CN206859535U - A kind of new greenhouse reinforces rainwater-collecting component with roof - Google Patents
A kind of new greenhouse reinforces rainwater-collecting component with roof Download PDFInfo
- Publication number
- CN206859535U CN206859535U CN201720731897.4U CN201720731897U CN206859535U CN 206859535 U CN206859535 U CN 206859535U CN 201720731897 U CN201720731897 U CN 201720731897U CN 206859535 U CN206859535 U CN 206859535U
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- China
- Prior art keywords
- glass epoxy
- water falling
- plate
- cant beam
- groove
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Abstract
The utility model discloses a kind of new greenhouse roof and reinforces rainwater-collecting component, belongs to greenhouse constructing technology field.It includes water falling groove, the first crossbeam being mutually connected vertically, second cross beam and column, the first crossbeam includes the first downward channel-section steel portion of notch, the first cant beam supporting plate with certain angle of inclination is connected with by First Transition plate on the top in the first channel-section steel portion, cant beam is connected with by bolt in the first cant beam supporting plate.The utility model greenhouse reinforces rainwater-collecting component with roof, when using rainy days, rainwater falls on glass epoxy, it is assemblied in due to glass epoxy on the cant beam with certain angle of inclination, therefore rainwater is flowed into along glass epoxy in the water falling groove of cant beam bottom, groove is divided to flow out by cell body and/or water falling groove, glass epoxy is held up by cant beam transverse plate glass epoxy support protrusion and water falling groove glass epoxy support protrusion, and water falling groove is coordinated to divide groove, cause rainwater to fully flow into water falling groove and divide groove, without flowing into greenhouse.
Description
Technical field
Greenhouse constructing technology field is the utility model is related to, especially a kind of new greenhouse reinforces rainwater-collecting group with roof
Part.
Background technology
Greenhouse typically refers to provide the house for sheltering from heat or light and taking shelter from rain for flowers and plants.It can in real time sprinkle water, apply according to situations such as synoptic climate
Fertilizer.Plantation flowers and plants can not only cultivate the moral character and nourish the nature, and also have certain catharsis to the air of interior.With people's living standard not
Disconnected to improve, increasing love flower personage, which is added to, purchases the ranks that private greenhouse is raised flowers.Existing private greenhouse is mostly
Steel structure frame is equipped with the structure type of glass epoxy, and each floor space is about six square metres, and compact is easy to remove,
Glass epoxy provides for flowers and plants in greenhouse while keep out wind and rain function, additionally it is possible to so that outdoor sunlight transmission is come in, for flower
The photosynthesis of grass provides necessary condition.
But current existing such steel construction greenhouse, the collecting structure of rainwater on its roof is not quite reasonable, and installation is multiple
Miscellaneous, complex production process, installation and manufacturing cost are high, and permanent use, drainpipe come off, and rainwater-collecting effect is bad, can not
Meet actual use needs.
Utility model content
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of new greenhouse is reinforced with roof
Rainwater-collecting component.The utility model is not quite reasonable to solve the collecting structure of rainwater on current greenhouse roof, and installation is complicated,
Complex production process, installation and manufacturing cost are high, and permanent use, drainpipe come off, and rainwater-collecting effect is bad, can not meet
The problem of actual use needs.
