CN104299750B - A kind of heating and cooling system of hot power generating equipment - Google Patents
A kind of heating and cooling system of hot power generating equipment Download PDFInfo
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- CN104299750B CN104299750B CN201410519892.6A CN201410519892A CN104299750B CN 104299750 B CN104299750 B CN 104299750B CN 201410519892 A CN201410519892 A CN 201410519892A CN 104299750 B CN104299750 B CN 104299750B
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Abstract
The present invention relates to magnetic thermal engine technology field, more particularly to a kind of heating and cooling system of hot power generating equipment, including the rack body and bonnet that are correspondingly arranged, hot fluid inlet, cold fluid inlet, hot fluid valve port, cold flow body valve port and fluid goes out groove are formed on rack body, the hot fluid inlet connects hot fluid valve port, the cold fluid hose is connected with cold fluid inlet, and the cold fluid inlet connects cold flow body valve port；Valve pocket A, valve pocket B, connectivity slot A, connectivity slot B and fluid issuing are formed on the bonnet；The fluid issuing is connected with fluid goes out groove, and the fluid goes out groove is connected by connectivity slot A with valve pocket A, and the fluid goes out groove is connected by connectivity slot B with valve pocket B；Magnetic force drive valve is equipped with the valve pocket A and valve pocket B, the import of described two magnetically actuated valves is connected with hot fluid valve port and cold flow body valve port respectively.Structure setting of the present invention rationally, can effectively improve heat utilization rate, while improving the integrated level with other parts, optimize overall structure.
Description
Technical field
The present invention relates to magnetic thermal engine technology field, more particularly to a kind of heating and cooling system of hot power generating equipment.
Background technology
Hot power generating equipment be it is a kind of heat energy is changed into magnetic energy, recycle magnetic energy to change into mechanical energy and externally do work generating
Heat-energy utilizing device, it generally comprises the stator for being provided with soft magnetism, is provided with the rotor and heating and cooling system of Hard Magnetic, its
Heating and cooling system is heated or cooled down to the soft magnetism in stator.
Hot power generating equipment need to be heated or cooled down to the soft magnetism in stator, it is lost or recover magnetic, from
And Hard Magnetic is constantly driven, and realize rotor and rotate externally acting.Therefore heating and cooling system is also wherein very crucial part, it is such as
What is set, and directly determines heat utilization rate and the product integral structure layout of hot power generating equipment.Existing hot power generating equipment
Heating and cooling system (referring to Chinese invention patent specification 201310321824.4), it includes the heat conduction located at stator both sides
Device and refrigerator, the heat transfer device and refrigerator are connected by pipeline with stator respectively.Existing skill exist how defect and deficiency,
Heat transfer device and its connecting pipeline with stator, refrigerator and its with the equal self-organizing system of the connecting pipeline of stator, so set：1. its
Heating agent and refrigerant utilization rate are poor；2 and magnetic heat generate electricity fill other parts integrated level it is poor, cause device install inconvenience, influence make
Make installment work efficiency.
Therefore, prior art has yet to be improved and developed.
The content of the invention
It is an object of the invention to provide a kind of heating and cooling system of hot power generating equipment, it is intended to solve prior art and deposit
Heating agent refrigerant utilization rate it is poor, and with the not high technical problem of other integrated levels.
Technical scheme is as follows：
A kind of heating and cooling system of hot power generating equipment of the present invention, including rack body, the rack body
At least side is correspondingly provided with bonnet, and the rack body is provided with hot fluid pipe and cold fluid hose, is molded on the rack body
There are hot fluid inlet, cold fluid inlet, hot fluid valve port, cold flow body valve port and fluid goes out groove, the hot fluid pipe and hot-fluid
Body inlet communication, the hot fluid inlet connects hot fluid valve port, and the cold fluid hose is connected with cold fluid inlet, the cold flow
Body inlet communication cold flow body valve port；Valve pocket A, valve pocket B and fluid issuing are formed on the bonnet；The fluid issuing with
Fluid goes out groove is connected, and the fluid goes out groove is connected with valve pocket A, and the fluid goes out groove is connected with valve pocket B；The valve pocket A and valve pocket B
Magnetically actuated valve is inside equipped with, the import of described two magnetically actuated valves is connected with hot fluid valve port and cold flow body valve port respectively.
