CN107182631A - The rain that long season greenhouse heat-insulating layer rolls reduction shading is taken and method of work - Google Patents
The rain that long season greenhouse heat-insulating layer rolls reduction shading is taken and method of work Download PDFInfo
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- CN107182631A CN107182631A CN201710499405.8A CN201710499405A CN107182631A CN 107182631 A CN107182631 A CN 107182631A CN 201710499405 A CN201710499405 A CN 201710499405A CN 107182631 A CN107182631 A CN 107182631A
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- insulation layer
- scarp slope
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- steel structure
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- 238000000034 method Methods 0.000 title claims abstract description 9
- 238000009413 insulation Methods 0.000 claims abstract description 142
- 230000002411 adverse Effects 0.000 claims abstract description 83
- 229910000831 Steel Inorganic materials 0.000 claims abstract description 71
- 239000010959 steel Substances 0.000 claims abstract description 71
- 239000000203 mixture Substances 0.000 claims abstract description 4
- 238000005096 rolling process Methods 0.000 claims description 32
- 239000012528 membrane Substances 0.000 claims description 5
- 239000007769 metal material Substances 0.000 claims description 5
- 238000011533 pre-incubation Methods 0.000 claims description 5
- 239000000463 material Substances 0.000 claims description 4
- 238000010276 construction Methods 0.000 claims description 3
- 230000001788 irregular Effects 0.000 claims description 3
- 239000010409 thin film Substances 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 2
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 claims 1
- 239000010931 gold Substances 0.000 claims 1
- 229910052737 gold Inorganic materials 0.000 claims 1
- 238000010586 diagram Methods 0.000 description 4
- 238000009432 framing Methods 0.000 description 2
- 230000032683 aging Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000010408 film Substances 0.000 description 1
- 230000000149 penetrating effect Effects 0.000 description 1
- 230000008635 plant growth Effects 0.000 description 1
- 238000009423 ventilation Methods 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/22—Shades or blinds for greenhouses, or the like
- A01G9/227—Shades or blinds for greenhouses, or the like rolled up during non-use
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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
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Greenhouses (AREA)
Abstract
The rain that a kind of long season greenhouse heat-insulating layer rolls reduction shading is taken and method of work.Insulation quilt haves the shortcomings that easily by weathering, shabby, easily wet, weight is big, it is poor to be incubated, and reduces the insulating efficiency in greenhouse.The rain that a kind of long season greenhouse heat-insulating layer rolls reduction shading is taken, and its composition includes：Column, column（1）Upper weld has brace（2）, brace and described column upper end are welded and are connected to pole simultaneously（3）On, pole is installed above flashing board（4）, two columns and scarp slope outer layer steel structure frame（5）Weldering is connected with a upper rectangle crossbeam between the tie point that crosses at exit（13）, neck is installed in the preceding surface lower portions of rectangle crossbeam（16）, adverse grade outer layer steel structure frame is connected with the exit rear portion of scarp slope outer layer steel structure frame（6）, the brace pad top on column is also equipped with scrolling bearing housing（9）.The present patent application is taken and method of work applied to the rain that long season greenhouse heat-insulating layer rolls reduction shading.
Description
Technical field：
The rain for rolling reduction shading the present application relates to a kind of long season greenhouse heat-insulating layer is taken and method of work.
Background technology：
Existing greenhouse on the market is small in extremely frigid zones heat-collecting capacity, and insulation difficulty is big, and spring and summer have Problem of Shading, penetrating
Property it is poor, in addition, greenhouse is often using the facility such as insulation quilt, insulation quilt exists easily big, insulation difference by weathering, shabby, easily wet, weight
Shortcoming, greatly reduces the insulating efficiency in greenhouse, and heat insulation effect is poor, based on this, designs a kind of new long season greenhouse heat-insulating layer
Roll reduce shading rain take it is necessary.
The content of the invention：
The rain for rolling reduction shading it is an object of the invention to provide a kind of long season greenhouse heat-insulating layer is taken and method of work.