The utility model uses following technical proposals：A kind of new greenhouse reinforces rainwater-collecting component with roof, and it includes
Water falling groove, the first crossbeam being mutually connected vertically, second cross beam and column, the first crossbeam include the first downward groove of notch
Steel portion, the first cant beam supporting plate with certain angle of inclination is connected with by First Transition plate on the top in the first channel-section steel portion,
Cant beam is connected with by bolt in the first cant beam supporting plate；
The cant beam includes cant beam transverse plate and the cant beam longitudinal plate set with the square crossing of cant beam transverse plate, described oblique
Upper surface is provided with cant beam transverse plate glass epoxy support protrusion on the left of beam transverse plate, and the top of the cant beam longitudinal plate is towards tiltedly
Beam transverse plate glass epoxy support protrusion side is provided with cant beam longitudinal plate neck, and is installed with the cant beam longitudinal plate neck
One glass epoxy presss from both sides, and the side checkpost of glass epoxy is placed on cant beam transverse plate glass epoxy support protrusion and pressed from both sides with the first glass epoxy
Between；
The water falling groove includes cell body notch upward, in cell body side the top of side wall be provided with water falling groove connecting plate with
Water falling groove glass epoxy support protrusion, the side that water falling groove glass epoxy support protrusion is directed away from water falling groove connecting plate are connected with
Water falling groove lattice baffle plate, water falling groove is formed between water falling groove glass epoxy support protrusion and water falling groove lattice baffle plate and divides groove；It is described overboard
Groove connecting plate is connected by bolt with cant beam transverse plate, and then water falling groove is fixed in the bottom of cant beam, the base of glass epoxy
It is placed in water falling groove glass epoxy support protrusion；
Notch one end of the water falling groove is provided with funnel, the funnel include side open wide so that with the notch of water falling groove
The bucket body of grafting is carried out, bucket neck is communicated with the bottom surface of bucket body；The bucket neck passes through the first neck bended tube and transition downpipe
One end connects, and the other end of transition downpipe passes through the second neck bended tube and main drop leg；Main downpipe is vertical by being arranged on
Multiple buckles on post are fixed on column, and the column includes two main overboard pipe clamps of setting formation that intersect and puts the vertical of groove
Post plate, main overboard pipe clamp, which is put, is provided with pillar panel neck on the pillar panel of groove both sides；The buckle includes U-shaped button, button
Body is provided at both ends with snap fit, and the snap fit card is placed in corresponding pillar panel neck, and then main downpipe is fixed on into column
On；Screw is further opened with the button, trip bolt is provided with screw.
Preferably, the first glass epoxy folder includes being suitable to the first glass epoxy that card is placed in cant beam longitudinal plate neck
Mounting board block portion, the lower end of the first glass epoxy mounting board block portion are connected with certain crooked radian and extended on glass epoxy
First glass epoxy on surface presss from both sides overboard portion, between the first glass epoxy mounting board block portion and the first glass epoxy press from both sides overboard portion also
It is provided with the first glass epoxy folder limiting section.
Preferably, Z-type is also equipped between the glass epoxy and water falling groove and consolidates plate, the Z-type consolidates the both ends of plate
It is provided with Z-type and consolidates board groove, one of Z-type consolidates board groove card and is placed on water falling groove connecting plate, and another Z-type consolidates
Board groove card is placed on glass epoxy base, and Z-type consolidates plate plate body and is fixed on water falling groove connection through glass epoxy by bolt
On plate.
The beneficial effects of the utility model are：The utility model greenhouse reinforces rainwater-collecting component with roof, in rainy days
In use, rainwater falls on glass epoxy, it is assemblied in due to glass epoxy on the cant beam with certain angle of inclination, therefore rainwater edge
Glass epoxy is flowed into the water falling groove of cant beam bottom, divides groove to flow out by cell body and/or water falling groove, glass epoxy is by cant beam transverse plate
Glass epoxy support protrusion and water falling groove glass epoxy support protrusion are held up, and coordinate water falling groove to divide groove, cause rainwater complete
The full water falling groove that flows into divides groove, and without flowing into greenhouse, the rainwater collected in water falling groove is fallen by funnel, the first neck bended tube, transition
Water pipe, the second neck bended tube, main downpipe are finally discharged, wherein main downpipe is fixed by snap on column, installing/dismounting side
Just, with the use of trip bolt, it is ensured that connectivity robustness.The utility model Stability Analysis of Structures, rationally distributed, stability is good, uses
Long lifespan, reliability are high.
