CN207922548U - A kind of microwave Hydrothermal System, water-heater system and water-heating system - Google Patents
A kind of microwave Hydrothermal System, water-heater system and water-heating system Download PDFInfo
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- CN207922548U CN207922548U CN201721781160.XU CN201721781160U CN207922548U CN 207922548 U CN207922548 U CN 207922548U CN 201721781160 U CN201721781160 U CN 201721781160U CN 207922548 U CN207922548 U CN 207922548U
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Abstract
The utility model discloses a kind of microwave Hydrothermal System, water-heater system and water-heating systems, are related to microwave technical field, and the microwave Hydrothermal System includes：Heating device, microwave system, cooling pipe and cooler；The heating device includes heat conduction liner and the microwave absorption heating mantle that is arranged outside the heat conduction liner；The microwave system includes microwave source, Switching Power Supply and microwave cooling piece, the microwave source is connect with the Switching Power Supply, the microwave source is arranged in the outside of the microwave absorption heating mantle, and the microwave cooling piece is positioned close at the position of the microwave source and the Switching Power Supply；Liquid return hole is equipped with above the heating device, the microwave cooling piece is connected to by the cooling pipe with the first end of the cooler, and the second end of the cooler is connected to the liquid return hole.The utility model shortens the heating time of microwave source, improves the efficiency of heating surface of microwave Hydrothermal System, and safe.
Description
Technical field
The utility model is related to microwave technical field, more particularly to a kind of microwave Hydrothermal System, water-heater system and hot-water heating
System.
Background technology
Microwave heating has the characteristics that efficient, quick, pollution-free and facilitates installation, in microwave heating process, electric heating conversion
Transfer efficiency, object overall thermal efficiency decision to the absorptivity and system of microwave of the efficiency from electricity to microwave.
In the prior art, microwave Hydrothermal System is directly heated to liquid using microwave, due to electricity turning to microwave
It is not high to the absorptivity of microwave to change efficiency and liquid, relatively low so as to cause the overall thermal efficiency of whole system, the efficiency of heating surface is low.
Invention content
In view of this, a kind of microwave Hydrothermal System of the utility model offer, water-heater system and water-heating system, which shorten
The heating time of microwave source improves the efficiency of heating surface of microwave Hydrothermal System, and safe.
The utility model is solved the above problems by following technological means：
A kind of microwave Hydrothermal System of the utility model, including：Heating device, microwave system, cooling pipe and cooler；
The heating device includes heat conduction liner and the microwave absorption heating mantle that is arranged outside the heat conduction liner；The microwave system
Including microwave source, Switching Power Supply and microwave cooling piece, the microwave source is connect with the Switching Power Supply, and the microwave source setting exists
The outside of the microwave absorption heating mantle, the microwave cooling piece are positioned close to the position of the microwave source and the Switching Power Supply
Set place；Liquid return hole is equipped with above the heating device, the microwave cooling piece passes through the cooling pipe and the cooler
First end is connected to, and the second end of the cooler is connected to the liquid return hole.
Further, further include control device, the control device includes power module, microcontroller, input unit, display
Unit, the first driving unit and the second driving unit, the microwave system further include microwave remote sensor, and the power module is used for
It is powered for each electricity consumption module, the microwave remote sensor and the input unit connect with the input terminal of the microcontroller
It connects, the display unit is connect with the output end of the microcontroller, the input terminal of first driving unit and described second
The input terminal of driving unit is connect with the output end of the microcontroller.
Further, further include that liquid warms up the circulatory system, the heating device lower end is additionally provided with heating liquid outlet；The liquid is warm to follow
Loop system include the first water pump, the second water pump, heating current divider, radiator, several heating subtubes, several first point
Monitoring Pinpelines unit and heating current collector, the radiator includes several radiators, and the quantity of the radiator and institute
The quantity for stating heating subtube is identical；The water inlet of first water pump is connected to the heating liquid outlet, first water pump
Water outlet with it is described heating current divider water inlet be connected to, it is described heat current divider multiple water outlets pass through each institute respectively
The one end for stating heating subtube and each radiator of the radiator connects one to one, and each the radiator is another
End is connect with the water inlet of the heating current collector, and the water outlet of the heating current collector passes through the second water pump and the cooling
The second end of device is connected to, and each first subtube monitoring unit is separately positioned on each heating subtube, described
First subtube monitoring unit is connect with the output end of first driving unit.
