CN207582722U - A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall - Google Patents
A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall Download PDFInfo
- Publication number
- CN207582722U CN207582722U CN201721733455.XU CN201721733455U CN207582722U CN 207582722 U CN207582722 U CN 207582722U CN 201721733455 U CN201721733455 U CN 201721733455U CN 207582722 U CN207582722 U CN 207582722U
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- CN
- China
- Prior art keywords
- polystyrene foam
- thermal insulation
- insulation board
- foam thermal
- plate
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Abstract
The utility model is related to greenhouse fields,More particularly to a kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall,It includes frame and polystyrene foam thermal insulation board wall,Frame includes vertical supporting bar,Top beam,Bottom girder and intermediate tie-beam,Top beam,The both ends of bottom girder and intermediate tie-beam are fixedly mounted respectively with vertical supporting bar,The cross section of top beam and bottom girder is bathtub construction,The middle part of bathtub construction is equipped with positioning protrusion,The cross section of intermediate tie-beam is I-shaped structure,Middle part is equipped with positioning protrusion in two grooves up and down of I-shaped structure,Polystyrene foam thermal insulation board wall is spliced by polylith polystyrene foam thermal insulation board,The upper and lower ends of polystyrene foam thermal insulation board are respectively equipped with and the matched positioning groove of positioning protrusion,The side of polystyrene foam thermal insulation board is equipped with tenon,Opposite side is equipped with and the matched tongue-and-groove of tenon.Device good appearance provided by the utility model, securely and reliably, heat insulation property is strong.
Description
Technical field
The utility model is related to greenhouse field more particularly to a kind of polystyrene foam thermal insulation board heliogreenhouse exterior walls.
Background technology
As the improvement of people's living standards, demand of the people throughout the year to diet especially vegetables is also higher and higher,
The winter in the north is colder, and vegetables need to plant in the greenhouse, its gable of heliogreenhouse or rear wall are set up using color steel
It forms, mostly using rock wool, the rock wool plate core of rock wool color plate needs to disappear existing color steel sandwich material in its sintering procedure
It consumes a large amount of coal, water, electricity and pollutes environment, and existing color steel plate structure is horizontally-spliced by polylith composite color steel plate
It forms, after being located in ground due to composite color steel plate and reach a certain height, overall weight is born by its bottom, the first half
Split pole easily occurs bending and deformation, and long-term deformation will increase the fatigue of material and then seriously affect the service life of wall；And
And the damage of monolithic composite color steel plate easily causes caving in for entire main wall structure, and there is larger security risk, and it is multiple
The gap closed between color steel is larger, influences beautiful and rainwater and is easily flowed into inside color steel along gap, presss from both sides color steel
Core material deforms, so as to influence thermal and insulating performance.
Utility model content
The technical problem to be solved by the utility model is to provide good appearance, securely and reliably, heat insulation property it is strong one
Kind polystyrene foam thermal insulation board heliogreenhouse exterior wall.
The utility model is to be achieved by the following technical programs：
A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall, gable and rear wall of greenhouse including greenhouse both sides, temperature
Room gable and rear wall of greenhouse include frame and the polystyrene foam thermal insulation board wall being fixedly installed in frame, the frame packet
Include vertical supporting bar, top beam, bottom girder and intermediate tie-beam, the both ends of the top beam, bottom girder and intermediate tie-beam respectively with longitudinal direction
Supporting rod is fixedly mounted, and the cross section of the top beam and bottom girder is bathtub construction, and the middle part of the bathtub construction is along extending direction
Equipped with positioning protrusion, the cross section of the intermediate tie-beam is I-shaped structure, in two grooves up and down of I-shaped structure in
Portion is equipped with positioning protrusion along extending direction, and the polystyrene foam thermal insulation board wall is spelled by polylith polystyrene foam thermal insulation board
It connects, the upper and lower ends of the polystyrene foam thermal insulation board are respectively equipped with and the matched positioning groove of positioning protrusion, institute
The side for stating polystyrene foam thermal insulation board is equipped with tenon, and opposite side is equipped with and the matched tongue-and-groove of tenon.
