CN208170505U - microwave ground heating system - Google Patents
microwave ground heating system Download PDFInfo
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- CN208170505U CN208170505U CN201820594506.3U CN201820594506U CN208170505U CN 208170505 U CN208170505 U CN 208170505U CN 201820594506 U CN201820594506 U CN 201820594506U CN 208170505 U CN208170505 U CN 208170505U
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Abstract
The utility model discloses a kind of microwave ground heating systems, including water storage container, microwave heating equipment, water segregator, water collector, main road water inlet pipe, main road return pipe, set on the heating installation of heating area, branch water inlet pipe and branch return pipe, the microwave heating equipment is for heating the recirculated water in the water storage container, one end of the branch water inlet pipe is connect with the branch bleeder, the other end of the branch water inlet pipe is connect with the water inlet of the heating installation, one end of the branch return pipe is connect with the branch inlet, the other end of the branch return pipe is connect with the water return outlet of the heating installation.The microwave ground heating system, heating speed is fast, heat source high conversion rate, energy utilization rate are high, highly-safe, energy conservation and environmental protection, can effective sterilizing, inhibition bacteria breed, avoid bacterium and algae infestation in ground heating system, water fouling is prevented, it is free of cleaning to be advantageously implemented ground heating system.
Description
Technical field
The utility model relates to ground heating system technical field more particularly to a kind of microwave ground heating systems.
Background technique
In traditional ground heating system, heating source mainly has central heating, burnt gas wall hanging furnace, electric heater etc..Using collection
The mode of middle heating, system thermal energy consumption is big, burn fossil matter fuel environment easy to pollute；By the way of burnt gas wall hanging furnace, lead to
Different medium transferring heat energy is crossed, effectiveness of heat exchanger is low, pollutes air and easily poisoning；By the way of electric heater, water is heated
More slowly, waste of energy and there are danger of hazardous electrical discharges is heated repeatedly, and safety is poor.In addition, the recirculated water in traditional ground heating system
After use, there are impurity such as more scale, bacterium, algae in pipeline, inner wall of the pipe is prone to wear and fouling, leads to ground heating system
Interior pressure loss is big, and ground heating system easily blocks, and circulation is slow, it is also necessary to which periodic cleaning ground heating system increases Heating Season
The extra charge of section is paid.
Utility model content
It is necessary to provide a kind of microwave ground heating systems, and the microwave ground heating system heating speed is fast, energy utilization rate is high, can
Effective sterilizing inhibits bacteria breed, avoids bacterium and algae infestation in ground heating system, it is free of cleaning to be advantageously implemented ground heating system.
Its technical solution is as follows：
A kind of microwave ground heating system, including：
Water storage container；
Microwave heating equipment, for being heated to the recirculated water in the water storage container；
Water segregator, the water segregator, which has, divides water to be responsible for and set on the branch bleeder for dividing water to be responsible for；
Water collector, the water collector, which has to catchment, to be responsible for and set on the branch inlet to catchment on supervisor；
One end of main road water inlet pipe, the main road water inlet pipe is connect with the water storage container, the main road water inlet pipe it is another
One end divides water supervisor to connect with described；
One end of main road return pipe, the main road return pipe is connect with the water storage container, the main road return pipe it is another
One end and supervisor's connection of catchmenting；
Set on the heating installation of heating area；
Branch water inlet pipe, one end of the branch water inlet pipe are connect with the branch bleeder, the branch water inlet pipe
The other end is connect with the water inlet of the heating installation；And
Branch return pipe, one end of the branch return pipe are connect with the branch inlet, the branch return pipe
The other end is connect with the water return outlet of the heating installation.
