CN204902450U - High -efficient solar drying room - Google Patents
High -efficient solar drying room Download PDFInfo
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- CN204902450U CN204902450U CN201520458173.8U CN201520458173U CN204902450U CN 204902450 U CN204902450 U CN 204902450U CN 201520458173 U CN201520458173 U CN 201520458173U CN 204902450 U CN204902450 U CN 204902450U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
Abstract
The utility model discloses a high -efficient solar drying room, including house framework, fix house framework go up and constitute the wall body in stoving room and the printing opacity insulation panel of top surface printing opacity insulation panel's inboard be fixed with even hot plate, even hot plate constitute by ceramic solar panel, ceramic solar panel's cavity when being linked together through the pipeline with outside temperature control mechanism intercommunication, simultaneously the top surface on set up controllable gas vent. The utility model discloses a stoving room adopts built -in ceramic solar panel, will give off the house with thermal -radiating form by solar energy conversion's heat is direct inside, optimized the joining effect, make its more be close present stoving environment, simultaneously, because ceramic solar panel itself has good light and heat convertibility and thermal conductivity, adopt printing opacity heat insulating glass and the design of outside insulated building formula, the effect of continuously drying in night can be guaranteed to dual heat preservation effect.
Description
Technical field
The utility model relates to drying technology field, particularly relates to a kind of high-efficiency solar baking room.
Background technology
At present, China's most attention exploitation solar water heater product, the product of solar energy optical-thermal comprehensive utilization is not then a lot.
Chinese patent CN103162428 discloses a kind of solar energy hot air dries heating plant, is mainly made up of parts such as double layer light transmission heat-protecting glass, heat-absorbing material coating, aluminium alloy box-frame, adiabator layer, solar opto-electronic board, mini fans.Wherein double layer light transmission heat-protecting glass printing opacity does not conduct heat, and heat-absorbing material spary is on the inner surface and adiabator layer of aluminium alloy box-frame.
Although above-mentioned patent efficiently utilizes solar energy and dries, it adopts insulation material within doors, limits the spread speed of heat, can only be to be propagated by air flowing, adds electricity usage, and defines its bake out temperature and effect.
Utility model content
The purpose of this utility model is the technological deficiency for existing in prior art, and provides a kind of high-efficiency solar baking room.
The technical scheme adopted for realizing the purpose of this utility model is:
A kind of high-efficiency solar baking room, comprise house frame, to be fixed on described house frame and to form the body of wall of baking room and the printing opacity thermal insulation plate of end face, even heat plate is fixed with in the inner side of described printing opacity thermal insulation plate, described even heat plate is made up of ceramic solar plate, is communicated with outside temperature control mechanism while the hollow cavity of described ceramic solar plate is connected by pipeline, while described in end face on controlled exhaust outlet is set.
Described printing opacity thermal insulation plate is that printing opacity heat-protecting glass or vacuum glass steep sheet material, and described vacuum glass bubble sheet material is the sheet material of multiple vacuum glass bubble high temperature extrusion one-tenth or is that cement or resin steep the mixed sheet material cast with vacuum glass.
Material transport mechanism is also provided with to form tunnel-type drying furnace in described baking room.
The spacing of described even heat plate and printing opacity thermal insulation plate is at 10-40mm.
Described ceramic solar plate is take conventional ceramic as the flat box type solar energy acquisition parts of hollow and thin-walled that the solid netted vanadium-titanium black ceramic of matrix is superficial layer.
Also dehydrating unit is provided with in described baking room.
Described temperature control mechanism comprises can select one with coil pipe by the cold temperature source of the pump housing and pipeline communication and high-temperature heat-storage tank, described high-temperature heat-storage tank also comprises heater block, described heater block comprises the high temperature resistant chamber forming loop with described high-temperature heat-storage tank through high temperature conduit, be serially connected in the high-temperature resistant pump on described pipeline, and can by the convex lens of solar light focusing on high temperature resistant chamber.
Also comprise the track be arranged on before and after baking room, arrange the insulated building that described baking room entirety can be covered in it in orbit, the wall of described insulated building is made up of rock wool, and side is standard-sized sheet door to cover or to discharge baking room.
The circulating fan mated with described exhaust outlet is provided with in described baking room.
Also comprise solar panel to provide electric energy to the described pump housing, high-temperature resistant pump and circulating fan.
