CN207169068U - Solar-powered thermal solution regeneration system - Google Patents
Solar-powered thermal solution regeneration system Download PDFInfo
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- CN207169068U CN207169068U CN201720607548.1U CN201720607548U CN207169068U CN 207169068 U CN207169068 U CN 207169068U CN 201720607548 U CN201720607548 U CN 201720607548U CN 207169068 U CN207169068 U CN 207169068U
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Abstract
The utility model discloses a kind of solar-powered thermal solution regeneration system, including：Cell body；Thermal-arrest component；The liquid separation component being arranged on below thermal-arrest component；It is arranged on below liquid separation component and is spaced the transmission dry component of a pre-determined distance；Wherein, the thermal-arrest component, liquid separation component, transmission dry component are both configured to tilt a predetermined angle, multiple shower nozzles that the liquid separation component is set by being spaced pre-determined distance thereon, by the spray solution to be regenerated after being heated in liquid separation component to transmission dry component；The transmission output of the transmission dry component is provided with so that the crystallization being driven on dry component is scraped to the scraper plate in default container.The utility model provides a kind of solar-powered thermal solution regeneration system, it generates crystallization by thermal-arrest component and transmission dry component in regenerative process, and then two concentrated solution, solid crystal products are formed by changing regeneration principle, the crystallization dehumidizer obtained can then preserve for a long time.
Description
Technical field
A kind of, building energy conservation comfortable in architecture indoor is the utility model is related to, is used in the case of renewable energy utilization
Regenerative system.More specifically, it is comfortable to the utility model is related to a kind of architecture indoor that is used in, building energy conservation, regenerative resource profit
Solar-powered thermal solution regeneration system in the case of and.
Background technology
Current solution regeneration techniques, regenerated mostly using heating power, i.e., by heat dilute solution, make moisture evaporation therein
And separate, so as to improve solution concentration, reach the purpose of regeneration, at the same time also there are the two kinds of skills that can not yet promote in batches
Art：First, ultrasonic atomization regeneration techniques：Weak solution is shaken using ultrasonic wave so that form fine droplet, and use
High-speed air purges.Because the state of solution and water separation will be presented in fine droplet, and because the proportion of solution is more than water, in height
Concentrated solution and the phenomenon of water droplet separation are will appear from during fast air purging, so as to improve solution concentration, reaches the purpose of regeneration；Second,
Film permeates regeneration techniques：Using technologies such as milipore filter, membrane distillations, pass through the molecule for being only capable of allowing water vapour molecule to pass through on membranous wall
Sieve separation hydrone and solution, so as to improve solution concentration, reach the purpose of regeneration.
Above-mentioned three kinds in the prior art, and second, third kind of technology not yet reaches the degree of mature industry, and the first skill
Art then involves mode of heating problem.In existing mode of heating, the heating for solution still uses more traditional metal
Heater, pass through the thermal source heated solution of higher temperature so that the moisture evaporation in solution.The technology has following key to ask
Topic：
First, heating-up temperature is too high：Because all kinds of metal heaters are that tradition using forced heat-exchanging as operation principle is set
Count, therefore need higher temperature as thermal source, therefore cause all kinds of regenerative resources must to use by lifting temperature
The result of (heat pump techniques or rear heating technique).Its direct result is can not effectively to utilize such as solar energy, low-temperature waste heat
Etc. the low frequency temperature-heat-source of type；
Second, heating component corrosion：Because the corrosion resistance of METAL HEATING PROCESS component is poor, and moisture absorption class solution
The mostly Nacl such as active high corrosion liquid of the chemical property such as lithium chloride, calcium chloride, lithium bromide, therefore cause heating unit device
The problem of service life of part is too short, and maintenance cost is high.Some then bring cost is too high to ask using the means of resistant material
Topic；
Third, another feature of above-mentioned regenerative process is exactly to be only capable of accomplishing to be changed solution concentration, and can not accomplish
The crystallization degree of higher energy storage capability.Because the solution dilution that dehumidification process can be done typically is only capable of dropping solution concentration
Low 5-10%, regenerative process are also concentrated in this ratio mostly.The ratio also imply that more than 90% solution be actually not
Participate in dehumidification process and only repeatedly participation solution circulation.All container, system and ends involved by according to solution circulation total amount
End is only capable of changing service for 5-10% solution concentration, and its system effectiveness has great limitation.And improve solution concentration and use up
Pipe can increase substantially the service efficiency of system, its side effect be then using liquid system as in the method for operation designed by principle,
By the operation of the system of destruction if occurring crystallizing.The concentrated solution of excessive concentration also has kinematic viscosity too high, influences system operation
The side effect of safety；
Fourth, because the collection of liquid solution is stored at present using closed cycle, i.e. initial procedure and regenerative process
End equipment connection in a system, regenerated while dehumidifying, and be furnished with limited buffer unit.Whole system
Coverage limited by system conveying capacity, it is excessive, economy is lost due to above-mentioned solution concentration, it is too small
Then higher economic rationality can not be provided because periphery is available for the erection space for gathering solar energy limited.