Above-mentioned microwave ground heating system, microwave heating equipment carries out microwave heating to the recirculated water in water storage container when operation,
Hot water after heating is transported to water segregator by main road water inlet pipe, is then transported to heating installation to end by branch water inlet pipe
It heats, becomes water at low temperature after hot-water radiant thermal energy, water at low temperature is transported to water collector by branch return pipe, then via master
Road return pipe is back in water storage container carries out microwave heating by microwave heating equipment again, realizes ground heating system circulation microwave
Heating.The microwave ground heating system heats recirculated water using microwave heating equipment, and water is the good medium of microwave, energy
Enough preferably to absorb microwave energy, the movement of hydrone internal dipole molecule high-frequency reciprocating generates " interior frictional heat ", does not have in heating process
There is the heat transfer of intermediate medium, heat loss is small, and heating speed is fast, and electric energy development of evil in febrile disease rate is high, can be improved floor heating heat source conversion ratio, mentions
High energy source utilization rate；Without minerals fuel, energy conservation and environmental protection；Recirculated water carries out high-frequency reciprocating molecule fortune when microwave heating
It is dynamic, can effective sterilizing, inhibit bacteria breed, avoid bacterium and algae infestation in ground heating system, prevent water fouling, guarantee circulation
Water route is pure unobstructed, and ground heating system pipeline is not necessarily to frequent clean, and it is free of cleaning to be advantageously implemented ground heating system；Microwave heating can be real
Existing electricity separation, it is highly-safe；In addition, the recirculated water of ground heating system is dynamic circulation state, pass through main road return pipe and main road
Water inlet pipe, which passes in and out, carries out microwave heating in water storage container, repeatedly by heating herein, water absorbs high frequency microwave energy temperature and increases, and makes
Microbial bacterial protein structure changes, and loses bioactivity, makes bacterial death or heavily disturbed and can not breed,
Also it can play the role of microwave disinfection, inhibit bacterial reproduction, it is free of cleaning to be advantageously implemented ground heating system.
Further, the microwave ground heating system further includes control system, and the control system includes controller, the control
Device processed and the microwave heating equipment are electrically connected.
Further, the microwave heating equipment includes transformer, microwave generator, magnetron and microwave reflector,
The transformer, the microwave generator are electrically connected with the controller, and the transformer and the microwave generator connect
It connects, the microwave generator is connect with the magnetron, and the magnetron is used for by microwave transmission into the water storage container, institute
Microwave reflector is stated to be used for microwave reflection into the water storage container.
Further, the microwave ground heating system further includes water replanishing device, and the water replanishing device includes water supply pipe, the benefit
One end of water pipe is connect with the water storage container, and the control system further includes the level sensing being electrically connected with the controller
Device and water supply solenoid valve, the liquid level sensor are used to detect the liquid level in the water storage container, and the water supply solenoid valve is set to
On the water supply pipe.
Further, the liquid level sensor is contactless liquid level sensor, and the liquid level sensor is arranged described
On the outer wall of water storage container.
Further, the water replanishing device further includes fore filter, and the fore filter is arranged in the water supply pipe
On, the fore filter is located at side of the water supply solenoid valve far from water storage container.
Further, the control system further includes the circulating pump being arranged on the main road water inlet pipe, is arranged described
Main road water inlet heat detector on main road water inlet pipe, the main road return water heat detector being arranged on the main road return pipe, setting are supplying
Warm region end heating heat detector and the branch way solenoid valve that is arranged on branch water inlet pipe, the circulating pump, main road water inlet
Heat detector, main road return water heat detector, end heating heat detector and branch way solenoid valve are electrically connected with the controller.
Further, the control system further includes human-computer interaction liquid crystal display, the human-computer interaction liquid crystal display and the control
Device processed is electrically connected, and the controller is preset with heating area selection instruction and at least one heating mode instruction.
Further, the control system further includes the key switch being correspondingly arranged with the branch way solenoid valve and adjusting rotation
Button, the key switch are used to control the opening and closing of the branch way solenoid valve, and the adjusting knob is for adjusting the branch electromagnetism
The uninterrupted of valve.
Further, the microwave ground heating system further includes pipeline connecting assemble, the pipeline connecting assemble include core,
Gasket, steel ball circlip and pipe clamp spring, the branch water inlet of the arrival end of the core and the water segregator or described catchment
The branch inlet of device connects, and the gasket is set on the core, the steel ball circlip be set on the core and
Be detachably connected with the core, the pipe clamp spring is set between the core and steel ball circlip, the branch water inlet pipe or
Branch return pipe is inserted into the pipe clamp spring by the outlet end of the core, and the branch water inlet pipe or branch return pipe are located at institute
It states between gasket and the pipe clamp spring.
