CN205945609U - Adjustable solar support - Google Patents
Adjustable solar support Download PDFInfo
- Publication number
- CN205945609U CN205945609U CN201620550423.5U CN201620550423U CN205945609U CN 205945609 U CN205945609 U CN 205945609U CN 201620550423 U CN201620550423 U CN 201620550423U CN 205945609 U CN205945609 U CN 205945609U
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- crossbeam
- beam clamp
- fixed seat
- groove
- draw
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
Abstract
The utility model relates to an adjustable solar support, including beam clamping tool, crossbeam, crossbeam clamping piece and the crossbeam fixing base B who from top to bottom connects gradually, beam clamping tool holds the arched protrusion on crossbeam upper portion tightly through the convex grooved ring shape of its lower part, and in the U -shaped draw -in groove of the L shape draw -in groove cooperation formation of side boss card on two crossbeam clamping pieces of crossbeam lower part both sides, two crossbeam clamping pieces insert the arch fixed orifices on the crossbeam fixing base B and are connected with crossbeam fixing base B through the conical boss on it, are equipped with round arc -waist type hole on the crossbeam fixing base B. The utility model discloses not only can realize solar rack's all -round angle modulation, can also realize that solar rack is at the upper and lower regulation of a few type stake direction of heights and longeron length direction's adjustable.
Description
Technical field
The utility model is related to solar bracket technical field and in particular to a kind of adjustable solar support.
Background technology
Solar panels are the cores in solar power system, are also value highest portion in solar power system
Point.Its effect is to convert solar energy into electrical energy, or is sent in battery and stores, or promotes loaded work piece.Solar energy props up
Frame is to put in solar photovoltaic generation system, installs, the special support of fixing solar panels design.
Solar panels accept direction when the amount of radiation of the sun is installed with solar panels with angle of inclination by very big relation.
So solar panels support completes according to the direction of solar panels and angle of inclination in design and construction and installation.Mesh
Before, domestic solar panels are installed towards being all towards south, different according to the differing tilt angles installing ground.Typically in level land peace
During assembling solar panel support, all fairly simple convenience of installation；But tilting physical features or harder in some geologic structures
Or when underground has rock stratum local to install solar energy, the reason because of physical features out-of-flatness or geology, difficulty of construction can increase, very
It is difficult to ensure that card supports position after squeezing into ground for the stake and position consistency set in advance, can there is larger error.
The file one of Publication No. CN103684221A discloses a kind of solar photovoltaic bracket, including cross slide way, indulges
Direction guiding rail, front column, rear column, lateral bracing, rear stay bolt and pile, the lower end of front column and rear column is connected with pile upper end；
Longitudinal rail two ends are connected with the front column upper end of homonymy and rear column upper end respectively；Lateral bracing one end is with rear column bottom even
Connect, the other end is connected with longitudinal rail；Cross slide way is arranged on longitudinal rail, and cross slide way is passed through bolt and hung down with longitudinal rail
Direct-connected connect；Stay bolt is connected between two rear columns by rear stay bolt connector is oblique afterwards；Pile includes telescoping tube and is sheathed on
Its outer pile outer tube, is provided with helical fin outside pile outer tube, pile outer tube low side becomes cone-shaped；Telescoping tube top is provided with
Flange head, flange head is provided with multiple waist-shaped holes, and telescoping tube and pile outer tube are fixed by regulating bolt.In this document one
In, when being limited by geological conditions, pile squeeze into ground depth inconsistent when, can be by adjusting the telescoping tube of pile
Length is adjusting.But solar photovoltaic bracket disclosed in this document one can only enter line height to be adjusted it is impossible to carry out angular adjustment.
The file two of Publication No. CN104320054A the utility model discloses a kind of adjustable photovoltaic solar bracket,
Including base, rotating handles, rack column, flexible bearing diagonal, column, cant beam, crossbeam, described rack column is arranged on base
Inside groove, described rotating handles is arranged on chassis outer side, and one end of described column is fixed on rack column by fastening bolt, and
The other end of column is connected with hinge-connection, and the one of described flexible bearing diagonal is connected with that hinge-connection is another to be connected to by anchor ear connector
On column, described crossbeam is bolted and is connected on described cant beam, and one end of described cant beam is by hinge-connection and flexible bearing diagonal phase
Connect, be in addition connected with the hinge-connection on column in the upper middle portion of described cant beam.In this document two, by gear and tooth
Bar column coordinates the height regulation to realize column；Realize the angular adjustment of solar bracket by flexible bearing diagonal.But should
When adjustable photovoltaic solar bracket disclosed in file two is subject to the effect of the external force such as wind, column should with rack column junction local
Power is excessive, easily causes fracture, additionally, solar bracket angular adjustment can only carry out the angle in the plane that cant beam and column are constituted
Degree is adjusted.