Further, guiding gutter A is formed on the valve pocket A inwalls；Guiding gutter B is formed on the valve pocket B inwalls.
Further, connectivity slot A, connectivity slot B are formed on the bonnet, the fluid goes out groove passes through connectivity slot A and valve
Chamber A is connected, and the fluid goes out groove is connected by connectivity slot B with valve pocket B.
Further, the fluid goes out groove is set in " A " font, and the fluid issuing, connectivity slot A and connectivity slot B are in
Triangle is set, the top connection of fluid issuing correspondence fluid goes out groove, the connectivity slot A and connectivity slot B respectively with fluid goes out groove
Bottom two ends correspondence is connected.
Wherein, the magnetically actuated valve includes bonnet, housing, magnet and valve rod, and the shell one end forms valve body
Import, the bonnet is correspondingly arranged at valve body import outside, and the housing side is provided with some valve outlets, the magnet correspondence
Located at housing other end outside, described valve rod one end is fixedly connected on bonnet bottom surface middle position, and the valve rod other end can with magnet
Dismounting connection, the length of the length more than housing of the valve rod；The valve body import of described two magnetically actuated valves respectively with hot-fluid
Body valve port and cold flow body valve port are connected.
Further, the magnetically actuated valve also includes magnetism-guiding hood, and the magnetism-guiding hood bottom is provided with receiving hole, on magnetism-guiding hood
Face center position is provided with the through hole connected with receiving hole, and the magnet is in receiving hole, and magnet is provided with fixing hole, described
Valve rod lower end is provided with expansion post, and the expansion post is fixed in fixing hole through through hole；Middle position is fixed and is set in the housing
There is fairlead, the valve rod is slidably in fairlead；The fairlead is fixedly connected on fairlead outer wall by some
Support chip between inner walls is in housing.
Further, the bonnet valve gap bottom periphery edge is provided with sealing inclined-plane A, and the valve body import circumferential edges are provided with sealing inclined
Face B, the sealing inclined-plane A and sealing inclined-plane B is correspondingly arranged, and the sealing inclined-plane A and/or sealing inclined-plane B are provided with silica gel ring；
Housing upper end outer wall is provided with ring-shaped step, and connecting portion, institute are formed between the ring-shaped step and valve body import periphery
The connecting portion for stating two magnetically actuated valves is stretched into and is connected in hot fluid valve port and cold flow body valve port.
Further, the rack body is provided with fluid return pipe, and the fluid return pipe is provided with reflux import, fluid
The high temperature fluid return pipe and cryogen return pipe being set up in parallel are provided with return pipe, the reflux import is returned with high temperature fluid respectively
Pipe is connected with cryogen return pipe.
Further, the reflux enter it is intraoral be provided with temperature-sensing valve, the temperature-sensing valve is provided with import, outlet A and outlet B,
The outlet A and outlet B are connected with high temperature fluid return pipe and cryogen return pipe respectively.
Further, the rack body bottom is provided with some mistake proofing recessed bars.
Beneficial effects of the present invention：Because the soft magnetism of hot power generating equipment is not high to the requirement condition for heating and cool down, this
After said structure is taken in invention, hot fluid pipe and cold fluid hose can connect with other device hot fluids and fluid systems respectively
Connect, make full use of the existing resource of surrounding, the utilization rate of resource can be effectively improved.In addition, structure setting of the invention, Ke Yiyu
Other parts of hot power generating equipment are together, highly integrated, improve processing efficiency, and optimization overall structure is set.