Compared with prior art, the beneficial effects of the utility model are:
Baking room of the present utility model, adopt built-in ceramic solar plate, the heat changed by solar energy is directly dispersed into inside, house with thermal-radiating form, optimize and add effect, make it closer to present drying environment, simultaneously, because because ceramic solar plate itself has good photothermal conversion and heat passes conductibility, can ensure that temperature is everywhere substantially identical, realize homogeneous heating effect, adopt printing opacity heat-protecting glass and the design of outside insulated building formula, Double insulating effect can ensure the lasting drying effect in night, and, utilize high temperature accumulator tank, the solar energy on daytime is stored and utilizes in night, the further saving energy.
Accompanying drawing explanation
Figure 1 shows that the structural representation of high-efficiency solar baking room of the present utility model;
Figure 2 shows that vacuum hollow combined type multi-cavity glass structure schematic diagram.
Figure 3 shows that glass group, two glass plate and organic material plate compound heat preservation glass structure schematic diagram.
Figure 4 shows that glass group, glass plate and organic material plate compound heat preservation glass structure schematic diagram.
Figure 5 shows that vacuum hollow silica gel combined type multi-cavity glass structure schematic diagram.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Figure 1, high-efficiency solar baking room of the present utility model comprises house frame, to be fixed on described house frame and to form the printing opacity thermal insulation plate 1 of baking room body of wall and end face, even heat plate 2 is fixed with in the inner side of described printing opacity thermal insulation plate, described even heat plate is made up of ceramic solar plate, is communicated with outside temperature control mechanism while the hollow cavity of described ceramic solar plate is connected by pipeline, while described in end face on controlled exhaust outlet 3 is set.Specifically, described ceramic solar plate take conventional ceramic as matrix, solid netted vanadium-titanium black ceramic is the flat box type solar energy acquisition parts of hollow and thin-walled of superficial layer, described ceramic solar plate can carry out supporting and location by inner support, described ceramic solar plate can spread all over or reserved part open-work be arranged on described inner support, each ceramic solar plate series connection, in parallel or connection in series-parallel is interconnected in combination and arranges heat-conducting fluid in inside, utilize ceramic solar plate, greatly can carry out photothermal deformation, simultaneously, the pipeline be connected is utilized to realize each spot temperature consistent, ensure that each regional temperature is balanced, and utilize temperature control mechanism also can realize the modulation of temperature.It also comprises solar panel to provide electric energy to make full use of solar energy further to the described pump housing, high-temperature resistant pump and circulating fan and dehydrating unit described later etc., reduces energy consumption.Coordinate the use of energy storage battery simultaneously, also can break away from the restriction of electrical network, realize grown place and directly use.
Meanwhile, for improving exhaust effect, in described baking room, the circulating fan mated with described exhaust outlet is provided with.Utilize circulating fan, the interchange of inner air and outer air can be realized better, realize the control of temperature and humidity.Meanwhile, for improving humid control effect, be also provided with in order to dehydrating unit in described baking room.Wherein, described dehydrating unit is air-heater or the rotary dehumidifier with heating, drying function, and it adopts solid sorbent moisture, can reuse use cost low.
Specifically, described baking room at least sunny slope adopts printing opacity thermal insulation plate to make, described printing opacity thermal insulation plate is that printing opacity heat-protecting glass or vacuum glass steep sheet material, and described vacuum glass bubble sheet material is the sheet material of multiple vacuum glass bubble high temperature extrusion one-tenth or is that cement or resin steep the mixed sheet material cast with vacuum glass.Generally, described vacuum glass bulb diameter is at 1-10cm, wall thickness has some strength with it, as at 0.2-0.5mm, its preparation method and bulb are prepared similar, by spherical vacuum glass bubble that is identical for the multiple diameters prepared or that differ as in mould, then the resin of thawing is built, namely obtain described vacuum bubbles resin plate after solidification, this sheet material regular shape, be easy to install, reduce manufacture and installation cost, and resin has good light transmission, vacuum bubbles has good insulation effect, can effectively meet printing opacity heat insulation and preservation effect.