Brief description of the drawings
Fig. 1 is dimensional structure diagram of the present utility model；
Fig. 2 be in Fig. 1 A to the dimensional structure diagram of angle；
Fig. 3 is the cross-sectional structure schematic diagram of first crossbeam；
Fig. 4 is the assembling structure schematic diagram of first crossbeam, cant beam, water falling groove, transition downpipe and buckle；
Fig. 5 is Fig. 4 backsight structural representation；
Fig. 6 is the assembling structure schematic diagram of cant beam and glass epoxy；
Fig. 7 is the cross-sectional structure schematic diagram of water falling groove；
Fig. 8 is the assembling structure schematic diagram of water falling groove, cant beam and glass epoxy；
Fig. 9 is the dimensional structure diagram of funnel；
Figure 10 is along the B-B direction cross section structure diagram of column in Fig. 1；
Figure 11 is water falling groove, glass epoxy, the assembling structure schematic diagram of the firm plate of Z-type；
Figure 12 is the dimensional structure diagram that Z-type consolidates plate.
Embodiment
The utility model is further illustrated with reference to the accompanying drawings and examples.
As shown in Figures 1 to 12, a kind of new greenhouse with roof reinforce rainwater-collecting component, it include water falling groove 1, mutually
First crossbeam 3, second cross beam 5 and column 4 connected vertically, the first crossbeam 3 include the first downward channel-section steel portion 3a of notch,
The first cant beam supporting plate 3c with certain angle of inclination is connected with by First Transition plate 3b on the first channel-section steel portion 3a top,
Cant beam 2 is connected with by bolt on the first cant beam supporting plate 3c；
The cant beam 2 includes cant beam transverse plate 2a and the cant beam longitudinal plate set with cant beam transverse plate 2a square crossings
Upper surface is provided with cant beam transverse plate glass epoxy support protrusion 2c, the cant beam longitudinal direction on the left of 2b, the cant beam transverse plate 2a
Plate 2b top is provided with cant beam longitudinal plate neck 2d, the cant beam towards cant beam transverse plate glass epoxy support protrusion 2c sides
The first glass epoxy folder 2e is installed with longitudinal plate neck 2d, the side checkpost of glass epoxy 15 is placed on cant beam transverse plate fiberglass
Between plate support protrusion 2c and the first glass epoxy folder 2e；
The water falling groove 1 includes cell body 1a notch upward, and in cell body 1a sides, the top of side wall is provided with water falling groove company
Fishplate bar 1b and water falling groove glass epoxy support protrusion 1c, water falling groove glass epoxy support protrusion 1c are directed away from water falling groove connecting plate
1b side is connected between water falling groove lattice baffle plate 1d, water falling groove glass epoxy support protrusion 1c and water falling groove lattice baffle plate 1d and formed
Water falling groove divides groove 1e；The water falling groove connecting plate 1b is connected by bolt with cant beam transverse plate 2a, and then water falling groove 1 is fixed in
The bottom of cant beam 2, the base of glass epoxy 15 are placed on water falling groove glass epoxy support protrusion 1c；
Notch one end of the water falling groove 1 is provided with funnel 7, the funnel 7 include side open wide so that with water falling groove 1
Notch carries out the bucket body 7a of grafting, and bucket neck 7b is communicated with bucket body 7a bottom surface；The bucket neck 7b by the first neck bended tube 8 with
One end connection of transition downpipe 9, the other end of transition downpipe 9 are connected by the second neck bended tube 10 with main downpipe 11；It is main
Downpipe 11 is fixed on column 4 by the multiple buckles 12 being arranged on column 4, and the column 4 intersects including two
Set and form the pillar panel 4a that main overboard pipe clamp puts groove 4b, main overboard pipe clamp put be provided with the pillar panel 4a of groove 4b both sides it is vertical
Post board groove 4c；The buckle 12 includes U-shaped button 12a, and button 12a's is provided at both ends with snap fit 12b, the snap fit 12b
Card is placed in corresponding pillar panel neck 4c, and then main downpipe 11 is fixed on column 4；Also opened up on the button 12a
There is screw, trip bolt 12c is provided with screw.
