CN208509714U - Twin shaft is double by four seasons type heliogreenhouse - Google Patents
Twin shaft is double by four seasons type heliogreenhouse Download PDFInfo
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- CN208509714U CN208509714U CN201820480636.4U CN201820480636U CN208509714U CN 208509714 U CN208509714 U CN 208509714U CN 201820480636 U CN201820480636 U CN 201820480636U CN 208509714 U CN208509714 U CN 208509714U
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- bracket
- scarp slope
- adverse grade
- insulation quilt
- shutter
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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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Abstract
The utility model relates to heliogreenhouse technical fields, double by four seasons type heliogreenhouse, including postposition shutter, side formula shutter, the first insulation quilt and the second insulation quilt etc. more particularly, to a kind of twin shaft；Original state, first heat preservation is rolled-up and is located at the top of scarp slope bracket, second heat preservation is rolled-up the top for being similarly positioned in scarp slope bracket and is located at the lower section of the first insulation quilt, when the first insulation quilt and the second insulation quilt need to be put down, first, control side formula shutter drives the second heat preservation to be laid down, postposition shutter control traction rope is controlled again to be laid down the first heat preservation, certainly, also the first insulation quilt and the second insulation quilt can be rolled according to actual needs or put down, or first heat preservation be rolled-up, second heat preservation be laid down, meet different needs.As it can be seen that this twin shaft is double, by four seasons type heliogreenhouse to can be realized double-layer heat insulation, Single-layer Insulation light-exposed and keep the temperature without cotton-wadded quilt, according to different temperatures and illumination, converts insulation quilt state, adapts to the southern and northern, four seasons and uses.
Description
Technical field
The utility model relates to heliogreenhouse technical fields, double by four seasons type heliogreenhouse more particularly, to a kind of twin shaft.
Background technique
Currently, heliogreenhouse passes through development in more than 30 years, have become China's production veterinary antibiotics, edible mushroom etc. now
Indispensable tool.It is the distinctive industrialized agriculture equipment in China that heliogreenhouse, which does not have the tall and big upper heliogreenhouse of attached-greenhouse,
Its energy-saving practical, north of china in winter vegetables produce all from heliogreenhouse, therefore China has largely developed heliogreenhouse, by original
It is expanded to western, northern, south the central and east come.Various forms of greenhouses of each local characteristic have been formed now, never
Same angle cuts both ways to observe.There are the excessively lower digging of problem, the rear wall of super thick destroys original arable land, wastes big
The manpower goods and materials of amount, at pond, cob wall, which softens, to collapse in greenhouse after heavy rain.Skeleton sectional area is smaller and smaller, and greenhouse span is got over
Come bigger, without long-term plan and scientific algorithm, severe snow arriving be collapsed greenhouse is now very serious.It puts on the scarp slope top in greenhouse
Wind, the harm to plant that condenses, the problem of leaking informaton small size plastics water pocket of raining.Winter has sunlight that cannot open insulation quilt to ask sooner or later
Topic；The summer excessively high problem of temperature room temperature；Technical requirements are not achieved in field operation welding quality, and working efficiency is low, one layer of cotton
The regulation in present round-the-clock greenhouse is not adapted to.
Utility model content
It is double by four seasons type heliogreenhouse that the purpose of this utility model is to provide a kind of twin shafts, at least solves in the prior art
Existing technical problem.
It is double by four seasons type heliogreenhouse that the utility model provides a kind of twin shaft, comprising: scarp slope bracket, connects adverse grade bracket
Connect bracket, overarm brace, telescopic rod, postposition shutter, side formula shutter, the first insulation quilt and the second insulation quilt；Wherein, institute
Scarp slope bracket is stated to be connected with the side of the connecting bracket；The opposite other side of the adverse grade bracket and the connecting bracket
It is connected；The overarm brace is arranged between the scarp slope bracket and the adverse grade bracket, for reinforcing the scarp slope branch
Frame and the adverse grade bracket；The scarp slope bracket and the adverse grade bracket are provided with plastic cloth, and the adverse grade bracket
It is additionally provided with insulating layer；The postposition shutter is arranged in the connecting bracket；A side of first insulation quilt is arranged
On the scarp slope bracket, another side of first insulation quilt is provided with spool；It is set on the spool of the postposition shutter
It is equipped with traction rope, the traction rope is arranged residence and states the first insulation quilt and be connected with the connecting bracket, the traction rope energy
First heat preservation is enough driven to be rolled-up or put down；The side formula shutter is arranged on one end of the telescopic rod, described
The other end of telescopic rod is connect with ground rotation；One end of second insulation quilt is arranged on the scarp slope bracket, and described the
The other end of two insulation quilts is wrapped on the spool of the side formula shutter, and the side formula shutter is able to drive described second and protects
Temperature is rolled-up or puts down.
Further, the scarp slope bracket is higher than the adverse grade bracket；The twin shaft is double also to be wrapped by four seasons type heliogreenhouse
Include ventilation frame member and vent window；Wherein, the ventilation frame member is arranged in the connecting bracket, and the ventilation frame member is located at
Between the scarp slope bracket and the adverse grade bracket；One end of the vent window and the ventilation frame member are hinged, so that described
Vent window can turn on or off.
Further, twin shaft pair further includes pedestal, connecting shaft and limit rope by four seasons type heliogreenhouse；Wherein, described
Pedestal offers mounting groove, and the telescopic rod is plugged in the mounting groove, and the connecting shaft is plugged towards the scarp slope bracket
In on the pedestal and the telescopic rod；The limit rope is located at the top of second insulation quilt, and the limit rope
One end is installed in the connecting bracket, and the other end of the limit rope is installed in the bottom end of the scarp slope bracket.
