation cylinder shell and magnetic conductive metal body, and magnetic conductive metal body is set in insulation cylinder shell, and insulation cylinder shell is equipped with coil；The water inlet of insulation cylinder shell is connected to the water outlet of the first water pump, and the water outlet for the cylinder shell that insulate is connected to hot water storage tank；Heating plant includes at least one heat-dissipating pipe, and heat dissipation pipe outer wall is equipped with cooling fin, and heat-dissipating pipe one end is connected to hot water storage tank, the other end is connected to the water inlet of the second water pump, and the water outlet of the second water pump is connected to hot water storage tank；Domestic water feed pipe one end is connected to hot water storage tank, and domestic water feed pipe is equipped with first switch valve.The utility model integrates the domestic water and indoor heating function of supply heat, and easy to use, energy utilization rate is high.
Description
Technical field
The utility model is related to domestic-heating systems, and in particular to the electromagnetic energy of a kind of domestic water and the integral type that heats adds
Hot systems.
Background technology
As the improvement of people's living standards, people become more concerned with the living environment of oneself, to the comfortable of domestic environment
The requirement of property, safety, convenience etc. is also higher and higher.In daily life（Especially in winter）, when the life for needing heat
When with water, electric heater unit is usually used in people（Such as electric kettle）Water is heated, makes its heating；When indoor temperature
When spending relatively low, heating device is usually used to heat, to promote indoor temperature in people.Although electric heater unit and heating
The use of device can solve the problems, such as to supply domestic water and the heating of heat in life, but due to needing in use
Water is filled respectively and heat temperature raising is carried out to it, this is not only inconvenient for use, but also can cause the waste of electric energy and hydro-thermal energy, energy profit
It is not high with rate.
Utility model content
The technical problem to be solved by the utility model is to provide the electromagnetic energy of a kind of domestic water and heating integral type to add
Hot systems, this electromagnetic energy heating system integrates the domestic water and indoor heating function of supply heat, easy to use, favorably
In raising energy utilization rate.The technical solution of use is as follows：
A kind of electromagnetic energy heating system of domestic water and heating integral type, it is characterised in that including hot water storage tank, first
Water pump, electromagnetic heater, heating plant, the second water pump and domestic water feed pipe；The water inlet of first water pump passes through first
Cold water pipe is connected to hot water storage tank；Electromagnetic heater includes that insulation cylinder shell and magnetic conductive metal body, magnetic conductive metal body are set
In the cylinder shell that insulate, insulating cylinder shell one end is equipped with water inlet, the other end is equipped with water outlet, has connection in the cylinder shell that insulate
The water passage of water inlet and water outlet, insulation cylinder shell are equipped with coil；The water inlet of insulation cylinder shell passes through the second cold water
Pipe is connected to the water outlet of the first water pump, and the water outlet for the cylinder shell that insulate is connected to by the first hot-water line with hot water storage tank；Heating
Device includes at least one heat-dissipating pipe, and the outer wall of heat-dissipating pipe is equipped with cooling fin, one end of heat-dissipating pipe by the second hot-water line with
Hot water storage tank is connected to, and the other end of heat-dissipating pipe is connected to by third cold water pipe with the water inlet of the second water pump, and the second water pump goes out
The mouth of a river is connected to by the 4th cold water pipe with hot water storage tank；Domestic water feed pipe one end is connected to hot water storage tank, and domestic water supplies
Water pipe is equipped with first switch valve.
When above-mentioned electromagnetic energy heating system work, water to be heated is under the extraction of the first water pump in hot water storage tank, successively
Water inlet through the first cold water pipe, the first water pump, the second cold water pipe and the cylinder shell that insulate enters in insulation cylinder shell, and stream passes through water
From the water outlet outflow of insulation cylinder shell behind channel；The coil of electromagnetic heater is passed through alternating current（Usually high-frequency alternating
Electric current）After generate alternating magnetic field, the magnetic line of force inside magnetic field makes magnetic conduction by generating countless vortex when magnetic conductive metal body
Property metallic object self-heating and water of the convection current through water passage heated（The water and magnetic conductive metal body for flowing through water passage connect
It is heated when touching）；Heated water is back to through the first hot-water line in hot water storage tank, by adding to the water cycle in hot water storage tank
Heat makes the water in hot water storage tank gradually heat up.When needing to heat to interior, the second water pump operation passes through in hot water storage tank
The water of heating is crossed under the extraction of the second water pump, is entered in heat-dissipating pipe through the second hot-water line；The mistake that hot water flows in heat-dissipating pipe
Cheng Zhong is distributed heat to promote the temperature of ambient enviroment by heat-dissipating pipe and its cooling fin in outside；It is dropped in heat-dissipating pipe
Water after temperature is flowed back to through third cold water pipe, the second water pump and the 4th cold water pipe in hot water storage tank successively, and in the work of the second water pump
It with lower heating, heat dissipation into a new round, so recycles, ambient enviroment is carried out to continue heating to realize.It is hot when needing to supply
Domestic water when, first switch valve is opened, and the water in hot water storage tank by heating flows into domestic water feed pipe（Usually will
Hot water storage tank is placed on higher position, utilizes gravity, you can makes the water in hot water storage tank by heating through domestic water
Feed pipe is delivered to the place for the domestic water for needing heat）, the domestic water as heat is supplied, to meet daily life
Demand（Such as shower, drinking water, kitchen tools cleaning）.Above-mentioned electromagnetic energy heating system is by electromagnetic heater in hot water storage tank
Water heated, then the water heated is supplied to heating plant and domestic water feed pipe, the domestic water of collection supply heat
It is integrated, accomplishes " water is dual-purpose " with indoor heating function, it is easy to use, and abundant profit can be carried out to electric energy and hydro-thermal
With, be conducive to improve energy utilization rate；And electromagnetic heater is used, heating speed is fast, and heater（Magnetic conductive metal
Body）It is generated heat by outer wall magnetic field induction, with circuit without any connection, is truly realized electricity separation, it is ensured that safe to use.