Detailed description of the invention
Fig. 1 is the schematic diagram of internal structure of microwave ground heating system described in an embodiment of the present invention；
Fig. 2 is the surface structure schematic diagram of microwave ground heating system described in an embodiment of the present invention；
Fig. 3 is the control principle schematic diagram of controller described in an embodiment of the present invention；
Fig. 4 is the structural schematic diagram of pipeline connecting assemble described in an embodiment of the present invention；
Fig. 5 is the configuration schematic diagram of pipeline connecting assemble described in an embodiment of the present invention.
Description of symbols：
11, water storage container, 12, microwave heating equipment, 121, transformer, 122, microwave generator, 123, magnetron, 124,
Microwave reflector, 20, water segregator, 30, water collector, 40, main road water inlet pipe, 50, main road return pipe, 60, heating installation, 70, branch
Road water inlet pipe, 80, branch return pipe, 90, exhaust valve, 100, control system, 101, liquid level sensor, 102, water supply solenoid valve,
103, circulating pump, 104, main road water inlet heat detector, 105, main road return water heat detector, 106, end heating heat detector, 107, branch
Solenoid valve, 108, human-computer interaction liquid crystal display, 109, key switch, 1010, adjusting knob, 110, water replanishing device, 111, water supply pipe,
112, fore filter, 113, check (non-return) valve, 120, water heater housing, 130, pipeline connecting assemble, 131, core, 132, sealing
Pad, 133, steel ball circlip, 134, pipe clamp spring.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The better embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiments described herein.On the contrary, the purpose of providing these embodiments is that making practical new to this
The disclosure of type understands more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.On the contrary, when element is referred to as " directly existing " another element "upper",
There is no intermediary elements.Term as used herein "vertical", "horizontal", "left" and "right" and similar statement are
For illustrative purposes, it is not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein packet
Include any and all combinations of one or more related listed items.Term as used herein " first ", " second "
It is used to distinguish object Deng herein, but these objects should not be limited by these terms.
As shown in Figure 1 and Figure 2, an embodiment provides a kind of microwave ground heating system, including：
Water storage container 11；
Microwave heating equipment 12, for being heated to the recirculated water in the water storage container 11；
Water segregator 20, the water segregator 20, which has, divides water to be responsible for and set on the branch bleeder for dividing water to be responsible for；
Water collector 30, the water collector 30, which has to catchment, to be responsible for and set on the branch inlet to catchment on supervisor；
Main road water inlet pipe 40, one end of the main road water inlet pipe 40 are connect with the water storage container 11, the main road water inlet
The other end of pipe 40 divides water supervisor to connect with described；
Main road return pipe 50, one end of the main road return pipe 50 are connect with the water storage container 11, the main road return water
The other end of pipe 50 and supervisor's connection of catchmenting；
Set on the heating installation 60 of heating area；
Branch water inlet pipe 70, one end of the branch water inlet pipe 70 are connect with the branch bleeder, the branch water inlet
The other end of pipe 70 is connect with the water inlet of the heating installation 60；And
Branch return pipe 80, one end of the branch return pipe 80 are connect with the branch inlet, the branch return water
The other end of pipe 80 is connect with the water return outlet of the heating installation 60.
