CN208323749U - Heating device and apparatus for concrete member curing device - Google Patents
Heating device and apparatus for concrete member curing device Download PDFInfo
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- CN208323749U CN208323749U CN201822017746.XU CN201822017746U CN208323749U CN 208323749 U CN208323749 U CN 208323749U CN 201822017746 U CN201822017746 U CN 201822017746U CN 208323749 U CN208323749 U CN 208323749U
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Abstract
The utility model provides a kind of heating device and apparatus for concrete member curing device, is related to concrete curing equipment technical field, and heating device includes solar energy heating component, liquid heating assemblies, radiator and the first pump；Radiator is for being arranged in curing kilns；Liquid line, liquid heating assemblies, radiator and the first pump connect and form first circulation circuit；Heat transferring medium pipeline, solar thermal collector and the second pump connect and form second circulation circuit.Since liquid heating assemblies heat liquid, belong to non-pressure vessel, it can reduce use cost and safety be higher, in addition, heating using solar energy heating component to liquid, clean energy resource is taken full advantage of, it can reduce environmental pollution, and liquid is heated to suitable temperature by solar energy heating component and liquid heating assemblies cooperation, liquid heating energy-saving and emission-reduction can be helped, to make that the use cost of heating device reduces, energy consumption reduces and improves environmental-protecting performance.
Description
Technical field
The utility model relates to concrete curing equipment technical fields, more particularly, to a kind of heating device, and one kind
Apparatus for concrete member curing device with the heating device.
Background technique
The components such as the beam made of armored concrete, plate, column or basis are known as concrete component.Concrete component includes existing
The concrete component and precast concrete that field is directly process.Concrete component relies on speed of application fast and structural behaviour
Good feature is widely used in building field.
Concrete component is conserved after machine-shaping, promotes concrete quick-hardening, and can make to harden
Uniformly, concrete component intensity and production efficiency are improved.In the prior art, as shown in Figure 1, apparatus for concrete member curing device includes
Curing kilns 1 ', steam pipe 2 ', drain pipe 3 ' and radiator 4 ', steam pipe 2 ' and drain pipe 3 ' and radiator 4 ' are mounted on curing kilns
In 1 ', steam pipe 2 ' is connected with 4 ' import of radiator, and drain pipe 3 ' is connected with the outlet of radiator 4 ', is taken using steam boiler
After obtaining steam, steam is passed through into steam pipe 2 ', heat dissipation is conserved into curing kilns 1 ' by radiator 4 '.
However, steam boiler belongs to pressure vessel, maintenance and qualification certification it is more demanding, cause its use cost compared with
Height, and the energy consumption of steam boiler is larger and higher to the pollution level of environment, and this will cause apparatus for concrete member curing device
Higher operating costs, energy consumption are larger and higher to the pollution level of environment.
Utility model content
The purpose of this utility model is to provide a kind of heating devices, to solve apparatus for concrete member curing in the prior art
Higher operating costs, the energy consumption of device are larger and to the higher technical problem of the pollution level of environment.
Heating device provided by the utility model, including solar energy heating component, liquid heating assemblies, radiator and first
Pump；
The radiator is for being arranged in curing kilns；
The solar energy heating component includes heat exchanger, solar thermal collector and the second pump；
The heat exchanger includes liquid line and heat transferring medium pipeline；
The liquid line, the liquid heating assemblies, the radiator and first pump connect and form first and follow
Loop back path；The heat transferring medium pipeline, the solar thermal collector and second pump connect and form second circulation circuit.
Further, the solar energy heating component further includes reversal valve, and the reversal valve includes first outlet and second
Outlet；
The first outlet is connect with the entrance of the heat transferring medium pipeline, the outlet of the heat transferring medium pipeline with it is described
The entrance of solar thermal collector connects；
The second outlet is connect with the entrance of the solar thermal collector；
The entrance of the outlet of the solar thermal collector, second pump and the reversal valve is sequentially connected.