In preferred embodiment, above-mentioned insulation cylinder shell is vertically arranged, and the water inlet is set to insulation cylinder shell lower end,
The water outlet is set to insulation cylinder shell upper end.When electromagnetic heater works, from bottom to top by water passage, water is easy water
Entire cavity full of insulation cylinder shell, magnetic conductive metal body is submerged, residual air will not be generated in the cylinder shell that insulate
Space is greatly improved the thermal efficiency, and further extends the service life of heating device.The cross section of more preferable above-mentioned water outlet
Area is less than water inlet.In this way, water intake velocity is more than water speed, entire chamber of the water full of insulation cylinder shell can be further assured that
Body.
In preferred embodiment, lattice coil is equipped on above-mentioned insulation cylinder shell from the inside to the outside, the coil of innermost layer is wound on insulation
On cylinder shell；In adjacent two layers coil, the coil compared with outer layer is wound on the coil compared with internal layer.Using the structure of lattice coil, energy
Enough greatly reduce the volume of entire heating device, structure is more compact, can save installation space, and can save material, drop
Low production cost can also reduce coil from the calorific value in work process.
In more preferable scheme, above-mentioned to respectively include multiple coil units per layer line circle, this multiple coil unit is along insulating cylinder
The length direction of shell is arranged in order；Each coil unit direction of winding is identical, and each coil unit parallel connection access provides alternation
The power supply circuit of electric current.Multiple coil units will be divided into per layer line circle, it can be power distribution to each coil unit（It is preferred that work(
Rate is evenly distributed to each coil unit）, the conductor length of single coil unit is smaller, self-heating amount smaller, and coil produces
Raw alternating magnetic field is more made full use of, and reduce electromagnetic wave reduces coil to external leakage to further increase the efficiency of heating surface
Own temperature effectively reduces the temperature of casing, circuit board of electromagnet water heater etc., extends the service life of circuit board, and reduce
The electromagnetic radiation of electromagnet water heater is to health, the adverse effect of environment.
In preferred embodiment, above-mentioned magnetic conductive metal body be cylinder, magnetic conductive metal body and insulation cylinder shell between gap,
The inner cavity of magnetic conductive metal body collectively forms the water passage.In addition, magnetic conductive metal body is alternatively solid magnetic conductive metal
Stick, or the totally-enclosed hollow body made of magnetic conductive metal, in this case, between magnetic conductive metal body and insulation cylinder shell
Gap constitutes the water passage.
In general, above-mentioned insulation cylinder shell both ends are respectively equipped with Single port capping, water inlet is set in Single port capping, water outlet
Mouth is set in the capping of another port.Port capping is usually threadedly coupled with insulating cylinder shell end.
