A kind of curtain wall assembly acrylic board
Technical field
The invention belongs to acrylic board technical field, specifically a kind of curtain wall assembly acrylic board.
Background technique
Acrylic is also known as the organic glass of specially treated, is organic glass regeneration product, has with the lamp box that acrylic makes
Have good light transmission, pure color, it is rich in color, beautiful it is smooth, take into account two kinds of effects of night on daytime, long service life, not shadow
Ring the features such as using.In addition, acryl plates and plastic-aluminum profile material, advanced screen printing etc. can meet businessman's with perfect combination
Demand, acrylic plastic uptake are to improve business StoreFront class, the best outdoor advertising form of unified corporate image." acrylic " is one
A phonemic loans, English are ACRYLIC.It is a kind of chemical material.Chemical name is called " PMMA " and belongs to polyacrylate, is commonly called as "
By the organic glass of specially treated ", generally gone out in the form of particle, plate, tubing etc. in the raw material of application industry acrylic
It is existing.
Also occurs curtain wall assembly acrylic board in the prior art, such as application No. is 201721577951 Xiang Zhongguo
It is a kind of assembled acrylic board of curtain wall that patent, which discloses, and the invention discloses a kind of assembled acrylic board of curtain wall, packets
Support frame is included, the side wall of support frame as described above is fixed with connection frame by screw, and the sidewall weld of support frame has fixed link, and fixed
Bar is U-shaped structure, and the outer end side wall of fixed link offers through-hole, and through-hole internal screw thread is connected with set casing, the inside of set casing
It is placed with spring, the threaded one end of spring is connected with movable block, and the end of movable block extends to the inside of fixed link, fixed link
Inner wall is welded with fixed block, and the inner wall of fixed block is fixed with connecting rod by stud, and connecting rod is connected in connecting hole, connecting hole
It is provided with one end side wall of mounting rod, the both ends side wall of mounting rod offers card slot.
For existing acrylic board in assembly, project amount is big, and installation security effectiveness is low, safety is poor, brings to assembly
Very big difficulty affects assembled efficiency and quality.
Summary of the invention
In order to make up for the deficiencies of the prior art, a kind of curtain wall assembly acrylic board proposed by the present invention, the present invention are main
For solving the problems, such as that existing acrylic board installation effectiveness is high, mounting stability is poor.
The technical solution adopted by the present invention to solve the technical problems is: a kind of sub- gram of curtain wall assembly of the present invention
Power plate, including acrylic board ontology and installation frame;The acrylic board ontology is equipped with No.1 groove, No. two grooves, No. three
Groove and boss;The No.1 groove and No. two grooves are separately positioned on acrylic board ontology two sides, and sliding connects in No.1 groove
It is connected to No.1 sliding block, No. two grooves are attached by No.1 sliding block with it for another piece of acrylic board ontology;Described sub- gram
Power plate ontology is equipped with the No.1 sliding slot vertically through No.1 groove and acrylic board ontology;No. two are equipped in the No.1 sliding slot
Sliding block;No. two sliding blocks are symmetrically arranged with two about No.1 sliding block, and two No. two sliding blocks pass through No.1 connecting rod and No.1 is sliding
Block carries out hinged;The acrylic board ontology is equipped with No. two sliding slots vertically through No. two grooves and acrylic board ontology;Institute
No. two sliding blocks of No. two sliding slots on another piece of acrylic board ontology are stated to be slidably connected inside;No. three grooves setting
In acrylic board ontology lower end, No. three grooves are used to be attached with the boss of another piece of acrylic board ontology;The boss is set
It sets and is equipped with slide opening in acrylic board ontology upper end, boss;The slide opening is connected to No.1 groove, and cunning is slidably connected in slide opening
Bar;The upper end of the slide bar and No.1 sliding block is attached, and by No. two connecting rods, symmetrically hingedly there are two No. three sliding blocks on slide bar;
No. three sliding blocks are slidably connected on acrylic board ontology vertically through in No. three sliding slots of slide opening and acrylic board ontology;Institute
It states and corresponds to No.1 sliding block, No. two sliding blocks, No. three sliding blocks and boss on installation frame equipped with No.1 slideway, No. two slideways, No. three cunnings
Road and No. four slideways;When work, the original state of No. three sliding blocks is to stretch out acrylic board ontology, by No. three sliding blocks in installing frame
It is slided on No. three slideways of frame, by acrylic board ontology Slideslip to the left, so that the No.1 sliding block on the left of acrylic board ontology is hit
It hits in the No.1 slideway of installation frame, is slided after being hit by No.1 sliding block into acrylic board ontology, so that No.1 sliding block
No. two sliding blocks are ejected by No.1 connecting rod, No. two sliding blocks are slided along No. two slideways, meanwhile, No.1 slipper push
Slide bar is slided into acrylic board ontology, makes to receive during sliding bar by No. two connecting rods No. three sliding block slid inwards of pulling
Enter in boss, so that acrylic board ontology turns to sliding when sliding to installation frame one end in time, accelerates acrylic board ontology
Installation speed improves installation effectiveness of multiple acrylic board ontologies on installation frame;Similarly, when two acrylic board ontologies it
Between when mutually splicing, No. two grooves of another piece of acrylic board ontology are impinged upon by the No.1 sliding block of one piece of acrylic board ontology
It is interior, and No. two sliding blocks of one piece of acrylic board ontology are pushed into the No.1 sliding slot of another piece of acrylic board ontology and are attached,
The bonding strength between two pieces of acrylic board ontologies is effectively increased, to guarantee the steady of the curtain wall being made of acrylic board ontology
It is qualitative, improve the safety that curtain wall uses;Meanwhile the acrylic board ontology reuse easy to disassemble, save the cost improve
Economic benefit.
