CN203755719U - Energy-saving house adopting glass curtain wall - Google Patents
Energy-saving house adopting glass curtain wall Download PDFInfo
- Publication number
- CN203755719U CN203755719U CN201420002321.0U CN201420002321U CN203755719U CN 203755719 U CN203755719 U CN 203755719U CN 201420002321 U CN201420002321 U CN 201420002321U CN 203755719 U CN203755719 U CN 203755719U
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- tube connector
- matrix
- dividing plate
- backlight
- solar energy
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A30/00—Adapting or protecting infrastructure or their operation
- Y02A30/27—Relating to heating, ventilation or air conditioning [HVAC] technologies
- Y02A30/272—Solar heating or cooling
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/20—Solar thermal
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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
- Y02E10/44—Heat exchange systems
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Abstract
An energy-saving house adopting a glass curtain wall consists of a heat collecting system, a heat energy transfer system and a heat energy utilization system, wherein solar energy collecting cell modules are fixedly arranged on the inner side of the glass curtain wall in an attaching way; each solar energy collecting cell module is composed of a substrate (1) and a backlight partition (2), and each backlight partition (2) and the corresponding substrate (1) are of a split structure; a connection structure used for connecting each backlight partition (2) with the corresponding substrate (1) is arranged on each solar energy collecting cell module or between the adjacent solar energy collecting cell modules; each connection structure is composed of a rigid connection piece and a precast connection structure on the corresponding solar energy collecting cell module. According to the energy-saving house adopting the glass curtain wall, the building is comprehensively considered as a large system, and a feasible implementing scheme is put forward in the aspect of solar energy utilization of the building based on the prior art. The energy-saving house adopting the glass curtain wall has greater predictable economic values and social values.
Description
Technical field
The utility model relates to and utilizes the building of solar energy and relevant body of wall thereof, roofing even structure design and the applied technical field of the Component units such as brick and tile, and a kind of energy-saving house that uses curtain wall is provided especially.
Background technology
In prior art, the prior art that the Chinese patent that the application number of take is 201010240708.6 is representative proposed to have on building brick that solar energy utilizes function, watt structural design scheme, but its only brick, watt structure design regard the individuality of relative dispersion as, the correlation technique difficult problem that the whole relevant design thinking of Study on thinning building macroscopic view and technology are not implemented.
People expect to obtain the better building of a kind of technique effect and relevant body of wall thereof, roofing even design and the application scheme of the correlation function structure of utilizing solar energy of the Component units such as brick and tile.
Summary of the invention
The purpose of this utility model is to provide the better building of a kind of technique effect and relevant body of wall thereof, roofing even design and the application scheme of the correlation function structure of utilizing solar energy of the Component units such as brick and tile.
The utility model provides a kind of energy-saving house that uses curtain wall, and specifically building or villa or one-storey house include following component part: collecting system, heat transfer system, heat energy utilization system; Wherein: collecting system specifically consists of solar energy heating unit module, the body of wall that a plurality of solar energy heating unit modules form the energy-saving house based on curtain wall is jointly or/and roofing, solar energy heating unit module depends on fixed and arranged inside curtain wall, from the export-oriented indoor side of curtain wall, enters light;
Described solar energy heating unit module is the box structure of fixed and arranged on curtain wall inwall specifically; The quantity of described solar energy heating unit module is at least 1, the inner chamber UNICOM of each solar energy heating unit module; Heat transfer system is specifically by the inner chamber of solar energy heating unit module be communicated with the pipeline between adjacent solar energy heating unit module and the pipeline that is communicated with between solar energy heating unit module and other heat collecting pipelines forms; Heat energy utilization system connection is arranged in heat transfer system; It is characterized in that:
Described solar energy heating unit module is specially the body structure of rectangular shape;
Being constructed as follows of described solar energy heating unit module: matrix 1, dividing plate backlight 2, heat absorbing member 3; Wherein: matrix 1 is the agent structure of solar energy heating unit module; Dividing plate 2 backlight is arranged in a side backlight of whole solar energy heating unit module, and dividing plate 2 backlight is Split type structure with matrix 1; As the heat absorbing member 3 that absorbs the critical piece of solar energy, be arranged on matrix 1 and be positioned at the outside of the dividing plate backlight 2 that solar ray energy is irradiated to;
On described solar energy heating unit module or between adjacent solar energy heating unit module, be furnished with the syndeton for dividing plate 2 backlight and matrix 1 are fixed as one; Being constructed as follows of above-mentioned syndeton: rigid connector, prefabricated connection structure on solar energy heating unit module.
The use of rigid connector is in order to ensure the intensity connecting between dividing plate 2 backlight and matrix 1, to meet many requirements such as safety, application life.
The energy-saving house of described use curtain wall, also comprises following content and requires:
For the syndeton that dividing plate 2 backlight and matrix 1 are fixed as one, meet following requirement: the dividing plate fixation kit 5 backlight that the two is fixed as one by it is set between dividing plate 2 backlight or matrix 1; Dividing plate fixation kit 5 backlight is constructed as follows: anti-falling piece 51, connector 52, dividing plate fixture 53 backlight; Wherein: anti-falling piece 51 and dividing plate fixture backlight 53 the two by or connector 52 link together; Anti-falling piece 51 and connector 52 are integrated or Split type structure; Anti-falling piece 51 local or be all arranged in structure place prefabricated on matrix 1, the part of dividing plate fixture 53 contact backlight dividing plate 2 backlight is laminated structure, it can be fixed as one at least one dividing plate 2 backlight and the matrix 1 corresponding with it.