Further, the polystyrene foam thermal insulation board includes multiple heat insulation support plates at middle part, set on heat insulation support plate
The polystyrene foam plate of both sides, the moist-proof board pasted with polystyrene foam plate and the metallic plate pasted with moist-proof board, it is described
The length of polystyrene foam plate and moist-proof board is less than metallic plate, the both sides of the polystyrene foam plate and moist-proof board be equipped with
The bilevel fixed moisture-proof connector of metallic plate, the connector described in side are equipped with tenon, the connector described in opposite side
Equipped with the matched tongue-and-groove of tenon.
Further, the end of the metallic plate both sides is concordant with the end of connector.
Further, it is fixed between the polystyrene foam thermal insulation board and top beam, bottom girder and intermediate tie-beam using rivet
Connection
The advantageous effect of utility model
The frame in greenhouse includes vertical supporting bar, and top beam, bottom girder and intermediate tie-beam, the top beam, bottom girder and centre connect
It connects the both ends of beam to be fixedly mounted with vertical supporting bar respectively, the cross section of top beam and bottom girder is bathtub construction, in bathtub construction
Portion is equipped with positioning protrusion along extending direction, and the cross section of intermediate tie-beam is I-shaped structure, two up and down of I-shaped structure
Middle part is equipped with positioning protrusion along extending direction in groove, and polystyrene foam thermal insulation board wall is kept the temperature by polylith polystyrene foam
Plate is spliced, the upper and lower ends of polystyrene foam thermal insulation board be respectively equipped with the matched positioning groove of positioning protrusion, this
Sample is set, and entire wall is made of multilayer polystyrene foam heat-insulating board, the difference of polystyrene foam thermal insulation board between every layer
It is fixed by top beam, bottom girder and intermediate tie-beam, the end of polystyrene foam thermal insulation board is placed in top beam, bottom girder and intermediate connection
In the slot of beam, and pass through the mutual cooperation of the positioning protrusion in slot and the positioning groove of polystyrene foam thermal insulation board upper and lower ends
It realizes that positioning is fixed, the weight of polystyrene foam thermal insulation board wall is made to be shared by supporting rod, bottom girder and intermediate tie-beam, is prevented
Over-burden for lower part, polystyrene foam thermal insulation board wall occur bending or bottom girder flexural deformation cause wall cave in wait safely it is hidden
Suffer from, and position reliably, overall performance consolidates.
The side of the polystyrene foam thermal insulation board be equipped with tenon, opposite side be equipped with the matched tongue-and-groove of tenon, this
Sample is set, and is installed between adjacent two pieces of polystyrene foam thermal insulation boards by the mutual cooperation of tenon and tongue-and-groove, makes heat preservation
Gap between plate is smaller, beautiful and rainwater is prevented to be flowed into inside color steel along gap, deforms color steel sandwich material
Influence thermal and insulating performance.
Polystyrene foam thermal insulation board includes multiple heat insulation support plates at middle part, the polyphenyl second set on heat insulation support plate both sides
Alkene cystosepiment, with polystyrene foam plate paste moist-proof board and with moist-proof board paste metallic plate, polystyrene foam plate and
The length of moist-proof board is less than metallic plate, and the both sides of polystyrene foam plate and moist-proof board are equipped with to be fixed with bilevel metallic plate
Moisture-proof connector, connector described in side is equipped with tenon, and the connector described in opposite side is equipped with and the matched tenon of tenon
Slot, the end of metallic plate both sides is concordant with the end of connector, in this way, may further ensure that polystyrene foam is kept the temperature
The thermal-insulation of plate, from the appearance point of view, gap is smaller, wall forms an entirety, better appearance, and even if rain is suitable
Gap inflow, because the closure of moisture-proof connector will not influence internal polystyrene foam plate, moist-proof board and heat-insulated branch
Fagging.
It is fixedly connected between the polystyrene foam thermal insulation board and top beam, bottom girder and intermediate tie-beam using rivet, this
Sample is set, and can further enhance the bonding strength between polystyrene foam thermal insulation board and top beam, bottom girder and intermediate tie-beam.
Description of the drawings
Fig. 1 is greenhouse exterior wall main structure diagram；
Fig. 2 is greenhouse exterior wall side structure schematic view；
Fig. 3 polystyrene foam insulating plate structure schematic diagrames；
1. top beam in figure, 2. polystyrene foam thermal insulation board walls, 3. vertical supporting bars, 4. intermediate tie-beams, 5. bottom girders,
6. positioning protrusion, 7. positioning grooves, 8. metallic plates, 9. moist-proof boards, 10. polystyrene foam plates, 11. moisture-proof connectors, 12. tenons
Slot, 13. heat insulation support plates, 14. tenons, 15. polystyrene foam thermal insulation boards.