Preferably, the No.1 slideway, the identical magnet of polarity is equipped with No.1 sliding block in No. two grooves;The No.1
Sliding block internal magnet is equipped with several equally distributed protrusions;Upper respective protrusions on magnet in the No.1 slideway and No. two grooves
Equipped with several equally distributed recess;Rubber pad is equipped in the recess;When work, when No.1 sliding block impinge upon No.1 slideway or
When in No. two grooves of person, by magnet identical with polarity in No.1 sliding block in No.1 slideway, No. two grooves, hit No.1 sliding block
When hitting in No.1 slideway or No. two grooves, there is certain repulsive force, alleviate shock dynamics, be used for multiple times for a long time
When, the damaged condition of acrylic board ontology and installation frame is alleviated, the use longevity of acrylic board ontology and installation frame is extended
Life reduces use cost;Meanwhile when the sliding of No.1 sliding block is in No.1 slideway or No. two grooves, by being produced between magnet
Raw mutual expelling force further increases acrylic board so that the frictional force of No.1 sliding block and No.1 slideway or No. two grooves reduces
Speed when ontology is slidably installed effectively increases the efficiency of acrylic board ontology installation;Also, to avoid the active force of magnet from making
The link position obtained between multiple acrylic board ontologies generates gap, by protrusion and the recess mutual cooperation of setting, so that more
A acrylic board ontology is squeezed power when passing through installation and contacts with each other, so that reducing gap in protrusion insertion recess, leading to simultaneously
The cooperation of protrusion with recess is crossed, the bonding strength for the curtain wall being combined by acrylic board ontology is increased;Reduce protrusion by rubber pad
The impact force and frictional force of recess are touched, to extend the service life of acrylic board ontology.
Preferably, the slide opening is equipped with the No.1 air bag that cross sectional shape is annular far from the side of No.1 sliding block;Described one
The inner ring diameter of number air bag is 3-5mm smaller than slide bar diameter;The acrylic board ontology is equipped with gas vent;Outside the gas vent
Side is equipped with elastic membrane, and gas vent is connected to No.1 air bag;When work, when slide bar is slided into slide opening, pass through slide bar insertion one
In the inner ring of number air bag, on the one hand, it ensure that stability when sliding bar, avoid shifting during sliding bar, from
And the stability of No. three sliding blocks sliding is influenced, lead to the stability for reducing the installation of acrylic board ontology, to reduce acrylic board
The installation effectiveness of ontology;On the other hand, since the inner ring diameter of No.1 air bag is 3-5mm smaller than slide bar diameter, when slide bar is inserted into one
When number air bag, No.1 air bag is squeezed by slide bar, the gas in No.1 air bag is squeezed into gas vent, thus using air pressure by bullet
Property film ejects outward, thus when No. three sliding blocks are inwardly packed up and are connect with No. three grooves on another piece of acrylic board ontology,
The gap between No. three grooves and No. three sliding blocks is reduced by the elastic membrane heaved, to increase the connection of acrylic board ontology
Stability further improves the peace that curtain wall uses to ensure that the stability for the curtain wall that acrylic board ontology is formed by connecting
Quan Xing.
