CN108104366A - Photovoltaic heat collector integration assembling type outer wall and its production method - Google Patents
Photovoltaic heat collector integration assembling type outer wall and its production method Download PDFInfo
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- CN108104366A CN108104366A CN201810092543.9A CN201810092543A CN108104366A CN 108104366 A CN108104366 A CN 108104366A CN 201810092543 A CN201810092543 A CN 201810092543A CN 108104366 A CN108104366 A CN 108104366A
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- wall
- heat collector
- photovoltaic heat
- lobe wall
- internal lobe
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04C—STRUCTURAL ELEMENTS; BUILDING MATERIALS
- E04C2/00—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels
- E04C2/44—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose
- E04C2/52—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose with special adaptations for auxiliary purposes, e.g. serving for locating conduits
- E04C2/521—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose with special adaptations for auxiliary purposes, e.g. serving for locating conduits serving for locating conduits; for ventilating, heating or cooling
- E04C2/525—Building elements of relatively thin form for the construction of parts of buildings, e.g. sheet materials, slabs, or panels characterised by the purpose with special adaptations for auxiliary purposes, e.g. serving for locating conduits serving for locating conduits; for ventilating, heating or cooling for 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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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Life Sciences & Earth Sciences (AREA)
- Mechanical Engineering (AREA)
- Sustainable Development (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Building Environments (AREA)
Abstract
The present invention relates to building energy saving fields, especially photovoltaic heat collector integration assembling type outer wall, including an internal lobe wall, a siphonal lobe wall is equipped in the outside of internal lobe wall, a photovoltaic heat collector is equipped in the cavity in the outside of siphonal lobe wall, the lateral wall of the photovoltaic heat collector is concordant with siphonal lobe wall lateral wall, piping installation is equipped in the rear side of photovoltaic heat collector, the rear end of the piping installation sequentially passes through siphonal lobe wall, internal lobe wall simultaneously extends internal lobe side within the walls, several /V tension members are equipped between siphonal lobe wall and internal lobe wall, the adjusting fastener being distributed between the photovoltaic heat collector and internal lobe wall by several along its sidewall spacers is connected.Photovoltaic heat collector integration assembling type outer wall is without concave portion, not only aesthetics is high but also clears up building exterior wall because its flatness is good convenient for carrying out unification when safeguarding, the daylighting area of solar energy is increased, the demand of people is more effectively met, solves problems of the prior art.
Description
Technical field
The present invention relates to building energy saving fields, especially photovoltaic heat collector integration assembling type outer wall.
Background technology
Solar water heater be using sunlight by the device of water temperature heating, solar water heater experienced from vacuum tube to
Split water heater arrives the promotion of the structure change and performance of inserted tablet again.The technology of present high temperature solar water heater
Progress and effect are progressively highlighted, but whether being that traditional or existing sun heating unit typically will when being installed
It is mounted on the roof or metope of building, although the reduction now with the structure of solar water heater causes it applying
Difficulty has certain reduction during work, but is mainly drilled, taken on constructed wall during construction now
Stent, fixed solar panels are built, so result in the whole process that architecture construction is installed with water heater relative complex.Therefore,
Building especially as family expenses residential building middle-high building object how with carrying out the convenient of the components such as solar water heater
How construction and installation and entire wall construct the technical barrier for having become and having needed to solve at present that solves the above problems.Therefore,
The structure of existing this wall and the mounting means of solar water heater cannot be combined well, existing so as to cause
Wall can not meet the needs of the convenient installation of solar energy；In addition, existing wall and solar energy would generally be because after being installed
Solar water heater be subject to during large wind generate rock, there are security risks, it is clear that existing photovoltaic heat collector one
Body assembling type outer wall can not more effectively meet the needs of people.
