CN207230715U - A kind of electromagnetic radiator - Google Patents
A kind of electromagnetic radiator Download PDFInfo
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- CN207230715U CN207230715U CN201721000488.3U CN201721000488U CN207230715U CN 207230715 U CN207230715 U CN 207230715U CN 201721000488 U CN201721000488 U CN 201721000488U CN 207230715 U CN207230715 U CN 207230715U
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- transverse tubule
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Abstract
It the utility model is related to a kind of electromagnetic radiator, including upper lateral tube, lower transverse tubule, water pump, electromagnetic heater and multiple thermal columns；The water inlet of water pump is connected by the first water-supply-pipe with lower transverse tubule；Electromagnetic heater includes insulation cylinder shell and magnetic conductive metal body, magnetic conductive metal body is arranged in insulation cylinder shell, insulating cylinder shell one end is equipped with water inlet, the other end is equipped with water outlet, has the water passage of connection water inlet and water outlet in the cylinder shell that insulate, and insulation cylinder shell is equipped with coil；The water inlet of electromagnetic heater is connected by the second water-supply-pipe with the water outlet of water pump, and the water outlet of electromagnetic heater is connected by the 3rd water-supply-pipe with upper lateral tube；Thermal column upper end is connected with upper lateral tube, and thermal column lower end is connected with lower transverse tubule；Thermal column includes heat-dissipating pipe, and heat dissipation pipe outer wall is equipped with heat sink, and heat-dissipating pipe upper end is connected with upper lateral tube, and heat-dissipating pipe lower end is connected with lower transverse tubule.The utility model is safe to use, and can realize quick heating, and heat supply efficiency is high.
Description
Technical field
It the utility model is related to heating plant, and in particular to a kind of electromagnetic radiator.
Background technology
At present, the common heating plant of in the market has fuel oil heating stove, gas heating stove and coal heating stove.These types is adopted
Although radiator can realize heating, safety in utilization is poor, and heating time is grown, and causes heating speed slow, heat supply efficiency
Lowly.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of electromagnetic radiator, and this electromagnetic radiator is not
Using only safety, and it can realize quick heating, heat supply efficiency is higher.The technical solution of use is as follows：
A kind of electromagnetic radiator, it is characterised in that including upper lateral tube, lower transverse tubule, water pump, electromagnetic heater and multiple
Thermal column；Lower transverse tubule is in the underface of upper lateral tube, and the water inlet of water pump is connected by the first water-supply-pipe with lower transverse tubule；Electromagnetism adds
Thermal includes insulation cylinder shell and magnetic conductive metal body, and magnetic conductive metal body is arranged in insulation cylinder shell, and insulate cylinder shell one
End is equipped with water outlet equipped with water inlet, the other end, has the water passage of connection water inlet and water outlet in the cylinder shell that insulate, absolutely
Edge cylinder shell is equipped with coil；The water inlet of electromagnetic heater is connected by the second water-supply-pipe with the water outlet of water pump, electromagnetism
The water outlet of heating unit is connected by the 3rd water-supply-pipe with upper lateral tube；Each thermal column upper end is connected with upper lateral tube, each heat dissipation
Column lower end is connected with lower transverse tubule；Thermal column includes heat-dissipating pipe, and heat dissipation pipe outer wall is equipped with heat sink, heat-dissipating pipe upper end and upper horizontal stroke
Pipe connects, and heat-dissipating pipe lower end is connected with lower transverse tubule.