Described for the local of anti-falling piece 51 or the prefabricated structure that is all arranged on matrix 1 are specifically met to following requirement one or a combination set of: the bellmouth that the large opening in dovetail groove, inner space that the large opening in inner space is little is little, the hole of oblique layout or groove, default bolt, default connecting pin; Dividing plate fixture 53 backlight is bulk or laminated structure, and itself and connector 52 connections are movable connection structure.
In described solar energy heating unit module, be also provided with dividing plate backlight auxiliary fixing with side plate 6, it is specially plate-shaped members, on it, be provided with on solar energy heating unit module sidewall default for the fixing structure of anti-falling piece 51, dividing plate backlight auxiliary fixing with side plate 6 for selecting part, it is specifically arranged near body of wall or roofing edge or near windowsill and sentences an alternative solar energy heating unit module sidewall to fixing anti-falling piece 51 or/and dividing plate fixture 53 backlight is assisted fixes.
For dividing plate 2 backlight and the syndeton that matrix 1 is fixed as one are met to following requirement:
For dividing plate 2 backlight and the syndeton that matrix 1 is fixed as one are met to following requirement: on dividing plate 2 backlight and matrix 1, pre-manufactured hole or inner porose tubular piece, or/and there are other built-in fittings of groove inside, are fixed as one dividing plate 2 backlight by screw with matrix 1.
For the syndeton that dividing plate backlight 2 and matrix 1 are fixed as one, meet following requirement: prefabricated bolt in the component part of dividing plate 2 backlight or matrix 1 the two one of them, in the two two 1 upper prefabricated porose or/and grooves, are fixed as one dividing plate 2 backlight by the nut being used in conjunction with bolt with matrix 1.
Between dividing plate 2 backlight and matrix 1, seal structural part is set or/and adhering and sealing layer by the two sealing and connect as one; Between dividing plate fixture 53 backlight and dividing plate backlight 2, seal structural part is set or/and adhering and sealing layer by the two sealing and connect as one;
On matrix (1) intracavity sidewall and/or on the side to light of dividing plate backlight (2), be also provided with thermal reflecting coating.
Use the heat transfer system arranging in the energy-saving house of curtain wall, in be also provided with following composition structure one or a combination set of: have energy-storage function structure, there is the structure utilizing the structure of heat energy function to be heat energy utilization system, be conducive to allow whole heat transfer system forming energy circulation, be conducive to structure that part or part solar energy heating unit module connecting line are carried out to make-break operation;
The body of wall of the energy-saving house of described use curtain wall is or/and arrange substrate fixed structure on roofing, for the some or all of solar energy heating unit module of a body of wall or roofing is connected thereon and and then form the energy-saving house of whole use curtain wall;
On matrix 1, be also provided with for holding the thermal-arrest inner chamber 4 of following structure one or a combination set of: heat absorbing member 3, air, other energy storage materials; Wherein: as the heat absorbing member 3 that absorbs the critical piece of solar energy, be arranged on matrix 1 and be positioned at the side backlight of dividing plate 2 backlight, it is the structural member of phase-change material quality specifically;
In the heat transfer system of the energy-saving house of described use curtain wall, use following structural member one or a combination set of:
One, individual layer tube connector 61, tube connector centre or close certain place, one end are provided with the shaft shoulder that place's external diameter is greater than remainder, and its pore space structure being equipped with on a certain sidewall of matrix 1 is used to form the tube connector for the thermal-arrest inner chamber 4 of some matrixes 1 inside;
They are two years old, double-deck tube connector 62, tube connector centre is provided with the shaft shoulder that two place's external diameters are greater than remainder, it is equipped with between the thermal-arrest inner chamber 4 of two adjacent solar energy heating unit modules, is specifically arranged in corresponding pore space structure on relatively each sidewalls of matrix 1 of two adjacent solar energy heating unit modules and uses to form simultaneously the tube connector for the thermal-arrest inner chamber 4 of 2 matrix 1 inside;
Its three, tube connector auxiliary sealing member 63, its structure forms and is: tubular matrix 631, flange 632; Wherein: flange 632 fixed and arranged are integrated or are connected to one in tubular matrix 631 one end and the two, for the auxiliary seal at the tubulose gap, hole place on a certain matrix 1 sidewall place for a certain thermal-arrest inner chamber 4; On flange 632, can also further set up annular seal structure to strengthen sealing effectiveness;
They are four years old, hermetically-sealed construction, in following position one or a combination set of, locate to be also provided with hermetically-sealed construction: between the external diameter tube connector such as grade and individual layer tube connector 61 of heat transfer system, waiting between external diameter tube connector and double-deck tube connector 62 of heat transfer system, waiting between external diameter tube connector and tube connector auxiliary sealing member 63 of heat transfer system, between tube connector auxiliary sealing member 63 and individual layer tube connector 61, between tube connector auxiliary sealing member 63 and double-deck tube connector 62, between matrix 1 and following thrin: individual layer tube connector 61, double-deck tube connector 62, tube connector auxiliary sealing member 63.
