CN207130592U - A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source - Google Patents
A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source Download PDFInfo
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- CN207130592U CN207130592U CN201720977470.2U CN201720977470U CN207130592U CN 207130592 U CN207130592 U CN 207130592U CN 201720977470 U CN201720977470 U CN 201720977470U CN 207130592 U CN207130592 U CN 207130592U
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- conduction oil
- heat
- heating
- microwave
- magnetron
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Abstract
The utility model discloses a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source, including microwave heating wall, multiple stop valves, electric heating conduction oil furnace, Heat-transfer Oil Pump, insulation feed bin, regenerative agent case, radiator.This is generated heat by the use of microwave magnetron is used as the Heat-conduction oil circulation system of thermal source, dexterously heat caused by microwave generation magnetron work is used, utilize it as thermal source and realize conduction oil circulating-heating, both the heating and thermal insulation of insulation feed bin Asphalt Mixture is realized, the heating of regenerative agent or heated bitumen in regenerative agent case is realized again, microwave generation magnetron is implemented simultaneously and cooled, improve the stability that magnetron work occurs for microwave, realizing heating and cooling, both have complementary advantages, and have reached energy-saving purpose；It is used as thermal source used in parallel as thermal source using electric heating conduction oil furnace simultaneously with microwave magnetron heating, improves the efficiency of heating surface of system, adaptability for working condition is strong.
Description
Technical field
The utility model is related to it is a kind of by the use of microwave magnetron heating as thermal source Heat-conduction oil circulation system, particularly relate to
And being generated heat by the use of microwave magnetron as the Heat-conduction oil circulation system of thermal source on a kind of microwave in-situ heat regeneration train, belong to
Road care equipment field.
Background technology
In in-situ heat regeneration work progress, microwave heating wall is the important component of road-surface heating machine, for realizing pitch
The heating and softening on road surface, the core component microwave of microwave heating wall occur magnetron and are used to producing frequency electromagnetic waves, meeting during operation
Produce very high temperature（Up to 800 DEG C）, existing device fail to microwave occur magnetron work caused by heat be used,
Waste substantial amounts of heat energy；And microwave occurs magnetron and easily generated heat damage, the air-cooled or water cooling method of more uses, air-cooled at present
There is Duct design processing difficulties, the problem of poor cooling performance in mode, water-cooling pattern has the easy ice blockage of winter extreme weather
The defects of pipeline, environmental suitability difference, cause microwave that the job insecurity of magnetron occurs.
Utility model content
The purpose of this utility model is to overcome above-mentioned prior art deficiency, there is provided one kind is made using microwave magnetron heating
For the Heat-conduction oil circulation system of thermal source, dexterously heat caused by microwave generation magnetron work is used, is using it
Thermal source realizes conduction oil circulating-heating, has both realized the heating and thermal insulation of insulation feed bin Asphalt Mixture, has realized regenerative agent again
The heating of regenerative agent or heated bitumen in case, while microwave generation magnetron is implemented and cooled, improve microwave and magnetic occurs
The stability of keyholed back plate work, realizing heating and cooling, both have complementary advantages, and have reached energy-saving purpose；Simultaneously using electricity
Heat-conducting oil furnace is heated as thermal source, is used as thermal source used in parallel with microwave magnetron heating, improves the efficiency of heating surface of system, work
Condition strong adaptability.
To reach above-mentioned purpose, the technical solution adopted in the utility model is：
A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source, it is characterised in that：Set including parallel connection
Putting can be to the microwave heating wall of heat-conducting oil heating（1）And electric heating conduction oil furnace（3）, microwave heating wall（1）Led with electrical heating
Hot oil furnace（3）Conduction oil outflow pipeline on stop valve I is set respectively（2）With stop valve II（4）, through stop valve I（2）And cut-off
Valve II（4）Again with Heat-transfer Oil Pump（7）Entrance connects, Heat-transfer Oil Pump（7）Outlet respectively with stop valve III（10）, stop valve IV（12）
With stop valve V（14）Entrance be connected；
Stop valve III（10）, stop valve IV（12）Outlet be respectively connecting to be incubated feed bin（11）Inside holding feed bin conduction oil
Circulation line（11-1）Single port, regenerative agent case（13）Interior regenerative agent heat conduction oil circuit piping（13-1）Single port, cut-off
Valve V（14）Outlet with insulation feed bin（11）Inside holding feed bin heat conduction oil circuit piping（11-1）Another port, regenerative agent case
（13）Interior regenerative agent heat conduction oil circuit piping（13-1）Another port be connected；
It is incubated feed bin（11）Inside holding feed bin heat conduction oil circuit piping（11-1）Another port, regenerative agent case（13）Inside again
Raw agent heat conduction oil circuit piping（13-1）Another port simultaneously be connected to radiator（15）Oil inlet, radiator（15）Go out
The hydraulic fluid port microwave heating wall with being arranged in parallel by the road（1）And electric heating conduction oil furnace（3）Connection.