During above-mentioned electromagnetic radiator work, first make the pipeline inside electromagnetic radiator（I.e. by lower transverse tubule, the first water delivery
Pipe, water pump, the second water-supply-pipe, the water passage of electromagnetic heater, the 3rd water-supply-pipe, upper lateral tube and each heat-dissipating pipe be connected and
Into water flowing pipeline）Full of water, electromagnetic heater and water pump are then turned on, water pump drives the water in pipeline to circulate,
Specially：The water that water pump is extracted through the first water-supply-pipe from lower transverse tubule, through the second water-supply-pipe from the water inlet of electromagnetic heater into
Enter in the cylinder shell that insulate, flowed out after flowing through water passage from the water outlet of electromagnetic heater；The coil of electromagnetic heater leads to
Enter alternating current（Usually high frequency alternating current）After produce alternating magnetic field, the magnetic line of force inside magnetic field passes through magnetic conductive metal
Countless vortex is produced during body, makes magnetic conductive metal body self-heating and water of the convection current through water passage is heated（Stream passes through
The water of aquaporin is heated when being contacted with magnetic conductive metal body）；Water by heating enters through the 3rd water-supply-pipe, upper lateral tube successively
In each heat-dissipating pipe；During water by heating flows in heat-dissipating pipe, radiated by heat-dissipating pipe and its heat sink in outside,
Each thermal column distributes heat to lift the temperature of surrounding environment；Water after cooling flow back into lower horizontal stroke through each heat-dissipating pipe lower end
In the cavity of pipe, and under the action of water pump into a new round heating, heat dissipation, so circulation, with realize to surrounding environment into
The lasting heating of row.Due to being heated using electromagnetic heater, heater（Magnetic conductive metal body）Sent out by outer wall magnetic field induction
Heat, and with circuit electricity separation is truly realized without any connection, it can be ensured that safe to use；Added using electromagnetic heater
Heat, firing rate is fast, while is radiated using multiple thermal columns, be effectively increased heat dissipation area, and quick heating is realized with this,
So as to improve heat supply efficiency.
In a kind of concrete scheme, length direction equidistant arrangement of the above-mentioned multiple thermal columns along the upper lateral tube.
In general, heat-dissipating pipe and heat sink integrally connected in above-mentioned thermal column, and heat-dissipating pipe and heat sink use thermal conductivity
Can preferable material（Such as aluminium alloy or stainless steel）It is made.
In preferred solution, in above-mentioned thermal column, heat dissipation pipe outer wall is equipped with two heat sinks, and two heat sinks are respectively arranged on
Heat-dissipating pipe both sides；For the heat sink of each heat-dissipating pipe side with being in a plane, the heat sink of each heat-dissipating pipe opposite side is another with being in
In one plane.Heat dissipation area can so be increased, improve heat supply efficiency, and it is more beautiful.
In preferred solution, the tube wall of above-mentioned upper lateral tube is equipped with the multiple upper pipe fittings arranged along upper lateral tube length direction,
The tube wall of the lower transverse tubule is equipped with the multiple lower pipe connections arranged along lower transverse tubule length direction, and upper pipe fitting, lower pipe connection are equal
And one-to-one corresponding identical with the thermal column quantity, the heat-dissipating pipe upper end of each thermal column and corresponding upper pipe fitting connect, each to dissipate
The heat-dissipating pipe lower end of plume is connected with corresponding lower pipe connection.
In preferred solution, above-mentioned electromagnetic radiator further includes water-adding bucket and seal closure, water-adding bucket bottom and the upper horizontal stroke
The cavity connection of pipe, water-adding bucket top have filler；Seal closure is removably mounted on the filler of water-adding bucket, on seal closure
Equipped with exhausting-gas hole, exhausting-gas hole is connected with the cavity of water-adding bucket.During work, contained by the water in electromagnetic radiator internal duct
Gas can be discharged outside in air through the exhausting-gas hole on water-adding bucket, seal closure.When needing toward the pipe inside electromagnetic radiator
When road supplements water, seal closure can be pulled down from the filler of water-adding bucket, can be by water-adding bucket to electromagnetic radiator inside
Pipeline add water；Complete again to install back seal closure on the filler of water-adding bucket after adding water.In general, above-mentioned filler is in
Higher than the pipeline inside electromagnetic radiator, it is ensured that added water can be full of the pipeline inside electromagnetic radiator.More preferably
In scheme, the water outlet of above-mentioned electromagnetic heater is connected by the 3rd water-supply-pipe with upper lateral tube one end, water-adding bucket bottom with it is upper
The transverse tube other end connects.
