CN103031934B - A kind of reinforcing fiber plasterboard mounting structure and preparation method thereof - Google Patents
A kind of reinforcing fiber plasterboard mounting structure and preparation method thereof Download PDFInfo
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- CN103031934B CN103031934B CN201110319132.7A CN201110319132A CN103031934B CN 103031934 B CN103031934 B CN 103031934B CN 201110319132 A CN201110319132 A CN 201110319132A CN 103031934 B CN103031934 B CN 103031934B
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Abstract
The present invention relates to a kind of reinforcing fiber plasterboard mounting structure, including: formed by fiberglass gridding cloth and inside and outside uiform section rectangular shaped rim and frame, be filled with the body construction that the high strength gypsum slurry solidification layer of the glass chopped silk containing ten thousand dimension directions forms, described body construction is additionally provided with some lifting through holes, rubber bushing, glass fibre open rectangle frame；Described lifting through hole is made up of large and small two spaces of coaxial inner conductor, and described rubber bushing is fitted on the wall in large and small space, and glass fibre open rectangle frame is positioned at outside large and small space.Present invention additionally comprises the attachment structure between reinforcing fiber plasterboard and the manufacture method of reinforcing fiber plasterboard mounting structure.Present invention have the advantage that reinforcing fiber plasterboard either tabular or curved can reserve through hole on specific position, accurate positioning, use the present invention can saving of labor, save time, shorten construction period, reduce production cost, achieve the most progressive and high economic and social benefit.
Description
Technical field
The present invention relates to a kind of house component, particularly relate to a kind of reinforcing fiber plasterboard mounting structure and
Preparation method.
Background technology
In recent years, along with urbanization process, urban construction forward direction multi-level, diversified is developed, and one
A little ultra-large type landmarks are come out one after another, and these buildings not only appearance and modeling is unique, and interior trim is more
Being to be rich in change, moulding is in the majority with curve, and that the lines flow smoothly is bold and unrestrained, daring is grand.The most typical
Being the large-scale Exhibition Architecture of some exhibitions classes, the interior trim of these buildings typically each uses G..R.G glass
Fiber reinforced gypsum board, its not only prevented fires but also environmental protection and acoustic efficiency good.But owing to interior trim component is in greatly
Type trend, it is complex-shaped, need to use the method that piecemeal makes, the most assembled.For
It is easy to the installation of plate, first needs to arrange built-in fitting, be secondly provided with limit for easy to connect at block periphery
Frame, the weak point that the mounting structure form of this plate is brought is: for hanging arrange built-in fitting and
Increase bonding strength and set up frame, cause that working procedure is complicated, production efficiency low, add plate
The difficulty of quality control；Secondly, plate reinforcement region can produce stress concentration with the difference in non-reinforcement region,
The defect such as can crack, come off in the case of Yan Chong.
Summary of the invention
It is an object of the invention to provide a kind of reinforcing fiber plasterboard mounting structure.This mounting structure without
Reinforcing fiber plasterboard installs built-in fitting, can be substantially improved the production difficulty of reinforcing fiber plasterboard, improves
Its production efficiency.
Another object of the present invention provides a kind of reinforcing fiber plasterboard when being to install reinforcing fiber plasterboard
Between attachment structure.
It is a further object to provide a kind of making side producing reinforcing fiber plasterboard mounting structure
Method.
The present invention is by the following technical programs in realize: a kind of reinforcing fiber plasterboard mounting structure, bag
Include to be formed by fiberglass gridding cloth and be filled with inside and outside uiform section rectangular shaped rim and frame containing ten thousand dimension directions
Glass chopped silk high strength gypsum slurry solidification layer composition body construction, it is characterised in that institute
State and on body construction, be additionally provided with some lifting through holes, rubber bushing, glass fibre open rectangle frame；Institute
State some lifting through holes and be arranged symmetrically in the both sides of the symmetrical axle of body construction, lateral symmetry lifting through hole
Between ratio that spacing is this two liftings through hole place cross-sectional length be golden section 0.618: 1, described
Lifting through hole is made up of large and small two spaces of coaxial inner conductor, the shape of described rubber bushing and lifting through hole
Large and small spatial form match, rubber bushing is fitted on the wall in large and small space, glass fibre
Open rectangle frame is positioned at outside large and small space.
