CN107587685A - A kind of new adjustable cladding system - Google Patents
A kind of new adjustable cladding system Download PDFInfo
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- CN107587685A CN107587685A CN201710720260.XA CN201710720260A CN107587685A CN 107587685 A CN107587685 A CN 107587685A CN 201710720260 A CN201710720260 A CN 201710720260A CN 107587685 A CN107587685 A CN 107587685A
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Abstract
The invention discloses a kind of new adjustable cladding system, including gusset, horizontal connection fixed plate, connecting bolt, waist-shaped hole, the first vertical plate, first level plate, swash plate, the second vertical plate, lower positioning bracket, the first regulating bolt, the second regulating bolt and the 3rd regulating bolt, the upper positioning bracket being vertically arranged is provided with above the first level plate, upper Side fascia is provided with before the upper positioning bracket, lower Side fascia is provided with before the lower positioning bracket, structure sealant is scribbled between the upper Side fascia and lower Side fascia.The present invention is provided with the 3rd regulating bolt to adjust Side fascia provided with the first regulating bolt, on first level plate by using on swash plate provided with the second regulating bolt, on the second vertical plate, it is such simple in construction, can be with multi-faceted regulation, improve installation effectiveness, processing cost is reduced, so as to improve the performance of dry hanging article.
Description
Technical field
The present invention relates to building curtain wall technical field, more particularly to a kind of new adjustable cladding system.
Background technology
With the development of architecture science, top-grade building main body exterior wall hangs Side fascia using dry hanging more, at present according to extension
Part frame mode is classified, and the dried hanging method of Side fascia is divided into pin locking-type, butterfly, welded type, back bolt type, the company of back bolt type structure
The mode of connecing is most safely and effectively dry-hanging, and applying in important construction-engineering project, but more currently used
Back of the body bolt dry hanging article, the defects of needing to expend the connectors such as more metal beam and corner brace being present, suspension member three-dimensional regulation is inconvenient,
Flatness, the glacing flatness of adjustment Side fascia are relatively difficult, and the processing of dry hanging article and material cost are higher, so as to reduce dry hanging article
Performance.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of new adjustable cladding system, solves the use of dry hanging article
The problem of poor performance.
In order to solve the above-mentioned technical problem, the technical scheme is that:
A kind of new adjustable cladding system, including the gusset in " ┐ " shape, consolidate provided with horizontal connection above the gusset
Fixed board, the horizontal connection fixed plate are connected with the gusset by connecting bolt, the horizontal connection fixed plate be provided with
The waist-shaped hole that the connecting bolt is engaged, the waist-shaped hole are set for fore-and-aft direction, and the horizontal connection is fixed front edge of board and set
There is the first vertical plate, first vertical plate forms T-shaped plate with the horizontal connection fixed plate, set above first vertical plate
There is first level plate, the first level plate rear end is provided with swash plate, and the swash plate rear end tilts down, under the first level plate
Face is provided with the second vertical plate, and the second vertical plate lower end is provided with the lower positioning bracket being vertically arranged, and the swash plate is provided with the
One regulating bolt, the first level plate are provided with the second regulating bolt, and second vertical plate is provided with the 3rd regulating bolt,
The upper positioning bracket being vertically arranged is provided with above the first level plate, upper Side fascia, institute are provided with before the upper positioning bracket
State and be provided with lower Side fascia before lower positioning bracket, structure sealant is scribbled between the upper Side fascia and lower Side fascia.
Further, the first skewed slot and the second skewed slot, first skewed slot are provided with behind the upper Side fascia from top to bottom
Opening upwards tilt, second skewed slot Open Side Down tilt, it is described it is upper positioning bracket before top be provided with is plugged on
The oblique hook of the first stress in first skewed slot, the upper bottom positioned before bracket, which is provided with, to be plugged in second skewed slot
The oblique hook of the second stress, be provided with the 3rd skewed slot and the 4th skewed slot from top to bottom behind the lower Side fascia, the 3rd skewed slot
Opening upwards tilt, the 4th skewed slot Open Side Down tilt, it is described it is lower positioning bracket before top be provided with is plugged on institute
The 3rd oblique hook of stress in the 3rd skewed slot is stated, the lower bottom positioned before bracket, which is provided with, to be plugged in the 4th skewed slot
The 4th oblique hook of stress, upper position is provided with behind bracket through upper first puller bolt for positioning bracket, described lower fixed
The second puller bolt through the lower positioning bracket is provided with behind the bracket of position.