Described steel house frame is made up of steel, aluminium alloy or heat insulator, the multiple design such as flat-top or herringbone top can be adopted, the spacing of described even heat plate and printing opacity thermal insulation plate is at 10-40mm, ceramic solar plate and printing opacity thermal insulation plate interval are arranged, can prevent it from bearing high temperature and cause intensity step-down, and inner support also can be used as weighted design, simultaneously, for improving inner heat insulation effect and even hot, in described baking room, be provided with thermal capacitance wall, be made up of heatproof cement, metal or red copper sponge.
Preferably, for improving drying effect, in described baking room, material transport mechanism is also provided with to form tunnel-type drying furnace.Described material transport mechanism can be conveyer belt, transfer roller etc., carry material by conveyer belt, be convenient to material discrepancy baking room, can also material transport mechanism utilized to be together in series multiple baking room simultaneously, realize different temperatures demand in drying course, improve overall drying efficiency.
For improving the heat insulation effect of printing opacity heat-protecting glass, described printing opacity heat resistant glass is double glazing, vacuum glass or the vacuum and hollow compound glass that adopt woven design or pattern glass, tempering ultra-clear glasses or high low radiation coated glass thoroughly to make.Figure 2 shows that a kind of vacuum hollow combined type multi-cavity glass, it comprises vacuum glass 11 and double glazing 12 and seamless applying the transparent organic material plate 13 be arranged between vacuum glass and double glazing that stacked on top arranges, the surrounding of the assembly formed at described vacuum glass and double glazing and transparent organic material is provided with its outer side edges to close and makes uniform and the structure glue 14 it be fixedly connected with, utilize structure glue to make uniform and be fixedly connected with, while ensureing assembly globality, the use being convenient to the later stage is installed.Wherein, described vacuum glass and double glazing adopt existing technique to make respectively, also can be provided with together or namely twice barrier film forms hollow membrane glass in described double glazing.Described transparent organic material plate is engineering plastic flitch, described engineering plastic flitch is arranged between vacuum glass and double glazing between two parties and surrounding is filled with fluid sealant, namely carry out transparent organic material plate lower planes directly with upper and lower corresponding glass close contact, its surrounding is passed through sealant sealing and is located and the glassy bond of both sides connected, the spacing of the glass of engineering plastic flitch and both sides at 0.5-5cm, depending on the glass of different size.This multi-cavity bulk glass thickness is at 30-45mm, and the monolithic glass thickness of vacuum glass and double glazing is generally at 3-10mm.The weight of transparent organic material plate, generally below the half waiting large glass, effectively controls overall weight.Vacuum glass and double glazing are combined, enhance heat insulation effect, meanwhile, fluid sealant is arranged on side, can effectively ensure seamless applying, avoids producing gap, effectively prevents steam from entering.Adopt this vacuum hollow combined type multi-cavity glass, with k value, heat-insulating property represents that coefficient is for about 0.6, even can be low to moderate 0.4, and common double glazing k value is about 3, significantly improves its heat insulation effect.The preparation method of above-mentioned vacuum hollow combined type multi-cavity glass, comprises the following steps;
1) between two parties on the upper sheet glass of vacuum glass or double glazing place transparent organic material plate, then on transparent organic material plate, keep predetermined pressure seamless applying to realize middle empty glass cover;
2) at the surrounding filling with sealant of transparent organic material plate; The poor limit groove of upper lower glass plate and transparent organic material plate placed in the middle is filled by fluid sealant, realizes the location sealing of transparent organic material plate, glassy bond corresponding is up and down connected simultaneously,
3) in step 2) the surrounding coated structure glue of assembly that obtains to be to bond vacuum glass and double glazing further and to be formed final products.Structure glue refers to high (the compressive strength >65MPa of intensity, steel-steel just draws adhesive strength >30MPa, shearing strength >18MPa), larger load can be born, and it is ageing-resistant, endurance, corrosion-resistant, stable performance in life expectancy, is applicable to bear the bonding adhesive of powerful structural member.
Wherein, when carrying out plane and connecting, then need to arrange transparent bonding glue respectively in the two sides up and down of transparent organic material plate, then utilize vacuum glass and double glazing to be clamped and to keep predetermined pressure to realize seamless applying, finally same structure glue is set in assembly surrounding.Certainly, in above-mentioned vacuum hollow combined type multi-cavity glass, utilize one flat plate glass to substitute double glazing or vacuum glass, or arrange one flat plate glass respectively at double glazing or vacuum glass both sides, this combination all can directly be applied in baking room of the present utility model.