Utility model content
A purpose of the present utility model is that solve at least the above and/or defect, and provides and at least will be described later
The advantages of.
The utility model also has a purpose to be to provide a kind of solar-powered thermal solution regeneration system, and it passes through thermal-arrest component
Undesirable root problem is commercialized at present to solve solar-powered thermal regeneration, i.e., regeneration, which is paid no attention to, thinks over a problem, and improves cost performance；It is logical
Cross transmission dry component and crystallization is generated in regenerative process so that energy reserve is completed in a manner of efficient crystal, and then is caused
Solution to be regenerated is more prone to its crystallization by the first heating of thermal-arrest component, and the reheating of transmission dry component
Disengage, and then two concentrated solution, solid crystal products are formed by changing regeneration principle, the crystallization dehumidizer obtained then can be with
It is long-term to preserve, or the carrying of relatively large distance.
In order to realize according to these purposes of the present utility model and further advantage, there is provided a kind of solar-powered thermal solution is again
Raw system, including：
For accommodating the cell body of solution to be regenerated；
For converting solar energy into the thermal-arrest component of heat energy；
It is arranged on below thermal-arrest component with by liquid separation component of the solution elevating to be regenerated in cell body to heat；
It is arranged on below liquid separation component and is spaced the transmission dry component of a pre-determined distance；
Wherein, the thermal-arrest component, liquid separation component, transmission dry component are both configured to tilt a predetermined angle, described
Multiple shower nozzles that liquid separation component is set by being spaced pre-determined distance thereon, by the spray solution to be regenerated after being heated in liquid separation component
To transmission dry component；
The transmission direction of the transmission dry component is configured as flow direction with solution on the contrary, and its transmission output
It is provided with so that the crystallization being driven on dry component is scraped to the scraper plate in default container.
Preferably, wherein, the thermal-arrest component is configured as solar energy heating cover plate.
Preferably, wherein, the liquid separation component includes：
The elevator pump being arranged in cell body；
It is arranged on the more separating tubes that another pre-determined distance is spaced on thermal-arrest component；
The riser tubing being connected respectively with elevator pump, separating tube；
Wherein, each shower nozzle is separately positioned on separating tube.
Preferably, wherein, the transmission dry component includes：
Transmission belt, it is provided with the lines that can accommodate crystallization；
It is arranged on below transmission belt and the heating arrangements of a default spacing is kept with it, and then forms and steam in drive belt surface
Fermentation.
Preferably, wherein, the heating arrangements are configured as adding with the capillary that water circulation residual neat recovering system is connected
Heat engine structure；
The capillary heating mechanism includes：
A pair of mains being connected with water circulation residual neat recovering system；
It is arranged between a pair of mains so that its multiple plastic capillary for leading to；
For accommodating the plastics conduction vanes of each plastic capillary；
Wherein, it is provided with the plastics conduction vanes to carry out spacing and heat transfer heat-conducting layer to plastic capillary.
Preferably, wherein, the transmission dry component also includes, and the gauze that is arranged on above transmission belt or has aperture
Cover plate.
Preferably, wherein, in addition to：
With the device of taking shelter from rain blocked automatically to each part of solar-powered thermal solution regeneration system in the rainy day.
Preferably, wherein, the device of taking shelter from rain includes：
Controlling organization；
With the rain sensor of controlling organization communication connection；
Be arranged on solar-powered thermal solution regeneration system side blocks component；
The executing agency electrically connected with blocking component；
Wherein, the executing agency is communicatively connected to controlling organization, and the component that blocks includes that side can be preset along mounting surface
To the first telescopic component of slip, second telescopic component of first telescopic component one end is arranged on, is arranged on the first telescopic component
And second telescopic component outer surface waterproof barrier bed.
