CN102936949A - Connecting member for integrated bonding and locking of low-carbon boards and application and mounting method thereof - Google Patents
Connecting member for integrated bonding and locking of low-carbon boards and application and mounting method thereof Download PDFInfo
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- CN102936949A CN102936949A CN2012104824317A CN201210482431A CN102936949A CN 102936949 A CN102936949 A CN 102936949A CN 2012104824317 A CN2012104824317 A CN 2012104824317A CN 201210482431 A CN201210482431 A CN 201210482431A CN 102936949 A CN102936949 A CN 102936949A
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- low carbon
- sticking
- keel
- carbon board
- fastener
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Abstract
The invention relates to a connecting member for integrated bonding and locking of low-carbon boards. The connecting member is characterized by comprising an embedded part, a keel and bonding and locking elements, wherein the cross section of the embedded part is L-shaped, screw via holes are formed at the two side edges of the embedded part, respectively, and the strip-like bonding and locking elements are connected with the keel. An application and mounting method of the connecting member comprises the following steps of: checking the planeness of the main body structure of a building, burying the embedded part of the connecting member in the surface of the main body structure through an expansion bolt, connecting the keel with the embedded part, mounting the low-carbon boards from bottom upwards, firstly selecting the initial position line, finding the horizontal level, fastening and connecting the bonding and locking elements with the keel through stainless steel fastening screws, bonding the first low-carbon board to the keel through a Loctite adhesive, putting the end edge of the first low-carbon board at the upper side edges of the bonding and locking elements and fastening by virtue of upper and lower bonding and locking elements, and mounting layer by layer. The connecting member has the advantages that the prefabricated low-carbon boards are cut previously, and the dry hanging process of embedding the connecting member at first, fastening the keel, fastening the bonding and locking elements and applying the Loctite adhesive is employed for the low-carbon boards in construction.
Description
Technical field
The invention belongs to the building connecting elements, relate in particular to a kind of wall connecting piece and using method thereof that is applied to the sticking card combination of the external eaves decorative wall in building.
Background technology
The external eaves agent structure installation emmarble face in building or curtain wall practical application are extensive.Emmarble face dry-hanging is to utilize corrosion resistant bolt and corrosion resistant flexible connecting member, with the cladding external surface in building structure of the ornamental stones such as marble, granite, reserves the cavity of 40～50mm between stone material and the structure.The facing made from this technique, because stone material self is very heavy, so the auxiliary grid system of dry-hang stone requires very high, keel intensity and section bar yardstick require to satisfy stone material weight and the requirement of high-rise wind load safety factor, install very complicatedly, hold stone material successfully groove first, using connector to be fastenedly connected, each connects the necessary leveling of fastener, and construction is slow, and efficient is low.The composition of stone curtain wall.Formed by skeleton, stone material and annex three parts.Skeleton is comprised of vertical column and crosspiece, and it is supported stone, fixing stone, and links to each other with wall body structure by connector.It passes to agent structure with the deadweight of stone material and wind load and other loads, makes stone material and wall body structure be linked to be an integral body.The main accessories of stone wall has expansion bolt, T-shaped connector, fastening bolt, encapsulant etc.The skeleton erection sequence is: vertical skeleton (column) is installed first, the horizontal skeleton of rear installation (crosspiece).Vertical skeleton generally has two kinds with the body of wall fixing means, and a kind of is when pouring into a mould agent structure, carries out built-in fitting, after connector and built-in fitting weld, and fixing skeleton again.Another kind method is to hole in agent structure, with expansion bolt connector is fixed in body of wall, and skeleton is connected with connector again.The former reinforces firm, but the built-in fitting position often with error is installed.Latter installation site is accurate, takes a lot of work but punch, and fastness is not as pre-buried property.The external eaves main structure construction in above-mentioned dry-hang building complex process, connector and being connected of finish material are that requirement is that operator's technical condition are higher, especially marble is beaten cladding hole at its sidewall, and is both time-consuming, can destroy its intensity again; The framework material waste of curtain wall is larger, and building costs is very high.Builing industry demands developing a kind of sticking card of ornamental body of wall fixing body system that is simple and easy to implement urgently in conjunction with Method for Installation, can easily realize the safe and reliable connected system of the smooth effect of plate face.
Summary of the invention
The object of the invention is to overcome the deficiency of above-mentioned technology, and the connecting elements of the sticking card of a kind of low carbon board combination is provided and uses mounting method, only need low carbon board and bonding the getting final product of keel that is fixed on the in advance leveling of skin body during construction.Low carbon board adopts first built-in connection in the construction, fastening keel, and fastening sticking fastener, the dry-hanging of safe glue is pushed up in application.