The utility model emphasis is considered the structure of utilizing solar energy is set on building, and to meet the related requests such as energy-conserving and environment-protective, its emphasis is that building is considered as a large systematic unity.The energy-saving house that uses curtain wall specifically building or villa or one-storey house includes following component part: collecting system, heat transfer system, heat energy utilization system; Collecting system in whole building specifically by a plurality of bodies of wall or/and roofing form, more specifically go down body of wall or roofing of segmentation consists of solar energy heating unit module again, and heat transfer system, heat energy utilization system run through the large system that wherein whole building connected into, to have optimum technique effect.
From details, what our Special attention will be given to was claimed is following several main points:
This has the split design of matrix 1 and dividing plate 2 backlight and demountable structure in the prior art, but still needs to improve and further refinement reinforcement;
For syndeton that dividing plate backlight 2 and matrix 1 are fixed as one except necessary sealant or/and adhesive linkage, also emphasize to use rigid connector to guarantee bonding strength, application life, the detachable technique effect such as performance;
The innovation and application of dividing plate fixation kit 5 backlight is innovative points of the present utility model, we have designed dividing plate fixture 53 backlight surperficial light-passing board have been fixed on matrix 1 well, the part of emphasizing dividing plate fixture 53 contact backlight dividing plate 2 backlight is that laminated structure is to concentrate for proof stress, and can take into account the resultant effects such as waterproof, dust protection, architectural decoration.
In the heat transfer system of the energy-saving house of described use curtain wall, use the structures such as individual layer tube connector 61, double-deck tube connector 62, tube connector auxiliary sealing member 63 obviously to promote the sealing effectiveness of heat transfer system, meet the desired prefabricated requirement of industrialization of construction industry, greatly promoted assembling capacity energy.
Generally speaking, the utility model is based on prior art, at building solar energy, proposed practicable embodiment aspect utilizing based on prior art, and it has expected comparatively huge economic worth and social value.
Accompanying drawing explanation
Below in conjunction with drawings and the embodiments, the utility model is described in further detail:
Fig. 1 is that 1 one kinds of embodiment are used the partial structurtes simplified schematic diagram that certain body of wall in the energy-saving house of curtain wall or a certain solar energy heating unit module in roofing are core;
Fig. 2 is the partial enlarged drawing of Fig. 1 upper right quarter;
Fig. 3 is used the partial structurtes simplified schematic diagram that certain body of wall in the energy-saving house of curtain wall or a certain solar energy heating unit module in roofing are core described in embodiment 3;
Fig. 4 is the partial enlarged drawing of Fig. 3 upper right quarter;
Fig. 5 be described in embodiment 1 by anti-falling piece 51, connector 52, enter that light clapboard fixture 53 forms enter light clapboard fixation kit 5 principle of compositionality simplified schematic diagram;
Fig. 6 is individual layer tube connector 61 simplified schematic diagram;
Fig. 7 is double-deck tube connector 62 simplified schematic diagram;
Fig. 8 is tube connector auxiliary sealing member 63 simplified schematic diagram.
The specific embodiment
Reference numeral implication is described as follows: matrix 1, dividing plate backlight 2, heat absorbing member 3(are arranged in thermal-arrest inner chamber 4 for thermal-arrest, and it can be stratiform coating or other structural members); Thermal-arrest inner chamber 4(is the inner chamber of described solar energy heating unit module); Dividing plate fixation kit 5 backlight: anti-falling piece 51, connector 52, dividing plate fixture 53 backlight; Sleeve pipe 54(is embedded in the tube-like piece in matrix 1, and its inside is provided with for coordinating with screw 55 screwed hole of installing); Screw 55; Locking and seal 56(between sleeve pipe 54 and screw 55 locking/and sealing); Dividing plate backlight is auxiliary fixing with side plate 6; Inner support 7(is arranged in thermal-arrest inner chamber 4 for strengthening resistance to compression and the tensile strength of matrix 1); The whole described solar energy heating unit module of curtain wall 8(is arranged and is arranged on its inwall); Seal structural part is or/and adhering and sealing layer 9; Individual layer tube connector 61, double-deck tube connector 62, tube connector auxiliary sealing member 63: tubular matrix 631, flange 632.