Further, the heating device further includes controller, and the controller can obtain solar energy irradiation level, commutation
The fluid temperature of heat exchange medium temperature and the liquid line outlet of valve inlet；
In continuous preset time and solar energy irradiation level is greater than default solar energy irradiation level, and the valve inlet that commutates
When heat exchange medium temperature is less than the first preset temperature, the controller controls the second outlet and the solar thermal collector
Entrance connection；
When the heat exchange medium temperature of the commutation valve inlet is greater than the first preset temperature, the controller control first goes out
Mouth is connect with the entrance of the heat transferring medium pipeline；
When the fluid temperature that the liquid line exports is less than the second preset temperature, the controller controls the liquid
Heating component is opened.
Further, the controller can obtain the movement routine of sunray, and according to the mobile road of sunray
Diameter controls the solar thermal collector rotation, so that the light receiving surface of the solar thermal collector is arranged towards sunray.
Further, the solar energy heating component further includes expansion device, and the expansion device is arranged described second
Between pump and the heat transferring medium pipeline.
Further, the heat transferring medium in the second circulation circuit is oil.
Further, liquid heating assemblies are normal-pressure hot-water boiler or electric heater.
The purpose of this utility model, which also resides in, provides a kind of apparatus for concrete member curing device, including curing kilns and this is practical
The novel heating device.
Further, temperature detector is equipped in the curing kilns.
Heating device provided by the utility model, including solar energy heating component, liquid heating assemblies, radiator and first
Pump；The radiator is for being arranged in curing kilns；The solar energy heating component includes heat exchanger, solar thermal collector and
Two pumps；The liquid line, the liquid heating assemblies, the radiator and first pump, which connect and form first circulation, to return
Road；The heat exchanger includes liquid line and heat transferring medium pipeline；The heat transferring medium pipeline, the solar thermal collector and institute
The second pump is stated to connect and form second circulation circuit.Wherein, after the thermal energy of the solar energy heating component absorption sun, stream can be heated
The liquid of solar energy heating component is crossed, if liquid can enough reach suitable temperature by the heating of solar energy heating component,
It can be sent into radiator and curing kilns are heated, if liquid has not been able to reach suitable after by the heating of solar energy heating component
The temperature of conjunction then can star liquid heating assemblies and continue to heat to liquid, so that liquid is sent after reaching suitable temperature
Enter in radiator.Since liquid heating assemblies heat liquid, belong to non-pressure vessel, can reduce use cost and pacifies
Full property is higher, in addition, heating using solar energy heating component to liquid, takes full advantage of clean energy resource, can reduce ring
Border pollution, and liquid is heated to suitable temperature by solar energy heating component and liquid heating assemblies cooperation, can help liquid
Body heating device energy-saving and emission-reduction, to make that the use cost of heating device reduces, energy consumption reduces and improves environmental-protecting performance.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of apparatus for concrete member curing device in the prior art;
Fig. 2 is the structural schematic diagram of apparatus for concrete member curing device provided by the embodiment of the utility model.
Icon: 1- solar energy heating component；11- heat exchanger；12- solar thermal collector；13- second is pumped；14- reversal valve；
15- expansion device；2- liquid heating assemblies；3- radiator；4- first is pumped；5- curing kilns；6- temperature detector；1 '-curing kilns；
2 '-steam pipes；3 '-drain pipes；4 '-radiators.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
Field those of ordinary skill every other embodiment obtained without making creative work belongs to practical
Novel protected range.
In the description of the present invention, it should be noted that such as occur term " center ", "upper", "lower", " left side ",
" right side ", "vertical", "horizontal", "inner", "outside" etc., indicated by orientation or positional relationship be orientation based on the figure or
Positional relationship is merely for convenience of describing the present invention and simplifying the description, rather than the device or member of indication or suggestion meaning
Part must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.
In addition, such as there is term " first ", " second ", being used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
Wherein, term " first position " and " second position " are two different positions.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
The concrete meaning of language in the present invention.