The content of the invention
The present invention provides photovoltaic heat collector integration assembling type outer walls, and quick construction, overall structure is simple, will
Solar energy mounting technique is integrated with assembled architecture to be combined, and improves later stage site operation installation effectiveness, photovoltaic thermal-arrest
Device integration assembling type outer wall is without concave portion, and not only aesthetics is high but also because its flatness is good unified clear convenient for being carried out when safeguarding
Building exterior wall is managed, while increases the daylighting area of solar energy, the demand of people is more effectively met, solves the prior art
Present in problem.
The used to solve above-mentioned technical problem technical solution of the present invention is：The integration assembling of photovoltaic heat collector
Including an internal lobe wall, a siphonal lobe wall is equipped in the outside of internal lobe wall, one is equipped in the cavity in the outside of siphonal lobe wall too for formula exterior wall
Positive energy photovoltaic heat collector, the lateral wall of the photovoltaic heat collector is concordant with siphonal lobe wall lateral wall, in photovoltaic collection
The rear side of hot device is equipped with piping installation, and the rear end of the piping installation sequentially passes through siphonal lobe wall, internal lobe wall and extends internal lobe within the walls
Side is equipped with several /V tension members, between the photovoltaic heat collector and internal lobe wall between siphonal lobe wall and internal lobe wall
The adjusting fastener being distributed by several along its sidewall spacers is connected.
The siphonal lobe wall includes a thermal insulation board, and an outer impeller is equipped in the outside of thermal insulation board, is equipped on thermal insulation board several
A thermal-insulation connecting piece, the inner end of the thermal-insulation connecting piece are connected with outer end with internal lobe wall, outer impeller respectively.
The piping installation includes a telescopic water inlet bellows, and the outer end of the water inlet bellows passes through quick-release connector
It is connected with photovoltaic heat collector inlet opening；A water outlet bellows, institute are equipped in the lower section of telescopic water inlet bellows
The outer end for stating water outlet bellows is connected by quick-release connector with photovoltaic heat collector apopore；In water inlet bellows with going out
The outside of water ripples pipe is slidingly connected a rigid protection pipe respectively, and the outside of the rigid protection pipe is fastenedly connected with inner wall,
The outer end of the water inlet bellows and water outlet bellows inwardly extends internal lobe side within the walls.
The adjusting fastener includes a fixed screw, the inner end of the fixed screw inwardly extend the inside of internal lobe wall,
Outer end is extended in the cavity on rear side of photovoltaic heat collector；Several are equipped at intervals on the lateral wall of fixed screw connect wall and determine
Position block, on the internal lobe wall side wall of the inner end of fixed screw periphery be equipped with one adjust cavity, it is described adjust cavity bottom with admittedly
The cavity for determining screwed pipe is connected, and connection one is screwed in fixed screw and adjusts studdle, the outer end for adjusting studdle
One T-shaped convex block of connection is integrally formed, the T-shaped convex block passes through the T-slot and solar energy on photovoltaic heat collector rear wall
Photovoltaic heat collector carries out cooperation /V connection；The inner end for adjusting studdle, which extends, to be adjusted in cavity, and spiral shell is supported adjusting
Fastening screws a /V spiral shell block on the inner end lateral wall of bar, and be connected a limiting block on the /V spiral shell block end face adjusted on the inside of cavity
Plate.
A pulling buckle slot is respectively equipped in the outside four corners of the framework of photovoltaic heat collector；In photovoltaic thermal-arrest
The outside card of the framework of device sets a transparent dust cover.
Internal lobe wall described in internal lobe structure reinforcing bars includes impeller in one, and internal lobe structure reinforcing bars are equipped in interior impeller.
A thermal insulation layer is equipped on the inner wall of rigid protection pipe.
It is filled out between cavity, water stopping trough in the outside of the lateral wall and siphonal lobe wall of photovoltaic heat collector by foamed glue
It fills；A weather proofing sealant is equipped in the outside of foamed glue.