Embodiment 1
Referring to Fig. 1, Fig. 2, Fig. 5-8; Use an energy-saving house for curtain wall, specifically building or villa or one-storey house include following component part: collecting system, heat transfer system, heat energy utilization system; Wherein: collecting system specifically consists of solar energy heating unit module, the body of wall that a plurality of solar energy heating unit modules form the energy-saving house based on curtain wall is jointly or/and roofing, solar energy heating unit module depends on fixed and arranged inside curtain wall, from the export-oriented indoor side of curtain wall, enters light;
Described solar energy heating unit module is the box structure of fixed and arranged on curtain wall inwall specifically; The quantity of described solar energy heating unit module is at least 1, the inner chamber UNICOM of each solar energy heating unit module; Heat transfer system is specifically by the inner chamber of solar energy heating unit module be communicated with the pipeline between adjacent solar energy heating unit module and the pipeline that is communicated with between solar energy heating unit module and other heat collecting pipelines forms; Heat energy utilization system connection is arranged in heat transfer system;
Described solar energy heating unit module is specially the body structure of rectangular shape;
Being constructed as follows of described solar energy heating unit module: matrix 1, dividing plate backlight 2, heat absorbing member 3; Wherein: matrix 1 is the agent structure of solar energy heating unit module; Dividing plate 2 backlight is arranged in a side backlight of whole solar energy heating unit module, and dividing plate 2 backlight is Split type structure with matrix 1; As the heat absorbing member 3 that absorbs the critical piece of solar energy, be arranged on matrix 1 and be positioned at the outside of the dividing plate backlight 2 that solar ray energy is irradiated to;
On described solar energy heating unit module or between adjacent solar energy heating unit module, be furnished with the syndeton for dividing plate 2 backlight and matrix 1 are fixed as one; Being constructed as follows of above-mentioned syndeton: rigid connector, prefabricated connection structure on solar energy heating unit module.
The use of rigid connector is in order to ensure the intensity connecting between dividing plate 2 backlight and matrix 1, to meet many requirements such as safety, application life.
The energy-saving house of described use curtain wall, also comprises following content and requires:
For the syndeton that dividing plate 2 backlight and matrix 1 are fixed as one, meet following requirement: the dividing plate fixation kit 5 backlight that the two is fixed as one by it is set between dividing plate 2 backlight or matrix 1; Dividing plate fixation kit 5 backlight is constructed as follows: anti-falling piece 51, connector 52, dividing plate fixture 53 backlight; Wherein: anti-falling piece 51 and dividing plate fixture backlight 53 the two by or connector 52 link together; Anti-falling piece 51 and connector 52 are integrated or Split type structure; Anti-falling piece 51 local or be all arranged in structure place prefabricated on matrix 1, the part of dividing plate fixture 53 contact backlight dividing plate 2 backlight is laminated structure, it can be fixed as one at least one dividing plate 2 backlight and the matrix 1 corresponding with it.
Described for the prefabricated structure local or that be all arranged on matrix 1 of anti-falling piece 51 is specifically met to following requirement: the little dovetail groove of the large opening in inner space; Dividing plate fixture 53 backlight is bulk or laminated structure, and itself and connector 52 connections are movable connection structure.For ease of safeguarding dismounting, above-mentioned prefabricated groove place can offer and can make anti-falling piece 51 all deviate to the breach of matrix 1 outside.
In described solar energy heating unit module, be also provided with dividing plate backlight auxiliary fixing with side plate 6, it is specially plate-shaped members, on it, be provided with on solar energy heating unit module sidewall default for the fixing structure of anti-falling piece 51, dividing plate backlight auxiliary fixing with side plate 6 for selecting part, it is specifically arranged near body of wall or roofing edge or near windowsill and sentences an alternative solar energy heating unit module sidewall to fixing anti-falling piece 51 or/and dividing plate fixture 53 backlight is assisted fixes.
For dividing plate 2 backlight and the syndeton that matrix 1 is fixed as one are met to following requirement one or a combination set of:
On dividing plate 2 backlight and matrix 1, pre-manufactured hole or inner porose tubular piece, or/and there are other built-in fittings of groove inside, are fixed as one dividing plate 2 backlight by screw with matrix 1.
Prefabricated bolt in the component part of dividing plate 2 backlight or matrix 1 the two one of them, the upper prefabricated porose or/and groove of in the two two 1, is fixed as one dividing plate 2 backlight by the nut being used in conjunction with bolt with matrix 1.
Between dividing plate 2 backlight and matrix 1, seal structural part is set or/and adhering and sealing layer by the two sealing and connect as one; Between dividing plate fixture 53 backlight and dividing plate backlight 2, seal structural part is set or/and adhering and sealing layer by the two sealing and connect as one;
On matrix 1 intracavity sidewall and/or on the side to light of dividing plate backlight 2, be also provided with thermal reflecting coating, to strengthen efficiency of utilization.Can according to circumstances use the double-deck even multi-layer sealed thermal-arrest inner chamber 4 with protection matrix 1 inside to make it relatively and outside atmosphere sealing.
Use the heat transfer system arranging in the energy-saving house of curtain wall, in be also provided with following composition structure one or a combination set of: have energy-storage function structure, there is the structure utilizing the structure of heat energy function to be heat energy utilization system, be conducive to allow whole heat transfer system forming energy circulation, be conducive to structure that part or part solar energy heating unit module connecting line are carried out to make-break operation; Said structure can clearly be understood and practical application according to prior art, therefore do not repeat them here.
