CN205421803U - Hang stone material futilely and perpendicular mosaic structure thereof - Google Patents
Hang stone material futilely and perpendicular mosaic structure thereof Download PDFInfo
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- CN205421803U CN205421803U CN201620205828.5U CN201620205828U CN205421803U CN 205421803 U CN205421803 U CN 205421803U CN 201620205828 U CN201620205828 U CN 201620205828U CN 205421803 U CN205421803 U CN 205421803U
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Abstract
The utility model discloses a hang stone material futilely and perpendicular mosaic structure thereof, perpendicular mosaic structure includes that the length direction who prolongs the stone material in the perpendicular department of two blocks of stone materials of mutually perpendicular fills out the first marble adhesive of establishing for be in the same place preliminary bonding of two mutually perpendicular's stone material, still include a first fluting that sets up respectively in the both ends of two mutually perpendicular's stone material side, first grooved first end position is on horizontal stone material distolateral, and the second end position is in founding the corresponding distolateral position department of going up near horizontal stone material to the stone material, still include in the first fluting embedding with the first pin of first fluting assorted first pin with be filled with the second marble adhesive in the gap between the first fluting. Adopt above -mentioned perpendicular mosaic structure, can increase staff's work efficiency, alleviate the degree of difficulty of stone material installation, reduce labour's consumption.
Description
Technical field
This utility model relates to decoration of exterior wall field, particularly to a kind of dry-hang stone and vertical splicing construction thereof.
Background technology
The cladding of stone material is currentWall decorationMiddle a kind of novel construction technology.The method will with metal hangerOrnamental stoneDirectly it is hung on metope or sky is hung on steelframe, be not required to againGroutingPaste.Its principle is to set main stress point on the body construction, is fixed on building by stone material by metal hanger, forms stone decorationCurtain wall.Dry-hang stone generally comprises metallic framework and the stone material being installed on metallic framework, in a kind of dry-hang stone, stone material has three faces, i.e. upper side, downside and lateral surface (facade), when this stone material is installed on wall face, need first to be installed on exterior wall by expansion bolt by the skeleton of shaped as frame, on the upside of skeleton, downside and outside are respectively mounted stone material, each block of stone material needs separately installed respective side on skeleton, connect sheet by metal L-shaped after installation and upper and lower sides stone material is carried out vertical splicing with the both sides up and down of lateral surface stone material respectively, in this mode, staff needs to carry out aerial work on hanging basket, activity duration is long, inefficiency.
Utility model content
For above-mentioned the deficiencies in the prior art, technical problem to be solved in the utility model is: provides a kind of and can reduce aerial work time, the dry-hang stone improving work efficiency and vertical splicing construction thereof.
For solving above-mentioned technical problem, the technical scheme that this utility model uses is: provide the vertical splicing construction of a kind of dry-hang stone, it is included in the vertical place of orthogonal two blocks of stone materials to prolong the length direction of stone material and fill out the first cloud stone glue set, in order to tentatively to be bonded together by two orthogonal stone materials；Being additionally included in one first fluting that the both end sides of two blocks of orthogonal stone materials is respectively provided with, the first end of described first fluting is positioned on the side of horizontal stone material, and the second end is positioned at and stands the position of close horizontal stone material on the corresponding side of stone material；It is additionally included in the first pin matched with described first fluting that described first fluting is embedded in, in the gap between described first pin and described first fluting, is filled with the second cloud stone glue.
As optimization, the length direction of described first fluting is consistent with the thickness direction of described horizontal stone material, also with described stand to the width of stone material consistent.
As optimization, described first fluting is L-shaped, and it is by being positioned at the vertical slot stood on groove side and the termination with described vertical slot that is positioned on transverse groove side is that the transverse groove that connects of bending forms；Described first pin is in the L-shaped matched with described first fluting.
As optimization, at the gap between orthogonal two pieces of stone material intersection, it is filled with the 3rd cloud stone glue.
For solving above-mentioned technical problem, the another kind of technical scheme that this utility model uses is: provide a kind of dry-hang stone, it is the stone material of half frame-shaped including the skeleton of the rectangular frame of section and section, the stone material of this half frame-shaped is spliced to form to Stone Vertical with standing by two horizontal stone materials, and one of horizontal stone material is spliced by the first vertical splicing construction to stone material with standing；Offering screwed hole in the inboard of described skeleton, expansion bolt is fixed with exterior wall to be fixed on described wall face by described skeleton after this screwed hole；The most dismountable in the upside of described skeleton, downside and outside connected with the one end being connected sheet；It is positioned at the other end connecting sheet on the downside of skeleton to be connected with one of horizontal stone material, it is positioned at the other end stone material horizontal with another block connecting sheet on the upside of skeleton to be connected, being positioned at the other end connecting sheet outside skeleton to be connected to stone material with described standing, the described first vertical splicing construction is above-mentioned vertical splicing construction.