In preferred solution, above-mentioned lower transverse tubule is equipped with discharge outlet, and discharge outlet is connected with the cavity of lower transverse tubule, the row of lower transverse tubule
Switch valve is installed at the mouth of a river.When electromagnetic radiator is in running order or is supplemented toward the pipeline inside electromagnetic radiator
During water, switch valve is closed；When without the use of electromagnetic radiator, switch valve can be opened, passes through the row of lower transverse tubule
The mouth of a river is discharged by the water in electromagnetic radiator internal duct.In general, above-mentioned discharge outlet is located at electromagnetic radiator internal duct
Minimum point, enable water to fully discharge.More preferably in scheme, the water inlet of above-mentioned water pump passes through the first water-supply-pipe and lower transverse tubule
One end connects, and the discharge outlet is arranged on the lower transverse tubule other end.
In preferred solution, heat-conducting plate is installed on the outside of above-mentioned second water-supply-pipe.After this structure, electromagnetical heating can be made
The larger component of caloric value is contacted with heat-conducting plate in the control circuit of device, and flowing water can pass through heat conduction in the second water-supply-pipe
The plate component larger to caloric value in electromagnetic radiator control circuit cools down, and ensures the normal fortune of electromagnetic radiator
OK.
In preferred solution, above-mentioned each thermal column upper end and the junction of the upper lateral tube are separately installed with a upper end cover, respectively
Thermal column lower end and the junction of the lower transverse tubule are separately installed with a bottom end cover.Each upper end cover can by each thermal column upper end and
Upper lateral tube cladding is got up, and each bottom end cover can get up each thermal column lower end and lower transverse tubule cladding, can so fill electromagnetical heating
Good appearance is put, without visible weld seam.In general, upper end cover is equipped with upper latch notch, upper latch notch clamps upper lateral tube, so that upper end cover be pacified
Mounted in the corresponding position of upper lateral tube, and easy to the handling of upper end cover.Bottom end cover is equipped with bayonet, and under bayonet clamps lower transverse tubule,
So as to which bottom end cover is installed on the corresponding position of lower transverse tubule, and easy to the handling of bottom end cover.
In preferred solution, above-mentioned insulation cylinder shell is vertically set, and the water inlet is arranged on insulation cylinder shell lower end,
The water outlet is arranged on insulation cylinder shell upper end.When electromagnetic heater works, water is easy by water passage, water from bottom to top
Whole cavity full of insulation cylinder shell, magnetic conductive metal body is submerged, residual air will not be produced in the cylinder shell that insulate
Space, is greatly improved the thermal efficiency, and further extends the service life of heating unit.
The cross-sectional area of more preferably above-mentioned water outlet is less than water inlet., can be into this way, water intake velocity is more than water speed
One step ensures whole cavity of the water full of insulation cylinder shell.
In preferred solution, lattice coil is equipped with 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 whole heating unit, structure is more compact, can save installation space, and can save material, drop
Low production cost, can also reduce coil from the caloric value in work process.
Above-mentioned to include multiple coil units respectively per layer line circle more preferably in scheme, this multiple coil unit is along insulating cylinder
The length direction of housing is arranged in order；Each coil unit direction of winding is identical, and the access in parallel of each coil unit provides alternation
The power supply circuit of electric current.Multiple coil units will be divided into per layer line circle, power can be assigned 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 reduces electromagnetic wave to external leakage, so as to further improve the efficiency of heating surface, reduces coil
Own temperature, effectively reduces the temperature of casing, the circuit board of electromagnetic radiator etc., extends the service life of circuit board, and subtract
The electromagnetic radiation of few electromagnetic radiator is to health, the adverse effect of environment.
In a kind of concrete scheme, above-mentioned magnetic conductive metal body is cylinder, between magnetic conductive metal body and insulation cylinder shell
Gap, the inner cavity of magnetic conductive metal body collectively form the water passage.In addition, magnetic conductive metal body is alternatively solid magnetic conductivity
Metal bar, or the totally-enclosed hollow body made of magnetic conductive metal, in this case, magnetic conductive metal body with insulation cylinder shell it
Between gap form the water passage.