It preferably, is No. two air bags of concave shape equipped with cross sectional shape in No. three grooves;In the middle part of No. two air bags
Thickness is 2-3mm bigger than thickness of two sides;When work, one piece of acrylic board ontology is stuck in another piece of acrylic board sheet by No. three grooves
It is attached on the boss of body, by the way that No. two air bags are arranged in No. three grooves, and No. two air bag interior thicknesses are thicker than two sides
Big 2-3mm is spent, it is thicker not variable in the middle part of No. two air bags when so that No. two air bags contacting generation extruding with No. three grooves with boss
Shape, so that the gas in No. two air bags is extruded to two sides, thus by the relatively thin position in No. two air bag two sides by gas to drum
It rises, to embrace on boss, so that the bonding strength between two pieces of acrylic board ontologies is increased, so that by acrylic board ontology
The curtain wall construction for connecting composition is more stable, further improves the safety that curtain wall uses.
Preferably, the surface of No. two air bags is wavy shaped configuration;When work, when boss is stuck in No. three grooves,
Since the surface of No. two air bags is wavy shaped configuration, No. two air bags that boss squeezes in No. three grooves squeeze wavy shaped configuration gradually
At straightened condition, it is bonded boss more with the contact of No. two air bags, to ensure that the stabilization that boss is connect with No. three grooves
Property;Simultaneously as wavy shaped configuration makes No. two air bags suitably deform fillable No. three between groove and boss after being extruded between
Gap realizes sealing, to ensure that the waterproof performance of the curtain wall of multiple acrylic board ontology compositions.
Preferably, No. three sliding blocks are equipped with arc groove close to the one end in outside;When work, by No. three sliding blocks
Opening up arc groove reduces No. three sliding blocks friction area when sliding on No. three slideways, to reduce acrylic board ontology in cunning
The frictional resistance received when dynamic installation, to effectively increase the efficiency of acrylic board ontology installation;Meanwhile when No. three sliding blocks are received
Extruding is generated with No. two air bags after entering into boss, No. two air bags is allow to be deformed to fill up by the extruding force being subject to
Arc groove on No. three sliding blocks further enhances acrylic board sheet to strengthen the bonding strength between acrylic board ontology
The stability of the curtain wall of body connection composition, further improves the safety that curtain wall uses.
Beneficial effects of the present invention are as follows:
1. the present invention is slided on installation frame by No. three sliding blocks, so that No.1 sliding block hits after-contraction for No. two sliding blocks
Ejection, slides No. two sliding blocks along No. two slideways, meanwhile, No.1 slipper push sliding bar receives No. three sliding blocks
Enter in boss, realize that acrylic board ontology can turn to sliding in installation frame, accelerate the installation speed of acrylic board ontology,
Improve installation effectiveness of multiple acrylic board ontologies on installation frame.
2. the present invention impinges upon No. two of another piece of acrylic board ontology by the No.1 sliding block of one piece of acrylic board ontology
In groove, and No. two sliding blocks of one piece of acrylic board ontology are pushed into the No.1 sliding slot of another piece of acrylic board ontology and are connected
It connects, effectively increases the bonding strength between two pieces of acrylic board ontologies, to guarantee the curtain wall being made of acrylic board ontology
Stability, improve the safety that curtain wall uses;Meanwhile the acrylic board ontology reuse easy to disassemble, save the cost,
It increases economic efficiency.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is main view of the invention;
Fig. 2 is cross-sectional view at A-A in Fig. 1;
Fig. 3 is cross-sectional view at B-B in Fig. 1;
Fig. 4 is acrylic board ontology and installation frame connection figure;
Fig. 5 is cross-sectional view at C-C in Fig. 4;
Fig. 6 is cross-sectional view at D-D in Fig. 4;
Fig. 7 is partial enlarged view at E in Fig. 3;
In figure: acrylic board ontology 1, installation frame 2, No.1 groove 3, two groove 4, three groove 5, boss 6, No.1
Sliding block 7,8, No. two sliding blocks 9 of No.1 sliding slot, 10, No. two sliding slots 11 of No.1 connecting rod, slide opening 12, the connecting rod 14, three of slide bar 13, two
15, No. three sliding slots 16 of sliding block, 19, No. four slideways 20 of the slideway of slideway 18, three of No.1 slideway 17, two, magnet 21, protrusion 211,
Be recessed 212, rubber pad 213, No.1 air bag 22, gas vent 23, elastic membrane 24, No. two air bags 25, arc grooves 26.