Further, the scarp slope bracket includes multiple scarp slope support components and multiple first connecting rods；Wherein, multiple
The scarp slope support component is uniformly arranged along the length direction of the scarp slope bracket；Multiple scarp slope support components are by described
One connecting rod is connected；The scarp slope support component includes the first scarp slope support rod, the second scarp slope support rod and the first diagonal brace；
Wherein, first diagonal brace is arranged between the first scarp slope support rod and the second scarp slope support rod, first diagonal brace
For connecting the first scarp slope bracket and the second scarp slope bracket；The adverse grade bracket includes multiple adverse grade support components
And multiple second connecting rods；Wherein, multiple adverse grade support components are uniformly arranged along the length direction of the adverse grade bracket
Cloth；Multiple adverse grade support components are connected by second connecting rod；The adverse grade support component includes the first adverse grade branch
Strut, the second adverse grade support rod and the second diagonal brace；Wherein, second diagonal brace setting in the first adverse grade support rod and
Between the second adverse grade support rod, second diagonal brace is for connecting the first scarp slope bracket and the second scarp slope branch
Frame.
Further, the overarm brace includes multiple cross beam support components and third connecting rod；Wherein, multiple described
Cross beam support component is uniformly arranged along the length direction of the overarm brace；Multiple cross beam support components are by the third
Connecting rod is connected；One end of the cross beam support component is connected with the scarp slope support component, the cross beam support component
The other end be connected with the adverse grade support component；The cross beam support component includes crossbeam and third diagonal brace；Wherein, institute
The one end for stating crossbeam is connected with the second scarp slope support rod, the other end of the crossbeam and the first adverse grade support rod phase
Connection；The third diagonal brace is arranged in the crossbeam, the first scarp slope support rod and the second adverse grade support rod institute shape
At accommodation space in.
Further, the twin shaft pair further includes spray head, sliding block and slideway by four seasons type heliogreenhouse；Wherein, described
Slideway successively extends along the width direction of the scarp slope bracket, second connecting bracket and the adverse grade bracket, and institute
Slideway is stated to be connected with the scarp slope bracket, second connecting bracket and the adverse grade bracket respectively；The spray head setting
On the slide block, the sliding block is located in the slideway, and the sliding block is able to drive the spray head and slides along the slideway.
Further, the twin shaft pair further includes puggaree by four seasons type heliogreenhouse, one end setting of the puggaree
On the scarp slope bracket, on the slide block, the sliding block is able to drive the sunshade for the other end setting of the puggaree
Cloth is mobile.
Further, the twin shaft pair further includes water storage tank, funnel, drainage tube and water storage by four seasons type heliogreenhouse
Case；Wherein, the water storage tank is arranged on the scarp slope bracket, and the water storage tank is along the width direction of the scarp slope bracket
Extend；The opening of the water storage tank is arranged in the funnel；One end of the drainage tube is set in the water storage mouth of the funnel
Place, the other end of the funnel are plugged in the water tank.
Further, the twin shaft pair further includes solar storage battery by four seasons type heliogreenhouse, the solar energy power accumulating
Pond is arranged on the scarp slope bracket；The scarp slope bracket, the adverse grade bracket and second connecting bracket are provided with
Headlamp and ultraviolet radiator, and the headlamp and the ultraviolet radiator with the solar storage battery phase
Connection.
It is double by four seasons type heliogreenhouse that the utility model additionally provides a kind of twin shaft, comprising: scarp slope bracket, adverse grade bracket,
Connecting bracket, overarm brace, postposition shutter, side formula shutter, the first insulation quilt and the second insulation quilt；Wherein, before described
Slope bracket is connected with the side of the connecting bracket；The adverse grade bracket other side opposite with the connecting bracket is connected
It connects；The overarm brace is arranged between the scarp slope bracket and the adverse grade bracket, for reinforce the scarp slope bracket with
And the adverse grade bracket；The scarp slope bracket and the adverse grade bracket are provided with plastic cloth, and the adverse grade bracket is also set
It is equipped with insulating layer；The postposition shutter is arranged in the connecting bracket；A side of first insulation quilt is arranged in institute
It states on scarp slope bracket, another side of first insulation quilt is provided with spool；It is provided on the spool of the postposition shutter
Traction rope, the traction rope are arranged residence and state the first insulation quilt and be connected with the connecting bracket, and the traction rope being capable of band
First heat preservation is moved to be rolled-up or put down；The scarp slope bracket is provided with sliding rail, and the sliding rail is along the scarp slope bracket
Width direction extend；The side formula shutter is provided with pulley, and the pulley is located in the sliding rail, and the pulley can
It is slided along the sliding rail；One end of second insulation quilt is located on the scarp slope bracket, second insulation quilt
The other end is wrapped on the spool of the side formula shutter, the side formula shutter be able to drive it is described second heat preservation be rolled-up or
Person puts down.