Above-mentioned microwave ground heating system, microwave heating equipment 12 carries out microwave to the recirculated water in water storage container 11 and adds when operation
Heat, the hot water after heating are transported to water segregator 20 by main road water inlet pipe 40, are then transported to heating by branch water inlet pipe 70
Device 60 heats to end, becomes water at low temperature after hot-water radiant thermal energy, and water at low temperature is transported to collection by branch return pipe 80
Then hydrophone 30 is back in water storage container 11 via main road return pipe 50 and carries out microwave again by microwave heating equipment 12 and add
Heat realizes the heating of ground heating system circulation microwave.The microwave ground heating system, adds recirculated water using microwave heating equipment 12
Heat, water are the good mediums of microwave, can preferably absorb microwave energy, and the movement of hydrone internal dipole molecule high-frequency reciprocating produces
It gives birth to " interior frictional heat ", there is no the heat transfer of intermediate medium in heating process, heat loss is small, and heating speed is fast, and electric energy development of evil in febrile disease rate is high,
It can be improved floor heating heat source conversion ratio, improve energy utilization rate；Without minerals fuel, energy conservation and environmental protection；When microwave heating
Recirculated water carry out high-frequency reciprocating molecular motion, can effective sterilizing, inhibit bacteria breed, avoid bacterium and algae in ground heating system
It breeds, prevents water fouling, guarantee that circulation waterway is pure unobstructed, ground heating system pipeline is not necessarily to frequent clean, is advantageously implemented floor heating
System is free of cleaning, and then is not necessarily to frequent dismounting joint and tubing, does not easily cause risk of leakage；Microwave heating can be realized water power point
From highly-safe；In addition, the recirculated water of ground heating system is dynamic circulation state, pass through main road return pipe 50 and main road water inlet pipe
Microwave heating is carried out in 40 disengaging water storage containers 11, repeatedly by heating herein, water absorbs high frequency microwave energy temperature and increases, and can make
Microbial bacterial protein structure changes and loses bioactivity, make bacterial death or it is heavily disturbed and can not be numerous
It grows, can also play the role of microwave disinfection, inhibit bacterial reproduction, it is free of cleaning to be advantageously implemented ground heating system.
Specifically, the branch bleeder of the water segregator 20 is at least two, and the branch inlet of the water collector 30 is
At least two.The heating area can be one, two or more, the quantity of the heating installation 60 and the heating area
Number it is corresponding.The quantity of the branch water inlet pipe 70 is corresponding with the number of the heating area, the corresponding branch
One end of water inlet pipe 70 is connect with branch bleeder described in one of them, the water inlet of the other end and the corresponding heating installation 60
Mouth connection；The quantity of the branch return pipe 80 is corresponding with the number of the heating area, the corresponding branch return pipe
80 one end is connect with branch inlet described in one of them, and the other end connects with the water return outlet of the corresponding heating installation 60
It connects.Structure chart when heating installation 60 is two is illustrated in Fig. 1, Fig. 2.
Optionally, the heating installation 60 is heating coil pipe pipe network or radiator, and heat exchange effect is good.In the present embodiment,
Exhaust valve 90 is equipped on the water segregator 20 and water collector 30.In this way, 20 sum aggregate of water segregator can be passed through when adding recirculated water
Gas in system is discharged in exhaust valve 90 on hydrophone 30, is conducive to system circulating water and adds；When system is run, when recirculated water passes through
When main road water inlet pipe 40 is transported to water segregator 20, the gas in system can be discharged by the exhaust valve 90 on water segregator 20；When
It, can be by the exhaust valve 90 on water collector 30 by the gas in system when recirculated water is transported to water collector 30 by branch return pipe 80
Body discharge.
Further, the microwave ground heating system further includes control system 100.The control system 100 includes controller,
The controller and the microwave heating equipment 12 are electrically connected.In this way, the microwave ground heating system of the present embodiment is using intelligent
Control technology controls microwave heating equipment 12 by director demon, and then controls the circulating water temperature of ground heating system, on the one hand,
In ground heating system operation, water temperature can be controlled as needed, so that the yield of system thermal energy and branch use the thermal energy at end
Consumption reach a dynamic equilibrium, realize that ground heating system is energy-efficient, improve energy utilization rate；On the other hand, make equipment
System circulation coolant-temperature gage obtains accuracy controlling, can preferably improve recirculated water scale formation.Optionally, the controller is single
Piece machine.It can pre-set programs instruction as needed in the single-chip microcontroller.