Utility model content
For the problems referred to above, technical scheme to be solved in the utility model is to provide a kind of adjustable solar support,
It can realize the angular adjustment in each plane in three dimensions, that is, angular adjustment in all directions.
In order to solve above-mentioned technical problem, the technical solution adopted in the utility model is：
A kind of adjustable solar support, including the beam clamp being from top to bottom sequentially connected, crossbeam, crossbeam intermediate plate and horizontal stroke
Beam fixed seat B, it is structurally characterized in that,
Described crossbeam fixed seat B top is provided with arch fixing hole, and the two ends of bottom forward arch fixing hole opening direction are divided
It is not provided with an aduncate circular arc waist-shaped hole；
Described crossbeam intermediate plate bottom is provided with the conical boss with the arch fixing hole cooperation of crossbeam fixed seat B, and crossbeam presss from both sides
Piece top is provided with opening direction with conical boss openings towards identical L-shaped draw-in groove, and two crossbeam intermediate plates pass through cone respectively
Boss and arch fixing hole will be fixed on crossbeam fixed seat B both sides, and the L-shaped draw-in groove of two crossbeam intermediate plates cooperatively forms a U-shaped draw-in groove；
Described crossbeam top is provided with that arch is raised, and bottom is provided with the side boss of two forward crossbeam length directions, described U
Shape draw-in groove blocks two side boss of crossbeam bottom thus be connected crossbeam with crossbeam intermediate plate；
Described beam clamp bottom is provided with an arc gap, arc gap annular hold tightly crossbeam top arch raised thus
Beam clamp is connected with crossbeam.
Further, described adjustable solar support also includes crossbeam fixed seat A being connected with crossbeam fixed seat B, with
Crossbeam fixed seat A connect a few type stakes, the longeron being connected with beam clamp and be connected with longeron and by fixture fixation
Solar panels assembly.
Further, described beam clamp includes beam clamp A and beam clamp B, and beam clamp A includes transverse part and erects
To portion, transverse part is provided with two fixing holes, and the top of vertical portion is provided with a fixing hole, and bottom is circular shape；Beam clamp B
Top be provided with a fixing hole, bottom is circular shape, and beam clamp A and beam clamp B are passed through in the vertical portion of beam clamp A
Fixing hole and beam clamp B on fixing hole and fit connection be fixedly connected, the circular shape of beam clamp A and horizontal stroke
The circular shape of beam fixture B cooperatively forms arc gap.
Further, the vertical portion of beam clamp A is provided with the nut draw-in groove of a forward transverse part width.
Further, the extension being provided with two forward circular arc bearing of trends inside the curved portions of described arch fixing hole is convex
Platform,
Further, described L-shaped draw-in groove vertical portion is provided with an inclination fixture block.
Further, the two relative side walls in described a few type stake top are provided with longitudinal waist-shaped hole；Described crossbeam fixed seat A
Including the vertical portion being arranged between a few type stake two opposite side walls and the transverse part being provided with two horizontal waist-shaped holes, this vertical portion sets
There is perforation, by longitudinal waist-shaped hole and perforation and fit connection is fixed for a few type stakes and crossbeam fixed seat A, and described crossbeam is solid
Reservation A and crossbeam fixed seat B are carried out by horizontal waist-shaped hole and circular arc waist-shaped hole and fit connection is attached.
Further, the wave that the outboard peripheries of described longitudinal waist-shaped hole are provided with by continuous transverse concave groove and convex to form
Line, is provided with ripple pad between connector and two opposing sidewalls, be provided with the ripple with longitudinal waist-shaped hole outboard peripheries inside ripple pad
The ripple glaze of Slippage phase occlusion.
Further, described longeron top is provided with two side draw-in grooves, and bottom is provided with a bolt draw-in groove that Open Side Down, indulges
Beam is connected with beam clamp by fixing hole the fit connection of bolt draw-in groove and beam clamp A transverse part.
Further, described fixture includes the briquetting from top to bottom connecting and outer grab, briquetting top both sides be provided with to
A few wing side, outer grab bottom is provided with two aduncate grabs, wing checkpost on solar panels assembly side, grab card
Live the side draw-in groove on longeron top.
Further, it is provided with card briquetting spring between described briquetting and outer grab.
Further, described briquetting top is forward equipped with wing side on two sides of longeron width, has this knot
The briquetting of structure is middle briquetting.