As shown in Figure 3, described printing opacity heat-protecting glass also can be glass group, two glass plate and organic material plate compound heat preservation glass, it comprises the outer glass plate 201 that stacked on top is arranged, glass group 202 and interior glass plate 203, be arranged on the transparent organic material plate 204 between outer glass plate and glass group seamless applyingly, and the layer of silica gel 205 be arranged between glass group and interior glass plate in interval, at described outer glass plate, glass group, the surrounding of the assembly of interior glass plate and transparent organic material plate and layer of silica gel formation is provided with the structure glue 206 its outer side edges closed and make uniform.Wherein, described glass group be double glazing or in be provided with one deck or biseptate hollow membrane glass or vacuum glass.Utilize structure glue to make uniform and be fixedly connected with, while ensureing assembly globality, the use being convenient to the later stage is installed.
Vacuum glass or double glazing are combined with sheet material and layer of silica gel organic material plate, two or three medium is utilized to coordinate the Multi-layer design of glass, improve the assimilation effect to sound complementaryly, especially to the sound energy attenuation effect of low frequency, overall muting function is improved, simultaneously, fluid sealant is arranged on the side of transparent organic material, effectively can ensure seamless applying, avoid producing gap, effectively prevent steam from entering.And adopt the layer of silica gel that cohesive force is large, also can ensure globality.
Wherein, described transparent organic material plate is engineering plastic flitch, as PC plate or acrylic board, thickness is at 1-25mm, other a lot of functions also can be had concurrently by unlike material, as: stop infrared ray, ultraviolet, electron luminescence and composite photo voltaic product etc., expand the function and application of the glass of the present embodiment further.
Described engineering plastic flitch is arranged between glass plate and glass group between two parties and surrounding is filled with fluid sealant.Namely transparent organic material board size is less than glass, that is, section connects, and its lower planes is directly with glass contact and at transparent organic material plate surrounding filling with sealant by transparent organic material plate location and by glassy bond corresponding up and down.
Certainly, the transparent organic material plate large with up and down corresponding glass etc. can also be taked, namely plane connects, then need to apply transparent fluid sealant or adhesive glue in the upper and lower surface of plate body respectively itself and upper lower-glass are bondd respectively, transparent organic material plate connects with glass comparable size, the heat transfer of edge can be reduced, improve overall glass heat-insulating performance and reduce edge dew condensation phenomenon.
Wherein, described layer of silica gel is filled by the liquid silica gel be filled in described interval and is formed, described liquid silica gel comprises silicon rubber and coupling agent, and the mass fraction of described coupling agent is 1-10 ‰, and the cohesive force between described layer of silica gel and adjacent glass is 15kg/cm
2-30kg/cm
2, preferably, described coupling agent is silicone and/or silane.Liquid silica gel has AB component and one pack system, and both all can use, and only needs add coupling agent before use and mix.
Vacuum glass or double glazing combine with sheet material and layer of silica gel organic material plate by the present embodiment, two or three medium of sheet material, layer of silica gel or barrier film is utilized to coordinate the Multi-layer design of glass, improve the assimilation effect to sound complementaryly, especially to the sound energy attenuation effect of low frequency, overall muting function is improved, simultaneously, fluid sealant is arranged on the side of transparent organic material, effectively can ensure seamless applying, avoid producing gap, effectively prevent steam from entering.And adopt the layer of silica gel that cohesive force is large, also can ensure globality.Adopt the present embodiment can effectively every falling noise 45-60 decibel, with k value, heat-insulating property represents that coefficient is for about 0.8, even can be low to moderate 0.6, and common double glazing k value is about 3, significantly improves its heat insulation effect.