In preferred embodiment, above-mentioned electromagnetic energy heating system further include temperature sensor, water temperature sensor, liquid level sensor,
Second switch valve, third switch valve, the 4th switch valve, water supply pipe, the 5th switch valve and control circuit, water temperature sensor and liquid level
Sensor is set in the hot water storage tank, and second switch valve is set on first hot-water line, and third switch valve is set to described
On second hot-water line, the 4th switch valve is set on the third cold water pipe or the 4th cold water pipe；One end of water supply pipe and hot water
Storage tank is connected to, and the 5th switch valve is set on water supply pipe；Second switch valve, third switch valve, the 4th switch valve and the 5th switch valve
It is solenoid valve；The input terminal connection corresponding with control circuit respectively of temperature sensor, water temperature sensor, liquid level sensor, institute
State electromagnetic heater, the first water pump, the second water pump, second switch valve, third switch valve, the 4th switch valve, the 5th switch valve
Output end connection corresponding with control circuit respectively.In general, the other end of above-mentioned water supply pipe is connected to water supply pipe.Room temperature passes
Sensor sends a signal to control circuit and is handled for being detected to indoor temperature；Water temperature sensor for pair
Water temperature in hot water storage tank is detected, and is sent a signal to control circuit and handled；Liquid level sensor is used for hot water
Height of water level in storage tank is detected, and is sent a signal to control circuit and handled.First set water in hot water storage tank
Water level upper limit value, water level lower limit, water temperature upper limit value and water temperature lower limiting value and indoor temperature room temperature upper limit value, temperature
Lower limiting value.When work, when detecting that the water temperature in hot water storage tank is less than water temperature lower limiting value, control circuit, which sends control signal, to be made
Second switch valve opens and makes electromagnetic heater and the first water pump operation, electromagnetic heater can be to the water in hot water storage tank
Carry out circulating-heating（The coil of electromagnetic heater is passed through alternating current at this time）, so that the water temperature in hot water storage tank is gradually increasing,
Until when detecting that the water temperature in hot water storage tank reaches water temperature upper limit value, control circuit, which sends control signal, makes electromagnetic heating fill
It sets out of service with the first water pump and closes second switch valve, electromagnetic heater pause is made to add the water in hot water storage tank
Heat.When detecting that the water level in hot water storage tank is less than water level lower limit, control circuit, which sends control signal, makes the 5th switch valve
It opens, water supply pipe will pass through water supply pipe and supplement cold water into hot water storage tank；Until when detecting the water level in hot water storage tank
When reaching water level upper limit value, control circuit, which sends control signal, makes the 5th switch valve close, and stops supplement cold water.When detecting room
When interior temperature is less than room temperature lower limiting value, control circuit, which sends control signal, makes third switch valve and the 4th switch valve open and make
Second water pump operation, the hot water in hot water storage tank are flowed through to radiate after heating plant and be heated, and indoor temperature is made to gradually rise；
Until when detecting that indoor temperature reaches room temperature upper limit value, control circuit, which just sends control signal, makes the second water pump stop fortune
Row simultaneously closes off third switch valve and the 4th switch valve, pause heating.
In more preferable scheme, above-mentioned water supply pipe is equipped with check valve, and check valve allows water to flow to hot water by water supply pipe
In storage tank, without allowing the flow in hot water storage tank to water supply pipe.
In preferred embodiment, insulating layer is equipped on the top of above-mentioned hot water storage tank, bottom and side wall.Insulating layer can be used for pair
Hot water in hot water storage tank is kept the temperature, and the loss of electric energy and hydro-thermal energy is reduced, and is conducive to improve energy utilization rate.
In addition, when electromagnetic energy heating system occasion lower for tap water hydraulic, third can be set on water supply pipe
Water pump, the output end connection corresponding with control circuit of third water pump, when needing to supplement cold water into hot water storage tank, control circuit hair
Control signal is sent so that the 5th switch valve is opened and make third water pump operation.
In preferred embodiment, above-mentioned heating plant includes multiple heat-dissipating pipes, and each heat-dissipating pipe is arranged along the vertical direction；Heating fills
It further includes upper lateral tube and lower transverse tubule to set, and lower transverse tubule is set to the underface of upper lateral tube, and upper lateral tube is connected to second hot-water line, under
Transverse tube is connected to the third cold water pipe, and each heat-dissipating pipe upper end is connected to upper lateral tube, and each heat-dissipating pipe lower end connects with lower transverse tubule
It is logical.When needing to heat to interior, the second water pump operation, the extraction of water in hot water storage tank by heating in the second water pump
Under, enter in each heat-dissipating pipe through the second hot-water line and upper lateral tube；During water by heating flows in each heat-dissipating pipe, lead to
The cooling fin for crossing each heat-dissipating pipe and its outside distributes heat, to promote the temperature of ambient enviroment；Water after cooling is through each
Heat-dissipating pipe lower end is flow back into the cavity of lower transverse tubule, and flows back into heat through third cold water pipe, the second water pump, the 4th cold water pipe successively
In water storage tank, heating, heat dissipation into a new round so recycle, and carry out continuing heating to ambient enviroment to realize.Using multiple
Heat-dissipating pipe radiates, and is effectively increased heat dissipation area, quick heating is realized with this, to improving heat supply efficiency.
In more preferable scheme, length direction equidistant arrangement of the above-mentioned multiple heat-dissipating pipes along the upper lateral tube.
Still more preferably in scheme, the tube wall of above-mentioned upper lateral tube be equipped with along upper lateral tube length direction arrange it is multiple on
Pipe fitting, the tube wall of the lower transverse tubule are equipped with the multiple lower pipe connections arranged along lower transverse tubule length direction, upper pipe fitting, down tube
Connector is identical as the heat-dissipating pipe quantity and corresponds, and each heat-dissipating pipe upper end is connected with corresponding upper pipe fitting, each to radiate
Pipe lower end is connected with corresponding lower pipe connection.
In one concrete scheme, set in above-mentioned heat dissipation pipe outer wall there are two cooling fin, two cooling fins are respectively arranged on heat-dissipating pipe
Both sides；For the cooling fin of each heat-dissipating pipe side with being in a plane, the cooling fin of each heat-dissipating pipe other side is same to be in another plane
On.Heat dissipation area can be increased in this way, improve heat supply efficiency, and more beautiful.