Compared with prior art, the utility model has the following beneficial effects:
Twin shaft provided by the utility model is double by four seasons type heliogreenhouse, including postposition shutter and side formula shutter,
Wherein, postposition shutter is arranged in connecting bracket, and is located at the top of scarp slope bracket, traction rope one end on postposition shutter
It is fixed in connecting bracket, the other end of traction rope is extended to along the upper surface of the first insulation quilt from the top of the first insulation quilt
The bottom end of first insulation quilt, then it is folded up and is arranged the end of the first insulation quilt, traction rope is further along the first insulation quilt
Upper surface extends from the bottom end of insulation quilt to the top of the first insulation quilt, and traction rope is finally wrapped in the spool of postposition shutter again
On, the spool of postposition screen-roller drives the first traction rope to tighten or put down while rotation, so that the first heat preservation is stowed away
Or it puts down；Side formula shutter is arranged on one end of the telescopic rod, and the other end of telescopic rod is connect with ground rotation, and second
One end of insulation quilt is installed on scarp slope bracket, and the other end of the second insulation quilt is installed on the spool of side formula shutter, side formula
Shutter is able to drive the second heat preservation and is rolled-up or puts down, meanwhile, in the process, telescopic rod, which is understood, itself adjusts height with suitable
Side formula shutter is answered to be in different positions.Wherein, optionally, the side of a side of the first insulation quilt and the second insulation quilt
While being arranged at the top of scarp slope bracket.When original state, the first heat preservation is rolled-up and is located at the top of scarp slope bracket, and second protects
Temperature is rolled-up the top for being similarly positioned in scarp slope bracket, and the second insulation quilt is located at the obliquely downward of the first insulation quilt, when needs are put down
When the first insulation quilt and the second insulation quilt, firstly, control side formula shutter drives the second heat preservation to be laid down, then postposition roller shutter is controlled
Machine controls traction rope and is laid down the first heat preservation, certainly, can also be according to actual needs by the first insulation quilt and the second insulation quilt
Roll perhaps put down or first heat preservation be rolled-up, second heat preservation be laid down, to meet different needs.Wherein, second
Heat preservation is chosen as insulation quilt made of transparent material, and when the first heat preservation is rolled-up, the second insulation cover is located on scarp slope bracket,
Second insulation quilt can play heat preservation and play the role of light transmission, avoid the case where strong light of low temperature is unfavorable for plant growth,
To facilitate the growth of crops.It can be realized pair as it can be seen that twin shaft provided by the utility model is double by four seasons type heliogreenhouse
The double-layer heat insulation of heliogreenhouse improves the indoor temperature of sunlight and illumination, guarantees the normal growth of crops, promotes peasant household
Productivity effect.Wherein, can also according to peasant household need to realize Single-layer Insulation it is light-exposed and without cotton-wadded quilt heat preservation state, realize
A kind of multi-functional twin shaft is double by four seasons type heliogreenhouse, can convert the state of insulation quilt depending on the temperature and illumination,
Greenhouse achievees the effect that the southern and northern, four seasons use.
Wherein, scarp slope bracket is connected with the side of connecting bracket, the opposite other side of adverse grade bracket and connecting bracket
Be connected, three forms basic heliogreenhouse frame, wherein overarm brace setting scarp slope bracket and adverse grade bracket it
Between, play the role of reinforcing, so that the entire double structures by four seasons type heliogreenhouse of twin shaft are stronger, the energy of resistance to external shocks
Power is strong, is hardly damaged, and plastic cloth and insulating layer are additionally provided on adverse grade bracket, and insulating layer is specially third insulation quilt, makes
It is double warmer by four seasons type heliogreenhouse to obtain entire twin shaft, guarantees the normal growth of crops, promotes the benefit of peasant household, it is optional
Ground, third heat preservation are removably disposed on adverse grade bracket, and peasant household is facilitated to dismantle.
A kind of twin shaft that the utility model also provides is double by four seasons type heliogreenhouse, and postposition shutter is able to drive traction rope
So that the first insulation quilt is rolled-up or puts down, the pulley on the formula shutter of side can be moved along the sliding rail on scarp slope bracket,
So as to drive the second heat preservation to be rolled-up or put down, to realize the transformation of insulation quilt different conditions, greenhouse reaches south
The effect that the north, the four seasons use.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the double structural schematic diagrams by four seasons type heliogreenhouse of twin shaft provided by the embodiment of the utility model；
Fig. 2 is the double another structural schematic diagrams by four seasons type heliogreenhouse of twin shaft provided by the embodiment of the utility model；
Fig. 3 is the double another structural schematic diagrams by four seasons type heliogreenhouse of twin shaft provided by the embodiment of the utility model；
Fig. 4 is the double another structural schematic diagrams by four seasons type heliogreenhouse of twin shaft provided by the embodiment of the utility model；
Fig. 5 is the double another structural schematic diagrams by four seasons type heliogreenhouse of twin shaft provided by the embodiment of the utility model.
Appended drawing reference:
1- scarp slope bracket, 101- the first scarp slope support rod, 102- the second scarp slope support rod, the first diagonal brace of 103-, 2- adverse grade
Bracket, 201- the first adverse grade support rod, 202- the second adverse grade support rod, the second diagonal brace of 203-, 3- connecting bracket, 4- crossbeam branch
Frame, 401- crossbeam, 402- third diagonal brace, 5- postposition shutter, the first insulation quilt of 6-, the side 7- formula shutter, the side 71- formula roller shutter
Machine spool, the second insulation quilt of 8-, 9- telescopic rod, 10- pedestal, 11- vent window, 12- traction rope, 13- spool, 14- connecting shaft,
15- pulley.
Specific embodiment
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.
The component of the utility model embodiment for usually describing and showing in attached drawing here can be with a variety of different
Configuration is to arrange and design.It therefore, is not below purport to the detailed description of the embodiments of the present invention provided in the accompanying drawings
In the range of limitation claimed invention, but it is merely representative of the selected embodiment of the utility model.
Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only
For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific
Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the
One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
The concrete meaning of language in the present invention.
It is double by four seasons type daylight referring to Fig. 1 to Fig. 5 description twin shaft according to some embodiments of the utility model
Greenhouse.