Brief description of the drawings
Fig. 1 is overall structure diagram of the present invention；
Fig. 2 is decomposition texture schematic diagram of the present invention；
Fig. 3 is valve cover structure schematic diagram of the present invention；
Fig. 4 is magnetically actuated valve decomposition texture schematic diagram of the present invention；
Fig. 5 is another visual angle decomposition texture schematic diagram of magnetically actuated valve of the present invention.
In figure：1st, rack body；11st, hot fluid inlet；12nd, cold fluid inlet；13rd, hot fluid valve port；14th, cold fluid valve
Mouthful；15th, fluid goes out groove；2nd, bonnet；21st, fluid issuing；22nd, valve pocket A；23rd, valve pocket B；24th, guiding gutter A；25th, guiding gutter B；26、
Connectivity slot A；27th, connectivity slot B；3rd, hot fluid pipe；4th, fluid return pipe；41st, reflux import；42nd, high temperature fluid return pipe；43rd, it is low
Warm fluid return pipe；5th, cold fluid hose；6th, magnetically actuated valve；61st, bonnet；62nd, housing；63rd, magnetism-guiding hood；64th, magnet；65th, valve rod；
611st, sealing inclined-plane A；621st, valve outlet；622nd, fairlead；623rd, support chip；624th, connecting portion；625th, valve body import；626、
Sealing inclined-plane B；627th, ring-shaped step；631st, through hole；632nd, receiving hole；641st, fixing hole；7th, mistake proofing recessed bar.
Specific embodiment
Below in conjunction with the accompanying drawings, the present invention is described in further detail, but embodiments of the present invention not limited to this.
As shown in Figure 1 to Figure 3, a kind of heating and cooling system of hot power generating equipment of the present invention, including support sheet
Body 1, at least side of the rack body 1 is correspondingly provided with bonnet 2, and the rack body 1 is provided with hot fluid pipe 3, cold fluid hose 5
And fluid return pipe 4.The rack body 1 is in inverted triangular structure, the hot fluid pipe 3, cold fluid hose 5 and fluid return pipe
4 and example be fixed on rack body 1, above-mentioned part constitutes agent structure of the present invention.
Hot fluid inlet 11, cold fluid inlet 12, hot fluid valve port 13, cold fluid valve are formed on the rack body 1
Mouth 14 and fluid goes out groove 15.The hot fluid pipe 3 is connected with hot fluid inlet 11, the connection hot fluid of the hot fluid inlet 11
Valve port 13；The cold fluid hose 5 is connected with cold fluid inlet 12, the connection cold flow body valve port 14 of the cold fluid inlet 12.
Valve pocket A22, valve pocket B23, connectivity slot A26, connectivity slot B27 and fluid issuing 21 are formed on the bonnet 2.Institute
State fluid issuing 21 to be connected with fluid goes out groove 15, the fluid goes out groove 15 is connected by connectivity slot A26 with valve pocket A22, the stream
Body is gone out groove 15 and is connected with valve pocket B23 by connectivity slot B27.Specifically, the fluid goes out groove 15 is set in " A " font, described
Fluid issuing 21, connectivity slot A26 and connectivity slot B27 are set in triangle, and the bonnet 2 is fixed and is attached on rack body 1, institute
State the fluid goes out groove 15 top connection of the correspondence of fluid issuing 21, the connectivity slot A26 and connectivity slot B27 respectively with fluid goes out groove 15 under
Portion two ends correspondence is connected.
Magnetically actuated valve 6, the import difference of described two magnetically actuated valves 6 are equipped with the valve pocket A22 and valve pocket B23
It is connected with hot fluid valve port 13 and cold flow body valve port 14.