Further, described briquetting top is forward equipped with wing side on a side of longeron width, has this knot
The briquetting of structure is side pressing block.
The utility model realizes direction and the inclination angle design of solar panels assembly by the difference of height of each a few type stake, by
It is separate in each a few type stake, so not needing to level land it is possible to realize the solar bracket peace of complicated ground
Dress.
The utility model passes through to adjust the fixed bit of the perforation in crossbeam fixed seat A and longitudinal waist-shaped hole on a few type stake tops
Put, it is possible to achieve up-down adjustment in a few type stake short transverses for the above-mentioned support platform；The utility model passes through to adjust fixing horizontal stroke
The beam fixed seat A and crossbeam fixed seat B fixed position on the horizontal waist-shaped hole of crossbeam fixed seat A, it is possible to achieve above-mentioned support
Distance on longeron 7 length direction for the platform is adjusted；The utility model passes through to adjust crossbeam fixed seat A and crossbeam fixed seat B exists
Fixed position on the fixed position of arc waist-shaped hole of crossbeam fixed seat B, it is possible to achieve above-mentioned support platform in crossbeam and is indulged
The angular adjustment in plane that beam is constituted；The conical boss of the crossbeam intermediate plate in the utility model and the arch of crossbeam fixed seat B
Shape fixing hole connects for concentric circles, and crossbeam intermediate plate can make a range of circular motion, Jin Ershi around crossbeam fixed seat B
Angular adjustment in the plane that crossbeam and a few type stake are constituted for the existing above-mentioned support platform；Beam clamp bottom in the utility model
With crossbeam carry out annular hold tightly is connected so that beam clamp can with crossbeam upper end arch projection the center of circle make in certain limit
Circular motion, and then realize angular adjustment in the plane that longeron and a few type stake are constituted for the above-mentioned support platform.
To sum up, the utility model be can be implemented in by each independent a few type stake and do not need on complicated ground to level land
Can be carried out solar bracket to install.The omnibearing angel that the utility model not only can realize solar bracket is adjusted, that is,
Angular adjustment on the horizontal plane that crossbeam and longeron are constituted, the angle on the perpendicular that crossbeam and a few type stake are constituted is adjusted
Section, the angular adjustment on the perpendicular that longeron and a few type stake are constituted.Solar bracket can also be realized in a few type stakes height
The up-down adjustment in direction and the regulation in front and back of longeron length direction.
Brief description
Fig. 1 is the utility model structural representation.
Fig. 2 is the utility model a few type pilework schematic diagram.
Fig. 3 is the utility model crossbeam fixed seat A structural representation.
Fig. 4 is the utility model a few type stake and crossbeam fixed seat A connection diagram.
Fig. 5 is the utility model crossbeam fixed seat B structure schematic diagram.
Fig. 6 is the utility model crossbeam fixed seat A and crossbeam fixed seat B connection diagram.
Fig. 7 is the utility model crossbeam clamping piece structure schematic diagram.
Fig. 8 is the utility model crossbeam intermediate plate and crossbeam fixed seat B connection diagram.
Fig. 9 is the utility model beam structure schematic diagram.
Figure 10 is the utility model beam clamp structural representation.
Figure 11 is the utility model longitudinal beam structure schematic diagram.
Figure 12 is the utility model crossbeam, beam clamp and longeron connection diagram.
Figure 13 is the utility model base member structural representation.
Figure 14 is the utility model side anchor structure schematic diagram.
Figure 15 is solar panels assembly and longeron connection diagram.
Figure 16 is connected longitudinal sectional view for the utility model solar components with longeron.
Figure 17 is connected transverse sectional view for the utility model solar panels assembly with longeron.
Specific embodiment
For the technology contents of detailed the utility model, architectural feature and its institute's reached purpose and effect, hereby enumerate reality below
Apply example and coordinate explanation to say that accompanying drawing describes in detail.
Referring to figs. 1 to shown in Figure 17, adjustable solar support includes a few type stakes 1, crossbeam fixed seat A2, crossbeam fixed seat
B3, crossbeam intermediate plate 4, crossbeam 5, beam clamp 6, longeron 7, fixture 8 and solar panels assembly 9.Crossbeam is passed through on a few type stake 1 tops
Fixed seat A2, crossbeam fixed seat B3 and crossbeam intermediate plate 4 and be connected with crossbeam 5, crossbeam 5 is by beam clamp 6 with longeron 7 even
Connect.Multiple a few type stakes 1, crossbeam 5 and longeron 7 form a support pallet after connecting, solar panels assembly 9 pass through fixture 8 with
Longeron 7 connects, and then is fixed on this support pallet.