Preferably, wherein, first telescopic component and the second telescopic component include：
Be configured as taking the shape of the letter U multiple first skeletons of structure, the second skeleton；
The first skeleton, the second skeleton are connected respectively to form the first telescopic component, the multiple of the second telescopic component stretch
Frame；
Wherein, each first skeleton, the second skeleton are both configured to hollow structure, and positioned at the first skeleton for sliding side
Bottom is connected by way of pivot joint with the second skeleton.
The utility model comprises at least following beneficial effect：First, the utility model solves the sun by thermal-arrest component
Energy heating power regeneration is commercialized undesirable root problem at present, i.e., regeneration, which is paid no attention to, thinks over a problem, and improves cost performance；By being driven drying
Component generates crystallization in regenerative process so that energy reserve is completed in a manner of efficient crystal, and then causes solution to be regenerated
By the first heating of thermal-arrest component, and the reheating of transmission dry component, its crystallization is set to be more prone to disengage, Jin Ertong
To cross change regeneration principle and form two concentrated solution, solid crystal products, the crystallization dehumidizer obtained can then preserve for a long time, or
The carrying of relatively large distance.
Second, transmission dry component of the present utility model, it on solar-powered thermal regenerating unit by using plastics material
Material heating, solves the problems, such as that conventional metals heating element is not corrosion-resistant, while by using plastic capillary low on generating apparatus again
The mode of grade energy sources for heating so that the energy grade required for solution regeneration declines to a great extent.
Further advantage, target and feature of the present utility model embody part by following explanation, and part will also pass through
Research of the present utility model and practice are understood by the person skilled in the art.
Brief description of the drawings
Fig. 1 is the composition structural representation of solar-powered thermal solution regeneration system in one embodiment of the present utility model；
Fig. 2 is the structural representation of heating arrangements in another embodiment of the present utility model；
Fig. 3 is partial cross section's structural representation of heating arrangements in another embodiment of the present utility model；
Fig. 4 is the structural representation of device of being taken shelter from rain in another embodiment of the present utility model.
Embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings, to make those skilled in the art with reference to explanation
Book word can be implemented according to this.
It should be appreciated that such as " having ", "comprising" and " comprising " term used herein do not allot one or more
The presence or addition of individual other elements or its combination.
Fig. 1 shown according to a kind of solar-powered thermal solution regeneration system of the present utility model, including：
For accommodating the cell body 1 of solution to be regenerated, while it is anti-that the weak solution after dehumidifying can be made to add non-crystalline portion solution
Multiple circulation, until crystallization；
For converting solar energy into the thermal-arrest component 2 of heat energy；
It is arranged on below thermal-arrest component with by liquid separation component 3 of the solution elevating to be regenerated in cell body to heat；
It is arranged on below liquid separation component and is spaced the transmission dry component 4 of a pre-determined distance；
Wherein, the thermal-arrest component, liquid separation component, transmission dry component are both configured to tilt a predetermined angle, and it is made
With being to receive sunlight by using inclined planar, while weak solution is allowed uniformly to flow downward, the liquid separation component passes through thereon
Multiple shower nozzles 5 that pre-determined distance is set are spaced, by the spray solution to be regenerated after being heated in liquid separation component to being driven dry component
On, the mode weak solution sprayed by shower nozzle uniformly can be distributed on evaporating surface；
The transmission direction of the transmission dry component is configured as the flow direction with solution on the contrary, it is by using conveying
Band is to upper (lower) rotation so that the crystal salt dried constantly leaves evaporating surface, and its transmission output be provided with will transmission it is dry
Crystallization 7 on dry component is scraped to the scraper plate 6 in default container 8, on conveyer belt top by scraper plate fractional crystallization salt, with powdery side
Formula is collected to crystallization.Technical scheme is generating apparatus is designed to again by solution used by using this scheme the utility model
For the tilting telecontrol equipment similar to belt conveyer device, while increase plastic capillary heating surface in lower section so that solution