Further, the first skewed slot and the second skewed slot, first skewed slot are provided with behind the upper Side fascia from top to bottom
Opening upwards tilt, second skewed slot Open Side Down tilt, it is described it is upper positioning bracket before top be provided with is plugged on
The oblique hook of the first stress in first skewed slot, the upper bottom positioned before bracket, which is provided with, to be plugged in second skewed slot
The oblique hook of the second stress, be provided with the 3rd skewed slot and the 4th skewed slot from top to bottom behind the lower Side fascia, the 3rd skewed slot
Opening upwards tilt, the 4th skewed slot Open Side Down tilt, it is described it is lower positioning bracket before top be provided with is plugged on institute
The 3rd oblique hook of stress in the 3rd skewed slot is stated, the lower bottom positioned before bracket, which is provided with, to be plugged in the 4th skewed slot
The 4th oblique hook of stress, upper position are provided with the first rectangular preiection behind in the middle part of bracket, the upper positioning bracket front end face
Middle part is provided with the first rectangular recess being engaged with first rectangular preiection, and first rectangular preiection is provided with to be run through up and down
First clamping screw of first rectangular preiection, lower position behind in the middle part of bracket is provided with the second rectangular preiection, described
The middle part of lower positioning bracket front end face is provided with the second rectangular recess being engaged with second rectangular preiection, second rectangle
Projection is provided with the second clamping screw for running through second rectangular preiection up and down.
Further, the first skewed slot and the second skewed slot, first skewed slot are provided with behind the upper Side fascia from top to bottom
Open Side Down is tilted, and the opening upwards of second skewed slot tilt, and the top before the upper positioning bracket, which is provided with, to be plugged on
The oblique hook of the first stress in first skewed slot, the upper bottom positioned before bracket, which is provided with, to be plugged in second skewed slot
The oblique hook of the second stress, be provided with the 3rd skewed slot and the 4th skewed slot from top to bottom behind the lower Side fascia, the 3rd skewed slot
Open Side Down tilts, and the opening upwards of the 4th skewed slot tilt, and the top before the lower positioning bracket, which is provided with, is plugged on institute
The 3rd oblique hook of stress in the 3rd skewed slot is stated, the lower bottom positioned before bracket, which is provided with, to be plugged in the 4th skewed slot
The 4th oblique hook of stress, upper position are provided with the first antiparallelogram projection behind in the middle part of bracket, the upper positioning bracket front end
The middle part in face is provided with the first antiparallelogram groove for being engaged with the first antiparallelogram projection, in the first antiparallelogram groove
Provided with the first trapezoidal tension member being engaged with the first antiparallelogram groove, set on the first antiparallelogram projection rear end face
There is the first mounting hole, first mounting hole is provided with the first screw rod being connected with the described first trapezoidal tension member, and described first
The raised rear side of antiparallelogram is provided with the first tension nut being socketed on first screw rod, in the middle part of the lower positioning bracket after
Face is provided with the second antiparallelogram projection, and the middle part of the lower positioning bracket front end face is provided with and the second antiparallelogram projection phase
The the second antiparallelogram groove coordinated, the second antiparallelogram groove is interior to be provided with second be engaged with the second antiparallelogram groove
Trapezoidal tension member, the second antiparallelogram projection rear end face are provided with the second mounting hole, second mounting hole be provided with
Second screw rod of the second trapezoidal tension member connection, the raised rear side of second antiparallelogram, which is provided with, is socketed in second spiral shell
The second tension nut on bar.
Further, the angle of inclination of the oblique hook of the first stress, the angle of inclination of the oblique hook of the second stress, described
The angle of inclination at the angle of inclination of the oblique hook of three stress and the angle of inclination of the oblique hook of the 4th stress is all A, 30 °≤A≤60 ° or
300°≤A≤330°。
Further, the first crash roll, the lower positioning support are provided between the upper positioning bracket and the upper Side fascia
The second crash roll is provided between frame and the lower Side fascia.