The production method of photovoltaic heat collector integration assembling type outer wall, production stage are as follows：
S1：Die station is cleared up, installation mold；Die station is cleaned out, its surface is made not have sundries, then assembling type outer wall mould is installed
Tool, releasing agent and drying retardant are sprayed in die surface respectively；
S2：Pour internal lobe wall；The reinforcement cage hoisting bound in advance is entered into mould, is made using reinforced concrete protective layer plastic cushion
Protective layer thickness 20mm uniformities, install thermal-insulation connecting piece, and /V tension member adjusts the built-in fittings such as fastener and installation too
Positive energy piping installation, automatic distributing machine casting concrete vibrate uniformly；
S3：Thermal insulation board is installed；After having poured internal lobe wall, according to pre-buried thermal-insulation connecting piece, thermal insulation board is installed, it is ensured that thermal insulation board jail
Solid, safety, it is seamless spliced；
S4：Pour siphonal lobe wall (the installation cavity of reserved photovoltaic heat collector)；Installing reinforced concrete protective layer modeling
After backing strap block, check ensure thermal insulation board and solar energy equipment and siphonal lobe reinforced mesh installation it is correct after, automatic distributing machine
Casting concrete vibrates uniformly, receives slurry plastering；
S5：Maintenance, the demoulding；It tentatively conserves in precuring kiln, subsequently into curing kilns steam curing, after lifting intensity reaches 75%, rises
Hang the demoulding；
S6：Photovoltaic heat collector is installed；Panel solar dress is installed according to the position of the pre-buried piping installation of pre-buried solar energy
It puts, concrete protection is carried out around solar energy, while siphonal lobe reinforced mesh is installed（Cold rolled reinforcing steel bar with ribs φ 5）.
Advantageous effect is possessed by the present invention, and quick construction, overall structure is simple, by solar energy mounting technique and assembling
Formula architecture-integral combine, improve later stage site operation installation effectiveness, photovoltaic heat collector integration assembling type outer wall without
Concave portion, not only aesthetics is high but also because its flatness is good convenient for carrying out unified cleaning building exterior wall when safeguarding, increases too
The daylighting area of positive energy；It can ensure the connection structure intensity of internal lobe wall, siphonal lobe wall by tension device, in siphonal lobe wall and internal lobe
Several /V tension members are equipped between wall；Water inlet bellows, water outlet bellows can carry out by a small margin when being adjusted
It adjusts, ensures to be convenient for pulling out photovoltaic thermal-arrest after later stage photovoltaic heat collector breaks down or damages
Device, during pulling intake bellows, water outlet bellows by deformation can photovoltaic heat collector facilitate shifting
It is dynamic；Set rigid protection pipe that can be provide with water inlet bellows with water outlet bellows, so as to play the role of protection；
More effectively meets the needs of people.
Description of the drawings
Fig. 1 is the broken section structure diagram of the present invention.
Fig. 2 is the enlarged structure schematic diagram in B portions in Fig. 1.
In figure, 1, internal lobe wall；2nd, siphonal lobe wall；3rd, photovoltaic heat collector；4th, piping installation；5th, water outlet bellows；6、
Adjust fastener；7th, thermal insulation board；8th, water stopping trough；9th, foamed glue；10th, weather proofing sealant；11st, rigid protection pipe；12nd, thermal insulation layer；
13rd, outer impeller；14th, /V tension member；15th, internal lobe structure reinforcing bars；16th, interior impeller；17th, water inlet bellows；18th, fixed screw；
19th, wall locating piece is connected；20th, cavity is adjusted；21st, studdle is adjusted；22nd, T-shaped convex block；23rd, T-slot；24th, /V spiral shell block；
25th, postive stop baffle；26th, pulling buckle slot；27th, transparent dust cover；28th, thermal-insulation connecting piece.
Specific embodiment
In order to clarify the technical characteristics of the invention, below by specific embodiment, and its attached drawing is combined, to this hair
It is bright to be described in detail.