When the present invention is used, the hot fluid pipe 3 and cold fluid hose 5 are marked with hot fluid with certain pressure and cold respectively
Fluid, because hot fluid pipe 3 is connected by hot fluid inlet 11 with hot fluid valve port 13, therefore is marked with hot fluid valve port 13 and carries
The hot fluid of certain pressure, pressure hot fluid closing magnetically actuated valve 6；Because cold fluid hose 5 by cold fluid inlet 12 with it is cold
Fluid valve port 14 is connected, therefore the cold fluid with certain pressure is marked with cold flow body valve port 14, and pressure cold fluid closing magnetic force drives
Dynamic valve 6.Two original states of magnetically actuated valve 6 being connected with hot fluid valve port 13 and cold flow body valve port 14 respectively are in closing
Closed state.
By the magnetically actuated valve 6 of external magnet drive connection hot fluid valve port 13, the magnetically actuated valve 6 is opened, hot fluid
Valve pocket A22 is flowed into through magnetically actuated valve 6, then goes out groove 15 via connectivity slot A26 incoming fluids, most flow into magnetic through fluid issuing 21 afterwards
Soft magnetism is heated in the stator of hot power generating equipment.By the magnetically actuated valve 6 of external magnet drive connection cold flow body valve port 14,
The magnetically actuated valve 6 is opened, and cold fluid flows into valve pocket B23 through magnetically actuated valve 6, then goes out groove via connectivity slot B27 incoming fluids
15, most flowed into through fluid issuing 21 afterwards soft magnetism is cooled down in the stator of hot power generating equipment.It should be noted that because heat
Fluid and cold fluid share a fluid issuing 21, therefore described two magnetically actuated valves 6 are ultimately at one open-one close or all close
State.For the concrete structure of magnetically actuated valve 6 and operation principle, the application will be described in detail hereinafter.
Guiding gutter A24 is formed on the preferably valve pocket A22 inwalls of the invention, is formed on the valve pocket B23 inwalls and led
Chute B25.So set, its object is to prevent piston effect (causing magnetically actuated valve 6 to be failure to actuate), be conducive to magnetic force
The more preferable open and close of valve 6 is driven, the influence of hydraulic pressure in valve pocket A22 and valve pocket B23 is reduced.
The rack body 1 is provided with fluid return pipe 4, and the fluid return pipe 4 is provided with reflux import 41, fluid return pipe 4
Inside be provided with the high temperature fluid return pipe 42 and cryogen return pipe 43 being set up in parallel, the reflux import 41 respectively with high temperature fluid
Return pipe 42 is connected with cryogen return pipe 43.Temperature-sensing valve is provided with the reflux import 41, the temperature-sensing valve is provided with import, goes out
Mouth A and outlet B, the outlet A and outlet B are connected with high temperature fluid return pipe 42 and cryogen return pipe 43 respectively.When using, institute
State reflux import 41 and connect recycle-water with the stator fluid issuing of adjacent hot power generating equipment, the present invention can be to temperature-sensing valve
Enter trip temperature setting, the backwater of inflow reflux import 41 higher than a certain temperature flows into high temperature fluid return pipe through temperature control valve outlet A
42, the backwater of inflow reflux import 41 less than a certain temperature flows into cryogen return pipe 43 through temperature control valve outlet B, so sets
Put, preferably backwater may be carried out further effectively to utilize.
The bottom of the rack body 1 is provided with some mistake proofing recessed bars 7, so sets, and is easy to the present invention and hot power generating equipment
Other parts carry out rapid effectively installation, improve operating efficiency.
It is noted that rack body of the present invention 1 be symmetrically arranged on two with hot fluid valve port 13, cold flow body valve port 14 and
Fluid goes out groove 15, is symmetrically arranged on two with bonnet 2, so sets, and the present invention can realize operation to two stators simultaneously.