The utility model greenhouse reinforces rainwater-collecting component with roof, in rainy days in use, rainwater falls in glass epoxy
On 15, it is assemblied in due to glass epoxy on the cant beam 2 with certain angle of inclination, therefore rainwater flows into cant beam 2 along glass epoxy 15
In the water falling groove 1 of bottom, groove 1e is divided to flow out by cell body 1a and/or water falling groove, glass epoxy 15 is by cant beam transverse plate glass epoxy
Support protrusion 2c and water falling groove glass epoxy support protrusion 1c is held up, and coordinates water falling groove to divide groove 1e, causes rainwater complete
Flow into water falling groove and divide groove 1e, without flowing into greenhouse, the rainwater collected in water falling groove 1 is by funnel 7, the first neck bended tube 8, transition
Downpipe 9, the second neck bended tube 10, main downpipe 11 are finally discharged, wherein main downpipe 11 is fixed on column 4 by buckle 12
On, easy installation and removal, with the use of trip bolt 12c, it is ensured that connectivity robustness.
As shown in fig. 6, on the basis of above-mentioned technical proposal, the first glass epoxy folder 2e includes being placed on cant beam suitable for card
The first glass epoxy mounting board block portion 21e in longitudinal plate neck 2d, the first glass epoxy mounting board block portion 21e lower end is connected with tool
The first glass epoxy that is having certain crooked radian and extending to the upper surface of glass epoxy 15 presss from both sides overboard portion 22e, in the first glass
Steel plate mounting board block portion 21e and the first glass epoxy are additionally provided with the first glass epoxy folder limiting section 23e between pressing from both sides overboard portion 22e.
It is arranged such, the card of glass epoxy 15 is placed between cant beam transverse plate glass epoxy support protrusion 2c and the first glass epoxy folder 2e,
Limiting section 23e limitation glass epoxies 15 are pressed from both sides by the first glass epoxy to slide.When rain drips, rainwater along with
First glass epoxy of certain crooked radian presss from both sides overboard portion 22e and flow to glass epoxy 15, and then flows to water falling groove 1, improves rainwater
Collecting effect, prevent rainwater from being flowed into by gap between glass epoxy 15 and cant beam 2 etc. inside greenhouse.
As is illustrated by figs. 11 and 12, on the basis of above-mentioned technical proposal, also filled between the glass epoxy 15 and water falling groove 1
Plate 16 is consolidated equipped with Z-type, the both ends that the Z-type consolidates plate 16 are provided with the firm board groove 16a of Z-type, and one of Z-type consolidates
Board groove 16a cards are placed on water falling groove connecting plate 1b, and another Z-type consolidates board groove 16a cards and is placed on the base of glass epoxy 15,
Z-type consolidates the plate body of plate 16 and is fixed on by bolt through glass epoxy 15 on water falling groove connecting plate 1b.It is arranged such, reinforcing glass
The steadiness that steel plate 15 is connected with water falling groove 1, prevent glass epoxy 15 from sliding, meet actual use needs.
Limitation to scope of protection of the utility model, one of ordinary skill in the art should be understood that in skill of the present utility model
On the basis of art scheme, those skilled in the art need not pay the various modifications that creative work can make or deformation still exists
Within the scope of protection of the utility model.
Claims (3)
1. a kind of new greenhouse reinforces rainwater-collecting component with roof, it is characterised in that：It includes water falling groove (1), is mutually perpendicular to
First crossbeam (3), second cross beam (5) and the column (4) of connection, the first crossbeam (3) include the first downward channel-section steel of notch
Portion (3a), it is oblique by First Transition plate (3b) to be connected with first with certain angle of inclination on the top in the first channel-section steel portion (3a)
Beam supporting plate (3c), cant beam (2) is connected with by bolt on the first cant beam supporting plate (3c)；
The cant beam (2) includes cant beam transverse plate (2a) and the cant beam longitudinal plate set with cant beam transverse plate (2a) square crossing
(2b), cant beam transverse plate (2a) left side upper surface is provided with cant beam transverse plate glass epoxy support protrusion (2c), described oblique
The top of beam longitudinal plate (2b) is provided with cant beam longitudinal plate neck towards cant beam transverse plate glass epoxy support protrusion (2c) side
(2d), the cant beam longitudinal plate neck (2d) is interior to be installed with the first glass epoxy folder (2e), the side checkpost of glass epoxy (15)
It is placed between cant beam transverse plate glass epoxy support protrusion (2c) and the first glass epoxy folder (2e)；