The symmetrical axle of described body construction is longitudinal direction or the horizontal direction of body construction.
The symmetrical axle of described body construction be body construction or longitudinal direction and horizontal direction.
Described large space is cylindroid, and little space is cylinder.
Described large space is billiard table, and little space is cylinder.
Attachment structure between a kind of reinforcing fiber plasterboard, forms uiform section including by fiberglass gridding cloth
The high strength gypsum being filled with the glass chopped silk containing ten thousand dimension directions inside and outside rectangular shaped rim and frame is starched
The body construction of body solidification layer composition, it is characterised in that described body construction peripheral part is additionally provided with some
Connect through hole, rubber bushing, glass fibre open rectangle frame；Described connection through hole is by coaxial inner conductor
Large and small two space compositions, the shape of described rubber bushing and the large and small spatial form kissing lifting through hole
Closing, rubber bushing is fitted on the wall in large and small space, glass fibre open rectangle frame is positioned at greatly,
Outside little space.
Described large space is cylindroid, and little space is cylinder.
Described large space is billiard table, and little space is cylinder.
The manufacture method of a kind of reinforcing fiber plasterboard mounting structure, it is characterised in that step is as follows:
Step one, foundation architectural design making lifts through hole, is connected clear size of opening with reinforcing fiber plasterboard
The rubber core rod matched；
Step 2, is fixed on making by the rubber core rod of lifting through hole, connection through hole by drawing and strengthens
On the position specified in the mold cavity of fibrous plaster, in mold cavity, it is coated with one layer of releasing agent；
Step 3, by lance ejection one floor height strong plasterboard dispensing and the compound of staple glass fibre,
Set a layer fiberglass gridding cloth, allow rubber core rod through lower floor's fiberglass gridding cloth, continue injection one
Floor height strong plasterboard dispensing and the compound of staple glass fibre, meanwhile, set glass in rubber core rod outer rim
Fiber open rectangular shaped rim, frame following at the 1/3 of rubber core rod height, the top of frame is rubber
At the 2/3 of rubber moulding core height, set thereafter the fiberglass gridding cloth on upper strata, by lower floor's glass fiber mesh
Lattice cloth covers on the fiberglass gridding cloth of upper strata, is further continued for spraying floor height strong plasterboard dispensing and a glass
The compound of glass chopped fiber；
Step 4, strikes off the surface of reinforcing glass fibrous plaster, treats into rubber core rod for standard absolute altitude
The demoulding after type, takes out finished product dehydrate, removes rubber core rod, and the clear face of shaping completes to make.
The positive effect of the present invention is: the present invention propose a kind of reinforcing fiber plasterboard mounting structure and
Preparation method, has the advantage that 1) eliminate pre-buried suspender member and system in reinforcing fiber plasterboard
Make the construction method of block edges of boards frame, simplify the structure of reinforcing fiber plasterboard, working procedure, be conducive to
Improve product quality, improve production efficiency；2) reinforcing fiber plasterboard is without the convex change in cross section, unstressed concentration,
Improve the bulk strength of component, the additional stress produced during without making, installing, the later stage will not ftracture,
It is unlikely to deform；3) building element is without lofty part, easy entrucking, can save cost of transportation, it is not necessary to component
Pack, be also not concerned about component contingent damage in transportation；4) reinforcing fiber plasterboard no matter
It is tabular or curved can reserve through hole, accurate positioning on specific position, use this
Invention can saving of labor, save time, shorten construction period, save human and material resources, financial resources, reduce production
Cost, achieves the most progressive and high economic and social benefit.