The body of wall of the energy-saving house of described use curtain wall is or/and arrange substrate fixed structure on roofing, for the some or all of solar energy heating unit module of a body of wall or roofing is connected thereon and and then form the energy-saving house of whole use curtain wall;
On matrix 1, be also provided with for holding the thermal-arrest inner chamber 4 of following structure one or a combination set of: heat absorbing member 3, air, other energy storage materials; Wherein: as the heat absorbing member 3 that absorbs the critical piece of solar energy, be arranged on matrix 1 and be positioned at the side backlight of dividing plate 2 backlight, it is the structural member of phase-change material quality specifically;
In the heat transfer system of the energy-saving house of described use curtain wall, use the combination of following structural member:
One, individual layer tube connector 61, tube connector centre or close certain place, one end are provided with the shaft shoulder that place's external diameter is greater than remainder, and its pore space structure being equipped with on a certain sidewall of matrix 1 is used to form the tube connector for the thermal-arrest inner chamber 4 of some matrixes 1 inside;
They are two years old, double-deck tube connector 62, tube connector centre is provided with the shaft shoulder that two place's external diameters are greater than remainder, it is equipped with between the thermal-arrest inner chamber 4 of two adjacent solar energy heating unit modules, is specifically arranged in corresponding pore space structure on relatively each sidewalls of matrix 1 of two adjacent solar energy heating unit modules and uses to form simultaneously the tube connector for the thermal-arrest inner chamber 4 of 2 matrix 1 inside;
Its three, tube connector auxiliary sealing member 63, its structure forms and is: tubular matrix 631, flange 632; Wherein: flange 632 fixed and arranged are integrated or are connected to one in tubular matrix 631 one end and the two, for the auxiliary seal at the tubulose gap, hole place on a certain matrix 1 sidewall place for a certain thermal-arrest inner chamber 4; On flange 632, can also further set up annular seal structure to strengthen sealing effectiveness;
They are four years old, hermetically-sealed construction, in following position one or a combination set of, locate to be also provided with hermetically-sealed construction: between the external diameter tube connector such as grade and individual layer tube connector 61 of heat transfer system, waiting between external diameter tube connector and double-deck tube connector 62 of heat transfer system, waiting between external diameter tube connector and tube connector auxiliary sealing member 63 of heat transfer system, between tube connector auxiliary sealing member 63 and individual layer tube connector 61, between tube connector auxiliary sealing member 63 and double-deck tube connector 62, between matrix 1 and following thrin: individual layer tube connector 61, double-deck tube connector 62, tube connector auxiliary sealing member 63.
The present embodiment emphasis is considered the structure of utilizing solar energy is set on building, and to meet the related requests such as energy-conserving and environment-protective, its emphasis is that building is considered as a large systematic unity.The energy-saving house that uses curtain wall specifically building or villa or one-storey house includes following component part: collecting system, heat transfer system, heat energy utilization system; Collecting system in whole building specifically by a plurality of bodies of wall or/and roofing form, more specifically go down body of wall or roofing of segmentation consists of solar energy heating unit module again, and heat transfer system, heat energy utilization system run through the large system that wherein whole building connected into, to have optimum technique effect.
From details, what our Special attention will be given to was claimed is following several main points:
This has the split design of matrix 1 and dividing plate 2 backlight and demountable structure in the prior art, but still needs to improve and further refinement reinforcement;
For syndeton that dividing plate backlight 2 and matrix 1 are fixed as one except necessary sealant or/and adhesive linkage, also emphasize to use rigid connector to guarantee bonding strength, application life, the detachable technique effect such as performance;
The innovation and application of dividing plate fixation kit 5 backlight is innovative points of the present embodiment, we have designed dividing plate fixture 53 backlight surperficial light-passing board have been fixed on matrix 1 well, the part of emphasizing dividing plate fixture 53 contact backlight dividing plate 2 backlight is that laminated structure is to concentrate for proof stress, and can take into account the resultant effects such as waterproof, dust protection, architectural decoration.
In the heat transfer system of the energy-saving house of described use curtain wall, use the structures such as individual layer tube connector 61, double-deck tube connector 62, tube connector auxiliary sealing member 63 obviously to promote the sealing effectiveness of heat transfer system, meet the desired prefabricated requirement of industrialization of construction industry, greatly promoted assembling capacity energy.
Generally speaking, the present embodiment is based on prior art, at building solar energy, proposed practicable embodiment aspect utilizing based on prior art, and it has expected comparatively huge economic worth and social value.
Embodiment 2
The present embodiment and embodiment 1 content are basic identical, and its difference is mainly:
For the syndeton that dividing plate 2 backlight and matrix 1 are fixed as one, meet following requirement: the dividing plate fixation kit 5 backlight that the two is fixed as one by it is set between dividing plate 2 backlight or matrix 1; Dividing plate fixation kit 5 backlight is constructed as follows: anti-falling piece 51, connector 52, dividing plate fixture 53 backlight; Wherein: anti-falling piece 51 and dividing plate fixture backlight 53 the two by or connector 52 link together; Anti-falling piece 51 and connector 52 are Split type structure; The part of anti-falling piece 51 is arranged in structure place prefabricated on matrix 1, and the part of dividing plate fixture 53 contact backlight dividing plate 2 backlight is laminated structure, and it can be fixed as one at least one dividing plate 2 backlight and the matrix 1 corresponding with it.
Described for the local of anti-falling piece 51 or the prefabricated structure that is all arranged on matrix 1 are specifically met to following requirement one or a combination set of: the bellmouth that the large opening in dovetail groove, inner space that the large opening in inner space is little is little, the hole of oblique layout or groove, default bolt, default connecting pin; Dividing plate fixture 53 backlight is bulk or laminated structure, and itself and connector 52 connections are movable connection structure.For ease of safeguarding dismounting, the structure places such as above-mentioned prefabricated groove, hole can offer and can make anti-falling piece 51 all deviate to the breach of matrix 1 outside.