In general, above-mentioned heat-dissipating pipe and the cooling fin integrally connected on its lateral wall, and heat-dissipating pipe and cooling fin are all made of and lead
The preferable material of hot property（Such as aluminium alloy or stainless steel）It is made.
In more preferable scheme, above-mentioned each heat-dissipating pipe upper end and the junction of the upper lateral tube are separately installed with a upper end cover,
Each heat-dissipating pipe lower end and the junction of the lower transverse tubule are separately installed with a bottom end cover.Each upper end cover can be by each heat-dissipating pipe upper end
Get up with upper lateral tube cladding, each bottom end cover can get up each heat-dissipating pipe lower end and lower transverse tubule cladding, can make heating plant in this way
Good appearance, without visible weld seam.In general, upper end cover is equipped with upper latch notch, upper latch notch clamps upper lateral tube, to install upper end cover
At the corresponding position of upper lateral tube, and convenient for the handling of upper end cover.Bottom end cover is equipped under bayonet, and under bayonet clamps lower transverse tubule, from
And bottom end cover is mounted on the corresponding position of lower transverse tubule, and convenient for the handling of bottom end cover.
In more preferable scheme, above-mentioned heating plant further includes exhaust bucket and seal closure, is vented bucket bottom and the upper lateral tube
Cavity connection, exhaust bucket top have opening；Seal closure is removably mounted in the opening at exhaust bucket top, is set on seal closure
There are gas vent, gas vent to be connected to the cavity of exhaust bucket.When work, gas can contained in the water in heating plant internal duct
It is expelled in outside air through the gas vent on exhaust bucket, seal closure；And heating plant can be by being vented bucket, gas vent release
A small amount of vapor, suitably increases air humidity.
In more preferable scheme, above-mentioned lower transverse tubule is equipped with discharge outlet, and discharge outlet is connected to the cavity of lower transverse tubule, lower transverse tubule
6th switch valve is installed at discharge outlet.
In general, above-mentioned heating plant is mounted on a holder, multiple wheels are installed on holder.Work people can be facilitated in this way
Member is moved and is installed to heating plant, keeps operation more laborsaving.
In preferred embodiment, filter is additionally provided on above-mentioned domestic water feed pipe.Filter can filter in domestic water
Impurity, keep domestic water more clean, it is easy to use.
The electromagnetic energy heating system of the utility model has the beneficial effect that：
（1）The water in hot water storage tank is heated by electromagnetic heater, then the water heated is supplied to heating
Device and domestic water feed pipe integrate the domestic water and indoor heating function of supply heat, accomplish " water is dual-purpose ", make
With convenient, and electric energy and hydro-thermal can be made full use of, be conducive to improve energy utilization rate；
（2）Using electromagnetic heater, heating speed is fast, and heater（Magnetic conductive metal body）It is sent out by outer wall magnetic field induction
Heat is truly realized electricity separation, it is ensured that safe to use with circuit without any connection；
（3）In terms of heating：The generation of incrustation scale in heating plant internal pipeline can be reduced using electromagnetic heating, reduced
To the chocking-up degree of heating system, the period of clear and coherent pipeline has been effectively delayed.In terms of domestic water：Electromagnetic heating is magnetisable
Water quality makes it become beneficial active magnetized water, the water through magnetization treatment its dissolved oxygen amount, the activity of enzyme and the permeability of biomembrane
It significantly improves；Often drink magnetized water can improve blood circulation system, digestive system, internal system and the neuro-machine of human body comprehensively
Can, the disease resistance and anti-aging ability of General Promotion body.
Description of the drawings
Fig. 1 is the structural schematic diagram of the preferred embodiment in the utility model electromagnetic energy heating system.
Fig. 2 is the structural schematic diagram of electromagnetic heater in electromagnetic energy heating system shown in Fig. 1.
Fig. 3 is the circuit connecting mode schematic diagram of each coil unit in electromagnetic heater shown in Fig. 2.
Fig. 4 be electromagnetic energy heating system shown in Fig. 1 heating plant in upper end cover and upper lateral tube, bottom end cover and lower transverse tubule
The schematic diagram of cooperation.
Fig. 5 be electromagnetic energy heating system shown in Fig. 1 heating plant in heat-dissipating pipe and cooling fin structural schematic diagram.