As shown in figs. 1-2, photovoltaic heat collector integration assembling type outer wall, including an internal lobe wall 1, in internal lobe wall
1 outside is equipped with a siphonal lobe wall 2, and a photovoltaic heat collector 3, the sun are equipped in the cavity in the outside of siphonal lobe wall 2
The lateral wall of energy photovoltaic heat collector 3 is concordant with 2 lateral wall of siphonal lobe wall, is filled in the rear side of photovoltaic heat collector 3 equipped with pipeline
Put 4, the rear end of the piping installation 4 sequentially passes through siphonal lobe wall 2, internal lobe wall 1 and extends 1 inside of internal lobe wall, siphonal lobe wall 2 with it is interior
Several /V tension members 14 are equipped between leaf wall 1, pass through several between the photovoltaic heat collector 3 and internal lobe wall 1
The adjusting fastener 6 being distributed along its sidewall spacers is connected；Photovoltaic heat collector 3 is set directly on precast wall body,
Later stage can complete photovoltaic heat collector 3 while building body is built while install, simple operation, time saving province
In addition power can ensure that the planarization of wall face ensures, aesthetics is high, in photovoltaic heat collector 3 after installation is complete
Rear side is equipped with piping installation 4；It can ensure the connection structure intensity of internal lobe wall 1, siphonal lobe wall 2 by tension device, adjust fastening
Part 6 can easily be adjusted it when installing photovoltaic heat collector 3.
The siphonal lobe wall 2 includes a thermal insulation board 7, is equipped with an outer impeller 13 in the outside of thermal insulation board 7, is set on thermal insulation board 7
There are several thermal-insulation connecting pieces 28, the inner end of the thermal-insulation connecting piece 28 is connected with outer end with internal lobe wall 1, outer impeller 13 respectively.
The piping installation 4 includes a telescopic water inlet bellows 17, and the outer end for intaking bellows 17 passes through fast
Changing-over head is connected with 3 inlet opening of photovoltaic heat collector；A water outlet is equipped in the lower section of telescopic water inlet bellows 17
Bellows 5, the outer end of the water outlet bellows 5 are connected by quick-release connector with 3 apopore of photovoltaic heat collector；Into
The outside of water ripples pipe 17 and water outlet bellows 5 is slidingly connected a rigid protection pipe 11 respectively, the rigid protection pipe 11 it is outer
Side is fastenedly connected with inner wall, and the outer end of the water inlet bellows 17 and water outlet bellows 5 inwardly extends 1 inside of internal lobe wall；Into
Water ripples pipe 17, water outlet bellows 5 can carry out adjusting by a small margin when being adjusted, and ensure in later stage photovoltaic collection
Hot device 3 is convenient for pulling out photovoltaic heat collector 3 after breaking down or damaging, bellows of intaking during pulling
17th, intake bellows 17 by deformation can photovoltaic heat collector 3 be moved easily；Set rigid protection pipe 11 can be with
Water inlet bellows 17 and water inlet bellows 17 are provide with, so as to play the role of protection.
The adjusting fastener 6 includes a fixed screw 18, and the inner end of the fixed screw 18 inwardly extends internal lobe wall 1
Inside, outer end are extended in the cavity of 3 rear side of photovoltaic heat collector；It is equipped at intervals on the lateral wall of fixed screw 18 several
A even wall locating piece 19, the company's of setting wall locating piece 19 can increase the resistance between fixed screw 18 and concrete wall, rear
Phase can effectively ensure to fix by rotating adjusting studdle 21 when realizing that it drives photovoltaic heat collector 3 to move
The stability of screwed pipe 18 prevents fixed screw 18 from generating rotation, is set on 1 side wall of internal lobe wall of the inner end of fixed screw 18 periphery
There is an adjusting cavity 20, the bottom for adjusting cavity 20 is connected with the cavity of fixed screw 18, in 18 inward turning of fixed screw
It closes connection one and adjusts studdle 21, the outer end for adjusting studdle 21 is integrally formed one T-shaped convex block 22 of connection, the T
Type convex block 22 carries out cooperation /V by the T-slot 23 on 3 rear wall of photovoltaic heat collector and photovoltaic heat collector 3
Connection；Setting T-shaped convex block 22 and T-slot 23 that can ensure can either be normally in solar energy when rotation adjusts studdle 21
Volt 3 rear side relative rotation of heat collector can drive photovoltaic heat collector 3 to move again；The inner end for adjusting studdle 21
It extends and adjusts in cavity 20, fastened on the inner end lateral wall for adjusting studdle 21 and screw a /V spiral shell block 24, it is recessed adjusting
Be connected a postive stop baffle 25 on 24 end face of /V spiral shell block of 20 inside of chamber.