Referring to FIG. 1 to FIG. 4, it is double by four seasons type heliogreenhouse to provide a kind of twin shaft for the embodiments of the present invention,
Include: scarp slope bracket 1, adverse grade bracket 2, connecting bracket 3, overarm brace 4, telescopic rod 9, postposition shutter 5, side formula shutter 7,
First insulation quilt 6 and the second insulation quilt 8；Wherein, scarp slope bracket 1 is connected with the side of connecting bracket 3；Adverse grade bracket 2 with
The opposite other side of connecting bracket 3 is connected；Overarm brace 4 is arranged between scarp slope bracket 1 and adverse grade bracket 2, is used for
Reinforce scarp slope bracket 1 and adverse grade bracket 2；Scarp slope bracket 1 and adverse grade bracket 2 are provided with plastic cloth, and adverse grade bracket 2
It is additionally provided with insulating layer；Postposition shutter 5 is arranged in connecting bracket 3；A side of first insulation quilt 6 is arranged in scarp slope bracket
On 1, another side of the first insulation quilt 6 is provided with spool 13；It is provided with traction rope 12 on the spool 13 of postposition shutter 5, is led
Messenger 12 is arranged the first insulation quilt 6 and is connected with connecting bracket 3, traction rope 12 be able to drive the first insulation quilt 6 roll or
Person puts down；Side formula shutter 7 is arranged on one end of telescopic rod 9, and the other end of telescopic rod 9 is connect with ground rotation；Second protects
Temperature is arranged on scarp slope bracket 1 by 8 one end, and the other end of the second insulation quilt 8 is wrapped on side formula shutter spool 71, side
Formula shutter 7 is able to drive the second insulation quilt 8 and rolls or put down.
Twin shaft provided by the utility model is double by four seasons type heliogreenhouse, including postposition shutter 5 and side formula shutter
7, wherein postposition shutter 5 is arranged in connecting bracket 3, and is located at the top of scarp slope bracket 1, the traction on postposition shutter 5
12 one end of restricting are fixed in connecting bracket 3, and the other end of traction rope 12 is along the upper surface of the first insulation quilt 6 from the first insulation quilt
6 top extends to the bottom end of the first insulation quilt 6, then is folded up and is arranged the end of the first insulation quilt 6, and traction rope 12 is again
Extend along the upper surface of the first insulation quilt 6 from the bottom end of insulation quilt to the top of the first insulation quilt 6, traction rope 12 finally twines again
Be wound on the spool 13 of postposition shutter 5, the spool 13 of postposition screen-roller driven while rotation the first traction rope 12 tighten or
Person puts down, to pack up or put down the first insulation quilt 6；Side formula shutter 7 is arranged on one end of the telescopic rod 9, stretches
The other end of contracting bar 9 is connect with ground rotation, and one end of the second insulation quilt 8 is installed on scarp slope bracket 1, the second insulation quilt 8
The other end is installed on side formula shutter spool 71, and side formula shutter 7 is able to drive the second insulation quilt 8 and rolls or put down, together
When, in the process, telescopic rod 9 understands itself adjusting height and is in different positions to adapt to side formula shutter 7.Wherein, optional
A side of ground, a side of the first insulation quilt 6 and the second insulation quilt 8 is arranged at the top of scarp slope bracket 1.Original state
When, the first insulation quilt 6 is rolled and is located at the top of scarp slope bracket 1, and the second insulation quilt 8 rolls the top for being similarly positioned in scarp slope bracket 1
End, and the second insulation quilt 8 is located at the obliquely downward of the first insulation quilt 6, when needing to put down the first insulation quilt 6 and the second insulation quilt 8
When, firstly, control side formula shutter 7 drives the second insulation quilt 8 to put down, then controls postposition shutter 5 and control traction rope 12 for the
One insulation quilt 6 is put down, and certainly, also according to actual needs can be rolled the first insulation quilt 6 and the second insulation quilt 8 or
It puts down or the first insulation quilt 6 is rolled, the second insulation quilt 8 is put down, to meet different needs.As it can be seen that the utility model provides
Twin shaft it is double the double-layer heat insulation to heliogreenhouse can be realized by four seasons type heliogreenhouse, improve the indoor temperature of sunlight, protect
The normal growth for demonstrate,proving crops, promotes the productivity effect of peasant household.Wherein, also it can need to realize that Single-layer Insulation is light-exposed according to peasant household
And the state without cotton-wadded quilt heat preservation, it is double by four seasons type heliogreenhouse to realize a kind of multi-functional twin shaft, can be according to different temperature
Degree and intensity of illumination, convert the state of insulation quilt.
Wherein, scarp slope bracket 1 is connected with the side of connecting bracket 3, another opposite with connecting bracket 3 of adverse grade bracket 2
Side is connected, and three forms basic heliogreenhouse frame, wherein overarm brace 4 is arranged in scarp slope bracket 1 and adverse grade branch
Between frame 2, play the role of reinforcing, so that the entire double structures by four seasons type heliogreenhouse of twin shaft are stronger, anti-extraneous punching
The ability hit is strong, is hardly damaged, and plastic cloth and insulating layer are additionally provided on adverse grade bracket 2, and insulating layer is specially that third is protected
Warm quilt guarantees the normal growth of crops, promotes the effect of peasant household so that entire twin shaft is double warmer by four seasons type heliogreenhouse
Benefit, optionally, third heat preservation are removably disposed on adverse grade bracket 2, and peasant household is facilitated to dismantle.
Wherein, optionally, the quantity of the first insulation quilt 6 and the second insulation quilt 8 can be multiple, multiple first insulation quilts
6 uniformly arrange along the length direction of scarp slope bracket 1, and multiple second insulation quilts 8 are uniformly arranged along the length direction of scarp slope bracket 1
Cloth, in addition, the first insulation quilt 6 or the second insulation quilt 8 also can be the structure of integral type.Certainly, it is not limited only to this.