Specific implementation mode
As shown in Figure 1, the electromagnetic energy heating system of this domestic water and heating integral type, including hot water storage tank 1, first
Water pump 2, electromagnetic heater 3, heating plant 4, the second water pump 5 and domestic water feed pipe 6；The water inlet of first water pump 2 is logical
It crosses the first cold water pipe 7 to be connected to hot water storage tank 1,6 one end of domestic water feed pipe is connected to hot water storage tank 1, and domestic water supplies water
Pipe 6 is equipped with first switch valve 61 and filter 62.With reference to figure 2, electromagnetic heater 3 includes insulation cylinder shell 31 and magnetic conductivity
Metallic object 32, magnetic conductive metal body 32 are set in insulation cylinder shell 31, and 31 one end of insulation cylinder shell is equipped with water inlet 33, the other end
Equipped with water outlet 34, there is the water passage 35 of connection water inlet 33 and water outlet 34, insulate cylinder shell in the cylinder shell 31 that insulate
31 are equipped with coil；The water inlet 33 of insulation cylinder shell 31 is connected to by the second cold water pipe 8 with the water outlet of the first water pump 2, absolutely
The water outlet 34 of edge cylinder shell 31 is connected to by the first hot-water line 9 with hot water storage tank 1.Heating plant 4 includes including heating plant 4
Upper lateral tube 41, lower transverse tubule 42 and multiple heat-dissipating pipes 43, lower transverse tubule 42 are set to the underface of upper lateral tube 41, and upper lateral tube 41 passes through second
Hot-water line 10 is connected to hot water storage tank 1, and lower transverse tubule 42 is connected to by third cold water pipe 11 with the water inlet of the second water pump 5, and second
The water outlet of water pump 5 is connected to by the 4th cold water pipe 12 with hot water storage tank 1；Each heat-dissipating pipe 43 is arranged along the vertical direction, each to dissipate
43 upper end of heat pipe is connected to upper lateral tube 41, and 43 lower end of each heat-dissipating pipe is connected to lower transverse tubule 42, and multiple heat-dissipating pipes 43 are along upper cross
The length direction equidistant arrangement of pipe 41.With reference to figure 4, set on 43 outer wall of heat-dissipating pipe there are two cooling fin 44, two cooling fins 44 divide
Not She Yu 43 both sides of heat-dissipating pipe, the cooling fin 44 of 43 side of each heat-dissipating pipe with being in a plane, 43 other side of each heat-dissipating pipe
Cooling fin 44 is same to be in another plane.
Heat-dissipating pipe 43 and 44 integrally connected of cooling fin on its lateral wall, and heat-dissipating pipe 43 and cooling fin 44 are all made of heat conduction
The material of better performances（Such as aluminium alloy or stainless steel）It is made.
In the present embodiment, the top of hot water storage tank 1, be equipped with insulating layer 13 in bottom and side wall.
The electromagnetic energy heating system of the present embodiment further includes temperature sensor（It is not drawn into figure）, water temperature sensor 14, liquid
It is level sensor 15, second switch valve 16, third switch valve 17, the 4th switch valve 18, water supply pipe 19, the 5th switch valve 20, unidirectional
Valve 21 and control circuit, water temperature sensor 14 and liquid level sensor 15 are set in hot water storage tank 1, and second switch valve 16 is set to the
On one hot-water line 9, third switch valve 17 is set on the second hot-water line 10, and the 4th switch valve 18 is set on the 4th cold water pipe 12；It mends
One end of water pipe 19 is connected to hot water storage tank 1, the other end and water supply pipe of water supply pipe 19（It is not drawn into figure）Connection, the 5th
Switch valve 20 and check valve 21 are set on water supply pipe 19；Second switch valve 16, third switch valve 17, the 4th switch valve 18 and the 5th
Switch valve 20 is solenoid valve；Temperature sensor, water temperature sensor 14, liquid level sensor 15 are corresponding with control circuit defeated respectively
Enter end connection, electromagnetic heater 3, the first water pump 2, the second water pump 5, second switch valve 16, third switch valve the 17, the 4th switch
The output end connection corresponding with control circuit respectively of valve 18, the 5th switch valve 20.
With reference to figure 2, Fig. 3, in the present embodiment, it is equipped with lattice coil from the inside to the outside on the cylinder shell 31 that insulate, innermost layer
Coil is wound on insulation cylinder shell 31；In adjacent two layers coil, the coil compared with outer layer is wound on the coil compared with internal layer；Per layer line circle
Multiple coil units are respectively included, this multiple coil unit is arranged in order along the length direction of insulation cylinder shell 31（I.e. from water inlet
Mouth 33 to water outlet 34 is arranged in order）.In the present embodiment, it is equipped with two layers of coil from the inside to the outside on the cylinder shell 31 that insulate, wherein in
Layer line circle 36 is wound on insulation cylinder shell 31, and outer coil 37 is wound on inner coil 36；Inner coil 36 includes five coils
Unit 361, this five coil units 361 are arranged in order along the length direction of insulation cylinder shell 31；Outer coil 37 includes five
Coil unit 371, this five coil units 371 are arranged in order along the length direction of insulation cylinder shell 31.In this way, the present embodiment
Heating device includes altogether ten coil units, general power can be evenly distributed to each coil unit 361,371（For example, total work
Rate is 2800-3500 watts, then each coil unit power is 280-350 watts）.Each coil unit 361,371 direction of winding phases
Together, the access in parallel of each coil unit 361,371 provides the power supply circuit of alternating current.Each coil unit 361,371 the number of turns are identical.
In the present embodiment, magnetic conductive metal body 32 is cylinder, the sky between magnetic conductive metal body 32 and insulation cylinder shell 31
Gap 351, magnetic conductive metal body 32 inner cavity 352 collectively form water passage 35.