Above-mentioned insulation cylinder shell both ends are respectively equipped with Single port capping, and water inlet is arranged in Single port capping, and water outlet is set
In in the capping of another port.Port capping is usually threadedly coupled with insulating cylinder shell end.
In general, above-mentioned electromagnetic radiator is installed on a stent, multiple wheels are installed on stent.Work can so be facilitated
Make personnel to move electromagnetic radiator, make operation more laborsaving.
The beneficial effects of the utility model are as follows：It is 1. safe to use；Using electromagnetic heater, heater（Magnetic conductivity gold
Belong to body）Generated heat by outer wall magnetic field induction, with circuit without any connection, be truly realized electricity separation, it is ensured that safe to use；2. supply
It is warm efficient；Heated using electromagnetic heater, firing rate is fast, while is radiated using multiple thermal columns, effectively
Increase heat dissipation area, quick heating is realized with this.
Brief description of the drawings
Fig. 1 is the structure diagram of the preferred embodiment in the utility model.
Fig. 2 is upper end cover and the signal of the cooperation of upper lateral tube, bottom end cover and lower transverse tubule in electromagnetic radiator shown in Fig. 1
Figure.
Fig. 3 is the structure diagram of thermal column in electromagnetic radiator shown in Fig. 1.
Fig. 4 is the structure diagram of electromagnetic heater in electromagnetic radiator shown in Fig. 1.
Fig. 5 is the circuit connecting mode schematic diagram of each coil unit in electromagnetic heater shown in Fig. 4.
Embodiment
As shown in Figure 1, this electromagnetic radiator includes upper lateral tube 1, lower transverse tubule 2, electromagnetic heater 3, water pump 4 and more
A thermal column 5；Lower transverse tubule 2 is in the underface of upper lateral tube 1, and the water inlet of water pump 4 is connected by the first water-supply-pipe 6 with lower transverse tubule 2
It is logical；The water inlet 33 of electromagnetic heater 3 is connected by the second water-supply-pipe 7 with the water outlet of water pump 4, the outside of the second water-supply-pipe 7
Heat-conducting plate 9 is installed；The water outlet 34 of electromagnetic heater 3 is connected by the 3rd water-supply-pipe 8 with upper lateral tube 1；On each thermal column 5
End is connected with upper lateral tube 1, and each 5 lower end of thermal column is connected with lower transverse tubule 2, length direction of multiple thermal columns 5 along upper lateral tube 1
Equidistant arrangement.With reference to figure 2, each 5 upper end of thermal column and the junction of upper lateral tube 1 are separately installed with a upper end cover 13, upper end cover 13
Upper latch notch 131 is equipped with, upper latch notch 131 clamps upper lateral tube 1；Each 5 lower end of thermal column and the junction of lower transverse tubule 2 are separately installed with
One bottom end cover 14, bottom end cover 14 are equipped with bayonet 141, and under bayonet 141 clamps lower transverse tubule 2.
Above-mentioned electromagnetic radiator is installed on a stent 15, and multiple wheels 16 are provided with stent 15.
With reference to figure 3, thermal column 5 includes heat-dissipating pipe 51, and 51 upper end of heat-dissipating pipe is connected with upper lateral tube 1,51 lower end of heat-dissipating pipe with
Lower transverse tubule 2 connects；51 outer wall of heat-dissipating pipe is equipped with two heat sinks 52, and two heat sinks 52 are respectively arranged on 51 both sides of heat-dissipating pipe；
For the heat sink 52 of each 51 side of heat-dissipating pipe with being in a plane, the heat sink 52 of each 51 opposite side of heat-dissipating pipe is another flat with being in
On face.