With reference to shown in Fig. 2, above-mentioned a few type stakes 1 as the immobilizing foundation of whole solar bracket, its underpart squeeze into ground and
A few type stakes 1 are made to fix on the ground.The cross section of a few type stakes 1 is in several fonts, is the first side wall 11 including two relative side walls
With second sidewall 12, two longitudinal waist-shaped holes 13 are provided with the second side Ce Bi12 top on the first side wall 11.
With reference to Fig. 3 and with reference to shown in Fig. 2 and Fig. 4, the design in T shape of above-mentioned crossbeam fixed seat A2, including transverse part 21 He
Vertical portion 22.Wherein, transverse part 21 two ends of crossbeam fixed seat A2 are provided with two horizontal waist-shaped holes 211, two horizontal waist-shaped holes
211 forward the first side wall 11 and second sidewall 12 width setting；Vertical portion 22 is included two and is connected with transverse part 21
Breasting piece 221, is provided with two corresponding perforation 2211 on two breasting pieces 221；It is provided with two admittedly between two breasting pieces 221
Stator 222, two stators 222 are separately positioned on the centre of two breasting pieces 221 and bottom position to improve vertical portion 22
Structural stability.When crossbeam fixed seat A2 is connected with a few type stakes 1, the vertical portion 22 of crossbeam fixed seat A2 is placed in the of a few type stakes 1
Between side wall 11 and second sidewall 12, two breasting pieces 221 of vertical portion 22 and the first side wall 11 and second sidewall 12 interior
Fit in side, the perforation 2211 on two breasting pieces 221 is corresponding with two longitudinal waist-shaped holes 13, and passes through hex bolts 100 He
Flange nut 101 is fixed.
In order to ensure the stability that crossbeam fixed seat A2 is connected with a few type stakes 1, the of two longitudinal waist-shaped hole 13 peripheries
On side wall 11 and second sidewall 12 outside, ripple glaze 131 is set, simultaneously in hex bolts 100 and the first side wall 11 and second
Set up two ripple pads 14 between side wall 12 and flange nut 101, be provided with inside ripple pad 14 and the first side wall 11 and the second side
The ripple glaze 141 that ripple glaze 131 on wall 12 is mutually engaged.
By adjusting the corresponding position of the perforation 2211 on breasting piece 221 in crossbeam fixed seat A2 and two longitudinal waist-shaped holes 13
Put, it is possible to achieve the up-down adjustment of crossbeam fixed seat A2 in the vertical direction, and then reduce a few type stakes 1 and produce when squeezing into ground
Height error.
With reference to shown in 5 and Fig. 6, above-mentioned crossbeam fixed seat B3 is in inverted T-shaped structure, including transverse part 32 and vertical portion 31, horizontal
It is provided with two arc waist-shaped holes 321 to portion 32 two ends；The domed structure of vertical portion 31, is provided with arch fixing hole in vertical portion 31
311, inside the arc sections 3111 of arch fixing hole 311, forward circular arc bearing of trend is provided with two extension boss 31112.Work as crossbeam
When fixed seat B3 is connected with crossbeam fixed seat A2, the transverse part 32 of crossbeam fixed seat B3 is right with the transverse part 21 of crossbeam fixed seat A2
Should fit, two in crossbeam fixed seat B3 circular arc waist-shaped hole 321 respectively with crossbeam fixed seat A2 on two horizontal waist types
Hole corresponding 211, hex bolts 100 sequentially passes through horizontal waist-shaped hole 211 and arc waist-shaped hole 321, is then entered with flange nut 101
Row is fixed.
By adjusting fixed position on the horizontal waist-shaped hole 211 of crossbeam fixed seat A2 for the hex bolts 100, it is possible to achieve
Crossbeam fixed seat B3 of crossbeam fixed seat A2 upper end is adjusted along the length direction of horizontal waist-shaped hole 211, and then a few type stakes 1 of reduction exist
Squeeze into the horizontal position error producing during ground.And pass through to adjust the curved waist type in hex bolts 100 and crossbeam fixed seat B3
The fixed position in hole 321, it is possible to achieve crossbeam fixed seat B3 left and right angular adjustment in the horizontal plane.