Further, the swash plate rear end is provided with the 3rd vertical plate.
Further, the upper positioning pallet rear end face is provided with the first slope being connected with the first level plate, described
Connected between second vertical plate and the lower positioning bracket by the second level board, the lower positioning pallet rear end face is provided with and institute
State the second slope of the second level board connection.
Further, the both sides up and down of the horizontal connection fixation front edge of board are designed with what is be connected with first vertical plate
3rd slope, two the 3rd slopes are in splayed structure, and first vertical plate, the 3rd slope are consolidated with the horizontal connection
Fixed board one extrusion forming.
Further, the first vertical plate periphery is provided with the 3rd crash roll.
Using above-mentioned technical proposal, due to being provided with using on swash plate provided with the first regulating bolt, on first level plate
Second regulating bolt, the 3rd regulating bolt is provided with to adjust Side fascia on the second vertical plate, such simple in construction, Ke Yiduo
Orientation is adjusted, and improves installation effectiveness, processing cost is reduced, so as to improve the performance of dry hanging article.
Brief description of the drawings
Fig. 1 is the planar structure schematic diagram that a kind of new adjustable cladding system of the present invention is arranged on wall;
Fig. 2 is the planar structure schematic diagram embodiment two that a kind of new adjustable cladding system of the present invention is arranged on wall
Local attachment structure schematic diagram;
Fig. 3 is the planar structure schematic diagram embodiment three that a kind of new adjustable cladding system of the present invention is arranged on wall
Local attachment structure schematic diagram.
Figure number and its explanation:
1st, the 4th oblique hook of stress;2nd, the 3rd oblique hook of stress;3rd, lower Side fascia;4th, the 3rd regulating bolt;5th, the second vertical plate;
6th, first level plate;7th, the second regulating bolt;8th, the first regulating bolt;9th, swash plate;10th, the 3rd vertical plate;11st, horizontal connection is solid
Fixed board;12nd, connecting bolt;13rd, the first vertical plate;14th, the second level board;15th, the second slope;16th, the second puller bolt;17、
Lower positioning bracket;18th, gusset;19th, the oblique hook of the second stress;20th, upper Side fascia;21st, the oblique hook of the first stress;22nd, upper positioning bracket;
23rd, the first puller bolt;24th, first slope;25th, the first rectangular recess;26th, the first clamping screw;27th, the first rectangular preiection;
28th, the first antiparallelogram is raised;29th, the first tension nut;30th, the first screw rod;31st, the first antiparallelogram groove;32nd, first is trapezoidal
Tension member.
Embodiment
The embodiment of the present invention is described further below in conjunction with the accompanying drawings.Herein it should be noted that for
The explanation of these embodiments is used to help understand the present invention, but does not form limitation of the invention.It is in addition, disclosed below
As long as each embodiment of the invention in involved technical characteristic do not form conflict can each other and be mutually combined.