Specific embodiment
A kind of curtain wall assembly of an embodiment of the present invention is carried out as described below with acrylic board using Fig. 1-Fig. 7.
As shown in Figures 1 to 6, a kind of curtain wall assembly acrylic board of the present invention, including 1 He of acrylic board ontology
Installation frame 2;The acrylic board ontology 1 is equipped with the groove 5 of groove 4, three of No.1 groove 3, two and boss 6;Described one
Number groove 3 and No. two grooves 4 are separately positioned on 1 two sides of acrylic board ontology, slidably connect No.1 sliding block 7 in No.1 groove 3,
No. two grooves 4 are attached by No.1 sliding block 7 with it for another piece of acrylic board ontology 1;On the acrylic board ontology 1
Equipped with the No.1 sliding slot 8 vertically through No.1 groove 3 and acrylic board ontology 1;No. two sliding blocks 9 are equipped in the No.1 sliding slot 8;
No. two sliding blocks 9 are symmetrically arranged with two about No.1 sliding block 7, and two No. two sliding blocks 9 are sliding by No.1 connecting rod 10 and No.1
Block 7 carries out hingedly;The acrylic board ontology 1 is equipped with No. two sliding slots vertically through No. two grooves 4 and acrylic board ontology 1
11;No. two sliding blocks 9 of No. two sliding slots 11 on another piece of acrylic board ontology 1 are slidably connected inside;Described three
The setting of number groove 5 is in 1 lower end of acrylic board ontology, and No. three grooves 5 are used for and the boss 6 of another piece of acrylic board ontology 1 carries out
Connection;The setting of boss 6 is equipped with slide opening 12 in 1 upper end of acrylic board ontology, boss 6;The slide opening 12 and No.1 groove 3
It is connected to, slidably connects slide bar 13 in slide opening 12;The upper end of the slide bar 13 and No.1 sliding block 7 is attached, and is led on slide bar 13
Crossing No. two connecting rods 14, symmetrically hingedly there are two No. three sliding blocks 15;No. three sliding blocks 15 are slidably connected on acrylic board ontology 1
Vertically through in No. three sliding slots 16 of slide opening 12 and acrylic board ontology 1;No.1 sliding block 7, two are corresponded on the installation frame 2
9, No. three sliding blocks 15 of sliding block and boss 6 are equipped with the slideway 19 of slideway 18, three of No.1 slideway 17, two and No. four slideways 20;Work
When, the original state of No. three sliding blocks 15 is to stretch out acrylic board ontology 1, by No. three sliding blocks 15 in 2 No. three slideways of installation frame
It is slided on 19, by the Slideslip to the left of acrylic board ontology 1, so that the No.1 sliding block 7 on 1 left side of acrylic board ontology impinges upon peace
It frames up in the No.1 slideway 17 of frame 2, is slided after being hit by No.1 sliding block 7 into acrylic board ontology 1, so that No.1 sliding block 7
No. two sliding blocks 9 are ejected by No.1 connecting rod 10, No. two sliding blocks 9 are slided along No. two slideways 18, meanwhile, No.1 is sliding
Block 7 pushes slide bar 13 to slide into acrylic board ontology 1, pulls No. three by No. two connecting rods 14 during sliding slide bar 13
15 slid inward of sliding block is taken in boss 6, so that acrylic board ontology 1 turns to sliding when sliding to 2 one end of installation frame in time,
The installation speed for accelerating acrylic board ontology 1, improves installation effectiveness of multiple acrylic board ontologies 1 on installation frame 2;Together
Reason, when mutually splicing between two acrylic board ontologies 1, is impinged upon separately by the No.1 sliding block 7 of one piece of acrylic board ontology 1
In No. two grooves 4 of one piece of acrylic board ontology 1, and No. two sliding blocks 9 of one piece of acrylic board ontology 1 are pushed into another piece of Asia gram
It is attached in the No.1 sliding slot 8 of power plate ontology 1, effectively increases the bonding strength between two pieces of acrylic board ontologies 1, thus
The stability for guaranteeing the curtain wall being made of acrylic board ontology 1, improves the safety that curtain wall uses;Meanwhile the acrylic board
The reuse easy to disassemble of ontology 1, save the cost are increased economic efficiency.