With reference to shown in Fig. 7 and Fig. 8, above-mentioned crossbeam intermediate plate 4 include L-shaped draw-in groove 41 and with crossbeam fixed seat B3 on arch
The conical boss 42 of fixing hole 311 cooperation, is provided with the outer grab 411 of an inclination fixture block, this L inside the vertical portion of L-shaped draw-in groove 41
Shape draw-in groove 41 is arranged on crossbeam intermediate plate 4 top, and conical boss 42 is arranged on crossbeam intermediate plate 4 bottom, and this crossbeam intermediate plate 4 bottom is
Arc structure.Above-mentioned L-shaped draw-in groove 41 with conical boss 42 towards identical, between L-shaped draw-in groove 41 and conical boss 42
Crossbeam intermediate plate 4 is provided with two fixing perforation 43.Two crossbeam intermediate plates 4 are taken to be oppositely arranged, the cone of two crossbeam intermediate plates 4 is convex
Platform 42 inserts in the arch fixing hole 311 of crossbeam fixed seat B3, extends boss 3112 because being provided with arch fixing hole 311, this prolongs
Stretching boss 3112 makes the curved portions 3111 of arch fixing hole 311 and the conical shape boss 42 of two crossbeam intermediate plates 4 be maintained at
On the same center of circle, prevent crossbeam intermediate plate 4 from sliding up and down, two crossbeam intermediate plates 4 can be with the center of circle of conical boss 42 simultaneously
Make certain circular motion.
With reference to shown in Fig. 9 to Figure 11, above-mentioned crossbeam 5 includes holding section 51 and lower holding section 52, upper holding section 51 and under
Holding section 52 is integrated design.Upper holding section 51 includes arch raised 511 and inclined side 512, lower holding section 52 lower end both sides
It is provided with side boss 521.The lower holding section 52 of crossbeam 5 is sandwiched between two crossbeam intermediate plates 4, and two crossbeam intermediate plates 4 are fixing
When in crossbeam fixed seat B3, it is in a U-shaped draw-in groove that the L-shaped draw-in groove 41 of two crossbeam intermediate plates 4 can coordinate shape, and U-shaped draw-in groove blocks
The lower holding section 51 of crossbeam 5, the outer grab 411 of inclination fixture block of L-shaped draw-in groove 41 can block two sides of 5 times holding sections of crossbeam 52
Boss 521；Then smaller part round head square neck bolt 104 sequentially passes through the fixing perforation 43 of two crossbeam intermediate plates 4, and uses flange nut
101 are fixed, and then crossbeam 5 is fixed between two crossbeam intermediate plates 4.
Above-mentioned beam clamp 6 includes beam clamp A61 and beam clamp B62, and beam clamp A61 includes transverse part 611 He
Vertical portion 612, transverse part 611 is provided with two the first fixing holes 6111；The top of vertical portion 612 is provided with one second fixing hole
6121, in vertical portion 612, forward transverse part 611 width is provided with a nut draw-in groove 6123, nut draw-in groove 6123 position with
Second fixing hole 6121 position corresponds to, and the bottom of vertical portion 612 is circular shape 6122.Beam clamp B62 top is provided with
Three fixing holes 621, beam clamp B62 bottom is circular shape 622.
Beam clamp A61 and beam clamp B62 are passed through the second fixing hole 6121 and the 3rd fixing hole 621 and are coordinated interior hexagonal
Bolt 102 and hex nut 103 are fixedly connected.Hex nut 103 can slip into crossbeam in advance from beam clamp A61 side
On the nut draw-in groove 6123 of the vertical portion 612 of fixture A61, the screw of hex nut 103 is corresponding with the second fixing hole 6121, and interior six
Corner bolt 102 sequentially passes through the 3rd fixing hole 621 and the second fixing hole 6121, then with the hexagonal being stuck in nut draw-in groove 6123
Nut 103 carries out quick locking, completes the connection of beam clamp A61 and beam clamp B62, thus reduce beam clamp A61 and
The built-up time of beam clamp B62.
After beam clamp A61 and the connection of beam clamp B62, the circular shape of the bottom of beam clamp A61 vertical portion 612
6122 and the circular shape 622 of beam clamp B62 bottom cooperatively form an arc gap 63.This arc gap 63 holds crossbeam 5 tightly
The arch projection 511 of upper holding section 51, and then so that beam clamp 6 is fixed on crossbeam 5.
Arc gap 63 annular of beam clamp A61 and the formation of beam clamp B62 holds the arch projection 511 of crossbeam 5 tightly, can
Certain angle is made with the center of circle of the arch projection 511 of crossbeam 5 with the longeron 7 realizing beam clamp 6 and be connected with beam clamp 6
Circular motion.Meanwhile, because crossbeam 5 and beam clamp 6 pass through arc gap 63 and raised 511 connections of arch, increase crossbeam 5
With the contact area of beam clamp 6, reduce the active force that beam clamp 6 unit area acts on crossbeam 5.Again because of beam clamp 6
It is that annular is held tightly with crossbeam 5, in angular adjustment, both remain large contact area, strengthen the connection of beam clamp 6
Intensity.