Embodiment one:
Reference picture 1, the new adjustable cladding system of one kind provided by the invention, including the gusset 18 in " ┐ " shape, gusset
18 are provided with horizontal connection fixed plate 11 above, and horizontal connection fixed plate 11 and gusset 18 are connected by connecting bolt 12, and level is even
Connect fixed plate 11 and be provided with the waist-shaped hole being engaged with connecting bolt 12, waist-shaped hole is set for fore-and-aft direction, and horizontal connection is fixed
The front end of plate 11 is provided with the first vertical plate 13, and the first vertical plate 13 forms T-shaped plate, the first vertical plate 13 with horizontal connection fixed plate 11
First level plate 6 is provided with above, and the rear end of first level plate 6 is provided with swash plate 9, and the rear end of swash plate 9 tilts down, under first level plate 6
Face is provided with the second vertical plate 5, and the lower end of the second vertical plate 5 is provided with the lower positioning bracket 17 being vertically arranged, and swash plate 9 is provided with first and adjusted
Bolt 8 is saved, first level plate 6 is provided with the second regulating bolt 7, and the second vertical plate 5 is provided with the 3rd regulating bolt 4, the first water
Flat board 6 is provided with the upper positioning bracket 22 being vertically arranged above, and upper positioning bracket 22 is above provided with upper Side fascia 20, lower positioning bracket
17 are above provided with lower Side fascia 3, and structure sealant is scribbled between upper Side fascia 20 and lower Side fascia 3.Upper Side fascia 20 below from
Top to bottm is provided with the first skewed slot and the second skewed slot, and the opening upwards of the first skewed slot tilt, and Open Side Down tilts for the second skewed slot, on
Top before positioning bracket 22 is provided with the oblique hook 21 of the first stress that is plugged in the first skewed slot, before upper positioning bracket 22 under
Portion is provided with the oblique hook 19 of the second stress that is plugged in the second skewed slot, and lower Side fascia 3 is provided with the 3rd skewed slot and the from top to bottom below
Four skewed slots, the opening upwards of the 3rd skewed slot tilt, and Open Side Down tilts for the 4th skewed slot, and the top before lower positioning bracket 17 is set
There is the oblique hook 2 of the 3rd stress being plugged in the 3rd skewed slot, the lower bottom positioned before bracket 17, which is provided with, to be plugged in the 4th skewed slot
The oblique hook 1 of the 4th stress, it is upper positioning bracket 22 below be provided with through it is upper positioning bracket 22 the first puller bolt 23, it is lower positioning support
Frame 17 is provided with the second puller bolt 16 through lower positioning bracket 17 below.
The gusset 18 of the technical program uses as installation crossbeam, the upper Side fascia 20 of the technical program and lower Side fascia 3
Can be stone material, ceramics etc., the oblique hook 21 of the first stress, the oblique hook 19 of the second stress, the oblique hook 2 of the 3rd stress, the oblique edge of hook 1 of the 4th stress
The side insertion of Side fascia 20 and lower Side fascia 3, tightening the first puller bolt 23 and second after arrival specified location holds out against
Bolt 16, upper positioning bracket 22 and lower positioning bracket 17 are moved rearwards, by the oblique hook 21 of the first stress, the oblique hook 19 of the second stress, the
The oblique hook 2 of three stress, the oblique hook 1 of the 4th stress firmly connect with the back side of corresponding upper Side fascia 20 and lower Side fascia 3.
The end face corresponding to gusset 18 and horizontal connection fixed plate 11 corresponding to connecting bolt 12 is provided with and can increased
It the flank of tooth of frictional force, so can prevent connecting bolt 12 from loosening, ensure the stability of dry hanging article connection.
3rd vertical plate 10, swash plate 9, first level plate, the second vertical plate 5 are formedType groove plate, it can so makeType groove plate is conveniently hung on T-shaped plate, and the installation of bracket 22 and lower positioning bracket 17 is positioned in convenience.First regulating bolt 8
Can horizontal direction left and right adjusting dry hanging article under releasing orientation, dry hanging article cannot water under the tight condition of the first regulating bolt 8
Square adjust to the left and right.Under the releasing orientation of the first regulating bolt 8, make dry hanging article can be in Vertical Square by the second regulating bolt 7
It is lower upwards to adjust, the front and rear regulation that dry hanging article can be in the horizontal direction is made by the 3rd regulating bolt 4.
First skewed slot, the second skewed slot, the 3rd skewed slot and the 4th skewed slot Digit Control Machine Tool excision forming, in order to prevent that first is oblique
The breakage of groove, the second skewed slot, the 3rd skewed slot and the 4th skewed slot, the oblique hook 21 of the first stress, the oblique hook 19 of the second stress, the 3rd stress are oblique
Adhesive tape is posted on hook 2, the oblique surface of hook 1 of the 4th stress.
The angle of inclination of the oblique hook 21 of first stress, the inclination at the angle of inclination, the oblique hook 2 of the 3rd stress of the oblique hook 19 of the second stress
The angle of inclination at the angle of inclination of angle and the oblique hook 1 of the 4th stress is all A, 30 °≤A≤60 ° or 300 °≤A≤330 °.First
The oblique hook 21 of stress hook 19 oblique with the second stress is symmetrical arranged centered on the first puller bolt 23, the oblique hook 2 and the 4th of the 3rd stress
The oblique hook 1 of stress is symmetrical arranged centered on the second puller bolt 16.The oblique hook 21 of the first stress, the oblique hook of the second stress can so be made
19th, the oblique hook 2 of the 3rd stress, the oblique uniform force of hook 1 of the 4th stress, dry hanging article is made to be connected with Side fascia more firm.