Further, further include cleaning liquid outlet system, the heating device lower end is additionally provided with cleaning liquid outlet；It is described to wash out
Liquid system includes third water pump, cleaning current divider, several cleaning subtubes and several the second subtube monitoring unit, and institute
The quantity for stating cleaning subtube is identical as the quantity of the second subtube monitoring unit；The water inlet of the third water pump and institute
Cleaning liquid outlet connection is stated, the water outlet of the third water pump is connected to the water inlet of the cleaning current divider, the cleaning point
Multiple water outlets of stream device connect one to one with each cleaning subtube respectively, and each second subtube monitoring is single
Member is separately positioned on each cleaning subtube, and the second subtube monitoring unit is defeated with second driving unit
Outlet connects.
Further, the heating device further includes shielding protection shell, liquid level sensor, hydrostatic sensor and temperature sensing
Device, the shielding protection shell are arranged outside the microwave absorption heating mantle, the microwave source setting shielding protection shell with
Between the microwave absorption heating mantle；The liquid level sensor, hydrostatic sensor and temperature sensor with the microcontroller
Input terminal connection.
Further, the first subtube monitoring unit includes the first force (forcing) pump, the first subtube pressure sensor, first
Subtube temperature sensor and the first subtube flow sensor, the first subtube pressure sensor, the first subtube temperature
Degree sensor and the first subtube flow sensor are connect with the input terminal of the microcontroller, first force (forcing) pump and institute
State the output end connection of the first driving unit；The second subtube monitoring unit includes the second force (forcing) pump, the second subtube pressure
Force snesor, the second subtube temperature sensor and the second subtube flow sensor, the second subtube pressure sensor,
Second subtube temperature sensor and the second subtube flow sensor are connect with the input terminal of the microcontroller, and described
Two force (forcing) pumps are connect with the output end of second driving unit.
Further, further include coolant liquid current divider, the cooling pipe includes several cooling subtubes, the microwave system
System includes several microwave sub-systems, and the quantity of the cooling subtube is identical as the quantity of the microwave sub-system；It is described
The water inlet of coolant liquid current divider is connected to the first end of cooler, multiple water outlets of the coolant liquid current divider respectively with often
A cooling subtube connects one to one；Each microwave sub-system includes that microwave source, Switching Power Supply and microwave are cold
But part.
Further, the heating device further includes liquid supplementation pipe, and the liquid supplementation pipe sequentially passes through the heat conduction liner, microwave is inhaled
It is arranged in the upper end of the shielding protection shell after receiving heating mantle and shielding protection shell.
The utility model provides a kind of microwave Hydrothermal System, including heating device, microwave system and cooler, use are micro-
Microwave source in wave system system converts electrical energy into microwave energy, and microwave energy is converted to thermal energy after being absorbed by microwave absorption heating mantle, then
By the liquid in thermal energy conduction to heating device, to be heated to liquid, the utility model is using microwave indirectly to liquid
It is heated, it is safe；In addition, the utility model further includes cooler, the microwave cooling piece in microwave system is used for micro-
Wave source and Switching Power Supply are cooled down, and the cooling water in microwave cooling piece is provided by cooler, are realized and are cooled down when microwave cooling piece
After function, then the coolant-temperature gage in microwave cooling piece rises, that is to say, that microwave cooling piece has recycled microwave source and Switching Power Supply production
Raw heat obtains hot water, this hot water is back to cooler by cooling tube again, into one to increase the temperature of cooling water
Step is back to by cooler in heating device so that the fluid temperature in heating device increases, and shortens the heating of microwave source
Time improves the efficiency of heating surface of microwave Hydrothermal System.
A kind of water-heater system of the utility model, including the microwave Hydrothermal System described in above-described embodiment.
The utility model provides a kind of water-heater system, the pipe being connect with water heater using above-mentioned microwave Hydrothermal System pair
Road liquid is heated, and the efficiency of heating surface of water-heater system is improved.
A kind of water-heating system of the utility model, including the microwave Hydrothermal System described in above-described embodiment.
A kind of water-heating system of the utility model, the pipeline liquid being connect with hot-water heating piece using above-mentioned microwave Hydrothermal System pair
It is heated, improves the efficiency of heating surface of water-heating system.
Description of the drawings
The utility model is further described with reference to the accompanying drawings and examples.
Fig. 1 is a kind of structural schematic diagram of microwave Hydrothermal System of the utility model；
Fig. 2 is a kind of schematic block circuit diagram of microwave Hydrothermal System of the utility model.