And the circular shape 622 of the circular shape 6123 of beam clamp A61 vertical portion 612 and beam clamp B62 is
With designing, when carrying out angular adjustment, beam clamp A61 and beam clamp B62 are not in interference.
Above-mentioned longeron 7 top is gradually reduced, and is provided with two side draw-in grooves 71 in longeron 7 top both sides, and in longeron 7
Between be provided with a bolt draw-in groove 72 that Open Side Down, be provided with two horizontal ledge 721 at the opening of bolt draw-in groove 72.Longeron 7 with
When beam clamp 6 is fixing, the head of hex bolts 100 slips in the bolt draw-in groove 72 of longeron 7, and the level on bolt draw-in groove 72 is convex
Platform 721 can prevent hex bolts 100 from dropping out from bolt draw-in groove 72.After hex bolts 100 slides into the precalculated position of longeron 7, wear
Cross the first fixing hole 6111 in beam clamp A61, so that longeron 7 bottom is fitted with the transverse part 611 of beam clamp A61, then
Fix hex bolts 100 with flange nut 101, and then beam clamp 6 is fixedly connected with longeron 7.
With reference to shown in Figure 12 to Figure 17, above-mentioned fixing piece 8 includes base member 81 and side fixture 82, middle fixing
Part 81 includes middle briquetting 811, briquetting spring 83 and outer grab 84, and side fixture 82 includes side pressing block 821, briquetting spring 83 and
Outer grab 84.The H-shaped structure of middle briquetting 811, including two vertical sides 8111 and transverse sides 8112, in transverse sides
8112 are provided with the 4th fixing hole 81121, and the top of two vertical sides 8111 is provided with two outside wing sides 81111.Wild card
Hook 84 is in door font, including two vertical sides 842 from top to bottom gradually expanding and transverse sides 841, transverse sides 841
It is provided with the 5th fixing hole 8411, two vertical side 842 bottoms are provided with two corresponding aduncate grabs 8421.Pressure
Block spring 83 as pressing spring and be compressed between transverse sides 8112 and the transverse sides 841 of outer grab 84 of middle briquetting 811,
So that relatively outer grab 84 plane of middle briquetting 811 is remained standing state and connect even closer, facilitate subsequent installation solar energy
Board component 9.Hexagon socket head cap screw 102 is fixing with the 5th fixing hole 8411 after passing through the 4th fixing hole 81121 and briquetting spring 83 to be connected
Connect, thus middle briquetting 811, briquetting spring 83 and outer grab 84 are fixed together.The structure of side fixture 82 and centre are solid
The structure determining part 81 is similar, and different is the structure of side pressing block 821, and the wing side 81111 of side pressing block 821 is monolateral setting.
The base member 81 of fixture 8 fixes two adjacent solar panels assemblies 9 and longeron 7, and side fixture
82 is to fix a solar panels assembly 9 and longeron 7.Base member 81 is carrying out the fixation of solar panels assembly 9 and longeron 7
During connection, two wing sides 8111 of middle briquetting 811 are stuck on two adjacent sides of solar panels assembly 9, under outer grab 84
The grab 8421 in portion is stuck in the side draw-in groove 71 on longeron 7 top.As long as base member 81 is placed on precalculated position, will
One of grab 8421 of outer grab 84 bottom first snaps in inside the side draw-in groove 71 of longeron 7, then pushes or pulls on forward and makes separately
An outer grab 8421 also snaps in inside the side draw-in groove 71 of longeron 7.The outer grab 84 of base member 81 can be sent out after being under pressure
Raw plastic deformation, another grab 8421 of outer grab 84 bottom will open, and then snaps in the side draw-in groove 71 of longeron 7,
From there through base member 81, two adjacent solar panels assemblies 9 and longeron 7 are fixed together.And side fixture
82 are carrying out solar panels assembly 9 with longeron 7 when being fixedly connected, and the wing side 81111 of side pressing block 821 is stuck in solar panels assembly
On 9 side, two grabs 8421 of outer grab 84 bottom are stuck in the side draw-in groove 71 on longeron 7 top.As long as side is solid
Determine part 82 to be placed on precalculated position, one of grab 8421 of outer grab 84 bottom is first snapped in the side draw-in groove of longeron 7
Inside 71, then push or pull on forward and so that an other grab 8421 is also snapped in inside the side draw-in groove 71 of longeron 7.Side fixture 82
Outer grab 84 be under pressure after plastic deformation can occur, another grab 8421 of outer grab 84 bottom will open, then
Snap in the side draw-in groove 71 of longeron 7, from there through side fixture 82, the periphery of solar panels assembly 9 is fixing with longeron 7
Together.