Described microwave heating wall（1）Magnetron occurs for the microwave provided with some groups according to the arrangement of certain array way（1-
1）, radiating sleeve（1-2）With radiating sleeve（5-4-5）The feed tube of connection（5-4-6）And drain pipe（5-4-7）；
Magnetron occurs for each microwave（1-1）Internally provided with vacuum pipe outside be arranged the radiating sleeve of an interference fit（1-2）；Each
Radiating sleeve（5-4-5）The feed tube connected（5-4-6）And drain pipe（5-4-7）Position is staggered, and each radiating sleeve（5-4-5）
On feed tube（5-4-6）And drain pipe（5-4-7）It is sequentially communicated to form channels in series.
Described microwave heating wall（1）Magnetron occurs including microwave（1-1）, magnetron occurs using microwave（1-1）Work
The heating of work is heated as thermal source to conduction oil.
Electric heating conduction oil furnace（3）Including electrically heated rod（3-1）With circular electrically heated rod（3-1）Heat conduction oil groove（3-2）,
By electrically heated rod（3-1）To heat conduction oil groove（3-2）Interior conduction oil is heated.
Radiator（15）With the microwave heating wall being arranged in parallel（1）And electric heating conduction oil furnace（3）Connecting line on set
Put the temperature sensor II of the returning-oil temperature of a detection conduction oil（16）.
Described radiator（15）The built-in some groups radiating sections of jurisdiction radiated to the conduction oil of receiving（15-1）, periphery
Provided with to section of jurisdiction of radiating（15-1）The cooling fan cooled down（15-2）.
Also include one and electric heating conduction oil furnace（3）Connection provides the conduction oil expansion drum of conduction oil expansion space（17）.
Described conduction oil expansion drum（17）Provided with oil filler（17-1）, security warning valve（17-2）, the internal conduction oil liquid level of instruction it is high
The liquid level gauge of degree（17-3）And fuel outlet valve.
It is incubated feed bin conduction oil circulation line（11-1）And/or regenerative agent heat conduction oil circuit piping（13-1）Top be provided with
Air bleeding valve.
The stop valve I（2）With stop valve II（4）Through a main stop valve（5）With Heat-transfer Oil Pump（7）Entrance connects.
Main stop valve（5）With Heat-transfer Oil Pump（7）Temperature sensor I is additionally provided with the main line of connection（8）And pressure gauge
（9）；
Heat-transfer Oil Pump（7）Porch be additionally provided with filter（6）.
The beneficial effects of the utility model are：Provide and a kind of followed by the use of microwave magnetron heating as the conduction oil of thermal source
Loop system, dexterously heat caused by microwave generation magnetron work is used, is that thermal source realizes that conduction oil follows using it
Ring heats, and both realizes the heating and thermal insulation of insulation feed bin Asphalt Mixture, realizes regenerative agent or heat drip in regenerative agent case again
Blue or green heating, while microwave generation magnetron is implemented and cooled, the stability that magnetron work occurs for microwave is improved,
Realizing heating and cooling, both have complementary advantages, and have reached energy-saving purpose；Use electric heating conduction oil furnace conduct simultaneously
Thermal source, it is used in parallel as thermal source with microwave magnetron heating, the efficiency of heating surface of system is improved, adaptability for working condition is strong.