A pulling buckle slot 26 is respectively equipped in the outside four corners of the framework of photovoltaic heat collector 3, works as photovoltaic
Because collision is when reasons occur damaging and need replacing, construction personnel's heat collector 3 by steel wire rope and can be buckled each drawing first
Catching groove 26 is fastened, and after by steel wire rope, entire photovoltaic heat collector 3 is sling, is moved convenient for staff
It is laborsaving when dynamic；A transparent dust cover 27 is set in the outside card of the framework of photovoltaic heat collector 3, transparent dust cover 27 can rise
To protective action, while daylighting degree is not interfered with.
Internal lobe wall 1 described in internal lobe structure reinforcing bars 15 includes impeller 16 in one, and internal lobe structure reinforcing bars are equipped in interior impeller 16
15, it can better ensure that structural strength after internal lobe structure reinforcing bars 15 are set.
A thermal insulation layer 12 is equipped on the inner wall of rigid protection pipe 11；Thermal insulation layer 12 can be very good to play the work of heat preservation
With can be effectively prevented in the case where temperature is relatively low into water bellows 17, water inlet bellows 17 and situation about freezing, anti-occur
Only water inlet bellows 17, water inlet bellows 17 block.
Pass through foaming between cavity, water stopping trough 8 in the outside of the lateral wall and siphonal lobe wall 2 of photovoltaic heat collector 3
Glue 9 is filled；A weather proofing sealant 10 is equipped in the outside of foamed glue 9.
The production method of photovoltaic heat collector integration assembling type outer wall, production stage are as follows：
S1：Die station is cleared up, installation mold；Die station is cleaned out, its surface is made not have sundries, then assembling type outer wall mould is installed
Tool, releasing agent and drying retardant are sprayed in die surface respectively；
S2：Pour internal lobe wall 1；The reinforcement cage hoisting bound in advance is entered into mould, uses reinforced concrete protective layer plastic cushion
Make protective layer thickness 20mm uniformities, thermal-insulation connecting piece 28 be installed, /V tension member 14, adjust the built-in fittings such as fastener 6 with
And installation solar energy piping installation 4, automatic distributing machine casting concrete vibrate uniformly；
S3：Thermal insulation board 7 is installed；After having poured internal lobe wall 1, according to pre-buried thermal-insulation connecting piece 28, thermal insulation board 7 is installed, it is ensured that protect
Warm plate 7 is secured, safety, seamless spliced；
S4：Pour siphonal lobe wall 2 (the installation cavity of reserved photovoltaic heat collector 3)；Installing reinforced concrete protective layer
After plastic cushion, check ensure thermal insulation board 7 and solar energy equipment and siphonal lobe reinforced mesh installation it is correct after, automatic distributing
Machine casting concrete vibrates uniformly, receives slurry plastering；
S5：Maintenance, the demoulding；It tentatively conserves in precuring kiln, subsequently into curing kilns steam curing, after lifting intensity reaches 75%, rises
Hang the demoulding；
S6：Photovoltaic heat collector 3 is installed；Panel solar is installed according to the position of the pre-buried piping installation 4 of pre-buried solar energy
Device carries out concrete protection around solar energy, while installs siphonal lobe reinforced mesh（Cold rolled reinforcing steel bar with ribs φ 5）.