The utility model provides a kind of heating device and apparatus for concrete member curing device, and multiple embodiments pair are given below
Heating device and apparatus for concrete member curing device provided by the utility model is described in detail.
Embodiment 1
Heating device provided in this embodiment, as shown in Fig. 2, including solar energy heating component 1, liquid heating assemblies 2, dissipating
Hot device 3 and the first pump 4；Radiator 3 is for being arranged in curing kilns 5；Solar energy heating component 1 includes heat exchanger 11, solar energy
Heat collector 12 and the second pump 13；Heat exchanger 11 includes liquid line and heat transferring medium pipeline；Liquid line, liquid heating assemblies 2,
Radiator 3 and the first pump 4 connect and form first circulation circuit；Heat transferring medium pipeline, solar thermal collector 12 and the second pump 13
It connects and forms second circulation circuit.
Wherein, solar energy heating component 1 and liquid heating assemblies 2 can heat liquid, such as water or any other suitable
The liquid of conjunction.Liquid constantly recycles in first circulation circuit, when by solar energy heating component 1 and liquid heating assemblies 2
It can be heated, the liquid after being heated flows into radiator 3, can radiate into curing kilns 5, thus heating curing kiln 5.
Wherein, solar energy heating component 1, liquid heating assemblies 2, radiator 3 and 4 connection of the first pump can be sequentially connected,
The order of connection between solar energy heating component 1, liquid heating assemblies 2, radiator 3 and the first pump 4 can also change, such as liquid
Body heating component 2, solar energy heating component 1, radiator 3 and the first pump 4 are sequentially connected, as long as solar energy heating component 1, liquid
Heating component 2, radiator 3 and the first pump 4 connect and form first circulation circuit and liquid heating assemblies 2 and solar energy heating group
Part 1 can heat the liquid in first circulation circuit.
Such as when solar energy heating component 1, liquid heating assemblies 2, radiator 3 and 4 connection of the first pump are sequentially connected, liquid
The outlet of body pipeline can connect with liquid heating assemblies 2, when not needing the heating of liquid heating assemblies 2, in liquid line
Water is after outlet outflow, and in influent heating component 2, liquid heating assemblies 2 do not start, and water is flowed by liquid heating assemblies 2
In radiator 3；When needing liquid heating assemblies 2 to heat, after the water in liquid line is flowed into from outlet, influent heating group
It is heated in part 2, is flowed into radiator 3 after being heated to suitable temperature；The outlet of liquid line can also with respectively with liquid
Body heating component 2 is connected with the entrance of radiator 3, and the outlet of liquid heating assemblies 2 is connect with the entrance of radiator 3, liquid line
It is equipped with valve body between road and liquid heating assemblies 2, also is provided with valve body between liquid line and radiator 3, adds not needing liquid
When hot component 2 heats, the valve body between liquid line and liquid heating assemblies 2 is closed, the valve between liquid line and radiator 3
Body is opened, and the water in liquid line is directly entered in radiator 3 after outlet outflow；When needing liquid heating assemblies 2 to heat,
Valve body between liquid line and liquid heating assemblies 2 is opened, and the valve body between liquid line and radiator 3 is closed, liquid line
Water in road enters in heating component after outlet outflow to be heated, and is flowed into radiator 3 after being heated to suitable temperature.
Wherein, liquid heating assemblies 2 can be normal-pressure hot-water boiler or electric heater.Normal-pressure hot-water boiler or electric heater
Belong to non-pressure vessel, can reduce use cost and safety is higher.