Heating is carried out from above and below simultaneously, the concentration of increase solution, the ability of crystallization, while reduces the temperature of heat source so that
Solar energy heating regeneration efficiency improves；
After weak solution spray pattern, the direction of motion (upward) of tilting conveyer belt and the flow direction (downward) of solution
Into opposite direction.The solution to flow downward is returned in the solution tank of bottom, lifts solution compartment system again by solution pump
In, conveyer belt is sprayed repeatedly, in heating process, the moisture in solution constantly evaporates disengaging solution, and by circulation air band
Walk；
Crystal salt on conveyer belt is constantly scraped off conveyer belt by the scraper plate at the top of conveyer belt, and is collected into container.This
Utility model is commercialized undesirable root problem at present by thermal-arrest component to solve solar-powered thermal regeneration, i.e. regeneration is paid no attention to
Think over a problem, improve cost performance；Crystallization is generated in regenerative process by being driven dry component so that energy reserve is with efficient brilliant
Body mode is completed, and then causes first heating of the solution to be regenerated by thermal-arrest component, and the secondary of transmission dry component adds
Heat, make its crystallization be more prone to disengage, and then two concentrated solution, solid crystal products are formed by changing regeneration principle, obtained
Crystallization dehumidizer can then preserve for a long time, or the carrying of relatively large distance, have can implementation result it is good, it is workable, surely
It is qualitative good, the good benefit of adaptability.Also, this mode is a kind of explanation of preferred embodiments, but is not limited thereto.
When implementing the utility model, appropriate replacement and/or modification can be carried out according to user's demand.
In another example, the thermal-arrest component is configured as solar energy heating cover plate.Passed through too using this scheme
Positive energy thermal-arrest cover plate realizes the utilization to solar energy, so that the effects of energy conservation and environmental protection of regenerative system reaches use and environmental requirement,
With can implementation result it is good, workable, adaptability is good, the benefit of energy-conserving and environment-protective.Also, this mode is one kind
The explanation of preferred embodiments, but be not limited thereto.When implementing the utility model, can be carried out suitably according to user's demand
Replace and/or change.
As shown in figure 1, in another example, the liquid separation component includes：
The elevator pump 9 being arranged in cell body, it is used in the solution elevating to be regenerated in cell body to liquid separation component, so that
Solar heat-collection plate is heated for the first time to it；
The more separating tubes 11 that another pre-determined distance is spaced on thermal-arrest component are arranged on, it is used to absorb solar energy heating group
The heat that part passes over；
The riser tubing (not shown) being connected respectively with elevator pump, separating tube, it is used for solution elevating to be regenerated to each
In separating tube；
Wherein, each shower nozzle is separately positioned on separating tube, and it to wait the possible shower nozzle of actified solution uniformly to paint extremely
Dry component surface is driven, to pass through transmission dry component.Using this scheme solar energy is made full use of to again
In raw system, with make it have can implementation result it is good, workable, strong adaptability can benefit.Also, this mode is only
It is a kind of explanation of preferred embodiments, but is not limited thereto.When implementing the utility model, can be carried out according to user's demand
Appropriate replacement and/or modification.
As shown in figure 1, in another example, the transmission dry component includes：
Transmission belt 10, the lines that can accommodate crystallization is provided with, the lines that can accommodate crystallization is provided with conveyer belt,
In order to the transmission of crystallization；
It is arranged on below transmission belt and the heating arrangements 12 of a default spacing is kept with it, and then is formed in drive belt surface
Evaporating surface, its heating surface formed by being provided with plastic capillary below conveyer belt, with uniform heated transportation band so that knot
Brilliant speed increase.Using this scheme, uncrystallized concentrated solution continues to flow downwards in heating process, and in conveyer belt table
The crystal salt that face crystallizes then is brought towards top by the lines on conveyer belt so that can be added in regenerative system by two-stage
The mode of heat is treated actified solution and regenerated, and regeneration effect is more preferable, and energy-saving effect is stronger, so that make it have can implementation result
It is good, workable, adaptable benefit.Also, this mode is a kind of explanation of preferred embodiments, but not office
It is limited to this.When implementing the utility model, appropriate replacement and/or modification can be carried out according to user's demand.