Further, the microwave heating equipment 12 include transformer 121, microwave generator 122, magnetron 123 and
Microwave reflector 124.The transformer 121, the microwave generator 122 are electrically connected with the controller.The transformation
Device 121 is connect with the microwave generator 122.The microwave generator 122 is connect with the magnetron 123.The magnetron
123 are used for microwave transmission into the water storage container 11.The microwave reflector 124 is used for microwave reflection to the water storage
In container 11.Using the above structure, when needing to carry out microwave heating, the starting boosting of transformer 121 is that high voltage is input to microwave
Generator 122 generates high-frequency microwave, and high-frequency microwave is transmitted to inside water storage container 11 by magnetron 123, and microwave reflector 124 will
Transport recirculated water hydrone internal dipole molecule high-frequency reciprocating
It is dynamic, it generates " interior frictional heat ", increases water temperature rapidly, heat source needed for generating ground heating system realizes microwave speed heat；Transformer
121, microwave generator 122 is electrically connected with controller, and when carrying out microwave heating, controller can be controlled according to setting program
Transformer 121 realizes that intelligent control microwave adds to adjust the driving of microwave generator 122, power of control microwave generator 122 etc.
Thermal 12 controls the circulating water temperature of ground heating system.
Optionally, the microwave reflector 124 is metal ball shaped concave reflection device, can be equably anti-by high-frequency microwave
It is incident upon in recirculated water, homogeneous heating.
Further, as shown in Figure 1, Figure 3, the microwave ground heating system further includes water replanishing device 110.The water replanishing device
110 include water supply pipe 111, and one end of the water supply pipe 111 is connect with the water storage container 11.The control system 100 is also wrapped
Include the liquid level sensor 101 being electrically connected with the controller and water supply solenoid valve 102.The liquid level sensor 101 is for examining
Survey the liquid level in the water storage container 11.The water supply solenoid valve 102 is set on the water supply pipe 111.For the ease of signal control
The control principle of device processed sets the control signal of water supply solenoid valve as W0.In this way, can be intake by water supply pipe 111, for the first time
Water supply solenoid valve 102 can be opened when use, supplement recirculated water to ground heating system；When ground heating system passes through the operation of a period of time
Afterwards in system when discharge reduction, external water-refilling operation can be carried out by water supply pipe 111, liquid level sensor 101 being capable of real-time monitoring
The water level of water storage container 11, when water level is lower than lowest water level, controller issues instruction and opens water supply solenoid valve 102, to floor heating
System supplements water, and when water level is higher than peak level, controller issues instruction and closes water supply solenoid valve 102, stops water-refilling operation,
Realize the moisturizing of ground heating system intelligence.
Further, the liquid level sensor 101 is contactless liquid level sensor 101, and the liquid level sensor 101 is set
It sets on the outer wall of the water storage container 11.In turn, contactless liquid level sensor 101 can either realize the mesh of monitoring water level
, and can prevent microwave from generating damage to it, prevent microwave from detecting generation interference and shielding to it.
Further, the water replanishing device 110 further includes fore filter 112.The fore filter 112 is arranged in institute
It states on water supply pipe 111.The fore filter 112 is located at the side of the water supply solenoid valve 102 far from water storage container 11.Pass through
Fore filter 112 is set on water supply pipe 111, can prevent impurity and algae from entering ground heating system；By by prefilter
Side of the water supply solenoid valve 102 far from water storage container 11 is arranged in device 112, before being first passed through by the water quality that water supply pipe 111 enters
It sets after filter 112 filters and flow adjusting is carried out by water supply solenoid valve 102 again, the impurity in water quality can be prevented to moisturizing electromagnetism
Valve 102 has an impact, and prevents impurity and enters ground heating system.In the present embodiment, the recirculated water can be life tap water, impurity
It is less.
Optionally, one end of the main road return pipe 50 is connected to the water supply pipe 111, and the main road return pipe 50 with
The junction of water supply pipe 111 is located at the water supply solenoid valve 102 close to the side of the water storage container 11.In turn, main road return water
Pipe 50 realizes the connection with water storage container 11 by water supply pipe 111.Further, the water replanishing device 110 further includes check (non-return) valve
113, the check (non-return) valve 113 is arranged on the main road return pipe 50, can prevent the water flow supplemented by water supply pipe 111 from becoming owner of
In road return pipe 50.