In the present embodiment, insulation cylinder shell 31 is vertically arranged, and water inlet 33 is set to 31 lower end of insulation cylinder shell, goes out
The mouth of a river 34 is set to 31 upper end of insulation cylinder shell.The cross-sectional area of water outlet 34 is less than water inlet 33.When heating device works, water
From bottom to top by water passage 35, water is easy, full of the entire cavity of insulation cylinder shell 31, magnetic conductive metal body 32 to be submerged.
31 both ends of insulation cylinder shell are respectively equipped with Single port capping 38（Respectively upper port capping 38-1 and lower port envelope
Cover 38-2）, on lower port capping 38-2, water outlet 34 is set on upper port capping 38-1 water inlet 33.Upper port is sealed
Lid 38-1 can be threadedly coupled with 31 upper end of insulation cylinder shell, and lower port covers 38-2 can be with 31 lower end one of insulation cylinder shell
Body is connected or is threadedly coupled.
With reference to figure 1, in the present embodiment, the tube wall of upper lateral tube 41 be equipped with along 41 length direction of upper lateral tube arrange it is multiple on
Pipe fitting 411, the tube wall of lower transverse tubule 42 are equipped with the multiple lower pipe connections 421 arranged along 42 length direction of lower transverse tubule, and upper tube connects
First 411, lower pipe connection 421 is identical as 43 quantity of heat-dissipating pipe and corresponds, and 43 upper end of each heat-dissipating pipe connects with corresponding upper tube
First 411 connection, 43 lower end of each heat-dissipating pipe is connected with corresponding lower pipe connection 421.
In the present embodiment, heating plant 4 further includes exhaust bucket 410 and seal closure 412, is vented 410 bottoms of bucket and upper lateral tube
41 cavity connection, 410 top of exhaust bucket have opening 4101；Seal closure 412 is removably mounted at opening for 410 top of exhaust bucket
On mouth 4101, seal closure 412 is equipped with gas vent 4121, and gas vent 4121 is connected to the cavity of exhaust bucket 410.On lower transverse tubule 42
Equipped with discharge outlet 422, discharge outlet 422 is connected to the cavity of lower transverse tubule 42, and being equipped with the 6th at the discharge outlet 422 of lower transverse tubule 42 opens
Close valve 423.
In the present embodiment, heating plant 4 is mounted on a holder 415, and multiple wheels 416 are equipped on holder.
With reference to figure 5, in the present embodiment, 43 upper end of each heat-dissipating pipe and the junction of upper lateral tube 41 are separately installed with a upper end cover
413, upper end cover 413 is equipped with upper latch notch 4131, and upper latch notch 4131 clamps upper lateral tube 41；43 lower end of each heat-dissipating pipe and lower transverse tubule 42
Junction be separately installed with a bottom end cover 414, bottom end cover 414 is equipped under bayonet 4141, and under bayonet 4141 clamps lower transverse tubule
42。
The operation principle of brief description once this electromagnetic energy heating system：
When work, water to be heated is under the extraction of the first water pump 2 in hot water storage tank 1, successively through the first cold water pipe 7,
The water inlet 33 of one water pump 2, the second cold water pipe 8 and the cylinder shell 31 that insulate enters in insulation cylinder shell 31, flows through water passage 35
It is flowed out afterwards from the water outlet 34 of insulation cylinder shell 31；Each coil unit 361,371 is passed through alternating current（Usually high-frequency alternating electricity
Stream）After generate alternating magnetic field, the magnetic line of force inside magnetic field makes magnetic conduction by generating countless vortex when magnetic conductive metal body 32
Property 32 self-heating of metallic object and water of the convection current through water passage 35 heated（Flow through the water and magnetic conductivity gold of water passage 35
Belong to when body 32 contacts and being heated）；Heated water is back to through the first hot-water line 9 in hot water storage tank 1, by hot water storage tank 1
In water circulating-heating, so that the water in hot water storage tank 1 is gradually heated up.
When needing to heat to interior, the second water pump 5 is run, and the water in hot water storage tank 1 by heating is in the second water
Under the extraction of pump 5, enter in each heat-dissipating pipe 43 through the second hot-water line 10, upper lateral tube 41 successively；Water by heating is in each heat dissipation
During being flowed in pipe 43, heat is distributed by each heat-dissipating pipe 43 and its cooling fin in outside 44, around being promoted
The temperature of environment；Water after cooling is flow back into through 43 lower end of each heat-dissipating pipe in the cavity of lower transverse tubule 42, and successively through third cold water
Pipe 11, the second water pump 5, the 4th cold water pipe 12 flow back into hot water storage tank 1, and heating, heat dissipation into a new round so recycle,
Ambient enviroment is carried out to continue heating to realize.Gas contained in water in 4 internal duct of heating plant can struggle against through exhaust
410, the gas vent 4121 on seal closure 412 is discharged outside in air；And heating plant 4 can be by being vented bucket 410, exhaust
Hole 4121 discharges a small amount of vapor, suitably increases air humidity.