In the present embodiment, the tube wall of upper lateral tube 1 is equipped with the multiple upper pipe fittings 11 arranged along 1 length direction of upper lateral tube,
The tube wall of lower transverse tubule 2 is equipped with the multiple lower pipe connections 21 arranged along 2 length direction of lower transverse tubule, upper pipe fitting 11, lower pipe connection
21 identical with 5 quantity of thermal column and one-to-one corresponding, 51 upper end of heat-dissipating pipe of each thermal column 5 connects with corresponding upper pipe fitting 11
Connect, 51 lower end of heat-dissipating pipe of each thermal column 5 is connected with corresponding lower pipe connection 21.
Heat-dissipating pipe 51 and 52 integrally connected of heat sink in thermal column 5, and heat-dissipating pipe 51 and heat sink 52 use thermal conductivity
Can preferable material（Such as aluminium alloy or stainless steel）It is made.
With reference to figure 1, above-mentioned electromagnetic radiator further includes water-adding bucket 10 and seal closure 12,10 bottom of water-adding bucket and upper lateral tube
1 cavity connection, the top of water-adding bucket 10 have filler 101；Seal closure 12 is removably mounted at the filler 101 of water-adding bucket 1
On, seal closure 12 is equipped with exhausting-gas hole 121, and exhausting-gas hole 121 is connected with the cavity of water-adding bucket 10.Lower transverse tubule 2 is equipped with discharge outlet
22, discharge outlet is connected with the cavity of lower transverse tubule 2, and switch valve 23 is provided with the discharge outlet 22 of lower transverse tubule 2.
In the present embodiment, the water outlet 34 of electromagnetic heater 3 is connected by the 3rd water-supply-pipe 8 with 1 one end of upper lateral tube,
10 bottom of water-adding bucket is connected with 1 other end of upper lateral tube.The water inlet of water pump 4 is connected by the first water-supply-pipe 6 with 2 one end of lower transverse tubule
Logical, discharge outlet 22 is arranged on 2 other end of lower transverse tubule.
With reference to figure 4, electromagnetic heater 3 includes insulation cylinder shell 31 and magnetic conductive metal body 32, magnetic conductive metal body 32
In insulation cylinder shell 31,31 one end of insulation cylinder shell is equipped with water inlet 33, the other end is equipped with water outlet 34, and insulate cylinder shell
There is the water passage 35 of connection water inlet 33 and water outlet 34 in 31.
Lattice coil is equipped with insulation cylinder shell 31 from the inside to the outside, the coil of innermost layer is wound on insulation cylinder shell 31；Phase
In adjacent two layers of coil, the coil compared with outer layer is wound on the coil compared with internal layer；Include multiple coil units respectively per layer line circle, this is more
A coil unit is arranged in order along the length direction of insulation cylinder shell 31（It is arranged in order from water inlet 33 to water outlet 34）.This
In embodiment, two layers of coil is equipped with the cylinder shell 31 that insulate from the inside to the outside, wherein inner coil 36 is wound on insulation cylinder shell 31,
Outer coil 37 is wound on inner coil 36；Inner coil 36 includes five coil units 361, this five 361 edges of coil unit
The length direction of insulation cylinder shell 31 is arranged in order；Outer coil 37 includes five coil units 371, this five coil units
371 are arranged in order along the length direction of insulation cylinder shell 31.In this way, the heating unit of the present embodiment includes ten coil lists altogether
Member, can be evenly distributed to general power each coil unit 361,371（For example, general power is 2800-3500 watts, then each line
Coil unit power is 280-350 watts）.With reference to figure 5, each coil unit 361,371 direction of windings are identical, each coil unit 361,
371 accesses in parallel provide the power supply circuit of alternating current.Each coil unit 361,371 numbers of turn 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, the inner cavity 352 of magnetic conductive metal body 32 collectively form water passage 35.