Above-mentioned purpose is realized by following technical scheme：
The rain that a kind of long season greenhouse heat-insulating layer rolls reduction shading is taken, and its composition includes：Column, described column upper weld has
Brace, described brace and described column upper end are welded and are connected on pole simultaneously, and described pole is installed above anti-
Rain plate, welds connection between the tie point that crosses at the column described in two and described scarp slope outer layer steel structure frame exit
There is a upper rectangle crossbeam, neck is installed in the preceding surface lower portions of described upper rectangle crossbeam, in described scarp slope outer layer steel
The exit rear portion of structural framing is connected with adverse grade outer layer steel structure frame, in described adverse grade outer layer steel structure frame and scarp slope
Outer layer steel structure frame is welded with lower rectangle crossbeam at connection end, is equally installed on the rear surface top of described lower rectangle crossbeam
There is neck, behind described column, rear flashing board is installed, described pole is mounted below scarp slope heat-insulation layer, in institute
The bottom for the scarp slope outer layer steel structure frame exit stated, also lays adverse grade heat-insulation layer.
The rain that described long season greenhouse heat-insulating layer rolls reduction shading is taken, on the brace pad on described column
Portion is also equipped with being connected with scroll bar bearing cap by tight fixed bolt on scrolling bearing housing, described scrolling bearing housing,
It is connected with described scrolling bearing housing on scarp slope heat-insulation layer scroll bar, described scarp slope heat-insulation layer scroll bar and is connected with scarp slope
Heat-insulation layer rolling motor, described scarp slope heat-insulation layer rolling motor bottom is connected on scarp slope heat-insulation layer motor fixing plate, described
The center of adverse grade heat-insulation layer volume there is adverse grade heat-insulation layer scroll bar, described adverse grade heat-insulation layer scroll bar is connected to adverse grade insulation
On layer scrolling loop bar, described adverse grade heat-insulation layer scrolling loop bar is also associated with adverse grade heat-insulation layer rolling motor, and described adverse grade is protected
Warm layer scrolling loop bar is socketed in one end of adverse grade heat-insulation layer scroll bar, and the other end of described adverse grade heat-insulation layer scroll bar is connected to
In scroll bar fixed seat, described scroll bar fixed seat is arranged on the outside of the side wall body in long season greenhouse.
Described long season greenhouse heat-insulating layer, which is rolled, to be reduced the rain of shading and takes, described column, described brace, described
Pole, described scarp slope outer layer steel structure frame and described adverse grade outer layer steel structure frame are rectangle hollow pipe, described
Flashing board and the sheet material that described rear flashing board is transparent or opaque various metal materials or non-metallic material, described
Be placed with above scarp slope outer layer steel structure frame exit and separately below scarp slope heat-insulation layer and adverse grade heat-insulation layer, it is described before
One end of slope heat-insulation layer is connected with the rope that can roll scarp slope heat-insulation layer, and described rope is wrapped in scarp slope heat-insulation layer scroll bar
On, described rope drives scarp slope heat-insulation layer scroll bar to rotate and rolls scarp slope heat-insulation layer by upper heat-insulation layer rolling motor,
One end of described adverse grade heat-insulation layer is connected to described adverse grade outer layer steel structure frame and described scarp slope outer layer steel construction frame
The junction surface of frame, the other end is connected on described adverse grade heat-insulation layer scroll bar.
Described long season greenhouse heat-insulating layer, which is rolled, to be reduced the rain of shading and takes, the bottom of described column and scarp slope outer layer steel knot
The exit of scarp slope outer layer steel structure frame is stretched out in the exit connection of structure framework, the bottom of described column, and described is upper
The front and rear surfaces of rectangle crossbeam are concordant with described column front and rear surfaces, the rear surface of described lower rectangle crossbeam with it is described after
Flush after the outer layer steel structure frame of slope, described scarp slope heat-insulation layer motor fixing plate two ends are respectively welded at the column of both sides
On, described scarp slope heat-insulation layer can also be coiled using support arm or track.
The rain that described long season greenhouse heat-insulating layer rolls reduction shading is taken, and described scrolling bearing housing can use bearing liner
Seat uses axle sleeve, and described rectangle hollow pipe also can be using ellipse or other irregular cycles.