Specific embodiment
A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall, gable and rear wall of greenhouse including greenhouse both sides, temperature
Room gable and rear wall of greenhouse include frame and the polystyrene foam thermal insulation board wall 2 being fixedly installed in frame, the frame
Including vertical supporting bar 3, top beam 1, bottom girder 5 and intermediate tie-beam 4, the both ends difference of the top beam, bottom girder and intermediate tie-beam
It is fixedly mounted with vertical supporting bar, the cross section of the top beam and bottom girder is bathtub construction, and the middle part edge of the bathtub construction is prolonged
Stretch direction equipped with positioning protrusion 6, the cross section of the intermediate tie-beam is I-shaped structure, I-shaped structure up and down two it is recessed
Middle part is equipped with positioning protrusion along extending direction in slot, and the polystyrene foam thermal insulation board wall is protected by polylith polystyrene foam
Warm plate 15 is spliced, and the upper and lower ends of the polystyrene foam thermal insulation board are respectively equipped with and the matched positioning of positioning protrusion
Groove 7, the side of the polystyrene foam thermal insulation board are equipped with tenon 14, and opposite side is equipped with tongue-and-groove 12 matched with tenon.
Further, the polystyrene foam thermal insulation board includes multiple heat insulation support plates 13 at middle part, set on heat insulation support
The polystyrene foam plate 10 of plate both sides, the moist-proof board 9 pasted with polystyrene foam plate and the metallic plate pasted with moist-proof board
8, the length of the polystyrene foam plate and moist-proof board is less than the both sides of metallic plate, the polystyrene foam plate and moist-proof board
Equipped with the fixed moisture-proof connector 11 of bilevel metallic plate, the connector described in moisture-proof connector and side is equipped with tenon
14, the connector described in opposite side is equipped with tongue-and-groove 12 matched with tenon, can be bonded between metallic plate and connector, also may be used
To be fixed using other modes.
Further, the end of the metallic plate both sides is concordant with the end of connector.
It is fixedly connected between the polystyrene foam thermal insulation board and top beam, bottom girder and intermediate tie-beam using rivet.
Since the frame in greenhouse includes vertical supporting bar, top beam, bottom girder and intermediate tie-beam, the top beam, bottom girder and in
Between the both ends of tie-beam be fixedly mounted respectively with vertical supporting bar, the cross section of top beam and bottom girder is bathtub construction, bathtub construction
Middle part be equipped with positioning protrusion along extending direction, the cross section of intermediate tie-beam is I-shaped structure, I-shaped structure up and down
Middle part is equipped with positioning protrusion along extending direction in two grooves, and polystyrene foam thermal insulation board wall is by polylith polystyrene foam
Thermal insulation board is spliced, and the upper and lower ends of polystyrene foam thermal insulation board are respectively equipped with recessed with the matched positioning of positioning protrusion
Slot, in this way, entire wall is made of multilayer polystyrene foam heat-insulating board, polystyrene foam thermal insulation board between every layer
It is fixed respectively by top beam, bottom girder and intermediate tie-beam, the end of polystyrene foam thermal insulation board is placed in top beam, bottom girder and centre
In the slot of tie-beam, and pass through the mutual of the positioning protrusion in slot and the positioning groove of polystyrene foam thermal insulation board upper and lower ends
Cooperation realizes that positioning is fixed, and the weight of polystyrene foam thermal insulation board wall is made to be shared by supporting rod, bottom girder and intermediate tie-beam,
Preventing lower part, over-burden, and bending occurs for polystyrene foam thermal insulation board wall or bottom girder flexural deformation causes wall the peaces such as to cave in
Full hidden danger, and position reliably, overall performance consolidates.
The side of polystyrene foam thermal insulation board be equipped with tenon, opposite side be equipped with the matched tongue-and-groove of tenon, set in this way
Put, installed between adjacent two pieces of polystyrene foam thermal insulation boards by the mutual cooperation of tenon and tongue-and-groove, make thermal insulation board it
Between gap it is smaller, it is beautiful and rainwater is prevented to be flowed into inside color steel along gap, make color steel sandwich material deformation effect
Thermal and insulating performance.