Accompanying drawing illustrates:
Fig. 1 is the lifting hole-thru embodiment section of structure of reinforcing fiber plasterboard mounting structure of the present invention.
Fig. 2 is that another example structure of lifting through hole of reinforcing fiber plasterboard mounting structure of the present invention is cutd open
Face figure.
Fig. 3 is the schematic diagram producing and being fixed with rubber core rod in template.
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment the invention will be further described: Fig. 1 gives the present invention's
One embodiment, a kind of reinforcing fiber plasterboard mounting structure, including: formed by fiberglass gridding cloth
The height containing the ten thousand glass chopped silks tieing up directions it is filled with inside and outside uiform section rectangular shaped rim 1 and frame
The body construction of strong gypsum slurry solidification layer 2 composition, described body construction is additionally provided with some lifting through holes
3, rubber bushing 4, glass fibre open rectangle frame 5.Described some lifting through holes 3 are arranged symmetrically in
The both sides of the symmetrical axle of body construction, the spacing between lateral symmetry lifting through hole is this two liftings through hole
The ratio of place cross-sectional length is golden section 0.618: 1, and the symmetrical axle of described body construction is according to setting
Meter requirement determines, can be the longitudinal direction of body construction or horizontal direction or longitudinal direction and laterally
Direction.Described lifting through hole 3 is made up of large and small two spaces of coaxial inner conductor, big described in the present embodiment
Space is billiard table, and little space is cylinder, and in the present embodiment, large space surface is spherically, the spiral shell matched with this
The surface of bolt head the most spherically, moderately adjusts bolt axial line and can improve reinforcing glass fibrous plaster
The force-bearing situation of plate, without additional stress.It addition, use spherical structure to make reinforcing glass fibrous plaster plate hole
Unstressed concentration at Kou, is not likely to produce crackle at aperture, be conducive to improving bonding strength.Described rubber serves as a contrast
The shape of set 4 matches with the large and small spatial form of lifting through hole, and rubber bushing 4 is fitted in large and small
On the wall in space, the elastic reaction of rubber bushing can make up the accumulated error in installation process.Described glass
Glass fiber open rectangular shaped rim 5 is positioned at outside large and small space, and it is logical that the structure of rectangular shaped rim can increase lifting
The intensity in hole, will not fission.
The large space of another embodiment lifting through hole 3 given by Fig. 2 is cylindroid, and its cross section is ellipse
Shape, little space is cylinder.Large space ellipsoidal cross section, with this bolt head cross section matched also in ellipse
Circle, which increases the area of carrying, reduces contact stress.Reinforcing glass cebollite can be improved
The force-bearing situation of cream plate.
The problem that reinforcing fiber plasterboard mounting structure furred ceiling to be solved connects, also to solve to strengthen fibre
Attachment structure between dimension plasterboard and reinforcing fiber plasterboard.The present invention takes following measure:
Attachment structure between a kind of reinforcing fiber plasterboard, forms uiform section including by fiberglass gridding cloth
The high strength gypsum being filled with the glass chopped silk containing ten thousand dimension directions inside and outside rectangular shaped rim and frame is starched
The body construction of body solidification layer composition, described body construction peripheral part is additionally provided with some connection through holes, rubber
Glue lining, glass fibre open rectangle frame；The quantity of described connection through hole is determined by design, connects logical
Hole is made up of large and small two spaces of coaxial inner conductor, the shape of described rubber bushing with lifting through hole big,
Little spatial form matches, and rubber bushing is fitted on the wall in large and small space, glass fibre opening square
Shape frame is positioned at outside large and small space, and described large space is cylindroid, and little space is cylinder, it is also possible to
Taking large space is billiard table, and little space is the structure of cylinder.Connect through hole and lifting through hole Fig. 1 or Fig. 2
Similar structure, is the most no longer given.
When being connected with each other when between two pieces of reinforcing glass fibrous plasters, only need to connect with the strip with through hole
Part is placed on two pieces of reinforcing glass fibrous plaster dorsal parts, then by being arranged on reinforcing glass fibrous plaster
Connect the bolt in through hole to fix.