Further, as shown in Figure 1, the control system 100 further includes that following on the main road water inlet pipe 40 is arranged in
Ring pump 103, is arranged on the main road return pipe 50 the main road water inlet heat detector 104 being arranged on the main road water inlet pipe 40
Main road return water heat detector 105, be arranged in heating area end heating heat detector 106 and be arranged on branch water inlet pipe 70
Branch way solenoid valve 107.The circulating pump 103, main road water inlet heat detector 104, main road return water heat detector 105, end heating temperature
Sensor 106 and branch way solenoid valve 107 are electrically connected with the controller.Optionally, the circulating pump 103 is servo loops
Pump.The heating area can be horizontal, toilet, parlor etc..As shown in figure 3, for the ease of illustrating the control of controller former
Reason, set the control signal of main road water inlet heat detector 104 as T0, the control signal of main road return water heat detector 105 for T1, wherein one
The control signal of the end heating heat detector 106 of a heating area 60 such as toilet is T2, and another one heating area 60 is such as
The control signal of horizontal 1 end heating heat detector 106 is T3, and the control signal of branch way solenoid valve 107 is W1, W2, W3, W4.
Using above-mentioned setting, when ground heating system is run, controller, which issues instruction starting microwave heating equipment 12, holds water storage
Recirculated water in device 11 carries out microwave heating, and the hot water in water storage container 11 is passed through main road water inlet pipe 40 by starting circulating pump 103
It is transported to water segregator 20, while boot leg solenoid valve 107 as needed, hot water is transported to heating by branch water inlet pipe 70
Device 60, heats to end, becomes water at low temperature after hot-water radiant thermal energy, and water at low temperature passes through branch return pipe 80 again and is transported to
Water collector 30 returns to microwave heating equipment 12 via main road return pipe 50 and carries out second of microwave heating, realizes that ground heating system follows
Ring microwave heating.In this cyclic process, the temperature signal that end heating heat detector 106 is responsible for acquisition end is transferred to control
Device, issues instruction after being handled by controller, operation circulation pump 103, branch way solenoid valve 107, microwave heating equipment 12 execute adjusting
Order；In addition, main road water inlet heat detector 104, main road return water heat detector 105 can detect main road water inlet pipe 40 respectively, main road returns
Circulating water temperature in water pipe 50 feeds back to controller, and then 100 circulating water temperature of controller control system, makes system circulation coolant-temperature gage
Accuracy controlling is obtained, recirculated water fouling is prevented.The microwave ground heating system of the present embodiment can be certainly using intelligent control technology
It is dynamic to acquire distal tip signal in real time, it is intelligent to the spool aperture progress of circulation power and each solenoid valve to adjust and monitor, intelligent adjusting,
Intelligent moisturizing guarantees that the yield of ground heating system runtime system thermal energy reaches one using the consumption of the thermal energy at end with each branch
A dynamic equilibrium realizes that ground heating system is energy-efficient.
Further, as shown in Fig. 2, the control system 100 further includes human-computer interaction liquid crystal display 108.The man-machine friendship
Mutual liquid crystal display 108 is electrically connected with the controller, and the controller is preset with heating area selection instruction and at least one
Heating mode instruction.By the way that human-computer interaction liquid crystal display 108 is arranged, setting mode, temperature can be carried out by human-computer interaction liquid crystal display 108
The operation such as degree, function, it is easy to operate.The microwave ground heating system of the present embodiment can be realized automatic running pattern, specifically, can be
Moisturizing parameter is set on human-computer interaction liquid crystal display 108, and controller receives signal and carries out information processing, then issues instruction control and mends
102 moisturizing of water solenoid valve, safeguards system recirculated water is sufficient, prevents ground heating system water shortage, guarantees stabilization, the Recycle mechanism of system；
Heating mode and heating area can be set by human-computer interaction liquid crystal display 108, controller receives signal and carries out information processing, then
Instruction microwave heating equipment 12 is issued, the driving of microwave generator 122 is controlled and adjusts corresponding matched power, is simultaneously emitted by finger
It enables and controls the unlatching of branch way solenoid valve 107 corresponding with heating area, and adjust flow, realize heating mode control；Floor heating system
It unites after circular flow for a period of time, heat the end by acquiring corresponding heating area 106 temperature data of heat detector, by temperature number
It is compared according to set temperature value real-time perfoming corresponding to default heating mode, if heating area temperature is lower than setting value temperature
Degree, via controller program handle information, issue instruction and continue microwave heating, if heating area temperature is higher than set-point temperature,
Via controller program handles information, issues instruction and adjusts 122 power of microwave generator and adjust opening for respective branch solenoid valve 107
Qi Du reduces corresponding heating area circular flow, declines heating area temperature, consistent with set-point temperature, realizes floor heating system
That unites is energy-efficient.In the present embodiment, the heating mode may include motor pattern, leisure patterns, fitness mode and sleep
One of mode is a variety of, and every kind of heating mode can correspond to a set temperature value.