Wherein, optionally, the second insulation quilt 8 is transparent heat-insulation quilt, such as polyethylene can be used in the second insulation quilt 8
Material is made, can light transmission and heat preservation avoided so that twin shaft is double to be able to enter sunlight in four seasons type heliogreenhouse
The case where low temperature strong light is unfavorable for plant growth improves yield to guarantee the normal growth of crops, when specifically used,
First heat preservation can be rolled-up, the second heat preservation is laid down and covers and is located on scarp slope bracket, the second insulation quilt can play heat preservation and
It can play the role of light transmission, facilitate the growth of crops.Specifically, the second insulation quilt 8 individually makes sooner or later in severe cold winter
With can solve greenhouse plastic cloth frosting, have sunlight that cannot open cotton-wadded quilt problem；Second insulation quilt 8 is extraneous in spring and autumn and summer
Used when solar irradiation is strong, temperature is high, reducing extraneous heat radiation reduces warm room temperature, achieve the effect that it is cool in summer and warm in winter,
Therefore the southern and northern, four seasons can be applied.
Wherein, the outer surface of scarp slope bracket 1 and adverse grade bracket 2 is provided with plastic cloth, the first insulation quilt 6 and second
Insulation quilt 8 is arranged at the top of the plastic cloth of scarp slope bracket 1；The plastics of adverse grade bracket 2 are arranged in the insulating layer of adverse grade bracket 2
On cloth.
In one embodiment of the utility model, it is preferable that as depicted in figs. 1 and 2, scarp slope bracket 1 is higher than adverse grade branch
Frame 2；Twin shaft pair further includes ventilation frame member and vent window 11 by four seasons type heliogreenhouse；Wherein, ventilation frame member setting is connecting
On bracket 3, and ventilation frame member is between scarp slope bracket 1 and adverse grade bracket 2；One end of vent window 11 and ventilation frame member are cut with scissors
It connects, vent window 11 is turned on or off.
In this embodiment, adverse grade bracket 2 is provided with installing port, and ventilation frame member is arranged in this installing port, and ventilating frame
Frame is connected with adverse grade bracket 2, and vent window 11 is mounted in ventilation frame member, can be aerated to greenhouse, guarantees have in greenhouse
Sufficient gas, meanwhile, ventilation frame member is embedded in adverse grade bracket 2, will not influence the integral strength of adverse grade bracket 2.Certainly, no
It is only limitted to this, ventilation frame member can be also fixed on the outer surface of adverse grade bracket 2, and adverse grade bracket 2 has biggish sky in itself
Gap equally can be realized to the double ventilations by four seasons type heliogreenhouse of twin shaft.
In one embodiment of the utility model, it is preferable that as shown in Figure 1, twin shaft it is double by four seasons type heliogreenhouse also
Including pedestal 10, connecting shaft 14 and limit rope；Wherein, pedestal 10 offers mounting groove, and telescopic rod 9 is plugged in mounting groove,
Connecting shaft 14 is inserted on pedestal 10 and telescopic rod 9 towards scarp slope bracket 1；Limit rope is located at the top of the second insulation quilt 8, and
One end of limit rope is installed in connecting bracket 3, and the other end of limit rope is installed in the bottom end of scarp slope bracket 1.
In this embodiment, one end of telescopic rod 9 can be plugged in the mounting groove of pedestal 10, telescopic rod 9 and mounting groove
It is connected again by connecting shaft 14, specifically, the axial direction of connecting shaft 14 is parallel with the length direction of scarp slope bracket 1, so that stretching
Contracting bar 9 can be rotated along the width direction of scarp slope bracket 1, so that side roller shutter machine turns along the length direction of scarp slope bracket 1
It is dynamic, so that the second insulation quilt 8 is rolled-up or puts down.Specifically, mounting groove is adapted with the end of telescopic rod 9.Limit
Position rope is located at the top of the second insulation quilt 8, and one end of limit rope is installed in connecting bracket 3, and the other end of limit rope is fixed
In the bottom end of scarp slope bracket 1, so that the second insulation quilt 8 is during rolling or putting down, it always can be with scarp slope bracket 1
And the plastic cloth covered thereon offsets, and plays the role of limit to the second insulation quilt 8.
In one embodiment of the utility model, it is preferable that as shown in Figures 1 to 4, before scarp slope bracket 1 includes multiple
Slope support component and multiple first connecting rods；Wherein, multiple scarp slope support components are uniformly arranged along the length direction of scarp slope bracket 1
Cloth；Multiple scarp slope support components are connected by first connecting rod；Scarp slope support component includes the first scarp slope support rod 101, second
Scarp slope support rod 102 and the first diagonal brace 103；Wherein, the first diagonal brace 103 is arranged in the first scarp slope support rod 101 and second
Between scarp slope support rod 102, the first diagonal brace 103 is for connecting the first scarp slope bracket 1 and the second scarp slope bracket 1；Adverse grade bracket 2
Including multiple adverse grade support components and multiple second connecting rods；Wherein, multiple adverse grade support components are along adverse grade bracket 2
Length direction is uniformly arranged；Multiple adverse grade support components are connected by the second connecting rod；Adverse grade support component includes the first adverse grade
Support rod 201, the second adverse grade support rod 202 and the second diagonal brace 203；Wherein, the setting of the second diagonal brace 203 is supported in the first adverse grade
Between bar 201 and the second adverse grade support rod 202, the second diagonal brace 203 is for connecting the first scarp slope bracket 1 and the second scarp slope branch
Frame 1.
In this embodiment, multiple scarp slope support components are uniformly arranged along the length direction of scarp slope bracket 1, multiple scarp slopes
Support component is connected by the second connecting rod, forms the frame of an entirety, and intensity is high, is hardly damaged, and overall weight is light；
Wherein, the first scarp slope support rod 101 and the second scarp slope support rod 102 constitute a basic framework, the connection of the first diagonal brace 103
Between the first scarp slope bracket 1 and the second scarp slope bracket 1, so that the structural strength of single scarp slope support component is higher, it is not easy
Damage；In addition, scarp slope support component can the factorial production, guarantee Quality advance efficiency.Similarly, adverse grade bracket 2 has same
The advantages of.Wherein, optionally, the first diagonal brace 103 is the diagonal brace or K-type diagonal brace or X-type diagonal brace of line segment formula；Second diagonal brace
203 for line segment formula diagonal brace or K-type diagonal brace or X-type diagonal brace.