Brief description of the drawings
Fig. 1 is schematic diagram of the present utility model；
In figure：1st, microwave heating wall, 1-1, microwave occur magnetron, 1-2, radiating sleeve, 1-3, feed tube, 1-4, go out liquid
Pipe, 2, stop valve I, 3, electric heating conduction oil furnace, 3-1, electrically heated rod, 3-2, heat conduction oil groove, 4, stop valve II, 5, main cut-off
Valve, 6, filter, 7, Heat-transfer Oil Pump, 8, temperature sensor I, 9, pressure gauge, 10, stop valve III, 11, insulation feed bin, 11-1,
It is incubated feed bin conduction oil circulation line, 11-2, air bleeding valve I, 12, stop valve IV, 13, regenerative agent case, 13-1, regenerative agent conduction oil
Circulation line, 13-2, air bleeding valve II, 14, stop valve V, 14-1, peripheral pipeline, 15, radiator, 15-1, radiating section of jurisdiction, 15-
2nd, cooling fan, 15-3, fuel outlet valve I, 16, temperature sensor II, 17, conduction oil expansion drum, 17-1, oil filler, 17-2, peace
Full sentinel valve, 17-3, liquid level gauge, 17-4, fuel outlet valve II, 17-5, fuel outlet valve II.
Embodiment
The utility model is illustrated with reference to the accompanying drawings and examples.
It is of the present utility model a kind of to be followed by the use of microwave magnetron heating as the conduction oil of thermal source as shown in Fig. 1 schematic diagrams
Loop system, including microwave heating wall 1, stop valve I 2, electric heating conduction oil furnace 3, stop valve II 4, main stop valve 5, filter 6,
Heat-transfer Oil Pump 7, temperature sensor I 8, pressure gauge 9, stop valve III 10, insulation feed bin 11, stop valve IV 12, regenerative agent case 13, cut
Only valve V 14, radiator 15, temperature sensor II 16, conduction oil expansion drum 17.
Described microwave heating wall 1 is provided with some groups of microwaves according to the arrangement of certain array way and magnetron 1-1 occurs,
Using liquid-cooled magnetron, cooling medium is conduction oil, and with microwave magnetron 1-1 internally provided with vacuum pipe interference occurs for radiating sleeve 1-2
Coordinate, feed tube 1-3 and above and below drain pipe 1-4, left and right are staggered, and the cooling medium of low temperature passes through the pipe entrance of low liquid level, high
The cooling medium of temperature is flowed out by the pipe of high level, forms series connection cooling pipe.
Described electric heating conduction oil furnace 3 takes parallel way to be connected with microwave heating wall 1, is that the circulation of this conduction oil adds
The heat source of hot systems, controlled by stop valve II 4 and stop valve I 2, be provided around inside electric heating conduction oil furnace 3 respectively
Electrically heated rod 3-1 heat conduction oil groove 3-2, heating is implemented to the conduction oil in heat conduction oil groove 3-2 using electrically heated rod 3-1.
Described stop valve III 10 is connected with insulation feed bin 11, and stop valve IV 12 is connected with regenerative agent case 13, and point
Peripheral pipeline 14-1 is not connected with stop valve V 14 and forms parallel circulating pipeline, the inside of insulation feed bin 11 is provided with insulation feed bin heat conduction
Oil circuit piping 11-1, insulation feed bin conduction oil circulation line 11-1 top are provided with the 11-2 of air bleeding valve I, inside regenerative agent case 13
Provided with regenerative agent heat conduction oil circuit piping 13-1, regenerative agent heat conduction oil circuit piping 13-1 top is provided with the 13-2 of air bleeding valve II,
Parallel circulating pipeline is connected by peripheral pipeline 14-1 with the oil inlet of radiator 15.
Some groups of radiating section of jurisdiction 15-1 built in described radiator 15, periphery are provided with cooling fan 15-2, and bottom is equipped with and put
The 15-3 of fuel tap I, the oil-out of radiator 15 are connected with microwave heating wall 1 and electric heating conduction oil furnace 3 respectively.
It is described it is a kind of by the use of microwave magnetron heating as on the main line of the Heat-conduction oil circulation system of thermal source equipped with leading
Stop valve 5, filter 6, Heat-transfer Oil Pump 7, temperature sensor I 8, pressure gauge 9, temperature sensor II 16 and conduction oil expansion drum
17；
Described conduction oil expansion drum 17 is provided with oil filler 17-1, security warning valve 17-2, liquid level gauge 17-3, fuel outlet valve II
17-4, the 17-5 of fuel outlet valve II.Electric heating conduction oil furnace（3）Interior heat conduction oil temperature rise expansion, therefore UNICOM's conduction oil expansion
Tank 17, set conduction oil expansion drum purpose to be to provide conduction oil expansion space, prevent that conduction oil from leaking caused security incident.Lead
Expanded after deep fat heating, liquid level rise, to prevent from overflowing, tank sets security warning valve on conduction oil expansion drum 17, carries out high level
Alarm.