Described long season greenhouse heat-insulating layer, which is rolled, reduces the method for work that the rain of shading is taken, and its step is：（1）In sunlight temperature
Oblique weld column on the exit of the scarp slope outer layer steel structure frame at the top of room, the rectangle on the lower weld one of column
Crossbeam, described upper rectangle crossbeam two ends are respectively welded at the bottom of column, and close to two scarp slope outer layer steel structure frames
Exit head；（2）In scarp slope outer layer steel structure frame and the adverse grade outer layer steel construction of adverse grade outer layer steel structure frame intersection
On framework, a lower rectangle crossbeam is welded；（3）The a front surface and a rear surface of described upper rectangle crossbeam respectively with table before and after column
Face is concordant, and neck is installed in the preceding surface lower portions of upper rectangle crossbeam, and described neck connects upper thin film insulating layer with clip；（4）
The a front surface and a rear surface of described lower rectangle crossbeam is concordant with adverse grade outer layer steel structure frame front and rear surfaces respectively, in lower rectangle
The rear surface top of crossbeam is installed by neck, waterproof membrane after described neck is connected with clip；（5）In the upper part of described column
Not Han Jie brace and pole, the connecting rain-proof plate between the pole being welded, and column rear surface install after flashing board；
（6）Brace pad top on described column is also equipped with scrolling bearing housing, is installed in scrolling bearing housing
Scarp slope heat-insulation layer scroll bar, meanwhile, scroll bar fixed seat is installed on the side ground of side wall body, and pass through scroll bar fixed seat
Adverse grade heat-insulation layer scroll bar is connected, adverse grade heat-insulation layer scrolling loop bar is socketed with adverse grade heat-insulation layer scroll bar；（7）Protected in scarp slope
Preincubation layer rolling motor is connected with warm layer scroll bar, and is fixedly connected on rolling motor with preincubation layer motor fixing plate
On rain insensitive device, equally, heat-insulation layer rolling motor after being connected with adverse grade heat-insulation layer scroll bar；（8）To be individually fixed in,
The other end connection rope of forward and backward slope heat-insulation layer on lower bayonet slot, and the other end of rope is connected to upper and lower heat-insulation layer scrolling
On axle, debug upper and lower heat-insulation layer rolling motor and worked with forward and backward slope heat-insulation layer, to reach that it is anti-that forward and backward slope heat-insulation layer is in insulation
The working condition of rain.
Beneficial effects of the present invention：
1. the rain for rolling reduction shading of the present invention is taken, increase the light-inletting quantity in greenhouse, promote plant to increase, improve the temperature in greenhouse
Degree, with low cost, rational in infrastructure, convenience is high.
The rain for rolling reduction shading of the present invention is taken, and with installing plate, described column may be mounted at sun glasshouse
On top, the exit that scarp slope outer layer steel structure frame can be connected directly between, with continuous wind and weather Exposure to Sunlight, Bu Huibian
Shape, fracture, also will not aging, come off, without any potential safety hazard, firm and durable, described column stretches out in scarp slope outer layer steel
The exit end face of structural framing, is that adverse grade heat-insulation layer does rain-proof use.
The rain for rolling reduction shading of the present invention is taken, and collecting plate or solar panel can be installed on flashing board, is passed through
The collecting plate for being irradiated to and being installed on it is absorbed, and it is imported into sun glasshouse by heat conducting pipe, sunlight temperature can be remarkably reinforced
The indoor temperature of room, a good temperature rise environment is provided for sun glasshouse, can be by solar energy by installing solar panel
Electric energy is converted into, is used for sun glasshouse.
The rain for rolling reduction shading of the present invention is taken, and described scarp slope heat-insulation layer and described adverse grade heat-insulation layer roll placement
In the upper and lower part of scarp slope outer layer steel structure frame exit, the neck of described upper rectangle crossbeam can be fixed before being layed in
Light-transmissive film and heat-insulation layer on the outer layer steel structure frame of slope, the neck of described lower rectangle crossbeam, can fix and be layed in outside adverse grade
Waterproof membrane and heat-insulation layer on layer steel structure frame.