As shown in Figure 4 and Figure 5, the magnetically actuated valve 6 includes bonnet 61, housing 62, magnet 64 and valve rod 65, described
The one end of housing 62 forms valve body import 625, and the bonnet 61 is correspondingly arranged at the outside of valve body import 625, the side of the housing 62
Some valve outlets 621 are provided with, the magnet 64 is correspondingly arranged at the other end of housing 62 outside, and the one end of the valve rod 65 is fixed and connected
The bottom surface middle position of bonnet 61 is connected to, the other end of valve rod 65 is detachably connected with magnet 64, the length of the valve rod 65 is more than shell
The length of body 62；The valve body import 625 of described two magnetically actuated valves 6 connects with hot fluid valve port 13 and cold flow body valve port 14 respectively
Connect.
When using, beginning state is bonnet 61 fluid (hot fluid or cold flow in hot fluid valve port 13 or cold flow body valve port 14
Body) sealed with valve body import 625 under pressure, i.e., magnetically actuated valve 6 of the present invention is closed, and such as to open magnetically actuated valve
6, moved upwards near magnet 63, drive magnet 63 and valve rod 65 by the external magnet with the homopolarity of magnet 63, valve opening lid 61 is pushed up,
Magnetically actuated valve 6 is opened.Such as need to close magnetically actuated valve 6, remove external magnet, bonnet 61 is moved down under the pressure effect of fluid
.The simple structure of magnetically actuated valve of the present invention 6, fault rate is low, easy to maintenance, it is adaptable to the occasion of frequent operation.Separately
Outward, this described magnetically actuated valve 6 is completely sealed in valve pocket A22 and valve pocket B23, coats all portions in addition to valve body import 625
Part, realizes hermetically sealed, and sealing effectiveness is splendid.
In addition, it is noted that the side of the housing 62 is provided with some valve outlets 621, so setting, installing
When, without being aligned with associated interface, effectively increase the Discussing Convenience of installation.
The magnetically actuated valve 6 also includes magnetism-guiding hood 63, and the bottom of the magnetism-guiding hood 63 is provided with receiving hole 632, magnetism-guiding hood 63
Upper face center position is provided with the through hole 631 connected with receiving hole 632, and the magnet 64 is located in receiving hole 632, on magnet 64
Fixing hole 641 is provided with, the lower end of the valve rod 65 is provided with expansion post 651, and the expansion post 651 is fixed on fixation through through hole 631
In hole 641.Magnetically actuated valve of the present invention 6 is externally provided with magnetism-guiding hood 63 in magnet 64, can effectively play magnetic line of force congregational rate, reinforcing
Driving force between external magnet.In addition, magnetically actuated valve 6 is carried out very the lower end of valve rod 65 and magnet 64 by expansion post 651
Good fixation, realizes being detachably connected.
Middle position is fixed with fairlead 622 in the housing 62, and the valve rod 65 is slidably located at fairlead 622
It is interior；The fairlead 622 is set by some support chips 623 being fixedly connected between the outer wall of fairlead 622 and the inwall of housing 62
In in housing 62.So set, can effectively prevent valve rod 65 from being swung during moving up and down, improve magnetically-actuated
Effect, it is even more important that the tightness of bonnet 61 and valve body import 625 can be effectively increased.
The valve gap bottom periphery edge of the bonnet 61 is provided with sealing inclined-plane A611, and the circumferential edges of the valve body import 625 are provided with sealing inclined
Face B626, the sealing inclined-plane A611 and sealing inclined-plane B626 is correspondingly arranged, the sealing inclined-plane A611 and/or sealing inclined-plane
B626 is provided with silica gel ring.So set, its object is to enable bonnet 61 preferably to be fitted with valve body import 625, realize more
Good sealing effectiveness.
The upper end outer wall of the housing 62 is provided with ring-shaped step 627, the ring-shaped step 627 and the periphery of valve body import 625
Between be formed with connecting portion 624, the connecting portion 624 of described two magnetically actuated valves 6 is stretched into and is connected to hot fluid valve port 13 and cold
In fluid valve port 14.So set, preferably connect with hot fluid valve port 13 and cold flow body valve port 14 beneficial to by magnetically actuated valve 6
Connect.