Specific implementation mode
A kind of microwave Hydrothermal System of the utility model, as depicted in figs. 1 and 2, including：It is heating device, microwave system, cold
But pipeline and cooler 1；The heating device includes heat conduction liner 2 and the microwave absorption that is arranged outside the heat conduction liner 2
Heating mantle 3；The microwave system includes microwave source 4, Switching Power Supply 5 and microwave cooling piece 6, the microwave source 4 and the switch
Power supply 5 connects, and the microwave source 4 is arranged in the outside of the microwave absorption heating mantle 3, the setting of microwave cooling piece 6 by
At the position of the nearly microwave source 4 and the Switching Power Supply 5；Liquid return hole 7, the microwave cooling are equipped with above the heating device
Part 6 is connected to by the cooling pipe with the first end of the cooler 1, the second end of the cooler 1 and the liquid return hole 7
Connection.
Wherein, the microwave source 4 includes magnetron, microwave plumbing and microwave antenna, and the magnetron will be for that will exchange
Electricity is converted to electromagnetic wave, and the microwave antenna emits the electromagnetic wave, and the microwave plumbing is by the microwave antenna
The electromagnetic transmission of transmitting is to the heating device；Microwave antenna uses figuration structure, is made of the preferable metal of conductivity,
The spatial distribution of energy is exported by adjusting microwave so that microwave energy concentrates in the microwave absorption heating mantle 3 heated；It opens
For driving magnetron to work, the input of Switching Power Supply 5 is the alternating current of 220V or 380V in powered-down source 5, Switching Power Supply 5 it is defeated
Go out for the direct current needed for magnetron；Microwave cooling piece 6 uses liquid cooling mechanism, is generated for absorbing microwave source 4 and Switching Power Supply 5
Heat, realize refrigerating function.
Heat conduction liner 2 is anti-corrosion pressure resistance heat conduction liner, is made of materials such as metal, plastics, enamel, for storing liquid
Body, liquid can be the solution such as water, conduction oil；Microwave absorption heating mantle 3 is using silicon carbide, graphite and microwave absorption rubber material
It is made, the microwave energy for absorbing the generation of microwave source 4, and by microwave energy heat transfer to heat conduction liner 2, realization adds liquid
Heat.
It should be noted that further including coolant liquid current divider 8, the cooling pipe includes several cooling subtubes 9, institute
It includes several microwave sub-systems to state microwave system, and the quantity of the quantity and the microwave sub-system of the cooling subtube 9
It is identical；The water inlet of the coolant liquid current divider 8 is connected to the first end of cooler 1, the coolant liquid current divider 8 it is multiple go out
The mouth of a river connects one to one with each cooling subtube 9 respectively；Each microwave sub-system includes microwave source 4, opens
Powered-down source 5 and microwave cooling piece 6, with specific reference to the difference of heating power, the number for choosing microwave sub-system is also different, this practicality
It is novel that details are not described herein.
As a further improvement of the above technical scheme, the microwave Hydrothermal System further includes control device 10, the control
Device 10 processed includes power module 101, microcontroller 102, input unit 103, display unit 104,105 and of the first driving unit
Second driving unit 106, the microwave system further include microwave remote sensor 11, and the power module 101 is used to be each electricity consumption mould
Block is powered, and the microwave remote sensor 11 and the input unit 103 are connect with the input terminal of the microcontroller 102,
The display unit 104 is connect with the output end of the microcontroller 102, the input terminal of first driving unit 105 and institute
The input terminal for stating the second driving unit 106 is connect with the output end of the microcontroller 102.
Wherein, microwave remote sensor 11 is used to detect the reflectance factor and standing-wave ratio of corresponding microwave source 4, and micro- by what is detected
The reflectance factor and standing-wave ratio of wave source 4 are sent to microcontroller 102, and microcontroller 102 is again by the reflection of the microwave source 4 received
Coefficient and standing-wave ratio are shown by display unit 104, to realize monitoring of the control device 10 to 4 working environment of microwave source；
Input unit 103 includes button and touch screen, is set for the operating parameter to microwave Hydrothermal System；Display unit 104
Including liquid crystal display and LED light, liquid crystal display is for showing each information that microcontroller 102 receives, LED light
It is reminded for the working condition to microwave Hydrothermal System.