The preparation method of the glass group of the present embodiment, two glass plate and organic material plate compound heat preservation glass, comprises the following steps,
1) between two parties on the upper sheet glass of glass group place transparent organic material plate, then outer glass plate to be covered on transparent organic material plate and to keep predetermined pressure seamless applying to realize;
2) at the surrounding filling with sealant of transparent organic material plate; The poor limit groove of upper lower glass plate and transparent organic material plate placed in the middle is filled by fluid sealant, realizes the location sealing of transparent organic material plate, glassy bond corresponding is up and down connected simultaneously,
3) by step 2) intermediate that obtains and interior glass plate vertically place and keep horizontal interval, arranges dividing plate respectively to form the filling chamber of upper opening and to inject liquid silica gel to filling in chamber in the bottom of horizontal interval and both sides simultaneously; For avoiding bubble to produce, preferably the end of liquid injection pipe being inserted and filling bottom chamber, also can carry out static or concussion de-bubble after the implantation,
4) after liquid silica gel solidification dividing plate to be separated and at the surrounding coated structure glue of the assembly obtained so that vacuum glass and double glazing are bondd further and formed final products.Structure glue refers to high (the compressive strength >65MPa of intensity, steel-steel just draws adhesive strength >30MPa, shearing strength >18MPa), larger load can be born, and it is ageing-resistant, endurance, corrosion-resistant, stable performance in life expectancy, is applicable to bear the bonding adhesive of powerful structural member.
Wherein, when the plane of carrying out transparent organic material plate connects, then need to arrange transparent bonding glue respectively in the two sides up and down of transparent organic material plate, then utilize vacuum glass and double glazing to be clamped and to keep predetermined pressure to realize seamless applying, described intermediate can be obtained equally.
Processing recombination process is without the need to heating, little to the performance impact of vacuum glass and double glazing, design strength both ensureing, the function of the transparent organic material plate simultaneously added and layer of silica gel and vacuum glass or double glazing produces to be coupled and superposes, and obtains beyond thought muting function and heat insulation effect.
As shown in Figure 4, described printing opacity heat-protecting glass also can be glass plate 301 and the glass group 302 that glass group, glass plate and organic material plate compound heat preservation glass comprise stacked on top setting, and seamless applying the transparent organic material plate 303 be arranged between glass plate and glass group, the surrounding of the assembly formed in described glass plate and glass group and transparent organic material plate is provided with the structure glue 304 its outer side edges closed and make uniform.Wherein, described glass group is double glazing or vacuum glass, and described double glazing is provided with one deck or biseptate hollow membrane glass in also can be.
Vacuum glass or double glazing are combined with organic material plate, the combination comparing hollow and vacuum glass reduces difficulty of processing, reduces processing cost, and utilizes the elastic performance of transparent organic material plate, can significantly improve sound according to damping harmony reflecting effect, especially the sound energy attenuation effect of low frequency, improves overall muting function, simultaneously, fluid sealant is arranged on side, effectively can ensure seamless applying, avoid producing gap, effectively prevent steam from entering.Adopt glass group of the present utility model, glass plate and organic material plate compound heat preservation glass, can effectively every falling noise 35-50 decibel, with k value, heat-insulating property represents that coefficient is for about 1, even can be low to moderate 0.8, and common double glazing k value is about 3, significantly improve its heat insulation effect.
Wherein, described transparent organic material plate is engineering plastic flitch, as PC plate or acrylic board, thickness is at 1-25mm, other a lot of functions also can be had concurrently by unlike material, as: stop infrared ray, ultraviolet, electron luminescence and composite photo voltaic product etc., expand the function and application of glass of the present utility model further.
Described engineering plastic flitch is arranged between glass plate and glass group between two parties and surrounding is filled with fluid sealant.Namely transparent organic material board size is less than glass, that is, section connects, and its lower planes is directly with glass contact and at transparent organic material plate surrounding filling with sealant by transparent organic material plate location and by glassy bond corresponding up and down.
Certainly, the transparent organic material plate large with up and down corresponding glass etc. can also be taked, namely plane connects, then need to apply transparent fluid sealant or adhesive glue in the upper and lower surface of plate body respectively itself and upper lower-glass are bondd respectively, transparent organic material plate connects with glass comparable size, the heat transfer of edge can be reduced, improve overall glass heat-insulating performance and reduce edge dew condensation phenomenon.
The preparation method of this glass group, glass plate and organic material plate compound heat preservation glass, comprises the following steps,
1) between two parties on the upper sheet glass of glass plate or glass group place transparent organic material plate, then glass group or glass plate to be covered on transparent organic material plate and to keep predetermined pressure seamless applying to realize;
2) at the surrounding filling with sealant of transparent organic material plate; The poor limit groove of upper lower glass plate and transparent organic material plate placed in the middle is filled by fluid sealant, realizes the location sealing of transparent organic material plate, glassy bond corresponding is up and down connected simultaneously,
3) in step 2) the surrounding coated structure glue of assembly that obtains to be to bond glass plate and glass group further and to be formed final products.Structure glue refers to high (the compressive strength >65MPa of intensity, steel-steel just draws adhesive strength >30MPa, shearing strength >18MPa), larger load can be born, and it is ageing-resistant, endurance, corrosion-resistant, stable performance in life expectancy, is applicable to bear the bonding adhesive of powerful structural member.