The rain for rolling reduction shading of the present invention is taken, and with adverse grade heat-insulation layer rolling motor, the device can roll insulation
Quilt, increases light-inletting quantity, can start waterproof membrane, increases ventilation, promotes plant growth.
Brief description of the drawings：
Accompanying drawing 1 is the structural representation of the present invention（Side view）.
Accompanying drawing 2 is the structural representation of the present invention（Face）.
Accompanying drawing 3 is structure enlarged diagram at the A of the present invention
Accompanying drawing 4 is structure enlarged diagram at the B of the present invention
Accompanying drawing 5 is structure enlarged diagram at the C of the present invention
Accompanying drawing 6 is structure enlarged diagram at the D of the present invention
In figure：1-column；2-brace；3-pole；4-flashing board；5-scarp slope outer layer steel structure frame；6 —
Adverse grade outer layer steel structure frame；7-scarp slope heat-insulation layer；8-adverse grade heat-insulation layer；9-scrolling bearing housing；10-scarp slope is protected
Warm layer scroll bar；11-scroll bar bearing cap；12-tight fixed bolt；13-go up rectangle crossbeam；14-scarp slope heat-insulation layer is rolled up
Curtain motor；15-scarp slope heat-insulation layer motor fixing plate；16-neck；17-adverse grade heat-insulation layer scrolling loop bar；18-adverse grade
Rectangle crossbeam；19-adverse grade heat-insulation layer scroll bar；20-scroll bar fixed seat；21-adverse grade heat-insulation layer rolling motor；22
- adverse grade heat-insulation layer scroll bar；23-rear flashing board.
Embodiment：
Embodiment 1：
The rain that a kind of long season greenhouse heat-insulating layer rolls reduction shading is taken, and its composition includes：Column, the described upper weld of column 1
There is brace 2, described brace and described column upper end are welded and be connected on pole 3 simultaneously, and described pole is installed above
There is flashing board 4, between the tie point that crosses at the column described in two and the described exit of scarp slope outer layer steel structure frame 5
Weldering is connected with a upper rectangle crossbeam 13, neck 16 is provided with the preceding surface lower portions of described upper rectangle crossbeam, described
The exit rear portion of scarp slope outer layer steel structure frame is connected with adverse grade outer layer steel structure frame 6, in described adverse grade outer layer steel knot
Structure framework at scarp slope outer layer steel structure frame connection end with being welded with lower rectangle crossbeam 18, in the rear table of described lower rectangle crossbeam
Face top is equally provided with neck, behind described column, is provided with rear flashing board 23, and described pole is mounted below
Scarp slope heat-insulation layer, in the bottom of described scarp slope outer layer steel structure frame exit, also lays adverse grade heat-insulation layer.
Embodiment 2：
The rain that long season greenhouse heat-insulating layer according to embodiment 1 rolls reduction shading is taken, the brace on described column
Pad top is also equipped with being connected with scrolling by tight fixed bolt 12 on scrolling bearing housing 9, described scrolling bearing housing
Axle bearing lid 11, is connected with scarp slope heat-insulation layer scroll bar 10, described scarp slope heat-insulation layer volume on described scrolling bearing housing
Scarp slope heat-insulation layer rolling motor 14 is connected with moving axis, described scarp slope heat-insulation layer rolling motor bottom is connected to scarp slope heat-insulation layer
On motor fixing plate 15, in the bottom of described scarp slope outer layer steel structure frame exit, adverse grade heat-insulation layer 8, institute are also laid
The center for the adverse grade heat-insulation layer volume stated has adverse grade heat-insulation layer scroll bar 22, and described adverse grade heat-insulation layer scroll bar is connected to adverse grade
On heat-insulation layer scrolling loop bar 17, described adverse grade heat-insulation layer scrolling loop bar is also associated with adverse grade heat-insulation layer rolling motor 21, described
Adverse grade heat-insulation layer rolling motor by gear with described adverse grade heat-insulation layer scroll bar gear engagement be connected, it is described after
Slope heat-insulation layer scrolling loop bar is socketed in one end of adverse grade heat-insulation layer scroll bar 19, the other end of described adverse grade heat-insulation layer scroll bar
It is connected in scroll bar fixed seat 20, described scroll bar fixed seat is arranged on the outside of the side wall body in long season greenhouse.