In the present embodiment, insulation cylinder shell 31 is vertically set, and water inlet 33 is arranged on 31 lower end of insulation cylinder shell, goes out
The mouth of a river 34 is arranged on 31 upper end of insulation cylinder shell.The cross-sectional area of water outlet 34 is less than water inlet 33.When heating unit works, water
From bottom to top by water passage 35, whole cavity of the water easily full of insulation cylinder shell 31, magnetic conductive metal body 32 is 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 arranged 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 capping 38-2 can be with 31 bottom one of insulation cylinder shell
Body is connected or is threadedly coupled.
The operation principle of brief description once this electromagnetic radiator：
Seal closure 12 is pulled down from the filler 101 of water-adding bucket 10, by water-adding bucket 10 to electromagnetic radiator inside
Pipeline（I.e. by lower transverse tubule 2, the first water-supply-pipe 6, water pump 4, the second water-supply-pipe 7, the water passage 35 of electromagnetic heater 3,
The connected water flowing pipeline formed of three water-supply-pipes 8, upper lateral tube 1 and each heat-dissipating pipe 51）Add water, make inside electromagnetic radiator
Pipeline is full of water, completes again to install back seal closure 12 on the filler 101 of water-adding bucket 10 after adding water；Open electromagnetic heater
3 and water pump 4, water pump 4 drives the water in pipeline to circulate, and is specially：Water pump 4 is extracted through the first water-supply-pipe 6 from lower transverse tubule 2
Water, enters in insulation cylinder shell 31 through the second water-supply-pipe 7 from the water inlet 33 of electromagnetic heater 3, after flowing through water passage 35
Flowed out from the water outlet 34 of electromagnetic heater 3；Each coil unit 361,371 is passed through alternating current（Usually high-frequency alternating electricity
Stream）After produce alternating magnetic field, the magnetic line of force inside magnetic field makes magnetic conduction by producing countless vortex during 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）, the hot water obtained after heating flows out from water outlet 34；Water by heating is successively through the 3rd water delivery
Pipe 8, upper lateral tube 1 enter in each heat-dissipating pipe 51；During water by heating flows in heat-dissipating pipe 51, pass through heat-dissipating pipe 51
And its heat sink 52 in outside radiates, each thermal column 5 distributes heat to lift the temperature of surrounding environment；Water after cooling
It is flow back into through each 51 lower end of heat-dissipating pipe in the cavity of lower transverse tubule 2, and heating, heat dissipation under the action of water pump 4 into a new round,
So circulation, carries out surrounding environment to continue heating to realize.
When electromagnetic radiator is in running order or supplements water toward the pipeline inside electromagnetic radiator, switch valve
23 are closed；When without the use of electromagnetic radiator, switch valve 23 can be opened, passes through the discharge outlet 22 of lower transverse tubule 2
Water in electromagnetic radiator internal duct is discharged.
The utility model is not limited to above-mentioned embodiment, it is every according to the technical essence of the utility model to
Any simple modification, equivalent change and modification that upper embodiment is made, all falls within the protection domain of technical solutions of the utility model
It is interior.
Claims (10)
- A kind of 1. electromagnetic radiator, it is characterised in that including upper lateral tube, lower transverse tubule, water pump, electromagnetic heater and it is multiple dissipate Plume；Lower transverse tubule is in the underface of upper lateral tube, and the water inlet of water pump is connected by the first water-supply-pipe with lower transverse tubule；Electromagnetic heating Device includes insulation cylinder shell and magnetic conductive metal body, and magnetic conductive metal body is arranged in insulation cylinder shell, insulating cylinder shell one end Water outlet is equipped with equipped with water inlet, the other end, the water passage in the cylinder shell that insulate with connection water inlet and water outlet, insulation Cylinder shell is equipped with coil；The water inlet of electromagnetic heater is connected by the second water-supply-pipe with the water outlet of water pump, and electromagnetism adds The water outlet of thermal is connected by the 3rd water-supply-pipe with upper lateral tube；Each thermal column upper end is connected with upper lateral tube, each thermal column Lower end is connected with lower transverse tubule；Thermal column includes heat-dissipating pipe, and heat dissipation pipe outer wall is equipped with heat sink, heat-dissipating pipe upper end and upper lateral tube Connection, heat-dissipating pipe lower end is connected with lower transverse tubule.