Wherein, when carrying out plane and connecting, then need to arrange transparent bonding glue respectively in the two sides up and down of transparent organic material plate, then utilize vacuum glass and double glazing to be clamped and to keep predetermined pressure to realize seamless applying, finally same structure glue is set in assembly surrounding.
Processing recombination process is without the need to heating, little to the performance impact of vacuum glass and double glazing, design strength both ensureing, the function of the transparent organic material plate simultaneously added and vacuum glass or double glazing produces to be coupled and superposes, and obtains beyond thought muting function and heat insulation effect.
As shown in Figure 5, described printing opacity heat-protecting glass also can be vacuum hollow silica gel combined type multi-cavity glass and comprises stacked on top and arrange and the transparent silicon glue-line 403 keeping the vacuum glass 401 of spacing and double glazing 402 and be filled between vacuum glass and double glazing, described layer of silica gel keeps boning with the vacuum glass of both sides and double glazing respectively, the surrounding of the assembly formed at described vacuum glass and double glazing and layer of silica gel is provided with its outer side edges to close and makes uniform and the structure glue 404 it be fixedly connected with, utilize structure glue to make uniform and be fixedly connected with, while ensureing assembly globality, the use being convenient to the later stage is installed.Wherein, the thickness of described layer of silica gel, at 3mm-20mm, is preferably 5-15mm, or 6-12mm.
Layer of silica gel is utilized to combine vacuum glass and double glazing, enhance heat insulation effect, utilize silica gel by vacuum glass and double glazing strong bond in one simultaneously, stop the possibility producing gap between completely, improve globality, simultaneously because the damping harmony reflecting effect of silica gel can significantly improve sound, the especially sound energy attenuation effect of low frequency, improves overall muting function.This multi-cavity bulk glass thickness is at 30-45mm, and the monolithic glass thickness of vacuum glass and double glazing is generally at 3-10mm.The weight of transparent silicon glue-line, generally below the half waiting large glass, effectively controls overall weight.
Specifically, described layer of silica gel is filled solidification by the liquid silica gel be filled in described interval and is formed, described liquid silica gel comprises silicon rubber and coupling agent, and the mass fraction of described coupling agent is 1-10 ‰, and the cohesive force between described layer of silica gel and adjacent glass is 15kg/cm
2-30kg/cm
2, described coupling agent is silicone and/or silane, and liquid silica gel has AB component and one pack system, and both all can use, and only needs add coupling agent before use and mix.
Layer of silica gel is utilized to combine vacuum glass and double glazing, enhance heat insulation effect, utilize silica gel by vacuum glass and double glazing strong bond in one simultaneously, stop the possibility producing gap between completely, improve globality, simultaneously because the damping harmony reflecting effect of silica gel can significantly improve sound, the especially sound energy attenuation effect of low frequency, improves overall muting function.Combination type glass of the present utility model can effectively every falling noise 45-60 decibel, with k value, heat-insulating property represents that coefficient is for about 0.5, even can be low to moderate 0.3, and common double glazing k value is about 3, significantly improves its heat insulation effect.
The preparation method of vacuum hollow silica gel combined type multi-cavity glass of the present utility model, comprises the following steps,
1) vacuum glass and double glazing are vertically placed and kept horizontal interval, simultaneously in the bottom of horizontal interval and both sides, dividing plate is set respectively to form the filling chamber of upper opening, also wide dividing plate can be set equally at upper not opening, only need to leave liquid injection port on the dividing plate on top
2) mixed liquid silica gel is inserted in described filling chamber; For avoiding bubble to produce, preferably the end of liquid injection pipe being inserted and filling bottom chamber, also can carry out static or concussion de-bubble after the implantation,
3) after liquid silica gel solidification dividing plate to be separated and at the surrounding coated structure glue of the assembly obtained so that vacuum glass and double glazing are bondd further and formed final products.Structure glue refers to high (the compressive strength >65MPa of intensity, steel-steel just draws adhesive strength >30MPa, shearing strength >18MPa), larger load can be born, and it is ageing-resistant, endurance, corrosion-resistant, stable performance in life expectancy, is applicable to bear the bonding adhesive of powerful structural member.