Embodiment 3：
Long season greenhouse heat-insulating layer according to embodiment 2, which is rolled, to be reduced the rain of shading and takes, described column, described oblique pull
Bar, described pole, described scarp slope outer layer steel structure frame and described adverse grade outer layer steel structure frame are rectangle hollow
Pipe, described flashing board and the plate that described rear flashing board is transparent or opaque various metal materials or non-metallic material
Material, is placed with above described scarp slope outer layer steel structure frame exit and separately below scarp slope heat-insulation layer 7 and adverse grade is protected
Warm layer, one end of described scarp slope heat-insulation layer is connected with the rope that can roll scarp slope heat-insulation layer, before described rope is wrapped in
On the heat-insulation layer scroll bar of slope, before described rope is made by the drive scarp slope heat-insulation layer scroll bar rotation of upper heat-insulation layer rolling motor
Slope heat-insulation layer is rolled, and one end of described adverse grade heat-insulation layer is connected to described adverse grade outer layer steel structure frame and described scarp slope
The junction surface of outer layer steel structure frame, the other end is connected on described adverse grade heat-insulation layer scroll bar.
Embodiment 4：
Long season greenhouse heat-insulating layer according to embodiment 3, which is rolled, to be reduced the rain of shading and takes, the bottom of described column and scarp slope
The exit of scarp slope outer layer steel structure frame is stretched out in the exit connection of outer layer steel structure frame, the bottom of described column,
The front and rear surfaces of described upper rectangle crossbeam are concordant with described column front and rear surfaces, the rear surface of described lower rectangle crossbeam with
Flush after described adverse grade outer layer steel structure frame, described scarp slope heat-insulation layer motor fixing plate two ends are respectively welded at two
On the column of side.
Embodiment 5：
The rain that long season greenhouse heat-insulating layer according to embodiment 3 rolls reduction shading is taken, and described scrolling bearing housing can be adopted
With bearing liner seat or use axle sleeve, described rectangle hollow pipe also can be using ellipse or other irregular cycles.
Embodiment 6：
Long season greenhouse heat-insulating layer described in a kind of one of utilization embodiment 1 to 5, which is rolled, reduces the method for work that the rain of shading is taken, its
Step is：（1）The oblique weld column on the exit of the scarp slope outer layer steel structure frame at the top of sun glasshouse, in column
The upper rectangle crossbeam of lower weld one, described upper rectangle crossbeam two ends are respectively welded at the bottom of column, and before two
The exit head of slope outer layer steel structure frame；（2）Crossed in scarp slope outer layer steel structure frame and adverse grade outer layer steel structure frame
On the adverse grade outer layer steel structure frame at place, a lower rectangle crossbeam is welded；（3）The preceding surface of described upper rectangle crossbeam and rear table
Face is concordant with column front and rear surfaces respectively, installs neck in the preceding surface lower portions of upper rectangle crossbeam, described neck is connected with clip
Connect thin film insulating layer；（4）The a front surface and a rear surface of described lower rectangle crossbeam respectively with before adverse grade outer layer steel structure frame
Flush, neck, waterproof membrane after described neck is connected with clip are installed on the rear surface top of lower rectangle crossbeam afterwards；（5）
Brace and pole is respectively welded on the top of described column, the connecting rain-proof plate between the pole being welded, and in column
Rear surface install after flashing board；（6）Brace pad top on described column is also equipped with scrolling bearing housing,
Scarp slope heat-insulation layer scroll bar is installed in scrolling bearing housing, meanwhile, installation scroll bar is fixed on the side ground of side wall body
Seat, and adverse grade heat-insulation layer scroll bar is connected by scroll bar fixed seat, adverse grade insulation is socketed with adverse grade heat-insulation layer scroll bar
Layer scrolling loop bar；（7）Preincubation layer rolling motor is connected with scarp slope heat-insulation layer scroll bar, and is fixed with preincubation layer motor
Rolling motor is fixedly connected on rain insensitive device by plate, equally, heat-insulation layer roller shutter after being connected with adverse grade heat-insulation layer scroll bar
Motor；（8）The other end of the forward and backward slope heat-insulation layer being individually fixed on upper and lower neck is connected into rope, and by the another of rope
End is connected on upper and lower heat-insulation layer scroll bar, is debugged upper and lower heat-insulation layer rolling motor and is worked with forward and backward slope heat-insulation layer, to reach
Forward and backward slope heat-insulation layer is in the working condition of insulation rain-proof.