In one embodiment of the utility model, it is preferable that as shown in Figures 1 to 4, overarm brace 4 includes multiple cross
Beam support component and third connecting rod；Wherein, multiple cross beam support components are uniformly arranged along the length direction of overarm brace 4
Cloth；Multiple cross beam support components are connected by third connecting rod；One end of cross beam support component is connected with scarp slope support component,
The other end of cross beam support component is connected with adverse grade support component；Cross beam support component includes crossbeam 401 and third diagonal brace
402；Wherein, one end of crossbeam 401 is connected with the second scarp slope support rod 102, the other end of crossbeam 401 and the first adverse grade branch
Strut 201 is connected；Third diagonal brace 402 is arranged in crossbeam 401, the first scarp slope support rod 101 and the second adverse grade support rod
202 are formed by accommodation space.
In this embodiment, one end of cross beam support component is connected with scarp slope support component, cross beam support component it is another
One end is connected with adverse grade support component, and cross beam support component makes for reinforcing scarp slope support component and adverse grade support component
It is stronger to obtain the double general frames by four seasons type heliogreenhouse of entire twin shaft, foreign impacts can be withstood.Wherein, optional
Ground, third diagonal brace 402 are K-type diagonal brace or X-type diagonal brace.
In one embodiment of the utility model, it is preferable that twin shaft pair further includes spray head, cunning by four seasons type heliogreenhouse
Block and slideway；Wherein, slideway successively extends along the width direction of scarp slope bracket 1, overarm brace 4 and adverse grade bracket 2, and
Slideway is connected with scarp slope bracket 1, overarm brace 4 and adverse grade bracket 2 respectively；Spray head is arranged on sliding block, and sliding block, which is located at, to be slided
In road, sliding block is able to drive spray head and slides along slideway.(not shown)
In this embodiment, slideway successively prolongs along the width direction of scarp slope bracket 1, overarm brace 4 and adverse grade bracket 2
It stretches, sliding slot is offered on sliding block, sliding block is located in the slideway, and sliding block is able to drive spray head thereon and slides along slideway, into
And the indoor soil of temperature and plant are poured.Specifically, the quantity of slideway, sliding block and spray head is multiple；It is more
A slideway is uniformly arranged respectively along the length direction of scarp slope bracket 1, overarm brace 4 and adverse grade bracket 2, enables spray head
The indoor soil of the entire temperature of sprinkling and plant；Also settable multiple sliding blocks on each slideway；It is also settable on each sliding block
Multiple spray heads.Certainly, it is not limited only to this.
In one embodiment of the utility model, it is preferable that twin shaft pair further includes puggaree by four seasons type heliogreenhouse,
One end of puggaree is arranged on scarp slope bracket 1, and the other end of puggaree is arranged on sliding block, and sliding block is able to drive puggaree shifting
It is dynamic.(not shown)
In this embodiment, one end of puggaree is arranged on scarp slope bracket 1, and specifically, one end of puggaree is installed in
The other end of the bottom end of scarp slope bracket 1, puggaree is removably disposed on sliding block.When peasant household needs to cover sun using puggaree
Puggaree can be mounted on sliding block by the light time, be moved in slideway using sliding block, so that puggaree is covered in entire greenhouse
Top, plays the role of sunshade；When user does not use puggaree, puggaree can be disassembled from sliding block, be received into scarp slope
The bottom end of bracket 1.As it can be seen that the opening of puggaree and the operation of storage are simpler, conveniently.Puggaree can by hook or
Buckle, or tie on sliding block that realization is detachably connected using rope, certainly, it is not limited only to this.
In one embodiment of the utility model, it is preferable that twin shaft it is double by four seasons type heliogreenhouse further include water storage tank,
Funnel, drainage tube and water tank；Wherein, water storage tank is arranged on scarp slope bracket 1, and water storage tank is along the width of scarp slope bracket 1
Direction is spent to extend；The opening of water storage tank is arranged in funnel；One end of drainage tube is set at the water storage mouth of funnel, funnel it is another
One end is plugged in water tank.(not shown)
In this embodiment, the temperature of inside greenhouse is higher, the temperature of top of greenhouse is slightly lower, for a long time at the top in greenhouse
Drop is generated on plastic cloth, from time to time can be low on the peasant household worked in canopy head, while it can be scattering into elsewhere, wave
Take water source, and makes soil wet everywhere in canopy, on the shoes easy to stick to peasant household, for this problem, the double quilts of this twin shaft
Four seasons type heliogreenhouse passes through setting water storage tank, funnel, drainage tube and water tank, wherein the water droplet at the top of heliogreenhouse
Water storage tank is fallen into first, is being flowed into funnel by water storage tank, is being flowed into water tank by funnel and drainage tube, the water of storage
It can be used for irrigating land, save water resource.
In one embodiment of the utility model, it is preferable that twin shaft pair further includes solar energy by four seasons type heliogreenhouse
Battery；Solar storage battery is arranged on scarp slope bracket 1；Scarp slope bracket 1, adverse grade bracket 2 and overarm brace 4 are provided with
Headlamp and ultraviolet radiator, and headlamp and ultraviolet radiator are connected with solar storage battery.(in figure not
It shows)
In this embodiment, sun battery receives sunlight and is converted into electric energy and stores, and solar storage battery is again
The indoor general lighting lamp of temperature and ultraviolet illuminating lamp provide power supply, it is seen then that save the energy, and can be to provide photograph in greenhouse
It is bright.In addition, ultraviolet illuminating lamp plays the role of sterilization and antivirus, facilitate the good growth of crops.