A kind of manufacture method of reinforcing fiber plasterboard mounting structure, step is as follows:
Step one, foundation architectural design making lifts through hole, is connected clear size of opening with reinforcing fiber plasterboard
The rubber core rod matched.
Step 2, is fixed on making strengthens fibre by lifting through hole, connection through hole rubber core rod by drawing
In the mold cavity of dimension plasterboard on the position specified, as it is shown on figure 3, figure 11 is template, 12 is
Rubber core rod.Though can be seen that from this step reinforcing fiber plasterboard be plate shaped or curved all
Rubber core rod can be fixed on specific position, therefore, use the construction party of the lifting through hole of the present invention
Method not only accurate positioning and construction easily, achieve significantly compared with the technique of conventional on-site punching
Progressive.In mold cavity, one layer of releasing agent it is coated with after fixing rubber core rod.
Step 3, by lance ejection one floor height strong plasterboard dispensing and the compound of staple glass fibre,
Set a layer fiberglass gridding cloth, allow rubber core rod through lower floor's fiberglass gridding cloth, continue injection one
Floor height strong plasterboard dispensing and the compound of staple glass fibre, meanwhile, set glass outside rubber core rod
Fiber open rectangular shaped rim, frame following at the 1/3 of rubber core rod height, the top of frame is rubber
At the 2/3 of rubber moulding core height, when glass fibre open rectangle frame embedment high strength gypsum board mixture and glass
After the compound of chopped fiber, if the fiberglass gridding cloth on upper strata, by lower floor's fiberglass gridding cloth material
Cover on the fiberglass gridding cloth of upper strata, be further continued for spraying a floor height strong plasterboard dispensing and the short fibre of glass
The compound of dimension；
Step 4, strikes off the surface of reinforcing glass fibrous plaster, treats into rubber core rod for standard absolute altitude
The demoulding after type, takes out finished product dehydrate, removes rubber core rod, and the clear face of shaping completes to make.
Describing embodiments of the present invention above in conjunction with embodiment, structure that embodiment is given and method are also
Not being construed as limiting the invention, in this area, those skilled in the art are within the scope of the appended claims
Make various deformation or amendment all in protection domain.
Claims (9)
1. a reinforcing fiber plasterboard mounting structure, forms uiform section rectangle including by fiberglass gridding cloth
The high strength gypsum slurry being filled with the glass chopped silk containing ten thousand dimension directions inside and outside frame and frame solidifies
The body construction of layer composition, it is characterised in that be additionally provided with some lifting through holes, rubber on described body construction
Lining, glass fibre open rectangle frame；It is right that described some lifting through holes are arranged symmetrically in body construction left and right
The ratio claiming the both sides of axle, the spacing between lateral symmetry lifting through hole to be this two liftings through hole place cross-sectional length
For golden section 0.618: 1, described lifting through hole is made up of large and small two spaces of coaxial inner conductor, described
The shape of rubber bushing matches with the large and small spatial form of lifting through hole, and rubber bushing is fitted in large and small
On the wall in space, glass fibre open rectangle frame is positioned at outside large and small space.
Reinforcing fiber plasterboard mounting structure the most according to claim 1, it is characterised in that described
The symmetrical axle of body structure is longitudinal direction or the horizontal direction of body construction.
Reinforcing fiber plasterboard mounting structure the most according to claim 1, it is characterised in that described
The symmetrical axle of body structure be body construction or longitudinal direction and horizontal direction.
Reinforcing fiber plasterboard mounting structure the most according to claim 1, it is characterised in that described greatly
Space is cylindroid, and little space is cylinder.
Reinforcing fiber plasterboard mounting structure the most according to claim 1, it is characterised in that described greatly
Space is billiard table, and little space is cylinder.