As Figure 2-3, in another example, the heating arrangements are configured as connecting with water circulation residual neat recovering system
The capillary heating mechanism connect；
The capillary heating mechanism includes：
A pair of main (not shown) being connected with water circulation residual neat recovering system；
It is arranged between a pair of mains so that its multiple plastic capillary 13 for leading to；
For accommodating the plastics conduction vanes 14 of each plastic capillary；
Wherein, it is provided with the plastics conduction vanes to carry out spacing and heat transfer heat-conducting layer to plastic capillary
15, it is used to heat caused by heating arrangements passing to transmission belt rapidly, quickly to carry out the heating of the second level, lifting regeneration
Efficiency.Using this scheme its by solar-powered thermal regenerating unit use plastic material heat, solve conventional metals add
The problem of pyrogen part is not corrosion-resistant, while by way of again on generating apparatus using the heating of plastic capillary low-grade energy, make
Energy grade required for solution regeneration declines to a great extent, have can implementation result it is good, workable, good favourable of stability
Part.Also, this mode is a kind of explanation of preferred embodiments, but is not limited thereto., can when implementing the utility model
To carry out appropriate replacement and/or modification according to user's demand.
In another example, the transmission dry component also includes, and the gauze that is arranged on above transmission belt or has hole
The cover plate (not shown) in footpath, its role is to avoid solution dirty by setting micropore cover plate (gauze) above evaporating surface
Dye.Using this scheme have can implementation result it is good, workable, the good benefit of stability.Also, this mode is only
It is a kind of explanation of preferred embodiments, but is not limited thereto.When implementing the utility model, can be carried out according to user's demand
Appropriate replacement and/or modification.
As shown in figure 4, in another example, in addition to：
With the device 16 of taking shelter from rain blocked automatically to each part of solar-powered thermal solution regeneration system in the rainy day, it is made
Be by the rainy day equipment block automatically to avoid polluting.Using this scheme under different operating environment, it is ensured that again
Each component of raw system is protected, can have and automate all the time under excellent working condition, hommization,
Can the good benefit of implementation result.Also, this mode is a kind of explanation of preferred embodiments, but is not limited thereto.
When implementing the utility model, appropriate replacement and/or modification can be carried out according to user's demand.
As shown in figure 4, in another example, the device of taking shelter from rain includes：
Controlling organization 17；
With the rain sensor 18 of controlling organization communication connection, it is used to be monitored working environment, and it is limited to rainfall
Sensor, the context sensing devices such as temperature sensor, temperature sensor can also be included；
Be arranged on solar-powered thermal solution regeneration system side blocks component 19, and it is used in harsh environments to again
Each component in raw system is protected, so that its working life increases, prevents corrosion of the harsh environments to component devices；
The executing agency 20 electrically connected with blocking component, it, which is used to promote or retracted, blocks component so that it is to regenerative system
In equipment blocked or displayed；
Wherein, the executing agency is communicatively connected to controlling organization, and it is used in the presence of control signal, and control performs
The working condition of mechanism, first telescopic component for blocking component and including to slide along mounting surface preset direction, it is used for
Regenerative system internal unit is blocked in horizontal direction, is arranged on second telescopic component of first telescopic component one end, its
For being blocked in vertical direction to regenerative system internal unit, it is arranged on outside the first telescopic component and the second telescopic component
The waterproof barrier bed on surface.Using this scheme have can implementation result it is good, workable, stability is good, intelligence degree
Height, the benefit of service life of equipment length.Also, this mode is a kind of explanation of preferred embodiments, but is not limited to
This.When implementing the utility model, appropriate replacement and/or modification can be carried out according to user's demand.
As shown in figure 4, in another example, first telescopic component and the second telescopic component include：
Be configured as taking the shape of the letter U multiple first skeletons 21 of structure, the second skeleton 22；
The first skeleton, the second skeleton are connected respectively to form the first telescopic component, the multiple of the second telescopic component stretch
Frame 23；
Wherein, each first skeleton, the second skeleton are both configured to hollow structure, and it is used to reduce equipment self-weight, with
Make that its execution action is more smooth, and the speed blocked is more excellent and the power that uses is smaller, and positioned at the first skeleton for sliding side
Bottom is connected by way of pivot joint with the second skeleton.Telescopic component is defined using this scheme, that can have
More excellent adaptability, the benefit of more preferable stability.Also, this mode is a kind of explanation of preferred embodiments, but simultaneously
It is not limited to this.When implementing the utility model, appropriate replacement and/or modification can be carried out according to user's demand.