- 2. electromagnetic radiator according to claim 1, it is characterised in that：The multiple thermal column is along the upper lateral tube Length direction equidistant arrangement.
- 3. electromagnetic radiator according to claim 1, it is characterised in that：In the thermal column, set in the pipe outer wall that radiates There are two heat sinks, two heat sinks are respectively arranged on heat-dissipating pipe both sides；The heat sink of each heat-dissipating pipe side is same to be in a plane, The heat sink of each heat-dissipating pipe opposite side is same to be in another plane.
- 4. electromagnetic radiator according to claim 1, it is characterised in that：The tube wall of the upper lateral tube is equipped with along upper horizontal stroke Multiple upper pipe fittings of length of tube direction arrangement, the tube wall of the lower transverse tubule are equipped with along the multiple of lower transverse tubule length direction arrangement Lower pipe connection, upper pipe fitting, lower pipe connection are identical with the thermal column quantity and correspond, on the heat-dissipating pipe of each thermal column End is connected with corresponding upper pipe fitting, and the heat-dissipating pipe lower end of each thermal column is connected with corresponding lower pipe connection.
- 5. according to claim 1-4 any one of them electromagnetic radiators, it is characterised in that：The electromagnetic radiator also wraps Water-adding bucket and seal closure are included, water-adding bucket bottom is connected with the cavity of the upper lateral tube, has filler at the top of water-adding bucket；Seal closure It is removably mounted on the filler of water-adding bucket, seal closure is equipped with exhausting-gas hole, and exhausting-gas hole is connected with the cavity of water-adding bucket.
- 6. according to claim 1-4 any one of them electromagnetic radiators, it is characterised in that：The lower transverse tubule is equipped with draining Mouthful, discharge outlet is connected with the cavity of lower transverse tubule, and switch valve is provided with the discharge outlet of lower transverse tubule.
- 7. electromagnetic radiator according to claim 6, it is characterised in that：The water inlet of the water pump passes through the first water delivery Pipe is connected with lower transverse tubule one end, and the discharge outlet is arranged on the lower transverse tubule other end.
- 8. according to claim 1-4 any one of them electromagnetic radiators, it is characterised in that：Peace on the outside of second water-supply-pipe Equipped with heat-conducting plate.
- 9. according to claim 1-4 any one of them electromagnetic radiators, it is characterised in that：Each thermal column upper end and institute The junction for stating upper lateral tube is separately installed with a upper end cover, and each thermal column lower end and the junction of the lower transverse tubule are separately installed with One bottom end cover.
- 10. according to claim 1-4 any one of them electromagnetic radiators, it is characterised in that：The insulation cylinder shell edge is perpendicular For Nogata to setting, the water inlet is arranged on insulation cylinder shell lower end, and the water outlet is arranged on insulation cylinder shell upper end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721000488.3U CN207230715U (en) | 2017-08-11 | 2017-08-11 | A kind of electromagnetic radiator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721000488.3U CN207230715U (en) | 2017-08-11 | 2017-08-11 | A kind of electromagnetic radiator |
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| Publication Number | Publication Date |
|---|---|
| CN207230715U true CN207230715U (en) | 2018-04-13 |
Family
ID=61855805
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201721000488.3U Active CN207230715U (en) | 2017-08-11 | 2017-08-11 | A kind of electromagnetic radiator |
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| Country | Link |
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| CN (1) | CN207230715U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111928329A (en) * | 2020-08-07 | 2020-11-13 | 汪恒飞 | Automatic filtering window heating device |
-
2017
- 2017-08-11 CN CN201721000488.3U patent/CN207230715U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111928329A (en) * | 2020-08-07 | 2020-11-13 | 汪恒飞 | Automatic filtering window heating device |
| CN111928329B (en) * | 2020-08-07 | 2021-12-07 | 安徽银羽门窗科技有限公司 | Automatic filtering window heating device |
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