In the utility model, ground is squeezed in a few type stake 1 bottoms, a few type stake 1 top connecting cross beam fixed seats A2, and crossbeam is solid
Reservation A2 connecting cross beam fixed seat B3, crossbeam fixed seat B3 connects two crossbeam intermediate plates 4, and by crossbeam intermediate plate 4 and crossbeam 5
Connect, and crossbeam 5 connecting cross beam fixture 6, beam clamp 6 is connected with longeron 7 again, material is thus formed installation solar panels assembly
9 support pallet.Then solar panels assembly 9 is fixed on above-mentioned support pallet by fixture 8.
The utility model realizes direction and the inclination angle design of solar panels assembly by the difference of height of each a few type stake, by
It is separate in each a few type stake, so not needing to level land it is possible to realize the solar bracket peace of complicated ground
Dress.
The utility model passes through to adjust longitudinal waist-shaped hole 13 of the perforation 2211 in crossbeam fixed seat A2 and a few type stake 1 tops
Fixed position, it is possible to achieve up-down adjustment in a few type stake 1 short transverses for the above-mentioned support platform.
The utility model passes through to adjust fixed cross beam fixed seat A2 and the hex bolts 100 of crossbeam fixed seat B3 is solid in crossbeam
Fixed position on the horizontal waist-shaped hole 211 of reservation A2, it is possible to achieve distance on longeron 7 length direction for the above-mentioned support platform
Adjust.
The utility model passes through to adjust the hex bolts 100 of crossbeam fixed seat A2 and crossbeam fixed seat B3 in crossbeam fixed seat
Fixed position on the fixed position of arc waist-shaped hole 321 of B3, it is possible to achieve above-mentioned support platform is in crossbeam 5 and longeron 7 structure
The angular adjustment in plane becoming.
The conical boss 42 of the crossbeam intermediate plate 4 in the utility model and the arch fixing hole 311 of crossbeam fixed seat B3
Arc sections 3111 connect for concentric circles, and crossbeam intermediate plate 4 can be made a range of circular motion around crossbeam fixed seat B3, enter
And realize angular adjustment in the plane that crossbeam 5 and a few type stake 1 are constituted for the above-mentioned support platform.
Beam clamp 6 bottom in the utility model with crossbeam 5 carry out annular hold tightly be connected so that beam clamp 6 can
A range of circular motion is made with the center of circle with crossbeam 5 upper end arch projection 511, and then realizes above-mentioned support platform vertical
Angular adjustment in the plane of beam 7 and a few type stake 1 composition.
The above, be only the utility model embodiment, not make any limit to technical scope of the present utility model
System, thus every any trickle amendment above example made according to technical spirit of the present utility model, equivalent variations with repair
Decorations, all still fall within the range of technical solutions of the utility model.
Claims (13)
1. a kind of adjustable solar support, including the beam clamp being from top to bottom sequentially connected, crossbeam, crossbeam intermediate plate and crossbeam
Fixed seat B it is characterised in that：
Described crossbeam fixed seat B top is provided with arch fixing hole, and the two ends of bottom forward arch fixing hole opening direction set respectively
There is an aduncate circular arc waist-shaped hole；
Described crossbeam intermediate plate bottom is provided with the conical boss with the arch fixing hole cooperation of crossbeam fixed seat B, on crossbeam intermediate plate
Portion is provided with opening direction with conical boss openings towards identical L-shaped draw-in groove, and two crossbeam intermediate plates pass through conical boss respectively
Crossbeam fixed seat B both sides will be fixed on arch fixing hole, the L-shaped draw-in groove of two crossbeam intermediate plates cooperatively forms a U-shaped draw-in groove；
Described crossbeam top is provided with that arch is raised, and bottom is provided with the side boss of two forward crossbeam length directions, described U-shaped card
Groove blocks two side boss of crossbeam bottom thus be connected crossbeam with crossbeam intermediate plate；
Described beam clamp bottom is provided with an arc gap, arc gap annular hold tightly crossbeam top arch raised thus by horizontal stroke
Beam fixture is connected with crossbeam.
2. adjustable solar support according to claim 1 it is characterised in that：Described adjustable solar support also wraps
Include crossbeam fixed seat A being connected with crossbeam fixed seat B, a few type stakes being connected with crossbeam fixed seat A, be connected with beam clamp is vertical
Beam and the solar panels assembly being connected with longeron and being fixed by fixture.