Shown in Figure 5, it is double by four seasons type heliogreenhouse that the embodiments of the present invention provide a kind of twin shaft, comprising:
Scarp slope bracket 1, adverse grade bracket 2, connecting bracket 3, overarm brace 4, postposition shutter 5, side formula shutter 7, the first insulation quilt 6 with
And second insulation quilt 8；Wherein, scarp slope bracket 1 is connected with the side of connecting bracket 3；The phase of adverse grade bracket 2 and connecting bracket 3
Pair the other side be connected；Overarm brace 4 is arranged between scarp slope bracket 1 and adverse grade bracket 2, for reinforcing scarp slope bracket 1
And adverse grade bracket 2；Scarp slope bracket 1 and adverse grade bracket 2 are provided with plastic cloth, and adverse grade bracket 2 is additionally provided with insulating layer；
Postposition shutter 5 is arranged in connecting bracket 3；A side of first insulation quilt 6 is arranged on scarp slope bracket 1, the first insulation quilt
6 another side is provided with spool 13；Traction rope 12 is provided on the spool 13 of postposition shutter 5, traction rope 12 is arranged
One insulation quilt 6 is simultaneously connected with connecting bracket 3, and traction rope 12 is able to drive the first insulation quilt 6 and rolls or put down；Scarp slope bracket
1 is provided with sliding rail, and sliding rail extends along the width direction of scarp slope bracket 1；Side formula shutter 7 is provided with pulley 15, and 15, pulley
In in sliding rail, and pulley 15 can be slided along sliding rail；One end of second insulation quilt 8 is arranged on scarp slope bracket 1, the second heat preservation
It is wrapped on side formula shutter spool 71 by 8 other end, side formula shutter 7 is able to drive the second insulation quilt 8 and rolls or put
Under.
A kind of twin shaft that the utility model also provides is double by four seasons type heliogreenhouse, and postposition shutter 5 is able to drive traction
Rope 12 makes the first insulation quilt 6 be rolled-up or put down, and the pulley 15 on side formula shutter 5 can be along on scarp slope bracket 1
Sliding rail is mobile, so as to drive the second insulation quilt 8 to roll or put down, so that the transformation of insulation quilt different conditions is realized,
Greenhouse achievees the effect that the southern and northern, four seasons use.
Wherein, optionally, scarp slope bracket 1, adverse grade bracket 2 and overarm brace 4 be provided be sequentially connected connect it is flexible
Rod piece and headlamp, and to be able to drive headlamp mobile for telescoping rod, specifically, twin shaft it is double by four seasons type heliogreenhouse also
Including multiple telescoping rods and multiple headlamps, wherein headlamp is connected to form one group of lighting device with telescoping rod, preceding
It is provided with this lighting device on slope bracket 1, adverse grade bracket 2 and overarm brace 4, can be utilized according to the actual needs of user
The height of telescoping rod adjusting illuminating lamp provides illumination by four seasons type heliogreenhouse for twin shaft is double, facilitates peasant household in heliogreenhouse
Interior operation.
Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited
System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should
Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of
Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new
The range of each embodiment technical solution of type.
Claims (10)
1. a kind of twin shaft is double by four seasons type heliogreenhouse characterized by comprising scarp slope bracket, adverse grade bracket, connecting bracket,
Overarm brace, telescopic rod, postposition shutter, side formula shutter, the first insulation quilt and the second insulation quilt；
Wherein, the scarp slope bracket is connected with the side of the connecting bracket；The adverse grade bracket and the connecting bracket
The opposite other side is connected；The overarm brace is arranged between the scarp slope bracket and the adverse grade bracket, for adding
Gu the scarp slope bracket and the adverse grade bracket；The scarp slope bracket and the adverse grade bracket are provided with plastic cloth, and
The adverse grade bracket is additionally provided with insulating layer；
The postposition shutter is arranged in the connecting bracket；A side of first insulation quilt is arranged in the scarp slope branch
On frame, another side of first insulation quilt is provided with spool；It is provided with traction rope on the spool of the postposition shutter, institute
It states traction rope and is arranged residence and state the first insulation quilt and be connected with the connecting bracket, the traction rope is able to drive described first
Heat preservation is rolled-up or puts down；
The side formula shutter is arranged on one end of the telescopic rod, and the other end of the telescopic rod is connect with ground rotation；
One end of second insulation quilt is arranged on the scarp slope bracket, and the other end of second insulation quilt is wrapped in the side formula
On the spool of shutter, the side formula shutter is able to drive second heat preservation and is rolled-up or puts down.
2. twin shaft according to claim 1 is double by four seasons type heliogreenhouse, which is characterized in that the scarp slope bracket is higher than institute
State adverse grade bracket；The twin shaft pair further includes ventilation frame member and vent window by four seasons type heliogreenhouse；Wherein, the ventilating frame
Frame is arranged in the connecting bracket, and the ventilation frame member is between the scarp slope bracket and the adverse grade bracket；Institute
One end and the ventilation frame member for stating vent window are hinged, and the vent window is turned on or off.
3. twin shaft according to claim 1 is double by four seasons type heliogreenhouse, which is characterized in that further include pedestal, connecting shaft
And limit rope；Wherein, the pedestal offers mounting groove, and the telescopic rod is plugged in the mounting groove, the connecting shaft
It is inserted on the pedestal and the telescopic rod towards the scarp slope bracket；The limit rope is located at second insulation quilt
Top, and one end of the limit rope is installed in the connecting bracket, the other end of the limit rope is installed in the scarp slope
The bottom end of bracket.