The announcement and teaching of book according to the above description, those skilled in the art in the invention can also be to above-mentioned embodiment party
Formula is changed and changed.Therefore, the invention is not limited in above-mentioned specific embodiment, every those skilled in the art exist
Made on the basis of of the invention it is any conspicuously improved, replace or modification belong to protection scope of the present invention.Additionally,
Although having used some specific terms in this specification, these terms merely for convenience of description, not to structure of the present invention
Into any limitation.
Claims (8)
1. a kind of heating and cooling system of hot power generating equipment, it is characterised in that：Including rack body (1), the rack body
(1) at least side is correspondingly provided with bonnet (2), and the rack body (1) is provided with hot fluid pipe (3) and cold fluid hose (5), described
Hot fluid inlet (11), cold fluid inlet (12), hot fluid valve port (13), cold flow body valve port are formed on rack body (1)
(14) and fluid goes out groove (15), the hot fluid pipe (3) connects with hot fluid inlet (11), and the hot fluid inlet (11) is even
Logical hot fluid valve port (13), the cold fluid hose (5) connects with cold fluid inlet (12), and cold fluid inlet (12) connection is cold
Fluid valve port (14)；Valve pocket A (22), valve pocket B (23) and fluid issuing (21) are formed on the bonnet (2)；The fluid
Outlet (21) connected with fluid goes out groove (15), the fluid goes out groove (15) connects with valve pocket A (22), the fluid goes out groove (15) and
Valve pocket B (23) is connected；Magnetically actuated valve (6), two magnetically actuated valves (6) are equipped with the valve pocket A (22) and valve pocket B (23)
Import be connected with hot fluid valve port (13) and cold flow body valve port (14) respectively；Rack body (1) bottom is provided with some anti-
Wrong recessed bar (7)；
The magnetically actuated valve (6) includes bonnet (61), housing (62), magnet (64) and valve rod (65), the housing (62)
One end forms valve body import (625), and the bonnet (61) is correspondingly arranged at valve body import (625) outside, housing (62) side
Face is provided with some valve outlets (621), and the magnet (64) is correspondingly arranged at housing (62) other end outside, the valve rod (65)
One end is fixedly connected on bonnet (61) bottom surface middle position, and valve rod (65) other end is detachably connected with magnet (64), the valve
Length of the length of bar (65) more than housing (62)；The valve body import (625) of described two magnetically actuated valves (6) respectively with hot-fluid
Body valve port (13) and cold flow body valve port (14) are connected.
2. the heating and cooling system of hot power generating equipment according to claim 1, it is characterised in that：The valve pocket A (22)
Guiding gutter A (24) is formed on inwall；Guiding gutter B (25) is formed on valve pocket B (23) inwall.
3. the heating and cooling system of hot power generating equipment according to claim 2, it is characterised in that：On the bonnet (2)
Connectivity slot A (26), connectivity slot B (27) are formed, the fluid goes out groove (15) is connected by connectivity slot A (26) with valve pocket A (22),
The fluid goes out groove (15) is connected by connectivity slot B (27) with valve pocket B (23).
4. the heating and cooling system of hot power generating equipment according to claim 3, it is characterised in that：The fluid goes out groove
(15) set in " A " font, the fluid issuing (21), connectivity slot A (26) and connectivity slot B (27) are set in triangle, described
Fluid goes out groove (15) top connection of fluid issuing (21) correspondence, the connectivity slot A (26) and connectivity slot B (27) go out with fluid respectively
Groove (15) bottom two ends correspondence is connected.