The present invention for achieving the above object, by the following technical solutions: the connecting elements of the sticking card of a kind of low carbon board combination, comprise connecting elements, it is characterized in that: described connecting elements comprises built-in fitting, keel and the first sticking fastener or the second sticking fastener, described built-in fitting shape of cross section is L-shaped, described built-in fitting dual-side is respectively equipped with the screw via hole, and described strip the first sticking fastener or the second sticking fastener are connected with keel.
The strip section that the described first sticking fastener is made of positive and negative groove, the middle part of described anti-groove part vertically is provided with the support horizontal stripe for the overlap joint low carbon board.
It is stupefied that the described first sticking fastener is provided with the ripple that increases frictional force for the support horizontal stripe two sides that overlap low carbon board.
The described second sticking rectangular U-shaped of fastener shape of cross section, the described second sticking fastener up and down both side surface to be provided with the ripple that increases frictional force stupefied.
The long limit of described built-in fitting is provided with 1-2 the horizontal oval reaming of ￠ 8mm * 30mm, and minor face is provided with 1-2 ￠ 10 circular holes.
A kind of use mounting method that uses the connecting elements of the sticking card of above-mentioned low carbon board combination specifically uses construction sequence as follows, adopts successively job practices from bottom to top,
One, checks the planeness of constructure body structure, require the planeness of agent structure in a layer height in the 1-5cm scope;
Two, according to the Design Requirement Drawing unwrapping wire, and the built-in fitting of connecting elements is embedded in the agent structure surface by expansion bolt;
Three, by the stainless steel fastening bolt keel and built-in fitting are coupled together, and the keel leveling that same agent structure is connected, the keel that leveling is good and built-in fitting are by the locking of stainless steel fastening bolt;
Four, cut the 12mm low carbon board for subsequent use;
Five, mounting low carbon board from bottom to top; At first selected original position line also finds level, the first sticking fastener or the second sticking fastener of customization are fastenedly connected by stainless steel holding screw and keel, if wherein use the second sticking fastener then need be bonding with keel by the safe glue in top, pass through again the stainless steel holding screw fastening; First low carbon board is installed: first low carbon board is bonding by the safe glue in top and keel, the end limit of described first low carbon board is placed on the first sticking fastener or the second sticking fastener upper side, again according to above-mentioned process Installation the first sticking fastener or the second sticking fastener, this moment is by two first sticking fasteners or the second sticking fastener tighten first low carbon board up and down;
Six, each layer low carbon board successively is installed, technique above repeating;
Seven, after the ornamental low carbon board installation of whole agent structure is finished, to the gap position sealing between each layer low carbon board, and carry out the cleaning surfaces work for the treatment of.
Beneficial effect: prefabricated low carbon board is cut, only need low carbon board and bonding the getting final product of keel that is fixed on the in advance leveling of skin body during construction.Low carbon board adopts first built-in connection in the construction, fastening keel, and fastening sticking fastener is smeared the dry-hanging of the safe glue in top (need smear first top safe glue, more fastening sticking fastener when using the second sticking fastener).Mounting process simple and fast, but free adjustment make mounting process solid and reliable, and saving of work and time has shortened the duration, greatly reduces installation cost.The technical condition of installing are lower, and quick, the surface finish error of installation is little, good integral strength.Be applicable to the building external decoration engineering, because this entire system is lightweight, be specially adapted to old wall transformation to building load is little, no matter old master's body structure layer is face brick or coating, can directly construction on old master's body structure.The surface finish error of installing is little.
Description of drawings
Fig. 1 is the cross-sectional structural representation of using the first sticking fastener;
Fig. 2 is the vertical profile structural representation of using the first sticking fastener;
Fig. 3 is the cross-sectional structural representation of using the second sticking fastener;
Fig. 4 is the cross-sectional structural representation of using the second sticking fastener;
Fig. 5-Fig. 6 is the structural representation of the first sticking fastener or the second sticking fastener;
Fig. 7 is the structural representation of built-in fitting.
Among the figure: 1, low carbon board, 2, insulation layer or waterproofing course, 3, keel, 4, the first sticking fastener or the second sticking fastener, 4-1, support horizontal stripe, 4-2, ripple are stupefied, and 5, gap position, 6, stainless steel fastening bolt, 7, expansion bolt, 8, push up safe glue, 9, agent structure, 10, built-in fitting, 11, the stainless steel holding screw.