The purpose of this utility model can be by a kind of method using the solar-powered thermal solution regeneration system come real
It is existing, including：
Actified solution is treated by liquid separation component to be lifted；
The solution to be regenerated in lifting process is heated for the first time by thermal-arrest component；
By the shower nozzle in liquid separation component by spray solution to be regenerated to dry component surface is driven, carry out second and add
Heat, to disengage corresponding crystallized product；
The crystallized product on transmission dry component is collected by scraper plate.Using this scheme solution regeneration cycle
In, solution pump constantly extracts weak solution from the top of solution tank, is transported to solution compartment system；And flowed downward by conveyer belt
Solution, heating power regeneration in the presence of, lost partial moisture and be concentrated.The partial concentration solution passes back into solution tank
Afterwards, because its proportion is larger, it will sink to solution trench bottom；From the solution of bottom collection by with higher concentration；To improve
Crystallizing power, can control solution recycle system to extract the concentration of solution, and its method is to change the suction of solution tank internal circulation system
Mouthful position, closer to bottom, solution concentration is bigger for suction inlet position, have can implementation result it is good, workable, adaptability
Good, easy to spread benefit.Also, this mode is a kind of explanation of preferred embodiments, but is not limited thereto.In reality
When applying the utility model, appropriate replacement and/or modification can be carried out according to user's demand.
The equipment scheme that the utility model is provided, it can be transformed into southern high-temperature area by solar energy dense molten
Liquid, so as to realize high density, the storage of solar energy across season so that in the huge air conditioning energy consumption of southern high-temperature high humidity Area during Summer
The dehumidifying energy consumption more than 50% is accounted for decline to a great extent.
Because the equipment devises crystal salt storge quality, solution can be regenerated, stored, carried and dehumidifying apply when
Between and place on separate, and the performance for solar energy dehumidifying using will be particularly important.Because summer dehumidification mostly occurs
In overcast and rainy season, belong to the solar energy rare period, therefore --- use can not be simultaneously for conveying --- storage --- for solar energy collecting
Carry out.Also disproportionate between the energy requirement density and the energy density of solar energy that dehumidify in addition, solar energy is day and night
Interval also causes the solar energy that dehumidifying can not be completely dependent on collecting immediately to complete.And will often be completely counterbalanced by can for the cost of concurrent heating
The advantage of renewable sources of energy equipment.
After the equipment, due to the design of crystal salt collection so that the output of solution regeneration becomes far above solution
The crystal salt of energy storage densities, while crystal salt also serves as the chemical energy that solar energy is transformed long-term storage, long distance
From the ability of carrying.This make it that the regeneration of solar energy solution can not be limited by the time of purposes of dehumidifying, place and be run, such as in the spring
Season can be in liberal supply in solar energy, and the period for not having corresponding load but largely prepares crystal salt, then stores
For summer high temperature high humidity season and overcast and rainy season.Same solution crystallization can also be completed in the place away from user, then lead to
Cross conveying crystal salt and dehumidifying effect is shipped to required occasion.
In the case where fully being converted solar energy into using which as crystal salt, crystal salt just becomes one kind to change
Learn " secondary energy sources " that energy mode stores solar energy：It can be used for alleviating first causes Chinese a large amount of city summer electricity consumptions at present
Plateau problem.At the end of spring and the beginning of summer or other occasions for being easy to gather solar energy largely prepare crystal salt, and in hot and humid season
Dehumidifying energy consumption is greatly reduced in section, will bring extremely considerable economic benefits.
Meanwhile the equipment is actually the tow taste heat that make use of solar energy to be provided using the principle of solar energy, and
The utilization of tow taste heat is equally valuable in other occasions, such as the waste heat used heat of factory.For the nothing due to limitation hotspot stress
Method for a large amount of used heat caused by summer, is tied in all kinds of steam power plants of summer performance effect and production technology for preparing
Brilliant salt simultaneously stores for a long time, so as to reduce Initial Energy in summer peak of power consumption, will bring great economic value.
Number of devices and treatment scale described herein are for simplifying explanation of the present utility model.To the utility model
Solar-powered thermal solution regeneration system and its application of application process, modifications and variations be to one skilled in the art
Obviously.