After the completion of internal lobe wall 1 is poured with siphonal lobe wall 2, photovoltaic heat collector 3 and entire wall are mounted on one piece simultaneously
Integration, and outer surface flush with each other are kept, aesthetics is high.Construction site is transported to after this wall completes by applying
Construction equipment carries out the construction and fixation of wall, integral prefabricated so that on-site construction processes are simple.Work as the sun during use
For energy photovoltaic heat collector 3 because collision is when reasons occur damaging and need replacing, construction personnel can pass through steel wire rope and buckle first
Each pulling buckle slot 26 is fastened, then by using instrument by the cavity in photovoltaic heat collector 3 and the outside of siphonal lobe wall 2
Periphery is separated, by backing out postive stop baffle 25, /V spiral shell block 24 and then the inner end for adjusting studdle 21 being passed through clamping
Instrument is rotated, and is realized that its outer end pushes out photovoltaic heat collector 3, then is made after each T-slot 23 is opened or crushed
It is separated with adjusting studdle 21, after by steel wire rope, entire photovoltaic heat collector 3 is sling, convenient for work people
Member is laborsaving when being moved；Staff installs new photovoltaic heat collector 3 again after the completion of dismounting, according to said sequence
Contragradience be adjusted installation suddenly, it is easy to adjust quick, it is small to wall damaged condition.
Present apparatus quick construction, overall structure is simple, and the combination integrated with assembled architecture of solar energy mounting technique carries
High later stage site operation installation effectiveness, photovoltaic heat collector integration assembling type outer wall is without concave portion, not only aesthetics
It is high and because its flatness is good convenient for carrying out the unified daylighting area cleared up building exterior wall, increase solar energy when safeguarding；Pass through
Tension device can ensure the connection structure intensity of internal lobe wall 1, siphonal lobe wall 2, be equipped between siphonal lobe wall 2 and internal lobe wall 1 several
A /V tension member 14；Water inlet bellows 17, water outlet bellows 5 can carry out adjusting by a small margin when being adjusted, and ensure
Convenient for pulling out photovoltaic heat collector 3 after later stage photovoltaic heat collector 3 breaks down or damages, pulling
During intake bellows 17, water outlet bellows 5 by deformation can photovoltaic heat collector 3 be moved easily；If
Putting rigid protection pipe 11 can be provide with water inlet bellows 17 with water outlet bellows 5, so as to play the role of protection；
More effectively meets the needs of people.
Above-mentioned specific embodiment cannot function as limiting the scope of the invention, for the technology people of the art
For member, any alternate modification or conversion made to embodiment of the present invention are all fallen in protection scope of the present invention.
Part is not described in detail by the present invention, is the known technology of those skilled in the art of the present technique.
Claims (9)
1. photovoltaic heat collector integration assembling type outer wall, it is characterised in that：Including an internal lobe wall, in the outside of internal lobe wall
Equipped with a siphonal lobe wall, a photovoltaic heat collector, the photovoltaic thermal-arrest are equipped in the cavity in the outside of siphonal lobe wall
The lateral wall of device is concordant with siphonal lobe wall lateral wall, and piping installation, the pipeline dress are equipped in the rear side of photovoltaic heat collector
The rear end put sequentially passes through siphonal lobe wall, internal lobe wall and extends internal lobe side within the walls, several are equipped between siphonal lobe wall and internal lobe wall
/V tension member, the adjusting being distributed between the photovoltaic heat collector and internal lobe wall by several along its sidewall spacers are tight
Firmware is connected.
2. photovoltaic heat collector integration assembling type outer wall according to claim 1, it is characterised in that：The siphonal lobe
Wall includes a thermal insulation board, and an outer impeller is equipped in the outside of thermal insulation board, several thermal-insulation connecting pieces are equipped on thermal insulation board, described
The inner end of thermal-insulation connecting piece is connected with outer end with internal lobe wall, outer impeller respectively.