Embodiment 3
The present embodiment and embodiment 1 content are basic identical, and its difference is mainly:
Be used for dividing plate 2 backlight and the syndeton that matrix 1 is fixed as one to meet following requirement: for dividing plate 2 backlight and the syndeton that matrix 1 is fixed as one are met to following requirement: on dividing plate 2 backlight and matrix 1, pre-manufactured hole or inner porose tubular piece, or/and there are other built-in fittings of groove inside, are fixed as one dividing plate 2 backlight by screw with matrix 1.Referring to Fig. 3, Fig. 4.
Embodiment 4
The present embodiment and embodiment 1 content are basic identical, and its difference is mainly:
For the syndeton that dividing plate backlight 2 and matrix 1 are fixed as one, meet following requirement: prefabricated bolt in the component part of dividing plate 2 backlight or matrix 1 the two one of them, in the two two 1 upper prefabricated porose or/and grooves, are fixed as one dividing plate 2 backlight by the nut being used in conjunction with bolt with matrix 1.
Embodiment 5
In the heat transfer system of the energy-saving house of described use curtain wall, use following structural member one or a combination set of:
One, individual layer tube connector 61, tube connector centre or close certain place, one end are provided with the shaft shoulder (being specially shaft shoulder shape projection) that place's external diameter is greater than remainder, and its pore space structure being equipped with on a certain sidewall of matrix 1 is used to form the tube connector for the thermal-arrest inner chamber 4 of some matrixes 1 inside;
They are two years old, double-deck tube connector 62, tube connector centre is provided with the shaft shoulder (being specially shaft shoulder shape projection) that two place's external diameters are greater than remainder, it is equipped with between the thermal-arrest inner chamber 4 of two adjacent solar energy heating unit modules, is specifically arranged in corresponding pore space structure on relatively each sidewalls of matrix 1 of two adjacent solar energy heating unit modules and uses to form simultaneously the tube connector for the thermal-arrest inner chamber 4 of 2 matrix 1 inside;
Its three, tube connector auxiliary sealing member 63, its structure forms and is: tubular matrix 631, flange 632; Wherein: flange 632 fixed and arranged are integrated or are connected to one in tubular matrix 631 one end and the two, for the auxiliary seal at the tubulose gap, hole place on a certain matrix 1 sidewall place for a certain thermal-arrest inner chamber 4; On flange 632, can also further set up annular seal structure to strengthen sealing effectiveness;
They are four years old, hermetically-sealed construction, in following position one or a combination set of, locate to be also provided with hermetically-sealed construction: between the external diameter tube connector such as grade and individual layer tube connector 61 of heat transfer system, waiting between external diameter tube connector and double-deck tube connector 62 of heat transfer system, waiting between external diameter tube connector and tube connector auxiliary sealing member 63 of heat transfer system, between tube connector auxiliary sealing member 63 and individual layer tube connector 61, between tube connector auxiliary sealing member 63 and double-deck tube connector 62, between matrix 1 and following thrin: individual layer tube connector 61, double-deck tube connector 62, tube connector auxiliary sealing member 63.
Claims (9)
1. use an energy-saving house for curtain wall, specifically building or villa or one-storey house; It is characterized in that: the energy-saving house of described use curtain wall includes following component part: collecting system, heat transfer system, heat energy utilization system; Wherein: collecting system specifically consists of solar energy heating unit module, the body of wall that a plurality of solar energy heating unit modules form the energy-saving house based on curtain wall is jointly or/and roofing, solar energy heating unit module depends on fixed and arranged inside curtain wall, from the export-oriented indoor side of curtain wall, enters light;
Described solar energy heating unit module is the box structure of fixed and arranged on curtain wall inwall specifically; The quantity of described solar energy heating unit module is at least 1, the inner chamber UNICOM of each solar energy heating unit module; Heat transfer system is specifically by the inner chamber of solar energy heating unit module be communicated with the pipeline between adjacent solar energy heating unit module and the pipeline that is communicated with between solar energy heating unit module and other heat collecting pipelines forms; Heat energy utilization system connection is arranged in heat transfer system;
Described solar energy heating unit module is specially the body structure of rectangular shape;
Being constructed as follows of described solar energy heating unit module: matrix (1), dividing plate backlight (2); Wherein: matrix (1) is the agent structure of solar energy heating unit module; Dividing plate backlight (2) is arranged in a side backlight of whole solar energy heating unit module, and dividing plate backlight (2) is Split type structure with matrix (1);
On described solar energy heating unit module or between adjacent solar energy heating unit module, be furnished with the syndeton for dividing plate backlight (2) and matrix (1) are fixed as one; Being constructed as follows of above-mentioned syndeton: rigid connector, prefabricated connection structure on solar energy heating unit module.