As a further improvement of the above technical scheme, the microwave Hydrothermal System further includes that liquid warms up the circulatory system, described
Heating device lower end is additionally provided with heating liquid outlet 12.
The liquid warm up the circulatory system include the first water pump 13, it is the second water pump 14, heating current divider 15, radiator, several
A heating subtube 16, several the first subtube monitoring unit 17 and heating current collector 18, the radiator includes several
A radiator 19, and the quantity of the radiator 19 is identical as the heating quantity of subtube 16；First water pump 13
Water inlet is connected to the heating liquid outlet 12, the water inlet of the water outlet of first water pump 13 and the heating current divider 15
Multiple water outlets of connection, the heating current divider 15 pass through each heating subtube 16 and the radiator respectively
One end of each radiator 19 connects one to one, the other end of each radiator 19 with the heating current collector 18
Water inlet connects, and the water outlet of the heating current collector 18 is connected to by the second water pump 14 with the second end of the cooler 1, often
A first subtube monitoring unit 17 is separately positioned on each heating subtube 16, the first subtube monitoring
Unit 17 is connect with the output end of first driving unit 105.
Wherein, the first subtube monitoring unit 17 includes the first force (forcing) pump 171, the first subtube pressure sensor
172, the first subtube temperature sensor 173 and the first subtube flow sensor 174, the first subtube pressure sensor
172, the input of the first subtube temperature sensor 173 and the first subtube flow sensor 174 with the microcontroller 102
End connection, first force (forcing) pump 171 are connect with the output end of first driving unit 105.
Specifically, heating liquid outlet 12 is connected to heat conduction liner 2, heat is provided to heating current divider 15 by the first water pump 13
The hydrothermal solution that first water pump 13 pressurizes is divided into multichannel by liquid, heating current divider 15, and by each heating subtube 16 respectively with it is scattered
Hot device 19 connects, and provides hydrothermal solution for multiple radiators 19, the thermal energy of internal hydrothermal solution is passed to the empty gas and water of required heating area
Deng so that air or water etc. are heated to predetermined temperature, and heating current collector 18 is again by the cryogenic liquid collection after radiator 19
In get up and pressurize eventually by the second water pump 14, flow into cooler 1, wherein a part is flow to by coolant liquid current divider 8
Each cooling subtube 9, is finally reached microwave cooling piece 6, and another part flows into heat conduction liner 2 by liquid return hole 7, added again
Heat；Microcontroller 102 provides driving current by the first driving unit 105 to the first force (forcing) pump 171, improves heating subtube 16
Flow velocity and pressure, in addition, the first subtube pressure sensor 172 be used for detect heating subtube 16 pressure, and will detect
To the pressure of heating subtube 16 be sent to microcontroller 102；First subtube temperature sensor 173 is for detecting heating point
The temperature of pipeline 16, and the temperature of the heating subtube 16 detected is sent to microcontroller 102；First subtube flow velocity passes
Sensor 174 is used to detect the flow velocity of heating subtube 16, and the flow velocity of the heating subtube 16 detected is sent to microcontroller
Device 102, microcontroller 102 show pressure, temperature and the flow velocity of the heating subtube 16 received by display unit 104
Show, passes through the first pressurization of the first driving unit 105 control also according to pressure, temperature and the flow velocity of the heating subtube 16 received
The driving current of pump 171, convenient for adjusting the flow rate of liquid and pressure of heating subtube 16.
It should be noted that the utility model is not limited the structure of radiator 19, radiator 19 can be various shapes
The inside of shape carries metal, ceramics or the plastics etc. of pipeline；Heat liquid outlet 12 and liquid return hole 7 material can be metal,
PVC or plastics etc..
As a further improvement of the above technical scheme, the microwave Hydrothermal System further includes cleaning liquid outlet system, described
Heating device lower end is additionally provided with cleaning liquid outlet 20.
The cleaning liquid outlet system includes third water pump 21, cleaning current divider 22, several cleaning subtubes 23 and several
A second subtube monitoring unit 24, and the number of the quantity and the second subtube monitoring unit 24 of the cleaning subtube 23
It measures identical；The water inlet of the third water pump 21 is connected to the cleaning liquid outlet 20, the water outlet of the third water pump 21 with
Multiple water outlets of the water inlet connection of the cleaning current divider 22, the cleaning current divider 22 divide with each cleaning respectively
Pipeline 23 connects one to one, and each second subtube monitoring unit 24 is separately positioned on each cleaning subtube 23
On, the second subtube monitoring unit 24 is connect with the output end of second driving unit 106.