After solar energy heating component 1 absorbs the thermal energy of the sun, the liquid for flowing through solar energy heating component 1 can be heated, such as
Fruit liquid is heated to suitable temperature in by solar energy heating component 1, then can be sent into radiator 3 and carry out to curing kilns 5
Heating, liquid heating assemblies 2 do not start at this time；If liquid has not been able to reach suitable after being heated by solar energy heating component 1
Temperature, then can star liquid heating assemblies 2 and liquid continued to heat, so that liquid is sent into after reaching suitable temperature
In radiator 3.Since liquid heating assemblies 2 heat liquid, liquid heating assemblies 2 belong to non-pressure vessel, can reduce
Use cost and safety is higher, in addition, heating using solar energy heating component 1 to liquid, takes full advantage of cleaning
The energy can reduce environmental pollution, and liquid is heated to being suitble to by solar energy heating component 1 and the cooperation of liquid heating assemblies 2
Temperature, liquid heating energy-saving and emission-reduction can be helped, to make that the use cost of heating device reduces, energy consumption reduces and mentions
Epipodium guaranteed cost.
Wherein, solar energy heating component 1 may include solar thermal collector 12, solar thermal collector 12, liquid heating group
Part 2, radiator 3 and 4 connection of the first pump can be sequentially connected and be formed the first circuit, and liquid, liquid flow are arranged in the first circuit
The heat generating temperature for entering to absorb after solar thermal collector 12 sun increases, if liquid can be reached by the heating of solar thermal collector 12
To suitable temperature, then it can be sent into radiator 3 and curing kilns 5 are heated, if liquid adds by solar thermal collector
It has not been able to reach suitable temperature after heat, then can star liquid heating assemblies 2 and liquid is continued to heat, so that liquid reaches
It is sent into radiator 3 after to suitable temperature.
Wherein, heat transferring medium can be any suitable heat transferring mediums such as water or oil.In the present embodiment, first circulation circuit
Oil is arranged in second circulation circuit for middle setting water.Heat transferring medium is set as oil, higher heat transfer temperature can be obtained, to mention
High heat exchange efficiency, the preferably water in heating first circulation circuit.
Oil is continuous in the second circulation circuit that heat transferring medium pipeline, solar thermal collector 12 and 13 connection of the second pump are formed
Circulation, oil stream enters to be heated in solar thermal collector 12, subsequently flows into heat transferring medium pipeline, the oil in heat transferring medium pipeline can
It exchanges heat with the water in liquid line, to heat the water in liquid line.
Water energy after being heated in liquid line is enough circulated through liquid heating assemblies 2 and radiator 3, if liquid line
In water be heated to suitable temperature, then can not start liquid heating component 2, move the water to flow into heating curing in radiator 3
Kiln 5；If the water in liquid line is not heated to suitable temperature, it can star liquid heating assemblies 2 and water added
Heat moves the water to flow into heating curing kiln 5 in radiator 3 after the temperature for reaching suitable.
By the water that radiator 3 flows out be again introduced into liquid line by heat transferring medium pipeline by heating, after heating again
Liquid heating assemblies 2 and radiator 3 are flowed through, are constantly recycled according to this.
Further, solar energy heating component 1 further includes reversal valve 14, and reversal valve 14 includes that first outlet and second goes out
Mouthful；First outlet is connect with the entrance of heat transferring medium pipeline, the outlet of heat transferring medium pipeline and the entrance of solar thermal collector 12
Connection；Second outlet is connect with the entrance of solar thermal collector 12；The outlet of solar thermal collector 12, the second pump 13 and reversal valve
14 entrance is sequentially connected.
Wherein, when the temperature of oil is not up to suitable temperature, entering for second outlet and solar thermal collector 12 can be made
Mouth connection, oil constantly recycle in solar thermal collector 12, when sunray is in suitable solar energy irradiation level, oily temperature
Degree will be increased constantly, until can enable first outlet and heat transferring medium pipeline after the temperature of oil is increased to suitable temperature
Entrance connection, the outlet of heat transferring medium pipeline connect with the entrance of solar thermal collector 12, oily constantly in heat transferring medium pipeline
It is recycled between solar thermal collector 12, the oil that suitable temperature is heated to by solar thermal collector 12 enters heat transferring medium pipeline
In to heat the water in liquid line.