Further, the control system 100 further includes the key switch being correspondingly arranged with the branch way solenoid valve 107
109 and adjusting knob 1010.The key switch 109 is used to control the opening and closing of the branch way solenoid valve 107, the adjusting knob
1010 for adjusting the uninterrupted of the branch way solenoid valve 107.In turn, the microwave ground heating system of the present embodiment can also be realized
Manual mode of operation can carry out heating control to respective branch by pressing corresponding key switch 109；Pass through rotation
Knob can be realized the uninterrupted adjusting to corresponding branch water inlet pipe 70.
In the present embodiment, as shown in Figure 1 and Figure 2, the microwave ground heating system further includes water heater housing 120, the microwave
Heating device 12, water segregator 20, water collector 30, main road water inlet pipe 40, main road return pipe 50 are set to the water heater housing 120
It is interior.In this way, water heater housing 120 can play a protective role to each component, and the good integrity of microwave ground heating system.It is described man-machine
Interaction liquid crystal display 108, key switch 109 and adjusting knob 1010 are set on the water heater housing 120, convenient for operation.
Further, shown in as shown in Figure 1, Figure 2, Fig. 4, Fig. 5, the microwave ground heating system further includes pipeline connecting assemble 130.
The pipeline connecting assemble 130 includes core 131, gasket 132, steel ball circlip 133 and pipe clamp spring 134.The core 131
Arrival end connect with the branch inlet of the branch water inlet of the water segregator 20 or the water collector 30.The gasket
132 are set on the core 131.The steel ball circlip 133 is set on the core 131 and removable with the core 131
Unload connection.The pipe clamp spring 134 is set between the core 131 and steel ball circlip 133.The branch water inlet pipe 70 or branch
Return pipe 80 is inserted into the pipe clamp spring 134 by the outlet end of the core 131, the branch water inlet pipe 70 or branch return pipe
80 between the gasket 132 and the pipe clamp spring 134.Using the above structure, each branch water inlet pipe 70 in ground heating system
It is connect with water segregator 20, when branch return pipe 80 is connect with water collector 30, pipe connecting structure can be realized branch water inlet pipe 70
Or the rapid pipeline installation of branch return pipe 80, installation, disassembly can be completed without tool, it is user-friendly for operation, it can contract
The tubing set-up time on deduction hydrophone 20 and water collector 30 is conducive to the maintenance of later period ground heating system.Further, the core
131 outlet end is used to branch water inlet pipe 70 or 80 junction of branch return pipe be rounding corner structure, to intake in branch
Pipe 70 or branch return pipe 80 have guiding function when being inserted into.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of microwave ground heating system, which is characterized in that including：
Water storage container；
Microwave heating equipment, for being heated to the recirculated water in the water storage container；
Water segregator, the water segregator, which has, divides water to be responsible for and set on the branch bleeder for dividing water to be responsible for；
Water collector, the water collector, which has to catchment, to be responsible for and set on the branch inlet to catchment on supervisor；
One end of main road water inlet pipe, the main road water inlet pipe is connect with the water storage container, the other end of the main road water inlet pipe
Water supervisor is divided to connect with described；
One end of main road return pipe, the main road return pipe is connect with the water storage container, the other end of the main road return pipe
With supervisor's connection of catchmenting；
Set on the heating installation of heating area；
Branch water inlet pipe, one end of the branch water inlet pipe are connect with the branch bleeder, the branch water inlet pipe it is another
End is connect with the water inlet of the heating installation；And
Branch return pipe, one end of the branch return pipe are connect with the branch inlet, the branch return pipe it is another
End is connect with the water return outlet of the heating installation.