In order to which heat caused by microwave generation magnetron work is used, the core of described microwave heating wall 1
Part microwave occurs magnetron 1-1 operational heat temperature and is up to 800 DEG C, and magnetron 1-1 heatings occur as thermal source by the use of microwave, lead to
Cross Heat-transfer Oil Pump 7 and realize circulating for conduction oil, can both realize the heating and thermal insulation of the insulation Asphalt Mixture of feed bin 11, again may be used
The heating of regenerative agent or heated bitumen in regenerative agent case 13 is realized, while microwave generation magnetron 1-1 is implemented and cooled, is carried
The stability that magnetron 1-1 work occurs for microwave is risen.
When microwave heating wall 1 does not work, electric heating conduction oil furnace 3 heats conduction oil as heat by the use of electrically heated rod 3-1
Source, circulating for conduction oil is realized by Heat-transfer Oil Pump 7, can both realize that the heating of the insulation Asphalt Mixture of feed bin 11 is protected
Temperature, the heating of regenerative agent or heated bitumen in regenerative agent case 13 can be realized again.
Temperature sensor II 16 is provided between radiator 15 and microwave heating wall 1, for detecting the returning-oil temperature of conduction oil,
When the returning-oil temperature of conduction oil is higher than 250 DEG C, cooling fan 15-2 is opened, cooling conduction oil is implemented by the section of jurisdiction 15-1 that radiates
Cooling, it is ensured that magnetron 1-1, which occurs, for microwave can obtain good cooling radiating and possess good job stability.
It is a kind of to be generated heat by the use of microwave magnetron as the course of work of the Heat-conduction oil circulation system of thermal source, it is situated between according to operating mode
Continue：
Operating mode one：Magnetron 1-1 operational heats occur for the microwave by the use of microwave heating wall 1 as thermal source, to being incubated feed bin
11 or regenerative agent case 13 in medium implement heating, operating procedure is as follows：
1）Stop valve I 2, main stop valve 5 and stop valve V 14 are opened, closes stop valve II 4, stop valve III 10 and stop valve
IV 12, start Heat-transfer Oil Pump 7, conduction oil is realized and circulated, the real-time display heat conducting oil pipe pressure of pressure gauge 9；
2）The heated asphalt road surface of microwave heating wall 1, microwave occur magnetron 1-1 operational heats and realize heat-conducting oil heating, temperature
The monitoring heat conduction oil temperature in real time of sensor I 8 is spent, when heat conduction oil temperature reaches set temperature value, stop valve V 14 is closed, by opening
Open stop valve III 10 and stop valve IV 12 realizes heating to medium in insulation feed bin 11 and regenerative agent case 13 respectively, realize simultaneously
Cooling for magnetron 1-1 occurs for microwave；Conduction oil from insulation feed bin 11 and regenerative agent case 13 in insulation feed bin heat conduction
Oil circuit piping 11-1 and regenerative agent heat conduction oil circuit piping 13-1 are exited into radiator 15, are back to through radiator 15 micro-
Wave heating wall 1；
3）Temperature sensor II 16 monitors conduction oil returning-oil temperature in real time, when the returning-oil temperature of conduction oil is higher than 250 DEG C,
Cooling fan 15-2 is opened, implementing cooling conduction oil by the section of jurisdiction 15-1 that radiates cools, it is ensured that magnetron 1-1, which occurs, for microwave to obtain
To good cooling radiating effect.
Operating mode two：By the use of electric heating conduction oil furnace 3 as thermal source, medium in insulation feed bin 11 or regenerative agent case 13 is implemented
Heating, operating procedure are as follows：
1）Stop valve II 4, main stop valve 5 and stop valve V 14 are opened, closes stop valve I 2, stop valve III 10 and stop valve
IV 12, start Heat-transfer Oil Pump 7, conduction oil is realized and circulated, the real-time display heat conducting oil pipe pressure of pressure gauge 9；
2）The electrically heated rod 3-1 for opening electric heating conduction oil furnace 3 realizes heat-conducting oil heating, and temperature sensor I 8 monitors in real time
Heat conduction oil temperature, when heat conduction oil temperature reaches set temperature value, stop valve V 14 is closed, passes through opening stop valve III 10 and cut-off
Valve IV 12 realizes the heating to medium in insulation feed bin 11 and regenerative agent case 13 respectively.