Claims (6)
1. the rain that a kind of long season greenhouse heat-insulating layer rolls reduction shading is taken, its composition includes：Column, it is characterized in that：Described is vertical
Post upper weld has brace, and described brace and described column upper end are welded and be connected on pole simultaneously, described pole
It is installed above to have flashing board, it is connected in the column described in two with crossing at described scarp slope outer layer steel structure frame exit
Weldering is connected with a upper rectangle crossbeam between point, neck is provided with the preceding surface lower portions of described upper rectangle crossbeam, described
The exit rear portion of scarp slope outer layer steel structure frame be connected with adverse grade outer layer steel structure frame, in described adverse grade outer layer steel knot
Structure framework at scarp slope outer layer steel structure frame connection end with being welded with lower rectangle crossbeam, on the rear surface of described lower rectangle crossbeam
Top is equally provided with neck, behind described column, is provided with rear flashing board, and described pole is mounted below scarp slope
Heat-insulation layer, in the bottom of described scarp slope outer layer steel structure frame exit, also lays adverse grade heat-insulation layer.
2. the rain that long season greenhouse heat-insulating layer according to claim 1 rolls reduction shading is taken, it is characterized in that：Stood in described
Brace pad top on post is also equipped with tethering by clamp screw on scrolling bearing housing, described scrolling bearing housing
Scroll bar bearing cap is connected to, scarp slope heat-insulation layer scroll bar, described scarp slope insulation are connected with described scrolling bearing housing
Scarp slope heat-insulation layer rolling motor is connected with layer scroll bar, described scarp slope heat-insulation layer rolling motor bottom is connected to scarp slope insulation
On layer motor fixing plate, the center of described adverse grade heat-insulation layer volume has adverse grade heat-insulation layer scroll bar, described adverse grade heat-insulation layer
Scroll bar is connected on adverse grade heat-insulation layer scrolling loop bar, and described adverse grade heat-insulation layer scrolling loop bar is also associated with adverse grade heat-insulation layer volume
Curtain motor, described adverse grade heat-insulation layer scrolling loop bar is socketed in one end of adverse grade heat-insulation layer scroll bar, described adverse grade heat-insulation layer
The other end of scroll bar is connected in scroll bar fixed seat, and described scroll bar fixed seat is arranged on the side wall body in long season greenhouse
It is outside.
3. the rain that long season greenhouse heat-insulating layer according to claim 2 rolls reduction shading is taken, it is characterized in that：Described is vertical
Post, described brace, described pole, described scarp slope outer layer steel structure frame and described adverse grade outer layer steel structure frame
It is rectangle hollow pipe, described flashing board and described rear flashing board are transparent or opaque various metal materials or non-gold
Belong to the sheet material of material, be placed with above described scarp slope outer layer steel structure frame exit and separately below scarp slope heat-insulation layer
With adverse grade heat-insulation layer, one end of described scarp slope heat-insulation layer is connected with the rope that can roll scarp slope heat-insulation layer, described rope
It is wrapped on scarp slope heat-insulation layer scroll bar, described rope drives scarp slope heat-insulation layer scroll bar to turn by upper heat-insulation layer rolling motor
Dynamic and roll scarp slope heat-insulation layer, one end of described adverse grade heat-insulation layer is connected to described adverse grade outer layer steel structure frame and institute
The junction surface for the scarp slope outer layer steel structure frame stated, the other end is connected on described adverse grade heat-insulation layer scroll bar.