2. microwave ground heating system according to claim 1, which is characterized in that it further include control system, the control system
Including controller, the controller and the microwave heating equipment are electrically connected.
3. microwave ground heating system according to claim 2, which is characterized in that the microwave heating equipment include transformer,
Microwave generator, magnetron and microwave reflector, the transformer, the microwave generator electrically connect with the controller
It connects, the transformer is connect with the microwave generator, and the microwave generator is connect with the magnetron, and the magnetic control is effective
In by microwave transmission, into the water storage container, the microwave reflector is used for microwave reflection into the water storage container.
4. microwave ground heating system according to claim 2, which is characterized in that it further include water replanishing device, the water replanishing device
Including water supply pipe, one end of the water supply pipe is connect with the water storage container, and the control system further includes and the controller
The liquid level sensor and water supply solenoid valve of electric connection, the liquid level sensor are used to detect the liquid level in the water storage container,
The water supply solenoid valve is set on the water supply pipe.
5. microwave ground heating system according to claim 4, which is characterized in that the liquid level sensor is contact-free level
Sensor, the liquid level sensor are arranged on the outer wall of the water storage container.
6. microwave ground heating system according to claim 4, which is characterized in that the water replanishing device further includes prefilter
Device, the fore filter are arranged on the water supply pipe, and the fore filter is located at the water supply solenoid valve far from water storage
The side of container.
7. according to the described in any item microwave ground heating systems of claim 2-6, which is characterized in that the control system further includes setting
Set on the main road water inlet pipe circulating pump, be arranged on the main road water inlet pipe main road water inlet heat detector, be arranged in institute
State the main road return water heat detector on main road return pipe, be arranged in heating area end heating heat detector and setting branch into
Branch way solenoid valve on water pipe, the circulating pump, main road water inlet heat detector, main road return water heat detector, end heating heat detector with
And branch way solenoid valve is electrically connected with the controller.
8. microwave ground heating system according to claim 7, which is characterized in that the control system further includes human-computer interaction liquid
Crystalline substance screen, the human-computer interaction liquid crystal display and the controller are electrically connected, and the controller is preset with heating area selection instruction
And at least one heating mode instruction.
9. microwave ground heating system according to claim 8, which is characterized in that the control system further includes and the branch
The key switch and adjusting knob that solenoid valve is correspondingly arranged, the key switch are used to control the opening and closing of the branch way solenoid valve,
The adjusting knob is used to adjust the uninterrupted of the branch way solenoid valve.
10. microwave ground heating system according to claim 1-6, which is characterized in that it further include pipeline connecting assemble,
The pipeline connecting assemble includes core, gasket, steel ball circlip and pipe clamp spring, and the arrival end of the core divides water with described
The branch inlet connection of the branch water inlet or the water collector of device, the gasket are set on the core, the steel
Pearl circlip is set on the core and is detachably connected with the core, and the pipe clamp spring is set in the core and steel ball card
Between spring, the branch water inlet pipe or branch return pipe are inserted into the pipe clamp spring by the outlet end of the core, the branch
Water inlet pipe or branch return pipe are between the gasket and the pipe clamp spring.
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| CN201820594506.3U CN208170505U (en) | 2018-04-23 | 2018-04-23 | microwave ground heating system |
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| CN201820594506.3U CN208170505U (en) | 2018-04-23 | 2018-04-23 | microwave ground heating system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108534216A (en) * | 2018-04-23 | 2018-09-14 | 日丰企业（佛山）有限公司 | microwave ground heating system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108534216A (en) * | 2018-04-23 | 2018-09-14 | 日丰企业（佛山）有限公司 | microwave ground heating system |
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