Polystyrene foam thermal insulation board includes multiple heat insulation support plates at middle part, the polyphenyl second set on heat insulation support plate both sides
Alkene cystosepiment, with polystyrene foam plate paste moist-proof board and with moist-proof board paste metallic plate, polystyrene foam plate and
The length of moist-proof board is less than metallic plate, and the both sides of polystyrene foam plate and moist-proof board are equipped with to be fixed with bilevel metallic plate
Moisture-proof connector, connector described in side is equipped with tenon, and the connector described in opposite side is equipped with and the matched tenon of tenon
Slot, the end of metallic plate both sides is concordant with the end of connector, in this way, may further ensure that polystyrene foam is kept the temperature
The thermal-insulation of plate, from the appearance point of view, gap is smaller, wall forms an entirety, better appearance, and even if rain is suitable
Gap inflow, because the closure of moisture-proof connector will not influence internal polystyrene foam plate, moist-proof board and heat-insulated branch
Fagging.
It is fixedly connected between the polystyrene foam thermal insulation board and top beam, bottom girder and intermediate tie-beam using rivet, this
Sample is set, and can further enhance the bonding strength between polystyrene foam thermal insulation board and top beam, bottom girder and intermediate tie-beam.
The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the utility model, for this
For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model
Within, any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.
Claims (4)
1. a kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall, which is characterized in that including frame and be fixedly installed in frame
Interior polystyrene foam thermal insulation board wall, the frame include vertical supporting bar, and top beam, bottom girder and intermediate tie-beam are described
The both ends of top beam, bottom girder and intermediate tie-beam are fixedly mounted respectively with vertical supporting bar, and the cross section of the top beam and bottom girder is
Bathtub construction, the middle part of the bathtub construction are equipped with positioning protrusion along extending direction, and the cross section of the intermediate tie-beam is work
Font structure, the interior middle part of two grooves up and down of I-shaped structure are equipped with positioning protrusion, the polystyrene bubble along extending direction
Foam thermal insulation board wall is spliced by polylith polystyrene foam thermal insulation board, the upper and lower ends of the polystyrene foam thermal insulation board
Be respectively equipped with the matched positioning groove of positioning protrusion, the side of the polystyrene foam thermal insulation board is equipped with tenon, another
Side is equipped with and the matched tongue-and-groove of tenon.
2. a kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall according to claim 1, which is characterized in that described poly-
Multiple heat insulation support plates of styrenic foams thermal insulation board including middle part, set on heat insulation support plate both sides polystyrene foam plate,
The moist-proof board pasted with polystyrene foam plate and the metallic plate pasted with moist-proof board, the polystyrene foam plate and moist-proof board
Length be less than metallic plate, the both sides of the polystyrene foam plate and moist-proof board are equipped with fixed with bilevel metallic plate
Moisture-proof connector, the connector described in side are equipped with tenon, and the connector described in opposite side is equipped with and the matched tongue-and-groove of tenon.
A kind of 3. polystyrene foam thermal insulation board heliogreenhouse exterior wall according to claim 2, which is characterized in that the gold
The end for belonging to plate both sides is concordant with the end of connector.
4. a kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall according to claim 3, which is characterized in that described poly-
It is fixedly connected between styrenic foams thermal insulation board and top beam, bottom girder and intermediate tie-beam using rivet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721733455.XU CN207582722U (en) | 2017-12-13 | 2017-12-13 | A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721733455.XU CN207582722U (en) | 2017-12-13 | 2017-12-13 | A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207582722U true CN207582722U (en) | 2018-07-06 |
Family
ID=62737421
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721733455.XU Expired - Fee Related CN207582722U (en) | 2017-12-13 | 2017-12-13 | A kind of polystyrene foam thermal insulation board heliogreenhouse exterior wall |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207582722U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111236470A (en) * | 2020-01-14 | 2020-06-05 | 杜广锋 | Energy-saving and environment-friendly assembly type wall and assembly method thereof |
-
2017
- 2017-12-13 CN CN201721733455.XU patent/CN207582722U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111236470A (en) * | 2020-01-14 | 2020-06-05 | 杜广锋 | Energy-saving and environment-friendly assembly type wall and assembly method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180706 Termination date: 20211213 |