6. the attachment structure between reinforcing fiber plasterboard, forms uiform section including by fiberglass gridding cloth
The high strength gypsum slurry containing the ten thousand glass chopped silks tieing up directions it is filled with inside and outside rectangular shaped rim and frame
The body construction of solidification layer composition, it is characterised in that described body construction peripheral part is additionally provided with some connections
Through hole, rubber bushing, glass fibre open rectangle frame；Large and small by coaxial inner conductor of described connection through hole
Two space compositions, the shape of described rubber bushing matches with the large and small spatial form of lifting through hole, rubber
Lining is fitted on the wall in large and small space, and glass fibre open rectangle frame is positioned at outside large and small space.
Attachment structure between reinforcing fiber plasterboard the most according to claim 6, it is characterised in that institute
Stating large space is cylindroid, and little space is cylinder.
Attachment structure between reinforcing fiber plasterboard the most according to claim 6, it is characterised in that institute
Stating large space is billiard table, and little space is cylinder.
9. the preparation method of a reinforcing fiber plasterboard mounting structure, it is characterised in that step is as follows:
Step one, foundation architectural design making lifts through hole, is connected clear size of opening phase with reinforcing fiber plasterboard
The rubber core rod coincideing；
Step 2, is fixed on making by the rubber core rod of lifting through hole, connection through hole by drawing and strengthens fibre
On the position specified in the mold cavity of dimension plasterboard, in mold cavity, it is coated with one layer of releasing agent；
Step 3, by lance ejection one floor height strong plasterboard dispensing and the compound of staple glass fibre, if
Lower floor's fiberglass gridding cloth, allows rubber core rod through lower floor's fiberglass gridding cloth, continues injection one floor height
Strong plasterboard dispensing and the compound of staple glass fibre, meanwhile, set glass fibre outside rubber core rod and open
Mouthful rectangular shaped rim, mixed when glass fibre open rectangle frame embedment high strength gypsum board mixture and staple glass fibre
After closing material, if the fiberglass gridding cloth on upper strata, lower floor's fiberglass gridding cloth material is covered at upper strata glass
On glass fibrous mesh cloth, it is further continued for spraying floor height strong plasterboard dispensing and a compound for staple glass fibre；
Step 4, strikes off the surface of reinforcing glass fibrous plaster with rubber core rod for standard absolute altitude, to be formed
The rear demoulding, takes out finished product dehydrate, removes rubber core rod, and the clear face of shaping completes to make.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110319132.7A CN103031934B (en) | 2011-09-30 | 2011-09-30 | A kind of reinforcing fiber plasterboard mounting structure and preparation method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110319132.7A CN103031934B (en) | 2011-09-30 | 2011-09-30 | A kind of reinforcing fiber plasterboard mounting structure and preparation method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN103031934A CN103031934A (en) | 2013-04-10 |
| CN103031934B true CN103031934B (en) | 2016-08-10 |
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| CN201110319132.7A Active CN103031934B (en) | 2011-09-30 | 2011-09-30 | A kind of reinforcing fiber plasterboard mounting structure and preparation method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107587621A (en) * | 2017-10-13 | 2018-01-16 | 朱平 | A kind of MULTILAYER COMPOSITE Thistle board |
| CN108171716B (en) * | 2017-12-25 | 2021-11-26 | 北京奇虎科技有限公司 | Video character decorating method and device based on self-adaptive tracking frame segmentation |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN2091905U (en) * | 1991-03-13 | 1992-01-01 | 孙长庆 | Stereo and sound-absorption decorative plaster slab |
| CN2303040Y (en) * | 1997-01-27 | 1999-01-06 | 李增泉 | Mult-layer and mult-stage type relief like ceiling elements needing no keel |
| CN100587204C (en) * | 2008-08-21 | 2010-02-03 | 扬州同利冷藏设备有限公司 | Method for mounting split joint type plaster slab component as decoration in container |
| CN201605697U (en) * | 2009-05-15 | 2010-10-13 | 黄士权 | Double-elevation openable sound-adsorbing sound-insulating hung ceiling |
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