Be provided with the first crash roll between upper positioning bracket 22 and upper Side fascia 20, lower positioning bracket 17 and lower Side fascia 3 it
Between be provided with the second crash roll.It can so reduce the vibrations that connect between positioning bracket 22 and upper Side fascia 20, and can be with
The vibrations connected between lower positioning bracket 17 and lower Side fascia 3 are reduced, prevent Side fascia 20 and lower Side fascia 3 from assembling and making
Used time ruptures.
The rear end of swash plate 9 is provided with the 3rd vertical plate 10.The first regulating bolt 8 can so be carried out spacing, prevent swash plate 9 from becoming
Shape influences later stage use, is also convenient forType groove plate is hung on T-shaped plate, facilitates the installation of dry hanging article.
Upper positioning bracket 22 rear end face is provided with the first slope 24 being connected with first level plate 6, the second vertical plate 5 and lower fixed
Connected between the bracket 17 of position by the second level board 14, lower positioning bracket 17 rear end face is provided with the be connected with the second level board 14
Two slopes 15.The counter-bending power of dry hanging article can so be increased, improve the performance of dry hanging article.
The both sides up and down of the front end of horizontal connection fixed plate 11 are designed with the 3rd slope being connected with the first vertical plate 13, two
3rd slope is in splayed structure, 11 integral extrusion forming of the first vertical plate 13, the 3rd slope and horizontal connection fixed plate.So
The support strength of T-shaped plate can be increased, ensure the performance of dry hanging article.
The periphery of first vertical plate 13 is provided with the 3rd crash roll.T-shaped plate can be reduced using process by the 3rd crash roll
Vibration, ensure the stability that dry hanging article uses.
3rd vertical plate 10, swash plate 9, first level plate 6, the second vertical plate 5, the second level board 14, it is lower positioning bracket 17,
Second slope 15, the oblique hook 2 of the 3rd stress, the oblique hook 1 of the 4th stress, the oblique hook 21 of the first stress, the oblique hook 19 of the second stress, upper positioning support
24 integral extrusion forming of frame 22 and first slope.3rd vertical plate 10, swash plate 9, first level plate 6, the second vertical plate 5, second
Level board 14, it is lower positioning bracket 17, the second slope 15, the oblique hook 2 of the 3rd stress, the oblique hook 1 of the 4th stress, the oblique hook 21 of the first stress,
The material of the oblique hook 19 of second stress, upper positioning bracket 22 and first slope 24 is all aluminium alloy.Can so part by one-step be squeezed
It is molded, ensure the stability of part, reduce processing cost, improve installation effectiveness.
Embodiment two:
Referring to Figures 1 and 2, the difference with embodiment one is:Upper Side fascia 20 is provided with first from top to bottom below
Skewed slot and the second skewed slot, the opening upwards of the first skewed slot tilt, and Open Side Down tilts for the second skewed slot, before upper positioning bracket 22
Top be provided with the oblique hook 21 of the first stress that is plugged in the first skewed slot, the bottom before upper positioning bracket 22, which is provided with, is plugged on the
The oblique hook 19 of the second stress in two skewed slots, lower Side fascia 3 are provided with the 3rd skewed slot and the 4th skewed slot, the 3rd skewed slot from top to bottom below
Opening upwards tilt, Open Side Down tilts for the 4th skewed slot, and the top before lower positioning bracket 17 is provided with that to be plugged on the 3rd oblique
The oblique hook 2 of the 3rd stress in groove, the lower bottom positioned before bracket 17 are provided with the 4th oblique hook of stress being plugged in the 4th skewed slot
1, upper positioning bracket 22 middle part is provided with the first rectangular preiection 27 below, the upper middle part for positioning the front end face of bracket 22 provided with and first
The first rectangular recess 25 that rectangular preiection 27 is engaged, the first rectangular preiection 27 are provided with up and down through the first rectangular preiection 27
First clamping screw 26, lower position is provided with the second rectangular preiection behind the middle part of bracket 17, in the lower positioning front end face of bracket 17
Portion is provided with the second rectangular recess being engaged with the second rectangular preiection, and the second rectangular preiection is provided with convex through the second rectangle up and down
The second clamping screw risen.The part of first rectangular preiection 27 is identical with the structure of the second rectangular undulating portion, with specific reference to Fig. 2,
Can so make the oblique hook 21 of the first stress, the oblique hook 19 of the second stress, the oblique hook 2 of the 3rd stress, the oblique hook 1 of the 4th stress with it is corresponding on
The back side of Side fascia 20 and lower Side fascia 3 firmly connects.