The specific embodiment
Describe the specific embodiment of the present invention in detail below in conjunction with preferred embodiment.See accompanying drawing for details,
The connecting elements of the sticking card of a kind of low carbon board combination, comprise connecting elements, described connecting elements comprises built-in fitting 10, keel 3 and the first sticking fastener or the second sticking fastener 4, described built-in fitting shape of cross section is L-shaped, described built-in fitting dual-side is respectively equipped with the screw via hole, and described strip the first sticking fastener or the second sticking fastener are connected with keel.The strip section that the described first sticking fastener is made of positive and negative groove, the middle part of described anti-groove part vertically is provided with the support horizontal stripe 4-1 for the overlap joint low carbon board.The support horizontal stripe two sides that the described first sticking fastener is used for the overlap joint low carbon board are provided with the stupefied 4-2 of ripple that increases frictional force.The described second sticking rectangular U-shaped of fastener shape of cross section, the described second sticking fastener up and down both side surface to be provided with the ripple that increases frictional force stupefied.The long limit of described built-in fitting is provided with 1-2 the horizontal oval reaming of ￠ 8mm * 30mm, and minor face is provided with 1-2 ￠ 10 circular holes.
Described built-in connection is by the zinc-plated reaming angle iron component in length limit, zinc-plated expansion steel bolt and be connected fastening bolt and consist of, there is 1-2 the horizontal oval reaming of ￠ 8mm*30mm on the long limit of connector, minor face has 1-2 ￠ 10 circular holes, described keel are that galvanized steel keel or aluminium alloy joist are affixed by connecting the long length of side circular hole of fastening bolt and built-in connection, and (the first sticking fastener, the second sticking fastener: sticking fastener one is connected with keel by the stainless steel holding screw described sticking fastener by the long oxidation plated film of every 25mm aluminium alloys fastener; The second sticking fastener is bonding by the safe glue in top and stainless steel holding screw and keel), stainless steel holding screw and push up safe glue formation, require first built-in connection to be embedded on the wall body structure beam position by expansion bolt according to installation drawing, simultaneously with keel by being fastenedly connected bolt-locking and leveling in same vertical plane, the low-carbon wood plate of sticking fastener being installed from bottom to top and will being cut is bonded on the keel, and by two sticking fasteners chuckings up and down.Described sticking fastener is shaped with stupefied can easily the low carbon board that cuts being adhesively fixed on the keel of in advance leveling of friction in advance, forms the decorated wall surface effect.
A kind of use mounting method that uses the connecting elements of the sticking card of above-mentioned low carbon board combination specifically uses construction sequence as follows, adopts successively job practices from bottom to top,
One, checks the planeness of constructure body structure, require the planeness of agent structure 9 in a layer height in the 1-5cm scope;
Two, according to the Design Requirement Drawing unwrapping wire, and the built-in fitting of connecting elements is embedded in insulation layer or waterproofing course 2 surfaces of agent structure 9 by expansion bolt 7;
Three, by the stainless steel fastening bolt keel and built-in fitting are coupled together, and the keel leveling that same agent structure is connected, the keel that leveling is good and built-in fitting are by 6 lockings of stainless steel fastening bolt;
Four, cut 12mm low carbon board 1 for subsequent use;
Five, mounting low carbon board from bottom to top; At first selected original position line also finds level, the first sticking fastener or the second sticking fastener of customization are fastenedly connected by stainless steel holding screw 11 and keel, if it is bonding with keel wherein to use the second sticking fastener then need pass through the safe glue 8 in top, fastening by the stainless steel holding screw again;
First low carbon board is installed: first low carbon board is bonding by the safe glue in top and keel, the end limit of described first low carbon board is placed on the first sticking fastener or the second sticking fastener upper side, again according to above-mentioned process Installation the first sticking fastener or the second sticking fastener, this moment is by two first sticking fasteners or the second sticking fastener tighten first low carbon board up and down;
Six, each layer low carbon board successively is installed, technique above repeating;
Seven, after the ornamental low carbon board installation of whole agent structure is finished, to gap position 5 sealings between each layer low carbon board, and carry out the cleaning surfaces work for the treatment of.
The connector functions:
1, built-in fitting part: galvanized steel plain sheet is one time punching molded, be embedded in advance the structure wall surface by expansion bolt, carry out preparatory work before installation.
2, sticking fastener part: according to drawing customization aluminium alloys fastener rear oxidation coating film treatment.
The above only is preferred embodiment of the present invention, is not structure of the present invention is done any pro forma restriction.Every foundation technical spirit of the present invention all still belongs in the scope of technical scheme of the present invention any simple modification, equivalent variations and modification that above embodiment does.