4. twin shaft according to claim 1 is double by four seasons type heliogreenhouse, which is characterized in that the scarp slope bracket includes more
A scarp slope support component and multiple first connecting rods；Wherein, length of multiple scarp slope support components along the scarp slope bracket
It uniformly arranges in degree direction；Multiple scarp slope support components are connected by the first connecting rod；The scarp slope support component packet
Include the first scarp slope support rod, the second scarp slope support rod and the first diagonal brace；Wherein, first diagonal brace is arranged before described first
Between slope support rod and the second scarp slope support rod, first diagonal brace is for connecting the first scarp slope bracket and described the
Two scarp slope brackets；
The adverse grade bracket includes multiple adverse grade support components and multiple second connecting rods；Wherein, multiple adverse grade supports
Component is uniformly arranged along the length direction of the adverse grade bracket；Multiple adverse grade support components are by the second connecting rod phase
Connection；The adverse grade support component includes the first adverse grade support rod, the second adverse grade support rod and the second diagonal brace；Wherein, described
Second diagonal brace is arranged between the first adverse grade support rod and the second adverse grade support rod, and second diagonal brace is for connecting
Connect the first scarp slope bracket and the second scarp slope bracket.
5. twin shaft according to claim 4 is double by four seasons type heliogreenhouse, which is characterized in that the overarm brace includes more
A cross beam support component and third connecting rod；Wherein, multiple cross beam support components along the overarm brace length
It uniformly arranges in direction；Multiple cross beam support components are connected by the third connecting rod；The one of the cross beam support component
End is connected with the scarp slope support component, and the other end of the cross beam support component is connected with the adverse grade support component；
The cross beam support component includes crossbeam and third diagonal brace；Wherein, one end of the crossbeam and the second scarp slope support rod
It is connected, the other end of the crossbeam is connected with the first adverse grade support rod；Third diagonal brace setting the crossbeam,
The first scarp slope support rod and the second adverse grade support rod are formed by accommodation space.
6. twin shaft according to any one of claim 1 to 5 is double by four seasons type heliogreenhouse, which is characterized in that further include
Spray head, sliding block and slideway；Wherein, the slideway is successively along the scarp slope bracket, the overarm brace and the adverse grade
The width direction of bracket extends, and the slideway respectively with the scarp slope bracket, the overarm brace and the adverse grade bracket
It is connected；On the slide block, the sliding block is located in the slideway, and the sliding block is able to drive the spray for the spray head setting
Head is slided along the slideway.
7. twin shaft according to claim 6 is double by four seasons type heliogreenhouse, which is characterized in that it further include puggaree, it is described
One end of puggaree is arranged on the scarp slope bracket, and the other end of the puggaree is arranged on the slide block, the sliding block
It is mobile to be able to drive the puggaree.
8. twin shaft according to any one of claim 1 to 5 is double by four seasons type heliogreenhouse, which is characterized in that further include
Water storage tank, funnel, drainage tube and water tank；Wherein, the water storage tank is arranged on the scarp slope bracket, and the water storage tank
Extend along the width direction of the scarp slope bracket；The opening of the water storage tank is arranged in the funnel；The drainage tube
One end is set at the water storage mouth of the funnel, and the other end of the funnel is plugged in the water tank.
9. twin shaft according to any one of claim 1 to 5 is double by four seasons type heliogreenhouse, which is characterized in that further include
Solar storage battery, the solar storage battery are arranged on the scarp slope bracket；The scarp slope bracket, the adverse grade bracket with
And the overarm brace is provided with headlamp and ultraviolet radiator, and the headlamp and the ultraviolet radiator
It is connected with the solar storage battery.
10. a kind of twin shaft is double by four seasons type heliogreenhouse characterized by comprising scarp slope bracket, adverse grade bracket, connecting bracket,
Overarm brace, postposition shutter, side formula shutter, the first insulation quilt and the second insulation quilt；
Wherein, the scarp slope bracket is connected with the side of the connecting bracket；The adverse grade bracket and the connecting bracket
The opposite other side is connected；The overarm brace is arranged between the scarp slope bracket and the adverse grade bracket, for adding
Gu the scarp slope bracket and the adverse grade bracket；The scarp slope bracket and the adverse grade bracket are provided with plastic cloth, and
The adverse grade bracket is additionally provided with insulating layer；
The postposition shutter is arranged in the connecting bracket；A side of first insulation quilt is arranged in the scarp slope branch
On frame, another side of first insulation quilt is provided with spool；It is provided with traction rope on the spool of the postposition shutter, institute
It states traction rope and is arranged residence and state the first insulation quilt and be connected with the connecting bracket, the traction rope is able to drive described first
Heat preservation is rolled-up or puts down；
The scarp slope bracket is provided with sliding rail, and the sliding rail extends along the width direction of the scarp slope bracket；The side formula volume
Curtain machine is provided with pulley, and the pulley is located in the sliding rail, and the pulley can be slided along the sliding rail；Described second
One end of insulation quilt is located on the scarp slope bracket, and the other end of second insulation quilt is wrapped in the side formula shutter
Spool on, the side formula shutter be able to drive it is described second heat preservation be rolled-up or put down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480636.4U CN208509714U (en) | 2018-04-04 | 2018-04-04 | Twin shaft is double by four seasons type heliogreenhouse |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820480636.4U CN208509714U (en) | 2018-04-04 | 2018-04-04 | Twin shaft is double by four seasons type heliogreenhouse |
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| CN208509714U true CN208509714U (en) | 2019-02-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108575427A (en) * | 2018-04-04 | 2018-09-28 | 辽宁虹圆现代农业装备技术开发有限公司 | Twin shaft is double by four seasons type heliogreenhouse |
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2018
- 2018-04-04 CN CN201820480636.4U patent/CN208509714U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108575427A (en) * | 2018-04-04 | 2018-09-28 | 辽宁虹圆现代农业装备技术开发有限公司 | Twin shaft is double by four seasons type heliogreenhouse |
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