Embodiment three:
Reference picture 1 and Fig. 3, it is with the difference of embodiment one:Upper Side fascia 20 is provided with first from top to bottom below
Skewed slot and the second skewed slot, Open Side Down tilts for the first skewed slot, and the opening upwards of the second skewed slot tilt, before upper positioning bracket 22
Top be provided with the oblique hook 21 of the first stress that is plugged in the first skewed slot, the bottom before upper positioning bracket 22, which is provided with, is plugged on the
The oblique hook 19 of the second stress in two skewed slots, lower Side fascia 3 are provided with the 3rd skewed slot and the 4th skewed slot, the 3rd skewed slot from top to bottom below
Open Side Down tilts, and the opening upwards of the 4th skewed slot tilt, and the top before lower positioning bracket 17 is oblique provided with being plugged on the 3rd
The oblique hook 2 of the 3rd stress in groove, the lower bottom positioned before bracket 17 are provided with the 4th oblique hook of stress being plugged in the 4th skewed slot
1, upper positioning bracket 22 middle part is provided with the first antiparallelogram projection 28 below, the upper middle part for positioning the front end face of bracket 22 provided with
The first antiparallelogram groove 31 that first antiparallelogram projection 28 is engaged, is provided with the first antiparallelogram groove 31 and the first equilateral ladder
The first trapezoidal tension member 32 that shape groove 31 is engaged, the first antiparallelogram 28 rear end faces of projection are provided with the first mounting hole, and first
Mounting hole is provided with the first screw rod 30 being connected with the first trapezoidal tension member 32, and the rear side of the first antiparallelogram projection 28 is provided with socket
The first tension nut 29 on the first screw rod 30, lower position are provided with the second antiparallelogram projection behind the middle part of bracket 17, under
The middle part of the positioning front end face of bracket 17 is provided with the second antiparallelogram groove being engaged with the second antiparallelogram projection, the second equilateral ladder
The second trapezoidal tension member being engaged with the second antiparallelogram groove is provided with shape groove, the second antiparallelogram projection rear end face is provided with
Second mounting hole, the second mounting hole are provided with the second screw rod for being connected with the second trapezoidal tension member, after the second antiparallelogram projection
Side is provided with the second tension nut being socketed on the second screw rod.First antiparallelogram, 28 parts of projection and the second antiparallelogram are raised
Partial structure is identical, with specific reference to Fig. 3, can so make the oblique hook 21 of the first stress, the oblique hook 19 of the second stress, the 3rd stress oblique
Hook 2, the oblique hook 1 of the 4th stress firmly connect with the back side of corresponding upper Side fascia 20 and lower Side fascia 3.
The upper Side fascia 20 of the technical program and the lower junction of Side fascia 3 share first gusset 18, that is, share one
Crossbeam, upper Side fascia 20 and lower Side fascia 3 are all caused complicated using double crossbeams before avoiding, and installation is also inconvenient.
The oblique hook 2 of the 3rd stress hook 1 oblique with the 4th stress in the technical program connects as the strong point on a Side fascia
Point, it is mainly used in playing a part of fixed outer wall plate, and the oblique hook 19 of the oblique stress of hook 21 and second of the first stress is used as an exterior wall
Strong point tie point under plate, it is mainly used in coordinating the oblique oblique hook 1 of stress of hook 2 and the 4th of the 3rd stress on the Side fascia to play positioning
Effect.