5. the heating and cooling system of hot power generating equipment according to claim 1, it is characterised in that：The magnetically actuated valve
(6) magnetism-guiding hood (63) is also included, magnetism-guiding hood (63) bottom is provided with receiving hole (632), magnetism-guiding hood (63) upper face center position
The through hole (631) connected with receiving hole (632) is installed, in receiving hole (632), magnet sets the magnet (64) on (64)
There is fixing hole (641), valve rod (65) lower end is provided with expansion post (651), and the expansion post (651) is solid through through hole (631)
Due in fixing hole (641)；The interior middle position of the housing (62) is fixed with fairlead (622), and the valve rod (65) can slide
Dynamic is interior located at fairlead (622)；The fairlead (622) is fixedly connected on fairlead (622) outer wall and housing by some
(62) support chip (623) between inwall is in housing (62).
6. the heating and cooling system of hot power generating equipment according to claim 5, it is characterised in that：Bonnet (61) bottom
Face circumferential edges are provided with sealing inclined-plane A (611), and valve body import (625) circumferential edges are provided with sealing inclined-plane B (626), the sealing
Inclined-plane A (611) and sealing inclined-plane B (626) is correspondingly arranged, and is set on the sealing inclined-plane A (611) and/or sealing inclined-plane B (626)
There is silica gel ring；Housing (62) upper end outer wall is provided with ring-shaped step (627), the ring-shaped step (627) and valve body import
(625) connecting portion (624) is formed between periphery, the connecting portion (624) of described two magnetically actuated valves (6) is stretched into and is connected to heat
In fluid valve port (13) and cold flow body valve port (14).
7. the heating and cooling system of hot power generating equipment according to claim 6, it is characterised in that：The rack body
(1) fluid return pipe (4) is provided with, the fluid return pipe (4) is provided with reflux import (41), fluid return pipe (4) and is provided with simultaneously
The high temperature fluid return pipe (42) and cryogen return pipe (43) for setting are arranged, the reflux import (41) is returned with high temperature fluid respectively
Pipe (42) is connected with cryogen return pipe (43).
8. the heating and cooling system of hot power generating equipment according to claim 7, it is characterised in that：The reflux import
(41) be provided with temperature-sensing valve in, the temperature-sensing valve be provided with import, outlet A and outlet B, the outlet A and export B respectively with high-temperature stream
Body return pipe (42) is connected with cryogen return pipe (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410519892.6A CN104299750B (en) | 2014-09-30 | 2014-09-30 | A kind of heating and cooling system of hot power generating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410519892.6A CN104299750B (en) | 2014-09-30 | 2014-09-30 | A kind of heating and cooling system of hot power generating equipment |
Publications (2)
| Publication Number | Publication Date |
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| CN104299750A CN104299750A (en) | 2015-01-21 |
| CN104299750B true CN104299750B (en) | 2017-07-04 |
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| CN201410519892.6A Active CN104299750B (en) | 2014-09-30 | 2014-09-30 | A kind of heating and cooling system of hot power generating equipment |
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Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103401474A (en) * | 2013-07-29 | 2013-11-20 | 佛山市川东磁电股份有限公司 | Magneto-calorific system |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11329688A (en) * | 1998-05-12 | 1999-11-30 | Usui Internatl Ind Co Ltd | Magnet heater |
| US7420144B2 (en) * | 2002-07-23 | 2008-09-02 | Magtec Llc | Controlled torque magnetic heat generation |
| US20130247572A1 (en) * | 2012-03-23 | 2013-09-26 | Delta Electronics, Inc. | Magnetic thermal device |
| US8754569B2 (en) * | 2012-03-28 | 2014-06-17 | Delta Electronics, Inc. | Thermo-magnetic power generation system |
| US20140159838A1 (en) * | 2012-12-06 | 2014-06-12 | Delta Electronics, Inc. | Thermomagnetic power generator |
| CN204117738U (en) * | 2014-09-30 | 2015-01-21 | 佛山市川东磁电股份有限公司 | The heating and cooling system of the hot power generating equipment of a kind of magnetic |
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2014
- 2014-09-30 CN CN201410519892.6A patent/CN104299750B/en active Active
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103401474A (en) * | 2013-07-29 | 2013-11-20 | 佛山市川东磁电股份有限公司 | Magneto-calorific system |
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