When needing to supply the domestic water of heat, first switch valve 61 is opened, and the water in hot water storage tank 1 by heating flows into
In domestic water feed pipe 6（Hot water storage tank 1 is placed on higher position, utilizes gravity, you can is made in hot water storage tank 1
Water by heating is delivered to the place for the domestic water for needing heat through domestic water feed pipe 6）, the domestic water confession as heat
It answers, to meet daily life demand（Such as shower, drinking water, kitchen tools cleaning）.
During the work time, temperature sensor is detected indoor temperature, and send a signal to control circuit into
Row processing；Water temperature sensor 14 is detected the water temperature in hot water storage tank 1, and sends a signal at control circuit
Reason；Liquid level sensor 15 is detected the height of water level in hot water storage tank 1, and sends a signal at control circuit
Reason.First set water level upper limit value, water level lower limit, water temperature upper limit value and water temperature lower limiting value and the room of water in hot water storage tank 1
Room temperature upper limit value, the temperature upper limit value of interior temperature.When detecting that the water temperature in hot water storage tank 1 is less than water temperature lower limiting value, control
Circuit, which sends control signal, to be made second switch valve 16 open and electromagnetic heater 3 and the first water pump 2 is made to run, electromagnetic heating dress
Circulating-heating can be carried out to the water in hot water storage tank 1 by setting 3（The coil of electromagnetic heater 3 is passed through alternating current at this time）, make
Water temperature in hot water storage tank 1 is gradually increasing, until when detecting that the water temperature in hot water storage tank 1 reaches water temperature upper limit value, control
Circuit, which sends control signal, keeps electromagnetic heater 3 and the first water pump 2 out of service and close second switch valve 16, and electromagnetism is made to add
The water in hot water storage tank 1 is heated in the pause of thermal 3.When detect the water level in hot water storage tank 1 be less than water level lower limit
When, control circuit, which sends control signal, makes the 5th switch valve 20 open, and water supply pipe will pass through water supply pipe 19 to hot water storage tank 1
Middle supplement cold water；Until when detecting that the water level in hot water storage tank 1 reaches water level upper limit value, control circuit sends control signal
So that the 5th switch valve 20 is closed, stops supplement cold water.When detecting that indoor temperature is less than room temperature lower limiting value, control circuit hair
It send control signal that third switch valve 17 and the 4th switch valve 18 is made to open and the second water pump 5 is made to run, the hot water in hot water storage tank 1
It flows through to radiate after heating plant 4 and heat, indoor temperature is made to gradually rise；Until when detecting that indoor temperature reaches room
When warm upper limit value, control circuit, which just sends control signal, keeps the second water pump 5 out of service, simultaneously closes off third switch valve 17 and the
Four switch valves 18, pause heating.
Furthermore, it is necessary to illustrate, the specific embodiment described in this specification, each section title etc. can not
Together, the equivalent or simple change that all structure, feature and principles according to described in the utility model patent concept are done is included in this
In the protection domain of utility model patent.Those skilled in the art of the present invention can be to described specific reality
Example is applied to do various modifications or additions or substitute by a similar method, structure without departing from the utility model or
Beyond the scope defined by this claim, it all should belong to the protection range of the utility model.
Claims (10)
1. the electromagnetic energy heating system of a kind of domestic water and heating integral type, it is characterised in that including hot water storage tank, the first water
Pump, electromagnetic heater, heating plant, the second water pump and domestic water feed pipe；The water inlet of first water pump is cold by first
Water pipe is connected to hot water storage tank；Electromagnetic heater includes that insulation cylinder shell and magnetic conductive metal body, magnetic conductive metal body are set to
Insulate cylinder shell in, insulating cylinder shell one end be equipped with water inlet, the other end be equipped with water outlet, insulate cylinder shell in have be connected into
The water passage at the mouth of a river and water outlet, insulation cylinder shell are equipped with coil；The water inlet of insulation cylinder shell passes through the second cold water pipe
It is connected to the water outlet of the first water pump, the water outlet for the cylinder shell that insulate is connected to by the first hot-water line with hot water storage tank；Heating fills
It sets including at least one heat-dissipating pipe, the outer wall of heat-dissipating pipe is equipped with cooling fin, and one end of heat-dissipating pipe passes through the second hot-water line and heat
Water storage tank is connected to, and the other end of heat-dissipating pipe is connected to by third cold water pipe with the water inlet of the second water pump, the water outlet of the second water pump
Mouth is connected to by the 4th cold water pipe with hot water storage tank；Domestic water feed pipe one end is connected to hot water storage tank, and domestic water supplies water
Pipe is equipped with first switch valve.
2. the electromagnetic energy heating system of domestic water according to claim 1 and heating integral type, it is characterised in that：It is described
Electromagnetic energy heating system further includes temperature sensor, water temperature sensor, liquid level sensor, second switch valve, third switch valve,
Four switch valves, water supply pipe, the 5th switch valve and control circuit, water temperature sensor and liquid level sensor are set to the hot water storage tank
In, second switch valve is set on first hot-water line, and third switch valve is set on second hot-water line, and the 4th switch valve is set
In on the third cold water pipe or the 4th cold water pipe；One end of water supply pipe is connected to hot water storage tank, and the 5th switch valve, which is set to, to be mended
On water pipe；Second switch valve, third switch valve, the 4th switch valve and the 5th switch valve are solenoid valve；Temperature sensor, water temperature
Corresponding with the control circuit input terminal connection respectively of sensor, liquid level sensor, the electromagnetic heater, the first water pump, the
Two water pumps, second switch valve, third switch valve, the 4th switch valve, the 5th switch valve output end corresponding with control circuit respectively
Connection.