Vacuum glass and double glazing are being processed recombination process without the need to heating, little to the performance impact of vacuum glass and double glazing, design strength both ensureing, the function of the transparent organic material plate simultaneously added and vacuum glass and double glazing produces to be coupled and superposes, and obtains beyond thought above-mentioned muting function and heat insulation effect.
When indoor-outdoor air adjustment can not produce a desired effect or need heat night, for ensureing, improve temperature control effect, described temperature control mechanism comprise can select one with the cold temperature source 5 of ceramic solar plate by the pump housing 7 and pipeline communication, as running water or pond water and high-temperature heat-storage tank 6, described high-temperature heat-storage tank also comprises heater block, described heater block comprises the high temperature resistant chamber 9 forming loop with described high-temperature heat-storage tank through high temperature conduit, be serially connected in the high-temperature resistant pump 20 on described pipeline, and can by the convex lens 21 of solar light focusing on high temperature resistant chamber, as having the plane formula Fresnel Lenses on the be arranged on roof of tracking system.Certainly also can utilize electrical heating or electric auxiliary heating, utilize external thermal source or low-temperature receiver, utilize ceramic solar plate can realize temperature adjusting fast, and, adopt convex lens and high-temperature heat-storage tank to coordinate, can solar energy be put aside, reduce energy consumption further.
The utility model utilizes the direct focusing sunlight of convex lens on high temperature resistant chamber, chamber, high temperature resistant chamber can produce the high temperature of hundreds of degrees Celsius, can Fast Heating be carried out to the medium of inside and be stored in high-temperature heat-storage tank with the form of high temperature fluid, the luminous energy realizing solar energy stores, in the use of night or overcast and rainy electric energy, utilize plane formula from the Fresnel Lenses of motion tracking simultaneously, from motion tracking, coordinate attemperating unit, can realize at daytime discontinuous Heat preservation, by storing the mode of solar energy, greatly reducing electric energy and using, reducing oven dry cost.
Further, for improving thermal energy storage amount, also comprise pans, carry out heat alternately by recirculated water in pans and between ceramic solar plate, because general drying chamber temperature is at seventy or eighty degrees Celsius, adopt pans as transition, then high-temperature resistant medium can be adopted for the medium as heat conduction high-temperature heat-storage tank, high-temperature resistant medium does not participate in the heat exchange in baking room directly, but before circulating, utilize pans to be heated by recirculated water, more can improve heat memory space.Described pans can adopt the heat exchange mechanisms of the form such as sandwich-type, built-in circulating tube type, simultaneously, also temperature sensor is provided with in pans, by amount of flow and the speed of its high-temperature medium of temperature sensor senses, more can improve the service efficiency of heat, meanwhile, also electric heating mechanism is provided with for avoiding continuously in overcast and rainy, described pans.
Wherein, described cold temperature source is running water or pond water, adopts the mode accumulation of heat of solar energy, decrease electricity usage, cooling adopts running water, and the running water after heating can be used to have a bath or he uses, heat up and adopt the solar energy of savings, reduce further and dry cost.
Preferably, for strengthening heat insulation effect, also comprise the track be arranged on before and after baking room, the insulated building 22 that described baking room entirety can be covered in it is in orbit set, the wall of described insulated building is made up of rock wool, side is standard-sized sheet door to cover or to discharge baking room, utilizes the outer formula of protecting to cover means and can reduce night or overcast and rainy heat energy loss further, effectively control to dry energy consumption.
The above is only preferred embodiment of the present utility model; it should be noted that; for those skilled in the art; under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (10)
1. a high-efficiency solar baking room, it is characterized in that, comprise house frame, to be fixed on described house frame and to form the body of wall of baking room and the printing opacity thermal insulation plate of end face, even heat plate is fixed with in the inner side of described printing opacity thermal insulation plate, described even heat plate is made up of ceramic solar plate, is communicated with while the hollow cavity of described ceramic solar plate is connected by pipeline with outside temperature control mechanism, while described in end face on controlled exhaust outlet is set.