After medium heating in insulation feed bin 11 and regenerative agent case 13, in conduction oil inflow radiator 15, through radiator 15
It is back in electric heating conduction oil furnace 3.
Operating mode three：Magnetron 1-1 operational heats and electric heating conduction oil furnace 3 pairs occurs using the microwave of microwave heating wall 1
Thermal source, heating is implemented to medium in insulation feed bin 11 or regenerative agent case 13, operating procedure is as follows：
1）Stop valve I 2, stop valve II 4, main stop valve 5 and stop valve V 14 are opened, closes stop valve III 10 and stop valve
IV 12, start Heat-transfer Oil Pump 7, conduction oil is realized and circulated, the real-time display heat conducting oil pipe pressure of pressure gauge 9；
2）The heated asphalt road surface of microwave heating wall 1, microwave occur magnetron 1-1 operational heats and realize heat-conducting oil heating, together
When open the electrically heated rod 3-1 of electric heating conduction oil furnace 3 and realize heat-conducting oil heating, the monitoring heat conduction oil temperature in real time of temperature sensor I 8
Degree, when heat conduction oil temperature reaches set temperature value, stop valve V 14 is closed, passes through IV 12 points of opening stop valve III 10 and stop valve
The heating to medium in insulation feed bin 11 and regenerative agent case 13 is not realized；Conduction oil is from insulation feed bin 11 and regenerative agent case 13
Insulation feed bin conduction oil circulation line 11-1 and regenerative agent heat conduction oil circuit piping 13-1 is exited into radiator 15, through radiating
Device 15 is back in microwave heating wall 1 and electric heating conduction oil furnace 3；
3）Temperature sensor II 16 monitors conduction oil returning-oil temperature in real time, when the returning-oil temperature of conduction oil is higher than 250 DEG C,
Cooling fan 15-2 is opened, implementing cooling conduction oil by the section of jurisdiction 15-1 that radiates cools, it is ensured that magnetron 1-1, which occurs, for microwave to obtain
To good cooling radiating effect.
A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source provided by the utility model, dexterously
Heat caused by microwave generation magnetron work is used, is that thermal source realizes conduction oil circulating-heating using it, both realized
The heating and thermal insulation of insulation feed bin Asphalt Mixture, realizes the heating of regenerative agent or heated bitumen in regenerative agent case, simultaneously again
Magnetron occurs to microwave to implement and cool, improves the stability that magnetron work occurs for microwave, realize heating with
Both have complementary advantages for cooling, have reached energy-saving purpose；Simultaneously using electric heating conduction oil furnace as thermal source, with microwave magnetic
Keyholed back plate heating is used in parallel as thermal source, improves the efficiency of heating surface of system, adaptability for working condition is strong.
Claims (10)
- A kind of 1. Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source, it is characterised in that：Including being arranged in parallel Can be to the microwave heating wall of heat-conducting oil heating（1）And electric heating conduction oil furnace（3）, microwave heating wall（1）With electrical heating heat conduction Oil oven（3）Conduction oil outflow pipeline on stop valve I is set respectively（2）With stop valve II（4）, through stop valve I（2）And stop valve Ⅱ（4）Again with Heat-transfer Oil Pump（7）Entrance connects, Heat-transfer Oil Pump（7）Outlet respectively with stop valve III（10）, stop valve IV（12）With Stop valve V（14）Entrance be connected；Stop valve III（10）, stop valve IV（12）Outlet be respectively connecting to be incubated feed bin（11）Inside holding feed bin conduction oil circulates Pipeline（11-1）Single port, regenerative agent case（13）Interior regenerative agent heat conduction oil circuit piping（13-1）Single port, stop valve V （14）Outlet with insulation feed bin（11）Inside holding feed bin heat conduction oil circuit piping（11-1）Another port, regenerative agent case（13） Interior regenerative agent heat conduction oil circuit piping（13-1）Another port be connected；It is incubated feed bin（11）Inside holding feed bin heat conduction oil circuit piping（11-1）Another port, regenerative agent case（13）Interior regenerative agent Heat conduction oil circuit piping（13-1）Another port simultaneously be connected to radiator（15）Oil inlet, radiator（15）Oil-out Microwave heating wall with being arranged in parallel by the road（1）And electric heating conduction oil furnace（3）Connection.