Reversal valve 14 can be added convenient for conveying the heat transferring medium for being suitble to temperature into heat transferring medium pipeline with improving solar energy
The heating effect of hot component 1 improves efficiency.Reversal valve 14 can be hand-operated direction valve 14, or solenoid directional control valve 14 etc.
Any suitable form.
Further, heating device further includes controller, and controller can obtain solar energy irradiation level, 14 entrance of reversal valve
Heat exchange medium temperature and liquid line outlet fluid temperature；In continuous preset time and solar energy irradiation level is greater than default
Solar energy irradiation level, and when the heat exchange medium temperature of 14 entrance of reversal valve is less than the first preset temperature, controller control second goes out
Mouth is connect with the entrance of solar thermal collector 12；When the heat exchange medium temperature of 14 entrance of reversal valve is greater than the first preset temperature,
Controller control first outlet is connect with the entrance of heat transferring medium pipeline；Fluid temperature in liquid line outlet is pre- less than second
If when temperature, controller controls liquid heating assemblies 2 and opens.
Wherein it is possible to solar energy irradiance detectors be arranged, around solar thermal collector 12 to obtain solar energy collection
Solar energy irradiation level around hot device 12, and it connect solar energy irradiance detectors with controller, it enables the controller to obtain
Take solar energy irradiation level.
Temperature detector 6, such as temperature sensor or thermometer etc. can be set in 14 entry position of reversal valve, to obtain
The heat exchange medium temperature of 14 entrance of reversal valve, and it connect temperature detector 6 with controller, it enables the controller to obtain commutation
The heat exchange medium temperature of 14 entrance of valve.
Temperature detector 6, such as temperature sensor or thermometer etc. can be set in liquid line outlet port, to obtain
Fluid temperature in liquid line outlet, and it connect temperature detector 6 with controller, it enables the controller to obtain liquid line
The fluid temperature of way outlet.
Under fine day mode, when controller receives in continuous preset time and solar energy irradiation level is greater than the default sun
When the signal of energy irradiation level, controller control second outlet is connect with the entrance of solar thermal collector 12, and controls the second pump 13
It opens, enters oil in solar thermal collector 12 and recycled, oil can be made to enter the sun in the case where illumination condition is suitble to
Thermal-arrest in energy heat collector 12.
Oily thermal-arrest for a period of time after, 14 entrance of reversal valve oil temperature be greater than the first preset temperature when, controller control
First outlet is connect with the entrance of heat transferring medium pipeline, and oil constantly recycles in heat exchanger 11 and solar thermal collector 12, and oil exists
It exchanges heat in heat exchanger 11 with the water in liquid line, the oil after heat exchange continues on to thermal-arrest in solar thermal collector 12.
Water in liquid line is by after oil heating, trickle pipeline, liquid line outlet fluid temperature less than the
When two preset temperatures, controller controls liquid heating assemblies 2 and opens, and liquid heating assemblies 2 carry out thermal compensation, is heated to water
Radiator 3 is flowed into after suitable temperature, it can caused solar heat be under the special weathers situations such as long-time rainy days
When sufficient, supplement is assisted to provide heat by liquid heating assemblies 2.
Using controller, oil can be automatically controlled and water exchanges heat under the suitable conditions, can be improved and use just
Victory, and can be improved the heating effect of heating device, reduce efficiency.
Further, controller can obtain the movement routine of sunray, and according to the movement routine control of sunray
Solar thermal collector 12 processed rotates, so that the light receiving surface of solar thermal collector 12 is arranged towards sunray.
Specifically, solar thermal collector 12 can be rotatably installed in mounting base, such as solar thermal collector 12 passes through ten thousand
It is mounted in mounting base to section or solar thermal collector 12 is mounted in mounting base by shaft.
Sunray direction detector can be set around solar thermal collector 12, to obtain solar thermal collector 12
Around sunray direction, and connect sunray direction detector with controller, so that controller constantly receives too
Sunray direction around positive energy heat collector 12, to obtain the movement routine of sunray.
Alternatively, tracing type solar thermal collector 12 can also be set by solar thermal collector 12.