3. adjustable solar support according to claim 1 it is characterised in that：Described beam clamp includes beam clamp
A and beam clamp B, beam clamp A includes transverse part and vertical portion, and transverse part is provided with two fixing holes, the top of vertical portion
It is provided with a fixing hole, bottom is circular shape；The top of beam clamp B is provided with a fixing hole, and bottom is circular shape, and crossbeam presss from both sides
Tool A and beam clamp B are passed through the fixing hole on fixing hole and beam clamp B in the vertical portion of beam clamp A and are connected
Part is fixedly connected, and the circular shape of beam clamp A and the circular shape of beam clamp B cooperatively form arc gap.
4. adjustable solar support according to claim 3 it is characterised in that：The vertical portion of beam clamp A is provided with one
The forward nut draw-in groove of transverse part width.
5. adjustable solar support according to claim 1 it is characterised in that：In the curved portions of described arch fixing hole
Side is provided with the extension boss of two forward circular arc bearing of trends.
6. adjustable solar support according to claim 1 it is characterised in that：Described L-shaped draw-in groove vertical portion is provided with one
Tilt fixture block.
7. adjustable solar support according to claim 2 it is characterised in that：Two, described a few type stake top is relative
Side wall is provided with longitudinal waist-shaped hole；Vertical portion that described crossbeam fixed seat A includes being arranged between a few type stake two opposite side walls and
It is provided with the transverse part of two horizontal waist-shaped holes, this vertical portion is provided with perforation, a few type stakes and crossbeam fixed seat A pass through longitudinal waist-shaped hole
Simultaneously fit connection is fixed with perforation, and described crossbeam fixed seat A and crossbeam fixed seat B are by horizontal waist-shaped hole and circular arc
Waist-shaped hole is carried out and fit connection is attached.
8. adjustable solar support according to claim 7 it is characterised in that：The outboard peripheries of described longitudinal waist-shaped hole
The ripple glaze being provided with by continuous transverse concave groove and convexing to form, is provided with ripple pad, ripple between connector and two opposing sidewalls
It is provided with the ripple glaze being engaged with the ripple glaze phase of longitudinal waist-shaped hole outboard peripheries inside line pad.
9. adjustable solar support according to claim 2 it is characterised in that：Described longeron top is provided with two sides
Draw-in groove, bottom is provided with a bolt draw-in groove that Open Side Down, and longeron is by the fixing hole of bolt draw-in groove and beam clamp A transverse part simultaneously
Fit connection and be connected with beam clamp.
10. adjustable solar support according to claim 2 it is characterised in that：Described fixture is included from top to bottom
The briquetting connecting and outer grab, briquetting top both sides are provided with least one wing side, outer grab bottom be provided with two aduncate
Grab, on solar panels assembly side, grab blocks the side draw-in groove on longeron top to wing checkpost.
11. adjustable solar supports according to claim 10 it is characterised in that：Set between described briquetting and outer grab
There is briquetting spring.
12. adjustable solar supports according to claim 10 it is characterised in that：Described briquetting top forward longeron width
It is equipped with wing side, the briquetting with this structure is middle briquetting on two sides in degree direction.
13. adjustable solar supports according to claim 10 it is characterised in that：Described briquetting top forward longeron width
It is equipped with wing side, the briquetting with this structure is side pressing block on one side in degree direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620550423.5U CN205945609U (en) | 2016-06-08 | 2016-06-08 | Adjustable solar support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620550423.5U CN205945609U (en) | 2016-06-08 | 2016-06-08 | Adjustable solar support |
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| Publication Number | Publication Date |
|---|---|
| CN205945609U true CN205945609U (en) | 2017-02-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620550423.5U Active CN205945609U (en) | 2016-06-08 | 2016-06-08 | Adjustable solar support |
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| CN (1) | CN205945609U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107482998A (en) * | 2016-06-08 | 2017-12-15 | 索亿斯（厦门）设备科技有限公司 | Adjustable solar support |
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2016
- 2016-06-08 CN CN201620550423.5U patent/CN205945609U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107482998A (en) * | 2016-06-08 | 2017-12-15 | 索亿斯（厦门）设备科技有限公司 | Adjustable solar support |
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Address after: 361000 east side of No.11, 101 Malong Road, Tong'an District, Xiamen City, Fujian Province Patentee after: Suoyisi (Xiamen) Technology Co.,Ltd. Address before: 361000 room 705, chamber of Commerce building, No. 116, Huancheng South Road, Tong'an District, Xiamen City, Fujian Province Patentee before: SOEASY (XIAMEN) PHOTOVOLTAIC TECHNOLOGY Co.,Ltd. |