Wherein, the second subtube monitoring unit 24 includes the second force (forcing) pump 241, the second subtube pressure sensor
242, the second subtube temperature sensor 243 and the second subtube flow sensor 244, the second subtube pressure sensor
242, the input of the second subtube temperature sensor 243 and the second subtube flow sensor 244 with the microcontroller 102
End connection, second force (forcing) pump 241 are connect with the output end of second driving unit 106.
Specifically, cleaning liquid outlet 20 is connected to heat conduction liner 2, heat is provided to cleaning current divider 22 by third water pump 21
Liquid, the hydrothermal solution that third water pump 21 pressurizes is divided into multichannel, flow to each cleaning subtube 23 by cleaning current divider 22, convenient for cleaning point
Pipeline 23 carries out heating cleaning to equipment to be cleaned etc., and microcontroller 102 gives the second force (forcing) pump by the second driving unit 106
241 provide driving current, the flow velocity and pressure of cleaning subtube 23 are improved, in addition, the second subtube pressure sensor 242 is used for
The pressure of detection cleaning subtube 23, and the pressure of the cleaning subtube 23 detected is sent to microcontroller 102；Second point
Tube Temperature Sensor 243 is used to detect the temperature of cleaning subtube 23, and the temperature of the cleaning subtube 23 detected is sent out
It send to microcontroller 102；Second subtube flow sensor 244 is used to detect the flow velocity of cleaning subtube 23, and will detect
The flow velocity of cleaning subtube 23 be sent to microcontroller 102, the pressure for the cleaning subtube 23 that microcontroller 102 will receive
Power, temperature and flow velocity shown by display unit 104, also according to the pressure of the cleaning subtube 23 received, temperature and
Flow velocity controls the driving current of the second force (forcing) pump 241 by the second driving unit 106, convenient for adjusting the liquid of cleaning subtube 23
Flow velocity and pressure.
It should be noted that the material of cleaning liquid outlet 20 can be metal, PVC or plastics etc..
As a further improvement of the above technical scheme, the heating device further includes shielding protection shell 25, liquid level biography
Sensor 26, hydrostatic sensor 27 and temperature sensor 28, the shielding protection shell 25 are arranged in the microwave absorption heating mantle 3
Outside, the microwave source 4 is arranged between shielding protection shell 25 and the microwave absorption heating mantle 3；The liquid level sensor 26,
Hydrostatic sensor 27 and temperature sensor 28 are connect with the input terminal of the microcontroller 102.
Specifically, shielding protection shell 25 is using closing shell made of metal, radiated for shield microwaves；Liquid level passes
Sensor 26, hydrostatic sensor 27 and temperature sensor 28 are arranged in heat conduction liner 2, and liquid level sensor 26 is for detecting heat conduction
The level value of liquid in liner 2, and the level value detected is sent to microcontroller 102；Hydrostatic sensor 27 is for detecting
Pressure in heat conduction liner 2, and the pressure value detected is sent to microcontroller 102；Temperature sensor 28 is led for detecting
The temperature of liquid in hot liner 2, and the temperature value of the liquid detected is sent to microcontroller 102, microcontroller 102 will connect
Temperature value, pressure value and the level value of the liquid received are shown by display unit 104, and user is facilitated to observe in real time, right
Heat conduction liner 2 is monitored.
As a further improvement of the above technical scheme, the heating device further includes liquid supplementation pipe 29, the liquid supplementation pipe 29
It is arranged in the shielding protection shell after sequentially passing through the heat conduction liner 2, microwave absorption heating mantle 3 and shielding protection shell 25
25 upper end.
Wherein, liquid supplementation pipe 29 is connected to heat conduction liner 2, for supplementing the liquid in heat conduction liner 2.
It should be noted that the utility model further includes several third subtube monitoring unit 30, each third
Subtube monitoring unit 30 is separately positioned on each cooling subtube 9, and the structure of third subtube monitoring unit 30 and the
The structure of one subtube monitoring unit 17 is identical, is required to connect with microcontroller 102.