Although embodiment of the present utility model is disclosed as above, it is not restricted in specification and embodiment
Listed utilization.It can be applied to various suitable fields of the present utility model completely.For those skilled in the art,
Other modification is easily achieved.Therefore under the universal limited without departing substantially from claim and equivalency range, this reality
Specific details is not limited to new and shown here as the legend with description.
Claims (9)
- A kind of 1. solar-powered thermal solution regeneration system, it is characterised in that including：For accommodating the cell body of solution to be regenerated；For converting solar energy into the thermal-arrest component of heat energy；It is arranged on below thermal-arrest component with by liquid separation component of the solution elevating to be regenerated in cell body to heat；It is arranged on below liquid separation component and is spaced the transmission dry component of a pre-determined distance；Wherein, the thermal-arrest component, liquid separation component, transmission dry component are both configured to tilt a predetermined angle, the liquid separation Multiple shower nozzles that component is set by being spaced pre-determined distance thereon, by the spray solution to be regenerated after being heated in liquid separation component to biography On dynamic dry component；The transmission direction of the transmission dry component is configured as the flow direction with solution on the contrary, and its transmission output setting Have so that the crystallization being driven on dry component is scraped to the scraper plate in default container.
- 2. solar-powered thermal solution regeneration system as claimed in claim 1, it is characterised in that the thermal-arrest component is configured as Solar energy heating cover plate.
- 3. solar-powered thermal solution regeneration system as claimed in claim 1, it is characterised in that the liquid separation component includes：The elevator pump being arranged in cell body；It is arranged on the more separating tubes that another pre-determined distance is spaced on thermal-arrest component；The riser tubing being connected respectively with elevator pump, separating tube；Wherein, each shower nozzle is separately positioned on separating tube.
- 4. solar-powered thermal solution regeneration system as claimed in claim 1, it is characterised in that the transmission dry component bag Include：Transmission belt, it is provided with the lines that can accommodate crystallization；It is arranged on below transmission belt and the heating arrangements of a default spacing is kept with it, and then forms and evaporate in drive belt surface Face.
- 5. solar-powered thermal solution regeneration system as claimed in claim 4, it is characterised in that the heating arrangements are configured as The capillary heating mechanism being connected with water circulation residual neat recovering system；The capillary heating mechanism includes：A pair of mains being connected with water circulation residual neat recovering system；It is arranged between a pair of mains so that its multiple plastic capillary for leading to；For accommodating the plastics conduction vanes of each plastic capillary；Wherein, it is provided with the plastics conduction vanes to carry out spacing and heat transfer heat-conducting layer to plastic capillary.
- 6. solar-powered thermal solution regeneration system as claimed in claim 4, it is characterised in that the transmission dry component also wraps Include, the gauze being arranged on above transmission belt or the cover plate with aperture.
- 7. solar-powered thermal solution regeneration system as claimed in claim 1, it is characterised in that also include：With the device of taking shelter from rain blocked automatically to each part of solar-powered thermal solution regeneration system in the rainy day.
- 8. solar-powered thermal solution regeneration system as claimed in claim 7, it is characterised in that the device of taking shelter from rain includes：Controlling organization；With the rain sensor of controlling organization communication connection；Be arranged on solar-powered thermal solution regeneration system side blocks component；The executing agency electrically connected with blocking component；Wherein, the executing agency is communicatively connected to controlling organization, and the component that blocks includes to slide along mounting surface preset direction The first dynamic telescopic component, second telescopic component of first telescopic component one end is arranged on, is arranged on the first telescopic component and The waterproof barrier bed of two telescopic component outer surfaces.
- 9. solar-powered thermal solution regeneration system as claimed in claim 8, it is characterised in that first telescopic component and Two telescopic components include：Be configured as taking the shape of the letter U multiple first skeletons of structure, the second skeleton；The first skeleton, the second skeleton are connected to form multiple expansion brackets of the first telescopic component, the second telescopic component respectively；Wherein, each first skeleton, the second skeleton are both configured to hollow structure, and positioned at the first skeleton bottom for sliding side It is connected by way of pivot joint with the second skeleton.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720607548.1U CN207169068U (en) | 2017-05-25 | 2017-05-25 | Solar-powered thermal solution regeneration system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720607548.1U CN207169068U (en) | 2017-05-25 | 2017-05-25 | Solar-powered thermal solution regeneration system |
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| Publication Number | Publication Date |
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| CN207169068U true CN207169068U (en) | 2018-04-03 |
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