In the present embodiment, solar thermal collector 12 is trough type solar heat-collector 12, and furthermore solar thermal collector 12 can also
By using it is any other it is suitable in the form of solar thermal collector 12, such as flat type solar heat collector 12.
It controls solar thermal collector 12 by controller to be rotated according to the movement routine of sun pipeline, to track sunlight
Line can be improved the collecting efficiency of solar thermal collector 12, enhance Heat-collecting effect.
Further, solar energy heating component 1 further includes expansion device 15, the setting of expansion device 15 the second pump 13 with change
Between heat medium pipeline.
After the heating of solar thermal collector 12, oil pressure may change oil, in the second pump 13 and heat transferring medium
Expansion device 15 is set between pipeline, the pressure in second circulation pipeline can be made to stablize, compensator or trimmer pressure impact improves solar energy
The stability of heating component 1.
Heating device provided in this embodiment, including solar energy heating component 1, liquid heating assemblies 2, radiator 3 and
One pump 4；Radiator 3 includes heat exchanger 11,12 and of solar thermal collector for solar energy heating component 1 to be arranged in curing kilns 5
Second pump 13；Heat exchanger 11 includes liquid line and heat transferring medium pipeline；Liquid line, liquid heating assemblies 2,3 and of radiator
First pump 4 connects and forms first circulation circuit；Heat transferring medium pipeline, solar thermal collector 12 and the second pump 13 are connected and are formed
Second circulation circuit.Wherein, after the thermal energy of the absorption of solar energy heating component 1 sun, it can heat and flow through solar energy heating component 1
Liquid, if liquid by solar energy heating component 1 heat after can reach suitable temperature, radiator 3 can be sent into
In curing kilns 5 are heated, if liquid by solar energy heating component 1 heat after have not been able to reach suitable temperature,
It can star liquid heating assemblies 2 liquid is continued to heat, so that liquid is sent into radiator 3 after reaching suitable temperature
In.Since liquid heating assemblies 2 heat liquid, belong to non-pressure vessel, can reduce use cost and safety compared with
Height takes full advantage of clean energy resource in addition, heating using solar energy heating component 1 to liquid, can reduce environment dirt
Dye, and liquid is heated to suitable temperature by solar energy heating component 1 and the cooperation of liquid heating assemblies 2, can help liquid
Heating device energy-saving and emission-reduction, to make that the use cost of heating device reduces, energy consumption reduces and improves environmental-protecting performance.
Embodiment 2
Apparatus for concrete member curing device provided in this embodiment, the heating dress provided including curing kilns 5 and embodiment 1
It sets.
Wherein, after the thermal energy of the absorption of solar energy heating component 1 sun, the liquid for flowing through solar energy heating component 1 can be heated
Body, if liquid can reach suitable temperature after being heated by solar energy heating component 1, it is right in radiator 3 to be sent into
Curing kilns 5 are heated, can be with if liquid has not been able to reach suitable temperature after being heated by solar energy heating component 1
Start liquid heating component 2 continues to heat to liquid, so that liquid is sent into radiator 3 after reaching suitable temperature.By
Liquid is heated in liquid heating assemblies 2, belongs to non-pressure vessel, use cost is can reduce and safety is higher, this
Outside, liquid is heated using solar energy heating component 1, takes full advantage of clean energy resource, can reduce environmental pollution, and
Liquid is heated to suitable temperature by solar energy heating component 1 and the cooperation of liquid heating assemblies 2, can help liquid heating
Energy-saving and emission-reduction, to make that the use cost of apparatus for concrete member curing device reduces, energy consumption reduces and improves environmental-protecting performance.
Further, temperature detector 6 is equipped in curing kilns 5, temperature detector 6 can be thermometer or temperature sensor
Etc. any suitable form, for detecting the temperature in curing kilns 5, when the temperature in curing kilns 5 is lower than third preset temperature,
The first pump 4 is opened, the liquid for being suitble to temperature is made to flow into heating curing kiln 5 in radiator 3.