2. high-efficiency solar baking room as claimed in claim 1, it is characterized in that, described printing opacity thermal insulation plate is that printing opacity heat-protecting glass or vacuum glass steep sheet material, and described vacuum glass bubble sheet material is the sheet material of multiple vacuum glass bubble high temperature extrusion one-tenth or is that cement or resin steep the mixed sheet material cast with vacuum glass.
3. high-efficiency solar baking room as claimed in claim 1, is characterized in that, be also provided with material transport mechanism to form tunnel-type drying furnace in described baking room.
4. high-efficiency solar baking room as claimed in claim 1, it is characterized in that, the spacing of described even heat plate and printing opacity thermal insulation plate is at 10-40mm.
5. high-efficiency solar baking room as claimed in claim 1, it is characterized in that, described ceramic solar plate is take conventional ceramic as the flat box type solar energy acquisition parts of hollow and thin-walled that the solid netted vanadium-titanium black ceramic of matrix is superficial layer.
6. high-efficiency solar baking room as claimed in claim 1, is characterized in that, in described baking room, be also provided with dehydrating unit.
7. high-efficiency solar baking room as claimed in claim 1, it is characterized in that, described temperature control mechanism comprises can select one with coil pipe by the cold temperature source of the pump housing and pipeline communication and high-temperature heat-storage tank, described high-temperature heat-storage tank also comprises heater block, described heater block comprises the high temperature resistant chamber forming loop with described high-temperature heat-storage tank through high temperature conduit, be serially connected in the high-temperature resistant pump on described pipeline, and can by the convex lens of solar light focusing on high temperature resistant chamber.
8. high-efficiency solar baking room as claimed in claim 1, it is characterized in that, also comprise the track be arranged on before and after baking room, the insulated building that described baking room entirety can be covered in it is in orbit set, the wall of described insulated building is made up of rock wool, and side is standard-sized sheet door to cover or to discharge baking room.
9. high-efficiency solar baking room as claimed in claim 7, is characterized in that, be provided with the circulating fan mated with described exhaust outlet in described baking room.
10. high-efficiency solar baking room as claimed in claim 9, is characterized in that, also comprises solar panel to provide electric energy to the described pump housing, high-temperature resistant pump and circulating fan.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520458173.8U CN204902450U (en) | 2015-06-29 | 2015-06-29 | High -efficient solar drying room |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520458173.8U CN204902450U (en) | 2015-06-29 | 2015-06-29 | High -efficient solar drying room |
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| CN204902450U true CN204902450U (en) | 2015-12-23 |
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| CN201520458173.8U Expired - Fee Related CN204902450U (en) | 2015-06-29 | 2015-06-29 | High -efficient solar drying room |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104964524A (en) * | 2015-06-29 | 2015-10-07 | 天津沽上真空玻璃制造有限公司 | Efficient solar baking room |
| CN107449246A (en) * | 2017-07-28 | 2017-12-08 | 盐城市龙强机械制造有限公司 | A kind of rapidly and efficiently free of contamination baking room |
-
2015
- 2015-06-29 CN CN201520458173.8U patent/CN204902450U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104964524A (en) * | 2015-06-29 | 2015-10-07 | 天津沽上真空玻璃制造有限公司 | Efficient solar baking room |
| CN107449246A (en) * | 2017-07-28 | 2017-12-08 | 盐城市龙强机械制造有限公司 | A kind of rapidly and efficiently free of contamination baking room |
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Effective date of registration: 20200611 Address after: 271100 No.15, Qiantangjiang street, Laiwu high tech Zone, Jinan City, Shandong Province Patentee after: Shandong Gushang vacuum glass technology Co.,Ltd. Address before: 300350 Haihe Industrial Zone, Jinnan District, Tianjin Patentee before: TIANJIN GUSHANG VACUUM GLASS MANUFACTURE Co.,Ltd. |
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Effective date of registration: 20200927 Address after: 300000 Tianjin city Jinnan District xianshuigu poly Hing Road 7 No. 5 No. 601 Patentee after: Tianjin vacuum glass manufacturing Limited by Share Ltd. Address before: 271100 No.15, Qiantangjiang street, Laiwu high tech Zone, Jinan City, Shandong Province Patentee before: Shandong Gushang vacuum glass technology Co.,Ltd. |
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