Claims (6)
1. a low carbon board glues the connecting elements of card combination, comprise connecting elements, it is characterized in that: described connecting elements comprises built-in fitting, keel and the first sticking fastener or the second sticking fastener, described built-in fitting shape of cross section is L-shaped, described built-in fitting dual-side is respectively equipped with the screw via hole, and described strip the first sticking fastener or the second sticking fastener are connected with keel.
2. low carbon board according to claim 1 glues the connecting elements of card combination, it is characterized in that: the strip section that the described first sticking fastener is made of positive and negative groove, the middle part of described anti-groove part vertically is provided with the support horizontal stripe for the overlap joint low carbon board.
3. low carbon board according to claim 1 and 2 glues the connecting elements of card combination, it is characterized in that: the described first sticking fastener is stupefied for the ripple that the support horizontal stripe two sides that overlap low carbon board are provided with increase frictional force.
4. the connecting elements of the sticking card of low carbon board according to claim 3 combination is characterized in that: the described second sticking rectangular U-shaped of fastener shape of cross section, the described second sticking fastener up and down both side surface to be provided with the ripple that increases frictional force stupefied.
5. low carbon board according to claim 4 glues the connecting elements of card combination, it is characterized in that: the long limit of described built-in fitting is provided with 1-2 the horizontal oval reaming of ￠ 8mm * 30mm, and minor face is provided with 1-2 ￠ 10 circular holes.
6. one kind is used the sticking use mounting method that blocks the connecting elements of combination of above-mentioned low carbon board, it is characterized in that: specifically use construction sequence as follows, adopt successively job practices from bottom to top,
One, check the planeness of constructure body structure, require agent structure with the planeness in the layer height in the 1-5cm scope;
Two, according to the Design Requirement Drawing unwrapping wire, and the built-in fitting of connecting elements is embedded in the agent structure surface by expansion bolt;
Three, by the stainless steel fastening bolt keel and built-in fitting are coupled together, and the keel leveling that same agent structure is connected, the keel that leveling is good and built-in fitting are by the locking of stainless steel fastening bolt;
Four, cut the 12mm low carbon board for subsequent use;
Five, mounting low carbon board from bottom to top; At first selected original position line also finds level, the first sticking fastener or the second sticking fastener of customization are fastenedly connected by stainless steel holding screw and keel, if wherein use the second sticking fastener then need be bonding with keel by the safe glue in top, pass through again the stainless steel holding screw fastening;
First low carbon board is installed: first low carbon board is bonding by the safe glue in top and keel, the end limit of described first low carbon board is placed on the first sticking fastener or the second sticking fastener upper side, again according to above-mentioned process Installation the first sticking fastener or the second sticking fastener, this moment is by two first sticking fasteners or the second sticking fastener tighten first low carbon board up and down;
Six, each layer low carbon board successively is installed, technique above repeating;
Seven, after the ornamental low carbon board installation of whole agent structure is finished, to the gap position sealing between each layer low carbon board, and carry out the cleaning surfaces work for the treatment of.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012104824317A CN102936949A (en) | 2012-11-23 | 2012-11-23 | Connecting member for integrated bonding and locking of low-carbon boards and application and mounting method thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012104824317A CN102936949A (en) | 2012-11-23 | 2012-11-23 | Connecting member for integrated bonding and locking of low-carbon boards and application and mounting method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN102936949A true CN102936949A (en) | 2013-02-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012104824317A Pending CN102936949A (en) | 2012-11-23 | 2012-11-23 | Connecting member for integrated bonding and locking of low-carbon boards and application and mounting method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104074332A (en) * | 2014-06-30 | 2014-10-01 | 深圳市深装总装饰工程工业有限公司 | Inner wall dry bonding structure for glass-fiber reinforced gypsum plate and construction method of inner wall dry bonding structure |
| CN108842982A (en) * | 2018-07-31 | 2018-11-20 | 浙江亚厦装饰股份有限公司 | The levelling assembly of metope and installation method |
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| JPS6471964A (en) * | 1987-09-11 | 1989-03-16 | Inax Corp | Fitting for executing wall surface |
| JPH094180A (en) * | 1995-06-21 | 1997-01-07 | Mitsubishi Materials Corp | Mounting structure for construction material |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104074332A (en) * | 2014-06-30 | 2014-10-01 | 深圳市深装总装饰工程工业有限公司 | Inner wall dry bonding structure for glass-fiber reinforced gypsum plate and construction method of inner wall dry bonding structure |
| CN108842982A (en) * | 2018-07-31 | 2018-11-20 | 浙江亚厦装饰股份有限公司 | The levelling assembly of metope and installation method |
| CN108842982B (en) * | 2018-07-31 | 2024-04-02 | 浙江亚厦装饰股份有限公司 | Wall leveling assembly and installation method |
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