Wherein, the first pump 4 of unlatching can use the temperature in artificial observation curing kilns 5, and progress is manually opened, and according to feelings
Condition operates solar energy heating component 1 and liquid heating assemblies 2；Also it can use controller, controller is connect with temperature detector 6
To obtain the temperature in curing kilns 5, when the temperature in curing kilns 5 is lower than third preset temperature, the first pump 4 of controller control is opened
It opens, and controller control solar energy heating component 1 and liquid heating assemblies 2 work, and please specifically participate in embodiment 1, this
Place repeats no more, to achieve the purpose that curing concrete component.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (9)
1. a kind of heating device, which is characterized in that including solar energy heating component (1), liquid heating assemblies (2), radiator (3)
With the first pump (4)；
The radiator (3) is for being arranged in curing kilns (5)；
The solar energy heating component (1) includes heat exchanger (11), solar thermal collector (12) and the second pump (13)；
The heat exchanger (11) includes liquid line and heat transferring medium pipeline；
The liquid line, the liquid heating assemblies (2), the radiator (3) and first pump (4) connect and form the
One circulation loop；The heat transferring medium pipeline, the solar thermal collector (12) and second pump (13) connect and form the
Two circulation loops.
2. heating device according to claim 1, which is characterized in that the solar energy heating component (1) further includes commutation
Valve (14), the reversal valve (14) includes first outlet and second outlet；
The first outlet is connect with the entrance of the heat transferring medium pipeline, the outlet of the heat transferring medium pipeline and the sun
The entrance connection of energy heat collector (12)；
The second outlet is connect with the entrance of the solar thermal collector (12)；
The entrance of the outlet of the solar thermal collector (12), second pump (13) and the reversal valve (14) is sequentially connected.
3. heating device according to claim 2, which is characterized in that the heating device further includes controller, the control
Device processed can obtain the liquid temperature of solar energy irradiation level, the heat exchange medium temperature of reversal valve (14) entrance and liquid line outlet
Degree；
In continuous preset time and solar energy irradiation level is greater than default solar energy irradiation level, and the reversal valve (14) entrance
When heat exchange medium temperature is less than the first preset temperature, the controller controls the second outlet and the solar thermal collector
(12) entrance connection；
When the heat exchange medium temperature of the reversal valve (14) entrance is greater than the first preset temperature, the controller control first goes out
Mouth is connect with the entrance of the heat transferring medium pipeline；
When the fluid temperature that the liquid line exports is less than the second preset temperature, the controller controls the liquid heating
Component (2) is opened.
4. heating device according to claim 3, which is characterized in that the controller can obtain the movement of sunray
Path, and the solar thermal collector (12) is controlled according to the movement routine of sunray and is rotated, so that the solar energy heating
The light receiving surface of device (12) is arranged towards sunray.
5. heating device according to claim 1, which is characterized in that the solar energy heating component (1) further includes expansion
Device (15), expansion device (15) setting is between second pump (13) and the heat transferring medium pipeline.
6. heating device according to claim 1, which is characterized in that the heat transferring medium in the second circulation circuit is
Oil.
7. heating device according to claim 1 to 6, which is characterized in that liquid heating assemblies (2) are normal pressure
Hot-water boiler or electric heater.
8. a kind of apparatus for concrete member curing device, which is characterized in that including any one of curing kilns (5) and claim 1-7
The heating device.
9. apparatus for concrete member curing device according to claim 8, which is characterized in that be equipped with temperature in the curing kilns (5)
It spends detector (6).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821416411 | 2018-08-30 | ||
| CN2018214164119 | 2018-08-30 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208323749U true CN208323749U (en) | 2019-01-04 |
Family
ID=64834465
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822017746.XU Active CN208323749U (en) | 2018-08-30 | 2018-12-04 | Heating device and apparatus for concrete member curing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208323749U (en) |
-
2018
- 2018-12-04 CN CN201822017746.XU patent/CN208323749U/en active Active
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