3. the electromagnetic energy heating system of domestic water according to claim 2 and heating integral type, it is characterised in that：It is described
Water supply pipe is equipped with check valve.
4. according to the electromagnetic energy heating system of claim 1-3 any one of them domestic water and heating integral type, feature
It is：The heating plant includes multiple heat-dissipating pipes, and each heat-dissipating pipe is arranged along the vertical direction；Heating plant further includes upper lateral tube
And lower transverse tubule, lower transverse tubule are set to the underface of upper lateral tube, upper lateral tube is connected to second hot-water line, lower transverse tubule and the third
Cold water pipe is connected to, and each heat-dissipating pipe upper end is connected to upper lateral tube, and each heat-dissipating pipe lower end is connected to lower transverse tubule.
5. the electromagnetic energy heating system of domestic water according to claim 4 and heating integral type, it is characterised in that：It is described
Length direction equidistant arrangement of multiple heat-dissipating pipes along the upper lateral tube.
6. the electromagnetic energy heating system of domestic water according to claim 4 and heating integral type, it is characterised in that：It is described
The tube wall of upper lateral tube is equipped with the multiple upper pipe fittings arranged along upper lateral tube length direction, and the tube wall of the lower transverse tubule is equipped with edge
Multiple lower pipe connections of lower transverse tubule length direction arrangement, upper pipe fitting, lower pipe connection are identical as the heat-dissipating pipe quantity and one
One corresponds to, and each heat-dissipating pipe upper end is connected with corresponding upper pipe fitting, and each heat-dissipating pipe lower end is connected with corresponding lower pipe connection.
7. the electromagnetic energy heating system of domestic water according to claim 4 and heating integral type, it is characterised in that：It is described
It is set in heat dissipation pipe outer wall there are two cooling fin, two cooling fins are respectively arranged on heat-dissipating pipe both sides；The cooling fin of each heat-dissipating pipe side
With being in a plane, the cooling fin of each heat-dissipating pipe other side is same to be in another plane.
8. the electromagnetic energy heating system of domestic water according to claim 4 and heating integral type, it is characterised in that：It is described
Each heat-dissipating pipe upper end and the junction of the upper lateral tube are separately installed with a upper end cover, each heat-dissipating pipe lower end and the lower transverse tubule
Junction is separately installed with a bottom end cover.
9. the electromagnetic energy heating system of domestic water according to claim 4 and heating integral type, it is characterised in that：It is described
Heating plant further includes exhaust bucket and seal closure, and exhaust bucket bottom is connected to the cavity of the upper lateral tube, and exhaust bucket top has
Opening；Seal closure is removably mounted in the opening at exhaust bucket top, and seal closure is equipped with gas vent, gas vent and exhaust bucket
Cavity is connected to；The lower transverse tubule is equipped with discharge outlet, and discharge outlet is connected to the cavity of lower transverse tubule, is installed at the discharge outlet of lower transverse tubule
There is the 6th switch valve.
10. according to the electromagnetic energy heating system of claim 1-3 any one of them domestic water and heating integral type, feature
It is：It is additionally provided with filter on the domestic water feed pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820370827.5U CN208059037U (en) | 2018-03-19 | 2018-03-19 | A kind of electromagnetic energy heating system of domestic water and heating integral type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820370827.5U CN208059037U (en) | 2018-03-19 | 2018-03-19 | A kind of electromagnetic energy heating system of domestic water and heating integral type |
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| Publication Number | Publication Date |
|---|---|
| CN208059037U true CN208059037U (en) | 2018-11-06 |
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ID=63989772
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820370827.5U Expired - Fee Related CN208059037U (en) | 2018-03-19 | 2018-03-19 | A kind of electromagnetic energy heating system of domestic water and heating integral type |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111853920A (en) * | 2020-07-09 | 2020-10-30 | 广东鑫禄莱电器股份有限公司 | Regenerative magnetic energy heating water heater with circulating booster pump |
| CN111853919A (en) * | 2020-07-09 | 2020-10-30 | 广东鑫禄莱电器股份有限公司 | Pumpless Microcirculation Heating Water Heater |
-
2018
- 2018-03-19 CN CN201820370827.5U patent/CN208059037U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111853920A (en) * | 2020-07-09 | 2020-10-30 | 广东鑫禄莱电器股份有限公司 | Regenerative magnetic energy heating water heater with circulating booster pump |
| CN111853919A (en) * | 2020-07-09 | 2020-10-30 | 广东鑫禄莱电器股份有限公司 | Pumpless Microcirculation Heating Water Heater |
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