3. photovoltaic heat collector integration assembling type outer wall according to claim 2, it is characterised in that：The pipeline
Device includes a telescopic water inlet bellows, and the outer end of the water inlet bellows passes through quick-release connector and photovoltaic thermal-arrest
Device inlet opening is connected；Be equipped with a water outlet bellows in the lower section of telescopic water inlet bellows, the water outlet bellows it is outer
End is connected by quick-release connector with photovoltaic heat collector apopore；In the outside point of water inlet bellows and water outlet bellows
Be not slidingly connected a rigid protection pipe, and the outside of the rigid protection pipe is fastenedly connected with inner wall, it is described water inlet bellows with
The outer end of water outlet bellows inwardly extends internal lobe side within the walls.
4. photovoltaic heat collector integration assembling type outer wall according to claim 3, it is characterised in that：The adjusting
Fastener includes a fixed screw, and the inner end of the fixed screw inwardly extends the inside of internal lobe wall, outer end extends solar energy
It lies prostrate in the cavity on rear side of heat collector；Several are equipped at intervals on the lateral wall of fixed screw and connects wall locating piece, in fixed screw
Inner end periphery internal lobe wall side wall be equipped with one adjust cavity, it is described adjust cavity bottom be connected with the cavity of fixed screw
It is logical, connection one is screwed in fixed screw and adjusts studdle, it is T-shaped that the outer end for adjusting studdle is integrally formed connection one
Convex block, the T-shaped convex block are coordinated by the T-slot on photovoltaic heat collector rear wall with photovoltaic heat collector
/V connects；The inner end for adjusting studdle, which extends, to be adjusted in cavity, is tightened in the inner end lateral wall for adjusting studdle
Admittedly screwing a /V spiral shell block, be connected a postive stop baffle on the /V spiral shell block end face adjusted on the inside of cavity.
5. photovoltaic heat collector integration assembling type outer wall according to claim 4, it is characterised in that：In solar energy
The outside four corners of the framework of photovoltaic heat collector are respectively equipped with a pulling buckle slot；In the outside card of the framework of photovoltaic heat collector
An if transparent dust cover.
6. photovoltaic heat collector integration assembling type outer wall according to claim 5, it is characterised in that：Interior impeller structure
Internal lobe wall described in reinforcing bar includes impeller in one, and internal lobe structure reinforcing bars are equipped in interior impeller.
7. photovoltaic heat collector integration assembling type outer wall according to claim 6, it is characterised in that：Rigidly anti-
A thermal insulation layer is equipped on the inner wall of pillar.
8. photovoltaic heat collector integration assembling type outer wall according to claim 7, it is characterised in that：In solar energy
It is filled between the lateral wall of photovoltaic heat collector and the cavity in the outside of siphonal lobe wall, water stopping trough by foamed glue；In the outer of foamed glue
Side is equipped with a weather proofing sealant.
9. the production method of photovoltaic heat collector integration assembling type outer wall, production stage are as follows：
S1：Die station is cleared up, installation mold；
S2：Pour internal lobe wall；
S3：Thermal insulation board is installed；
S4：Pour siphonal lobe wall；
S5：Maintenance, the demoulding；
S6：Photovoltaic heat collector is installed.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810092543.9A CN108104366A (en) | 2018-01-31 | 2018-01-31 | Photovoltaic heat collector integration assembling type outer wall and its production method |
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| CN201810092543.9A CN108104366A (en) | 2018-01-31 | 2018-01-31 | Photovoltaic heat collector integration assembling type outer wall and its production method |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110424568A (en) * | 2019-07-23 | 2019-11-08 | 吴壮 | A kind of precast concrete sandwich wall with ribbing |
| CN110863603A (en) * | 2019-12-16 | 2020-03-06 | 山东海龙建筑科技有限公司 | Network integrated thermal insulation wall with steel-concrete composite structure and production method thereof |
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