4. the rain that long season greenhouse heat-insulating layer according to claim 3 rolls reduction shading is taken, it is characterized in that：Described column
Bottom be connected with the exit of scarp slope outer layer steel structure frame, scarp slope outer layer steel construction frame is stretched out in the bottom of described column
The exit of frame, the front and rear surfaces of described upper rectangle crossbeam are concordant with described column front and rear surfaces, and described lower rectangle is horizontal
The rear surface of beam and flush, described scarp slope heat-insulation layer motor fixing plate two ends after described adverse grade outer layer steel structure frame
It is respectively welded on the column of both sides, described scarp slope heat-insulation layer can also be coiled using support arm or track.
5. the rain that long season greenhouse heat-insulating layer according to claim 3 rolls reduction shading is taken, it is characterized in that：Described scrolling
Bearing housing can use bearing liner seat or use axle sleeve, and described rectangle hollow pipe also can be using ellipse or other irregular roundness
Shape.
6. the long season greenhouse heat-insulating layer described in a kind of one of utilization claim 1 to 5, which is rolled, reduces the work side that the rain of shading is taken
Method, it is characterized in that：Its step is：（1）In the exit updip inclined weld of the scarp slope outer layer steel structure frame at the top of sun glasshouse
Column is connect, the rectangle crossbeam on the lower weld one of column, described upper rectangle crossbeam two ends are respectively welded under column
Portion, and close to the exit head of two scarp slope outer layer steel structure frames；（2）In scarp slope outer layer steel structure frame and adverse grade outer layer
On the adverse grade outer layer steel structure frame of steel structure frame intersection, a lower rectangle crossbeam is welded；（3）Described upper rectangle crossbeam
A front surface and a rear surface it is concordant with column front and rear surfaces respectively, upper rectangle crossbeam preceding surface lower portions install neck, it is described
Neck connect upper thin film insulating layer with clip；（4）The a front surface and a rear surface of described lower rectangle crossbeam respectively with outside adverse grade
Layer steel structure frame front and rear surfaces are concordant, and neck is installed on the rear surface top of lower rectangle crossbeam, and described neck is connected with clip
Connect rear waterproof membrane；（5）Brace and pole is respectively welded on the top of described column, connects anti-between the pole being welded
Rain plate, and the flashing board after the rear surface installation of column；（6）Brace pad top on described column is also equipped with
Scrolling bearing housing, installs scarp slope heat-insulation layer scroll bar in scrolling bearing housing, meanwhile, pacify on the side ground of side wall body
Scroll bar fixed seat is filled, and adverse grade heat-insulation layer scroll bar is connected by scroll bar fixed seat, is covered on adverse grade heat-insulation layer scroll bar
It is connected to adverse grade heat-insulation layer scrolling loop bar；（7）Preincubation layer rolling motor, and the guarantor before are connected with scarp slope heat-insulation layer scroll bar
Rolling motor is fixedly connected on rain insensitive device by warm layer motor fixing plate, equally, is connected with adverse grade heat-insulation layer scroll bar
Heat-insulation layer rolling motor afterwards；（8）The other end for the forward and backward slope heat-insulation layer being individually fixed on upper and lower neck is connected into rope, and
The other end of rope is connected on upper and lower heat-insulation layer scroll bar, upper and lower heat-insulation layer rolling motor is debugged and is incubated with forward and backward slope
Layer work, to reach that forward and backward slope heat-insulation layer is in the working condition of insulation rain-proof.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710499405.8A CN107182631A (en) | 2017-06-27 | 2017-06-27 | The rain that long season greenhouse heat-insulating layer rolls reduction shading is taken and method of work |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710499405.8A CN107182631A (en) | 2017-06-27 | 2017-06-27 | The rain that long season greenhouse heat-insulating layer rolls reduction shading is taken and method of work |
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| CN107182631A true CN107182631A (en) | 2017-09-22 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108157007A (en) * | 2017-12-26 | 2018-06-15 | 郑州搜趣信息技术有限公司 | A kind of rotary screw type breeding device |
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