2. according to the energy-saving house that uses curtain wall described in claim 1, it is characterized in that: for the syndeton that dividing plate backlight (2) and matrix (1) are fixed as one, meet following requirement: the dividing plate fixation kit backlight (5) that the two is fixed as one by it is set between dividing plate backlight (2) or matrix (1); Dividing plate fixation kit backlight (5) is constructed as follows: anti-falling piece (51), connector (52), dividing plate fixture backlight (53); Wherein: anti-falling piece (51) and dividing plate fixture backlight (53) the two by or connector (52) link together; Anti-falling piece (51) and connector (52) are integrated or Split type structure; Anti-falling piece (51) local or be all arranged in the upper prefabricated structure place of matrix (1), the part that dividing plate fixture backlight (53) contacts dividing plate backlight (2) is laminated structure, and it can be fixed as one at least one dividing plate backlight (2) and the matrix (1) corresponding with it.
3. according to the energy-saving house that uses curtain wall described in claim 2, it is characterized in that: described for the local of anti-falling piece (51) or the prefabricated structure that is all arranged on matrix (1) are specifically met to following requirement one or a combination set of: the bellmouth that the large opening in dovetail groove, inner space that the large opening in inner space is little is little, the hole of oblique layout or groove, default bolt, default connecting pin;
Dividing plate fixture backlight (53) is bulk or laminated structure, and itself and connector (52) connection are movable connection structure.
4. according to the energy-saving house that uses curtain wall described in claim 3, it is characterized in that: in described solar energy heating unit module, be also provided with dividing plate backlight auxiliary fixing with side plate (6), it is specially plate-shaped members, on it, be provided with on solar energy heating unit module sidewall default for the fixing structure of anti-falling piece (51), dividing plate backlight is auxiliary fixing to be specifically arranged near body of wall or roofing edge or near windowsill and to sentence and substitute a solar energy heating unit module sidewall to fixing anti-falling piece (51) or/and dividing plate fixture backlight (53) is assisted fixes with side plate (6).
5. according to the energy-saving house that uses curtain wall described in claim 1, it is characterized in that: for the syndeton that dividing plate backlight (2) and matrix (1) are fixed as one, meet following requirement:
The syndeton that is used for dividing plate backlight (2) and matrix (1) to be fixed as one meets following requirement: in the porose tubular piece of the upper pre-manufactured hole of dividing plate backlight (2) and matrix (1) or inside, or/and there are other built-in fittings of groove inside, by screw, dividing plate backlight (2) and matrix (1) are fixed as one.
6. according to the energy-saving house that uses curtain wall described in claim 1, it is characterized in that: for the syndeton that dividing plate backlight (2) and matrix (1) are fixed as one, meet following requirement: prefabricated bolt in the component part of dividing plate backlight (2) or matrix (1) the two one of them, in the two two 1 upper prefabricated porose or/and grooves, are fixed as one dividing plate backlight (2) and matrix (1) by the nut being used in conjunction with bolt.
7. according to claim 2-6, use the energy-saving house of curtain wall described in one of them, it is characterized in that: between dividing plate backlight (2) and matrix (1), seal structural part is set or/and adhering and sealing layer by the two sealing and connect as one;
Between dividing plate fixture backlight (53) and dividing plate backlight (2), seal structural part is set or/and adhering and sealing layer by the two sealing and connect as one;
On matrix (1) intracavity sidewall and/or on the side to light of dividing plate backlight (2), be also provided with thermal reflecting coating.
8. according to claim 1-6, use the energy-saving house of curtain wall described in one of them, it is characterized in that: use the heat transfer system arranging in the energy-saving house of curtain wall, in be also provided with following composition structure one or a combination set of: have energy-storage function structure, there is the structure utilizing the structure of heat energy function to be heat energy utilization system, be conducive to allow whole heat transfer system forming energy circulation, be conducive to structure that part or part solar energy heating unit module connecting line are carried out to make-break operation;
The body of wall of the energy-saving house of described use curtain wall is or/and arrange substrate fixed structure on roofing, for the some or all of solar energy heating unit module of a body of wall or roofing is connected thereon and and then form the energy-saving house of whole use curtain wall;
On matrix (1), be also provided with for holding the thermal-arrest inner chamber (4) of following structure one or a combination set of: heat absorbing member (3), air, other energy storage materials; Wherein: as the heat absorbing member (3) that absorbs the critical piece of solar energy, be arranged in the side backlight that dividing plate backlight (2) was gone up and be positioned to matrix (1), it is the structural member of phase-change material quality specifically;
In the heat transfer system of the energy-saving house of described use curtain wall, use following structural member one or a combination set of:
One, individual layer tube connector (61), tube connector centre or close certain place, one end are provided with the shaft shoulder that place's external diameter is greater than remainder, and its pore space structure being equipped with on a certain sidewall of matrix (1) is used to form the tube connector for the inner thermal-arrest inner chamber (4) of some matrixes (1);
They are two years old, double-deck tube connector (62), tube connector centre is provided with the shaft shoulder that two place's external diameters are greater than remainder, it is equipped with between the thermal-arrest inner chamber (4) of two adjacent solar energy heating unit modules, is specifically arranged in corresponding pore space structure on relatively each sidewalls of matrix (1) of two adjacent solar energy heating unit modules and uses to form simultaneously the tube connector for the inner thermal-arrest inner chamber (4) of 2 matrixes (1);
Its three, tube connector auxiliary sealing member (63), its structure forms and is: tubular matrix (631), flange (632); Wherein: flange (632) fixed and arranged is integrated or is connected to one in tubular matrix (631) one end and the two, for the auxiliary seal at the tubulose gap, hole place on a certain matrix (1) the sidewall place for a certain thermal-arrest inner chamber (4); Flange is set up annular seal structure on (632);
They are four years old, hermetically-sealed construction, in following position one or a combination set of, locate to be also provided with hermetically-sealed construction: between the external diameter tube connector such as grade and individual layer tube connector (61) of heat transfer system, waiting between external diameter tube connector and double-deck tube connector (62) of heat transfer system, waiting between external diameter tube connector and tube connector auxiliary sealing member (63) of heat transfer system, between tube connector auxiliary sealing member (63) and individual layer tube connector (61), between tube connector auxiliary sealing member (63) and double-deck tube connector (62), between matrix (1) and following thrin: individual layer tube connector (61), double-deck tube connector (62), tube connector auxiliary sealing member (63).