In summary, the present invention on swash plate by using being provided with the first regulating bolt, the be provided with first level plate
Two regulating bolts, the 3rd regulating bolt is provided with to adjust Side fascia on the second vertical plate, it is such simple in construction, can be multi-party
Position regulation, improves installation effectiveness, processing cost is reduced, so as to improve the performance of dry hanging article.
Embodiments of the present invention are explained in detail above in association with accompanying drawing, but the invention is not restricted to described implementation
Mode.For a person skilled in the art, in the case where not departing from the principle of the invention and spirit, to these embodiments
A variety of change, modification, replacement and modification are carried out, are still fallen within protection scope of the present invention.
Claims (10)
1. a kind of new adjustable cladding system, it is characterised in that including the gusset in " ┐ " shape, water is provided with above the gusset
Flushconnection fixed plate, the horizontal connection fixed plate are connected with the gusset by connecting bolt, the horizontal connection fixed plate
The waist-shaped hole being engaged with the connecting bolt is provided with, the waist-shaped hole is set for fore-and-aft direction, and the horizontal connection is fixed
Front edge of board is provided with the first vertical plate, and first vertical plate forms T-shaped plate with the horizontal connection fixed plate, and described first is vertical
First level plate is provided with above plate, the first level plate rear end is provided with swash plate, and the swash plate rear end tilts down, and described first
The second vertical plate is arranged below in level board, and the second vertical plate lower end is provided with the lower positioning bracket being vertically arranged, the swash plate
The first regulating bolt is provided with, the first level plate is provided with the second regulating bolt, and second vertical plate is provided with the 3rd
Regulating bolt, the upper positioning bracket being vertically arranged is provided with above the first level plate, is provided with before the upper positioning bracket upper
Side fascia, lower position are provided with lower Side fascia before bracket, sealing structure are scribbled between the upper Side fascia and lower Side fascia
Glue.
2. new adjustable cladding system according to claim 1, it is characterised in that behind the upper Side fascia on to
Have the first skewed slot and the second skewed slot, the opening upwards of first skewed slot tilt, and Open Side Down inclines for second skewed slot
Tiltedly, the top before the upper positioning bracket is provided with the oblique hook of the first stress being plugged in first skewed slot, the upper positioning
Bottom before bracket is provided with the oblique hook of the second stress being plugged in second skewed slot, behind the lower Side fascia from top to bottom
Provided with the 3rd skewed slot and the 4th skewed slot, the opening upwards of the 3rd skewed slot tilt, and Open Side Down tilts for the 4th skewed slot,
Top before the lower positioning bracket is provided with the 3rd oblique hook of stress being plugged in the 3rd skewed slot, the lower positioning bracket
Bottom above is provided with the 4th oblique hook of stress being plugged in the 4th skewed slot, is provided with behind the upper positioning bracket and runs through institute
The first puller bolt of positioning bracket is stated, is provided with behind the lower positioning bracket and is held out against through the second of the lower positioning bracket
Bolt.
3. new adjustable cladding system according to claim 1, it is characterised in that behind the upper Side fascia on to
Have the first skewed slot and the second skewed slot, the opening upwards of first skewed slot tilt, and Open Side Down inclines for second skewed slot
Tiltedly, the top before the upper positioning bracket is provided with the oblique hook of the first stress being plugged in first skewed slot, the upper positioning
Bottom before bracket is provided with the oblique hook of the second stress being plugged in second skewed slot, behind the lower Side fascia from top to bottom
Provided with the 3rd skewed slot and the 4th skewed slot, the opening upwards of the 3rd skewed slot tilt, and Open Side Down tilts for the 4th skewed slot,
Top before the lower positioning bracket is provided with the 3rd oblique hook of stress being plugged in the 3rd skewed slot, the lower positioning bracket
Bottom above is provided with the 4th oblique hook of stress being plugged in the 4th skewed slot, and upper position behind in the middle part of bracket is provided with
First rectangular preiection, the middle part of the upper positioning bracket front end face are provided with the first rectangle being engaged with first rectangular preiection
Groove, first rectangular preiection are provided with the first clamping screw for running through first rectangular preiection up and down, the lower positioning
The second rectangular preiection is provided with behind in the middle part of bracket, the middle part of the lower positioning bracket front end face is provided with convex with second rectangle
The second rectangular recess being engaged is acted, second rectangular preiection is provided with up and down through the second lock of second rectangular preiection
Tight bolt.