As depicted in figs. 1 and 2, identical equipped with polarity with No.1 sliding block 7 in 17, No. two grooves 4 of the No.1 slideway
Magnet 21;7 internal magnet 21 of No.1 sliding block is equipped with several equally distributed raised 211;The No.1 slideway 17 and No. two
Respective protrusions 211 are equipped with several equally distributed recess 212 on 21 on magnet in groove 4;Rubber is equipped in the recess 212
Pad 213;When work, when No.1 sliding block 7 impinges upon in No.1 slideway 17 or No. two grooves 4, pass through No.1 slideway 17, two
Magnet 21 identical with polarity in No.1 sliding block 7 in groove 4, makes No.1 sliding block 7 impinge upon No.1 slideway 17 or No. two grooves 4
When interior, there is certain repulsive force, alleviate shock dynamics, when being used for multiple times for a long time, alleviates acrylic board ontology 1 and peace
Frame up the damaged condition of frame 2, extends the service life of acrylic board ontology 1 and installation frame 2, reduces use cost;Meanwhile when
When the sliding of No.1 sliding block 7 is in No.1 slideway 17 or No. two grooves 4, by the mutual expelling force generated between magnet 21, so that one
The frictional force of number sliding block 7 and No.1 slideway 17 or No. two grooves 4 reduces, and further increases acrylic board ontology 1 and is slidably installed
Shi Sudu effectively increases the efficiency of the installation of acrylic board ontology 1;Also, to avoid the active force of magnet 21 from making multiple Asias
Link position between gram force plate ontology 1 generates gap, is cooperated by the protrusion 211 and recess 212 of setting, so that multiple
Acrylic board ontology 1 is squeezed power when passing through installation and contacts with each other, so that reduce gap in 211 insertion recess 212 of protrusion,
Simultaneously by the cooperation of protrusion 211 and recess 212, increase the bonding strength for the curtain wall being combined by acrylic board ontology 1;Pass through rubber
Rubber mat 213 reduces protrusion 211 and touches the impact force and frictional force of recess 212, to extend the use longevity of acrylic board ontology 1
Life.
As depicted in figs. 1 and 2, the slide opening 12 is equipped with the No.1 that cross sectional shape is annular far from the side of No.1 sliding block 7
Air bag 22;The inner ring diameter of the No.1 air bag 22 is 3-5mm smaller than 13 diameter of slide bar;The acrylic board ontology 1 is equipped with row
Stomata 23;The outside of the gas vent 23 is equipped with elastic membrane 24, and gas vent 23 is connected to No.1 air bag 22;When work, work as slide bar
13 into slide opening 12 when sliding, and is inserted into the inner ring of No.1 air bag 22 by slide bar 13, on the one hand, when ensure that slide bar 13 slides
Stability, avoid shifting in 13 sliding process of slide bar, thus influence No. three sliding blocks 15 sliding stability, cause to reduce
The stability that acrylic board ontology 1 is installed, to reduce the installation effectiveness of acrylic board ontology 1;On the other hand, due to No.1 gas
The inner ring diameter of capsule 22 is 3-5mm smaller than 13 diameter of slide bar, when slide bar 13 is inserted into No.1 air bag 22, squeezes No.1 by slide bar 13
Air bag 22 squeezes into the gas in No.1 air bag 22 in gas vent 23, thus ejected elastic membrane 24 outward using air pressure, thus
When No. three sliding blocks 15 are inwardly packed up and are connect with No. three grooves 5 on another piece of acrylic board ontology 1, pass through the elasticity heaved
Film 24 reduces the gap between No. three grooves 5 and No. three sliding blocks 15, so that the stability of the connection of acrylic board ontology 1 is increased,
To ensure that the stability for the curtain wall that acrylic board ontology 1 is formed by connecting, the safety that curtain wall uses is further improved.
It as shown in figures 1 and 3, is No. two air bags 25 of concave shape equipped with cross sectional shape in No. three grooves 5;Described two
Number 25 interior thickness of air bag is 2-3mm bigger than thickness of two sides;When work, one piece of acrylic board ontology 1 is stuck in separately by No. three grooves 5
It is attached on the boss 6 of one piece of acrylic board ontology 1, by the way that No. two air bags 25, and No. two gas are arranged in No. three grooves 5
25 interior thickness of capsule is 2-3mm bigger than thickness of two sides, when so that No. two air bags 25 contacting generation extruding with No. three grooves 5 with boss 6,
No. two 25 middle parts of air bag are thicker to be unlikely to deform, so that the gas in No. two air bags 25 is extruded to two sides, thus by No. two air bags
The relatively thin position in 25 two sides by gas to being heaved, to embrace on boss 6, thus increase two pieces of acrylic board ontologies 1 it
Between bonding strength so that being connected by acrylic board ontology 1, the curtain wall construction that forms is more stable, and further improving curtain wall makes
Safety.