- 2. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：Described microwave heating wall（1）Magnetron occurs for the microwave provided with some groups according to the arrangement of certain array way（1- 1）, radiating sleeve（1-2）With radiating sleeve（5-4-5）The feed tube of connection（5-4-6）And drain pipe（5-4-7）；Magnetron occurs for each microwave（1-1）Internally provided with vacuum pipe outside be arranged the radiating sleeve of an interference fit（1-2）；Each radiating Set（5-4-5）The feed tube connected（5-4-6）And drain pipe（5-4-7）Position is staggered, and each radiating sleeve（5-4-5）On Feed tube（5-4-6）And drain pipe（5-4-7）It is sequentially communicated to form channels in series.
- 3. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：Described microwave heating wall（1）Magnetron occurs including microwave（1-1）, magnetron occurs using microwave（1-1）Work Heating conduction oil is heated as thermal source.
- 4. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：Electric heating conduction oil furnace（3）Including electrically heated rod（3-1）With circular electrically heated rod（3-1）Heat conduction oil groove（3-2）, By electrically heated rod（3-1）To heat conduction oil groove（3-2）Interior conduction oil is heated.
- 5. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：Radiator（15）With the microwave heating wall being arranged in parallel（1）And electric heating conduction oil furnace（3）Connecting line on set The temperature sensor II of the returning-oil temperature of one detection conduction oil（16）.
- 6. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：Described radiator（15）The built-in some groups radiating sections of jurisdiction radiated to the conduction oil of receiving（15-1）, periphery Provided with to section of jurisdiction of radiating（15-1）The cooling fan cooled down（15-2）.
- 7. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：Also include one and electric heating conduction oil furnace（3）Connection provides the conduction oil expansion drum of conduction oil expansion space（17）.
- 8. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：It is incubated feed bin conduction oil circulation line（11-1）And/or regenerative agent heat conduction oil circuit piping（13-1）Top be provided with Air bleeding valve.
- 9. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 1, it is special Sign is：The stop valve I（2）With stop valve II（4）Through a main stop valve（5）With Heat-transfer Oil Pump（7）Entrance connects.
- 10. a kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source according to claim 9, it is special Sign is：Main stop valve（5）With Heat-transfer Oil Pump（7）Temperature sensor I is additionally provided with the main line of connection（8）And pressure gauge （9）；Heat-transfer Oil Pump（7）Porch be additionally provided with filter（6）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720977470.2U CN207130592U (en) | 2017-08-07 | 2017-08-07 | A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720977470.2U CN207130592U (en) | 2017-08-07 | 2017-08-07 | A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207130592U true CN207130592U (en) | 2018-03-23 |
Family
ID=61640320
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720977470.2U Withdrawn - After Issue CN207130592U (en) | 2017-08-07 | 2017-08-07 | A kind of Heat-conduction oil circulation system by the use of microwave magnetron heating as thermal source |
Country Status (1)
| Country | Link |
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| CN (1) | CN207130592U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107268415A (en) * | 2017-08-07 | 2017-10-20 | 江苏集萃道路工程技术与装备研究所有限公司 | A kind of generated heat by the use of microwave magnetron is used as the Heat-conduction oil circulation system of thermal source |
| CN112281606A (en) * | 2020-11-05 | 2021-01-29 | 江苏集萃道路工程技术与装备研究所有限公司 | Intelligent asphalt road water-cooling microwave maintenance vehicle and control method thereof |
-
2017
- 2017-08-07 CN CN201720977470.2U patent/CN207130592U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107268415A (en) * | 2017-08-07 | 2017-10-20 | 江苏集萃道路工程技术与装备研究所有限公司 | A kind of generated heat by the use of microwave magnetron is used as the Heat-conduction oil circulation system of thermal source |
| CN107268415B (en) * | 2017-08-07 | 2022-11-25 | 江苏集萃道路工程技术与装备研究所有限公司 | Heat conduction oil circulation system using microwave magnetron heating as heat source |
| CN112281606A (en) * | 2020-11-05 | 2021-01-29 | 江苏集萃道路工程技术与装备研究所有限公司 | Intelligent asphalt road water-cooling microwave maintenance vehicle and control method thereof |
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Granted publication date: 20180323 Effective date of abandoning: 20221125 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20180323 Effective date of abandoning: 20221125 |