4. new adjustable cladding system according to claim 1, it is characterised in that behind the upper Side fascia on to
Have the first skewed slot and the second skewed slot, Open Side Down tilts for first skewed slot, and the opening upwards of second skewed slot incline
Tiltedly, the top before the upper positioning bracket is provided with the oblique hook of the first stress being plugged in first skewed slot, the upper positioning
Bottom before bracket is provided with the oblique hook of the second stress being plugged in second skewed slot, behind the lower Side fascia from top to bottom
Provided with the 3rd skewed slot and the 4th skewed slot, Open Side Down tilts for the 3rd skewed slot, and the opening upwards of the 4th skewed slot tilt,
Top before the lower positioning bracket is provided with the 3rd oblique hook of stress being plugged in the 3rd skewed slot, the lower positioning bracket
Bottom above is provided with the 4th oblique hook of stress being plugged in the 4th skewed slot, and upper position behind in the middle part of bracket is provided with
First antiparallelogram is raised, and the middle part of the upper positioning bracket front end face is provided with what is be engaged with the first antiparallelogram projection
First antiparallelogram groove, the first antiparallelogram groove is interior to be provided with first trapezoidal be engaged with the first antiparallelogram groove
Power part, the first antiparallelogram projection rear end face are provided with the first mounting hole, and first mounting hole is provided with and described the
First screw rod of one trapezoidal tension member connection, the raised rear side of first antiparallelogram, which is provided with, to be socketed on first screw rod
First tension nut, lower position are provided with the second antiparallelogram projection behind in the middle part of bracket, the lower positioning bracket front end
The middle part in face is provided with the second antiparallelogram groove for being engaged with the second antiparallelogram projection, in the second antiparallelogram groove
Provided with the second trapezoidal tension member being engaged with the second antiparallelogram groove, set on the second antiparallelogram projection rear end face
There is the second mounting hole, second mounting hole is provided with the second screw rod being connected with the described second trapezoidal tension member, and described second
The raised rear side of antiparallelogram is provided with the second tension nut being socketed on second screw rod.
5. according to any described new adjustable cladding systems of claim 1-4, it is characterised in that the oblique hook of the first stress
Angle of inclination, the angle of inclination of the oblique hook of the second stress, the angle of inclination of the oblique hook of the 3rd stress and the described 4th by
The angle of inclination at the angle of inclination of the oblique hook of power is all A, 30 °≤A≤60 ° or 300 °≤A≤330 °.
6. according to any described new adjustable cladding systems of claim 1-4, it is characterised in that the upper positioning bracket with
The first crash roll is provided between the upper Side fascia, it is shockproof that second is provided between the lower positioning bracket and the lower Side fascia
Pad.
7. according to any described new adjustable cladding systems of claim 1-4, it is characterised in that the swash plate rear end is provided with
3rd vertical plate.
8. according to any described new adjustable cladding systems of claim 1-4, it is characterised in that after the upper positioning bracket
End face is provided with the first slope being connected with the first level plate, passes through between second vertical plate and the lower positioning bracket
Second level board connects, and the lower positioning pallet rear end face is provided with the second slope being connected with second level board.
9. according to any described new adjustable cladding systems of claim 1-4, it is characterised in that the horizontal connection is fixed
The both sides up and down of front edge of board are designed with the 3rd slope being connected with first vertical plate, and two the 3rd slopes are in splayed knot
Structure, first vertical plate, the 3rd slope and the horizontal connection fixed plate one extrusion forming.
10. according to any described new adjustable cladding systems of claim 1-4, it is characterised in that first vertical plate
Periphery is provided with the 3rd crash roll.
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CN201710720260.XA CN107587685A (en) | 2017-08-21 | 2017-08-21 | A kind of new adjustable cladding system |
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CN201710720260.XA CN107587685A (en) | 2017-08-21 | 2017-08-21 | A kind of new adjustable cladding system |
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Cited By (1)
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CN107620442A (en) * | 2017-08-21 | 2018-01-23 | 广州市名晋机电设备技术有限公司 | A kind of novel unit formula exterior wall panel cladding system |
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