As shown in fig. 7, the surface of No. two air bags 25 is wavy shaped configuration;When work, when boss 6 is stuck in No. three grooves
When in 5, since the surface of No. two air bags 25 is wavy shaped configuration, boss 6 squeezes No. two air bags 25 in No. three grooves 5 for wave
Shape structure is extruded into straightened condition gradually, is bonded boss 6 more with the contact of No. two air bags 25, to ensure that boss 6 and three
The stability that number groove 5 connects;Simultaneously as wavy shaped configuration makes the suitably deformation of No. two air bags 25 No. three fillable after being extruded
Sealing is realized in gap between groove 5 and boss 6, to ensure that the waterproofness for the curtain wall that multiple acrylic board ontologies 1 form
Energy.
As shown in Figures 2 and 3, No. three sliding blocks 15 are equipped with arc groove 26 close to the one end in outside;When work, pass through
Opening up arc groove 26 on No. three sliding blocks 15 No. three sliding blocks 15 friction area when sliding on No. three slideways 19 is reduced, thus
Reduce the frictional resistance that acrylic board ontology 1 is received when being slidably installed, to effectively increase the installation of acrylic board ontology 1
Efficiency;Meanwhile extruding is generated with No. two air bags 25 after in No. three incomes to boss 6 of sliding block 15, lead to No. two air bags 25
It crosses the extruding force being subject to and is deformed the arc groove 26 filled up on No. three sliding blocks 15, to strengthen acrylic board ontology 1
Between bonding strength, further enhance acrylic board ontology 1 connection composition curtain wall stability, further improve curtain wall
The safety used.
Specific working mode:
When work, the original state of No. three sliding blocks 15 is to stretch out acrylic board ontology 1, by No. three sliding blocks 15 in installing frame
It is slided on 2 No. three slideways 19 of frame, by the Slideslip to the left of acrylic board ontology 1, so that the No.1 on 1 left side of acrylic board ontology is sliding
Block 7 impinges upon in the No.1 slideway 17 of installation frame 2, slides, makes into acrylic board ontology 1 after being hit by No.1 sliding block 7
It obtains No.1 sliding block 7 to eject No. two sliding blocks 9 by No.1 connecting rod 10, No. two sliding blocks 9 is slided along No. two slideways 18,
Meanwhile No.1 sliding block 7 pushes slide bar 13 to slide into acrylic board ontology 1, by No. two companies during sliding slide bar 13
Bar 14 pulls in No. three 15 slid inward of sliding block income boss 6, so that acrylic board ontology 1 is when sliding to 2 one end of installation frame
Sliding is turned in time, is accelerated the installation speed of acrylic board ontology 1, is improved multiple acrylic board ontologies 1 on installation frame 2
Installation effectiveness;Similarly, sliding by the No.1 of one piece of acrylic board ontology 1 when mutually splicing between two acrylic board ontologies 1
Block 7 impinges upon in No. two grooves 4 of another piece of acrylic board ontology 1, and No. two sliding blocks 9 of one piece of acrylic board ontology 1 are pushed away
Enter and be attached in the No.1 sliding slot 8 of another piece of acrylic board ontology 1, is effectively increased between two pieces of acrylic board ontologies 1
Bonding strength improves the safety that curtain wall uses to guarantee the stability for the curtain wall being made of acrylic board ontology 1;Together
When, the reuse easy to disassemble of acrylic board ontology 1, save the cost is increased economic efficiency.
In the description of the present invention, it is to be understood that, term " center ", "front", "rear", "vertical", "horizontal",
The orientation or positional relationship of the instructions such as "top", "bottom" "inner", "outside" be based on the orientation or positional relationship shown in the drawings, be only for
Convenient for the description present invention and simplify description, rather than the device or element of indication or suggestion meaning there must be specific side
Position is constructed and operated in a specific orientation, therefore should not be understood as limiting the scope of the invention.
Although the present invention be illustrated by specific embodiment, it will be appreciated by those skilled in the art that, do not departing from
In the case where the scope of the invention, various transformation and equivalent substitute can also be carried out to the present invention.In addition, being directed to particular condition or material
Material, can do various modifications to the present invention, without departing from the scope of the present invention.Therefore, the present invention is not limited to disclosed tool
Body embodiment, and should include the whole embodiments fallen within the scope of the appended claims.