The water falling groove (1) includes the cell body (1a) notch upward, and in cell body (1a) side, the top of side wall is provided with water falling groove
Connecting plate (1b) and water falling groove glass epoxy support protrusion (1c), water falling groove glass epoxy support protrusion (1c) is directed away from overboard
The side of groove connecting plate (1b) is connected with water falling groove lattice baffle plate (1d), water falling groove glass epoxy support protrusion (1c) and water falling groove lattice
Water falling groove is formed between baffle plate (1d) and divides groove (1e)；The water falling groove connecting plate (1b) is connected by bolt and cant beam transverse plate (2a)
Connect, and then water falling groove (1) is fixed in the bottom of cant beam (2), the base of glass epoxy (15) is placed in water falling groove glass epoxy branch
In support raised (1c)；
Notch one end of the water falling groove (1) is provided with funnel (7), and the funnel (7) is opened wide including side and then and water falling groove
(1) notch carries out the bucket body (7a) of grafting, and bucket neck (7b) is communicated with bucket body (7a) bottom surface；The bucket neck (7b) passes through
First neck bended tube (8) connects with one end of transition downpipe (9), and the other end of transition downpipe (9) passes through the second neck bended tube
(10) connected with main downpipe (11)；Main downpipe (11) is fixed on vertical by the multiple buckles (12) being arranged on column (4)
On post (4), the column (4) includes two pillar panels (4a) for setting the main overboard pipe clamp of formation to put groove (4b) that intersect, main
Overboard pipe clamp is put and is provided with pillar panel neck (4c) on the pillar panel (4a) of groove (4b) both sides；The buckle (12) includes U-shaped
Button (12a), button (12a) is provided at both ends with snap fit (12b), and snap fit (12b) card is placed on corresponding column board
In groove (4c), and then main downpipe (11) is fixed on column (4)；Screw is further opened with the button (12a), in screw
It is provided with trip bolt (12c).
2. a kind of new greenhouse according to claim 1 reinforces rainwater-collecting component with roof, it is characterised in that：Described
One glass epoxy folder (2e) includes being suitable to the first glass epoxy mounting board block portion that card is placed in cant beam longitudinal plate neck (2d)
(21e), the lower end of the first glass epoxy mounting board block portion (21e) are connected with certain crooked radian and extend to glass epoxy
(15) the first glass epoxy of upper surface presss from both sides overboard portion (22e), in the first glass epoxy mounting board block portion (21e) and the first fiberglass
Plate is additionally provided with the first glass epoxy folder limiting section (23e) between pressing from both sides overboard portion (22e).
3. a kind of new greenhouse according to claim 2 reinforces rainwater-collecting component with roof, it is characterised in that：The glass
Z-type is also equipped between glass steel plate (15) and water falling groove (1) and consolidates plate (16), the both ends that the Z-type consolidates plate (16) are respectively provided with
There is Z-type to consolidate board groove (16a), one of Z-type consolidates board groove (16a) card and is placed on water falling groove connecting plate (1b), another
Individual Z-type consolidates board groove (16a) card and is placed on glass epoxy (15) base, and Z-type consolidates plate (16) plate body and passes through glass by bolt
Glass steel plate (15) is fixed on water falling groove connecting plate (1b).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720731897.4U CN206859535U (en) | 2017-06-22 | 2017-06-22 | A kind of new greenhouse reinforces rainwater-collecting component with roof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720731897.4U CN206859535U (en) | 2017-06-22 | 2017-06-22 | A kind of new greenhouse reinforces rainwater-collecting component with roof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206859535U true CN206859535U (en) | 2018-01-09 |
Family
ID=60827863
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720731897.4U Expired - Fee Related CN206859535U (en) | 2017-06-22 | 2017-06-22 | A kind of new greenhouse reinforces rainwater-collecting component with roof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206859535U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112031420A (en) * | 2020-09-03 | 2020-12-04 | 贵州汇通申发钢结构有限公司 | Steel structure assembly type building and assembly method thereof |
-
2017
- 2017-06-22 CN CN201720731897.4U patent/CN206859535U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112031420A (en) * | 2020-09-03 | 2020-12-04 | 贵州汇通申发钢结构有限公司 | Steel structure assembly type building 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: 20180109 Termination date: 20180622 |