9. according to the energy-saving house that uses curtain wall described in claim 7, it is characterized in that: use the heat transfer system arranging in the energy-saving house of curtain wall, in be also provided with following composition structure one or a combination set of: have energy-storage function structure, there is the structure utilizing the structure of heat energy function to be heat energy utilization system, be conducive to allow whole heat transfer system forming energy circulation, be conducive to structure that part or part solar energy heating unit module connecting line are carried out to make-break operation;
The body of wall of the energy-saving house of described use curtain wall is or/and arrange substrate fixed structure on roofing, for the some or all of solar energy heating unit module of a body of wall or roofing is connected thereon and and then form the energy-saving house of whole use curtain wall;
On matrix (1), be also provided with for holding the thermal-arrest inner chamber (4) of following structure one or a combination set of: heat absorbing member (3), air, other energy storage materials; Wherein: as the heat absorbing member (3) that absorbs the critical piece of solar energy, be arranged in the side backlight that dividing plate backlight (2) was gone up and be positioned to matrix (1), it is the structural member of phase-change material quality specifically;
In the heat transfer system of the energy-saving house of described use curtain wall, use following structural member one or a combination set of:
One, individual layer tube connector (61), tube connector centre or close certain place, one end are provided with the shaft shoulder that place's external diameter is greater than remainder, and its pore space structure being equipped with on a certain sidewall of matrix (1) is used to form the tube connector for the inner thermal-arrest inner chamber (4) of some matrixes (1);
They are two years old, double-deck tube connector (62), tube connector centre is provided with the shaft shoulder that two place's external diameters are greater than remainder, it is equipped with between the thermal-arrest inner chamber (4) of two adjacent solar energy heating unit modules, is specifically arranged in corresponding pore space structure on relatively each sidewalls of matrix (1) of two adjacent solar energy heating unit modules and uses to form simultaneously the tube connector for the inner thermal-arrest inner chamber (4) of 2 matrixes (1);
Its three, tube connector auxiliary sealing member (63), its structure forms and is: tubular matrix (631), flange (632); Wherein: flange (632) fixed and arranged is integrated or is connected to one in tubular matrix (631) one end and the two, for the auxiliary seal at the tubulose gap, hole place on a certain matrix (1) the sidewall place for a certain thermal-arrest inner chamber (4); Flange is also set up annular seal structure on (632);
They are four years old, hermetically-sealed construction, in following position one or a combination set of, locate to be also provided with hermetically-sealed construction: between the external diameter tube connector such as grade and individual layer tube connector (61) of heat transfer system, waiting between external diameter tube connector and double-deck tube connector (62) of heat transfer system, waiting between external diameter tube connector and tube connector auxiliary sealing member (63) of heat transfer system, between tube connector auxiliary sealing member (63) and individual layer tube connector (61), between tube connector auxiliary sealing member (63) and double-deck tube connector (62), between matrix (1) and following thrin: individual layer tube connector (61), double-deck tube connector (62), tube connector auxiliary sealing member (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420002321.0U CN203755719U (en) | 2014-01-03 | 2014-01-03 | Energy-saving house adopting glass curtain wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420002321.0U CN203755719U (en) | 2014-01-03 | 2014-01-03 | Energy-saving house adopting glass curtain wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203755719U true CN203755719U (en) | 2014-08-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420002321.0U Withdrawn - After Issue CN203755719U (en) | 2014-01-03 | 2014-01-03 | Energy-saving house adopting glass curtain wall |
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| Country | Link |
|---|---|
| CN (1) | CN203755719U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103774863A (en) * | 2014-01-03 | 2014-05-07 | 刘宇森 | Energy-saving house with glass curtain wall |
| CN103774804A (en) * | 2014-01-03 | 2014-05-07 | 刘宇森 | Solar heat collecting unit module for energy-saving house with glass curtain wall |
-
2014
- 2014-01-03 CN CN201420002321.0U patent/CN203755719U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103774863A (en) * | 2014-01-03 | 2014-05-07 | 刘宇森 | Energy-saving house with glass curtain wall |
| CN103774804A (en) * | 2014-01-03 | 2014-05-07 | 刘宇森 | Solar heat collecting unit module for energy-saving house with glass curtain wall |
| CN103774863B (en) * | 2014-01-03 | 2017-09-08 | 刘宇森 | A kind of energy-saving house of use glass curtain wall |
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Granted publication date: 20140806 Effective date of abandoning: 20160525 |
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