It should be noted that ARM of the microcontroller 102 including model STM32F103VET6 in the utility model is micro-
The model of controller, microwave remote sensor 11 includes NACS83500, the first subtube temperature sensor 173 and the second subtube temperature
The model for spending sensor 243 can be ds1820, the first subtube pressure sensor 172 and the second subtube pressure sensor
242 model can be PTC301, the model of the first subtube flow sensor 174 and the second subtube flow sensor 244
Can be FTB2004-C, the model of liquid level sensor 26 can be KT05-1A-40L-SMD, and the model of hydrostatic sensor 27 can
Think PTC301, the model of temperature sensor 28 can be ds1820, and the first driving unit 105 may include driving chip
IR2103S, the second driving unit 106 may include driving chip IR2103S.
The utility model provides a kind of microwave Hydrothermal System, including heating device, microwave system and cooler 1, uses
Microwave source 4 in microwave system converts electrical energy into microwave energy, and microwave energy is converted to heat after being absorbed by microwave absorption heating mantle 3
Can, then by the liquid in thermal energy conduction to heating device, to be heated to liquid, the utility model is indirectly right using microwave
Liquid is heated, safe；In addition, the utility model further includes cooler 1, the microwave cooling piece 6 in microwave system is used
It is cooled down in microwave source 4 and Switching Power Supply 5, the cooling water in microwave cooling piece 6 is provided by cooler 1, when microwave cools down
After part 6 realizes refrigerating function, then the coolant-temperature gage in microwave cooling piece 6 rises, that is to say, that microwave cooling piece 6 has recycled microwave
The heat that source 4 and Switching Power Supply 5 generate obtains hot water to increase the temperature of cooling water, this hot water is returned by cooling tube again
It is flow to cooler 1, is further back in heating device by cooler 1 so that the fluid temperature in heating device increases, contracting
The short heating time of microwave source 4, improve the efficiency of heating surface of microwave Hydrothermal System.
The utility model provides a kind of water-heater system, including the microwave Hydrothermal System described in above-described embodiment.
The utility model provides a kind of water-heater system, the pipe being connect with water heater using above-mentioned microwave Hydrothermal System pair
Road liquid is heated, and the efficiency of heating surface of water-heater system is improved.
The utility model provides a kind of water-heating system, including the microwave Hydrothermal System described in above-described embodiment.
A kind of water-heating system of the utility model, the pipeline liquid being connect with hot-water heating piece using above-mentioned microwave Hydrothermal System pair
It is heated, improves the efficiency of heating surface of water-heating system.
Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the right of the utility model.
Claims (10)
1. a kind of microwave Hydrothermal System, it is characterised in that：Including：Heating device, microwave system, cooling pipe and cooler；
The heating device includes heat conduction liner and the microwave absorption heating mantle that is arranged outside the heat conduction liner；
The microwave system includes microwave source, Switching Power Supply and microwave cooling piece, and the microwave source is connect with the Switching Power Supply,
The microwave source is arranged in the outside of the microwave absorption heating mantle, the microwave cooling piece be positioned close to the microwave source and
At the position of the Switching Power Supply；
Be equipped with liquid return hole above the heating device, the microwave cooling piece pass through the cooling pipe and the cooler the
One end is connected to, and the second end of the cooler is connected to the liquid return hole.
2. a kind of microwave Hydrothermal System according to claim 1, it is characterised in that：Further include control device, the control
Device includes power module, microcontroller, input unit, display unit, the first driving unit and the second driving unit, described micro-
Wave system system further includes microwave remote sensor, and the power module is used to be powered for each electricity consumption module, the microwave remote sensor and
The input unit is connect with the input terminal of the microcontroller, and the output end of the display unit and the microcontroller connects
It connects, the output end of the input terminal of the input terminal of first driving unit and second driving unit with the microcontroller
Connection.
3. a kind of microwave Hydrothermal System according to claim 2, it is characterised in that：Further include that liquid warms up the circulatory system, it is described
Heating device lower end is additionally provided with heating liquid outlet；
The liquid warms up the circulatory system and is in charge of including the first water pump, the second water pump, heating current divider, radiator, several heating
Road, several the first subtube monitoring unit and heating current collector, the radiator include several radiators, and described scattered
The quantity of hot device is identical as the heating quantity of subtube；
The water inlet of first water pump is connected to the heating liquid outlet, the water outlet of first water pump and the heating point
The water inlet connection of device is flowed, multiple water outlets of the heating current divider are dissipated by each heating subtube with described respectively
One end of each radiator of thermal connects one to one, the other end of each radiator with the heating current collector
Water inlet connection, it is described heating current collector water outlet be connected to the second end of the cooler by the second water pump, each
The first subtube monitoring unit is separately positioned on each heating subtube, the first subtube monitoring unit with
The output end of first driving unit connects.
4. a kind of microwave Hydrothermal System according to claim 3, it is characterised in that：Further include cleaning liquid outlet system, it is described
Heating device lower end is additionally provided with cleaning liquid outlet；
The cleaning liquid outlet system include third water pump, cleaning current divider, several cleaning subtubes and several second be in charge of
Road monitoring unit, and the quantity of the cleaning subtube is identical as the quantity of the second subtube monitoring unit；
The water inlet of the third water pump is connected to the cleaning liquid outlet, the water outlet of the third water pump and the cleaning point
The water inlet connection of device is flowed, multiple water outlets of the cleaning current divider are corresponded with each cleaning subtube respectively to be connected
It connects, each second subtube monitoring unit is separately positioned on each cleaning subtube, the second subtube prison
Unit is surveyed to connect with the output end of second driving unit.
5. a kind of microwave Hydrothermal System according to claim 4, it is characterised in that：The heating device further includes that shielding is protected
Shell, liquid level sensor, hydrostatic sensor and temperature sensor are protected, the shielding protection shell setting adds in the microwave absorption
Outside hot jacket, the microwave source is arranged between shielding protection shell and the microwave absorption heating mantle；The liquid level sensor, liquid
Pressure sensor and temperature sensor are connect with the input terminal of the microcontroller.
6. a kind of microwave Hydrothermal System according to claim 4, it is characterised in that：The first subtube monitoring unit packet
The first force (forcing) pump, the first subtube pressure sensor, the first subtube temperature sensor and the first subtube flow sensor are included,
The first subtube pressure sensor, the first subtube temperature sensor and the first subtube flow sensor with it is described micro-
The input terminal of controller connects, and first force (forcing) pump is connect with the output end of first driving unit；
The second subtube monitoring unit is in charge of channel temp including the second force (forcing) pump, the second subtube pressure sensor, second
Sensor and the second subtube flow sensor, the second subtube pressure sensor, the second subtube temperature sensor and
Second subtube flow sensor is connect with the input terminal of the microcontroller, and second force (forcing) pump drives with described second
The output end of unit connects.
7. a kind of microwave Hydrothermal System according to claim 1, it is characterised in that：Further include coolant liquid current divider, it is described
Cooling pipe includes several cooling subtubes, and the microwave system includes several microwave sub-systems, and the cooling is in charge of
The quantity in road is identical as the quantity of the microwave sub-system；The water inlet of the coolant liquid current divider and the first end of cooler connect
Logical, multiple water outlets of the coolant liquid current divider connect one to one with each cooling subtube respectively；
Each microwave sub-system includes microwave source, Switching Power Supply and microwave cooling piece.
8. a kind of microwave Hydrothermal System according to claim 5, it is characterised in that：The heating device further includes fluid infusion
Pipe, the liquid supplementation pipe are arranged after sequentially passing through the heat conduction liner, microwave absorption heating mantle and shielding protection shell in the screen
Cover the upper end of protection shell.
9. a kind of water-heater system, it is characterised in that：Including the claims 1-8 any one of them microwave Hydrothermal Systems.
10. a kind of water-heating system, it is characterised in that：Including the claims 1-8 any one of them microwave Hydrothermal Systems.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721781160.XU CN207922548U (en) | 2017-12-19 | 2017-12-19 | A kind of microwave Hydrothermal System, water-heater system and water-heating system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721781160.XU CN207922548U (en) | 2017-12-19 | 2017-12-19 | A kind of microwave Hydrothermal System, water-heater system and water-heating system |
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| CN207922548U true CN207922548U (en) | 2018-09-28 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108120012A (en) * | 2017-12-19 | 2018-06-05 | 陕西青朗万城环保科技有限公司 | A kind of microwave Hydrothermal System, water-heater system and water-heating system |
| CN109714849A (en) * | 2018-12-19 | 2019-05-03 | 京信通信系统（中国）有限公司 | A kind of hand-held heating device |
-
2017
- 2017-12-19 CN CN201721781160.XU patent/CN207922548U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108120012A (en) * | 2017-12-19 | 2018-06-05 | 陕西青朗万城环保科技有限公司 | A kind of microwave Hydrothermal System, water-heater system and water-heating system |
| CN109714849A (en) * | 2018-12-19 | 2019-05-03 | 京信通信系统（中国）有限公司 | A kind of hand-held heating device |
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