The vertical splicing construction of dry-hang stone of the present utility model, compared with prior art, it has the benefit that and first vertically splices two blocks of stone materials on the ground, reduce the time of operation aloft, thus improve the installation effectiveness of stone material, save recruitment cost, alleviate installation difficulty and the consumption of labour's power.The horizontal stone material of another block can optionally use above-mentioned vertical splicing construction to carry out splicing or can use tradition splicing to splice with standing to the splicing of stone material.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of vertical splicing construction one embodiment of this utility model dry-hang stone.
Fig. 2 is the enlarged drawing of Fig. 1 local A.
Fig. 3 be this utility model dry-hang stone another embodiment of vertical splicing construction in the first pin and first fluting cooperation figure.
Fig. 4 is the side schematic view of this utility model dry-hang stone.
Detailed description of the invention
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.
Refer to Fig. 1 and Fig. 2, the vertical splicing construction of the dry-hang stone of the present embodiment, it is included in the vertical place of orthogonal two blocks of stone materials and prolongs the length direction of stone material and fill out the first cloud stone glue 100 set, in order to tentatively to be bonded together by two orthogonal stone materials；Being additionally included in one first fluting 102 that the both end sides of two blocks of orthogonal stone materials is respectively provided with, the first end of described first fluting 102 is positioned on the side of horizontal stone material 110, and the second end is positioned at and stands the position of close horizontal stone material 110 on the corresponding side of stone material 112；It is additionally included in the first pin 103 matched with described first fluting 102 that described first fluting 102 is embedded in, in the gap between described first pin 103 and described first fluting 102, is filled with the second cloud stone glue 104.
In this programme, by can only be after one block of stone material be arranged on skeleton in conventional art, the scheme being further continued for installing another block stone material improves: after first two pieces of Stone Verticals being spliced into L shape, after the stone material that L-shaped fills is arranged on skeleton, installing other one block of stone material again, the section finally making the dry-hang stone being installed on exterior wall is half frame-shaped.This vertical splicing construction, improves the work efficiency (conventional art needs each piece to be arranged on skeleton splicing, first splices and hang on skeleton again after improvement, and by contrast, the set-up time after improvement has obtained greatly reducing) of staff；Alleviate installation difficulty, owing to installing on metope, in most cases for work high above the ground, dry-hang stone is installed in hanging basket need to stand in by staff, therefore, in this programme, staff can be carried out on ground when splicing, only mounting framework and when being arranged on skeleton by stone material, just need in work high above the ground, decrease the time of work high above the ground, reduce installation difficulty, reduce labour expenditure.
In the present embodiment, the first fluting 102 is in strip, and the length direction of described first fluting 102 is consistent and consistent with the described width stood to stone material 112 with the thickness direction of described horizontal stone material 110.
Refer to Fig. 3, improve as one, for increasing the splicing firmness between two blocks of stone materials, prevent two stone materials from departing from, in this structure-improved, described first fluting 102a is L-shaped, and it is by being positioned at the vertical slot standing on the side of groove and the termination with described vertical slot that is positioned on transverse groove side is that the transverse groove that connects of bending forms；First pin 103a is in the L-shaped matched with described first fluting 102a.One end of first pin 103a of L-shaped is located at and is stood in groove, the other end is arranged in transverse groove, they slot after 102a coordinates with L-shaped first, from four direction, two blocks of stone materials can be fixed, compared with the fluting of elongate in shape and pin, their Connected degree is higher, and two blocks of stone materials are more difficult to be separated.
In two schemes, all can be filled with the 3rd cloud stone glue 105(at the gap between orthogonal two pieces of stone material Mosaic faces and see Fig. 4), increase the adhesive strength of the Mosaic face of two blocks of stone materials further.
This utility model embodiment, by in two pieces of stone material splicings, the two blocks of stone materials first selecting length to match, stand on the long edge position of another block stone material by one of stone material, first cloud stone glue is inserted at their vertical angle, so that two blocks of stone materials are tentatively spliced L-shaped；Secondly, utilizing cutting machine to offer the first fluting in the both end sides of L-shaped stone material, a part for the first fluting needs to be positioned on horizontal stone material, and another part needs to be positioned to stand on stone material；Then, after two the first pins being respectively placed in the first fluting, by the second cloud stone glue, the gap between the first pin with the corresponding first fluting is filled up, so that the first pin is firm and the first slotted engagement；Finally, at the gap stood between the Mosaic face of stone material and horizontal stone material, fill out the 3rd cloud stone glue, fix the stitching portion of two stone materials further.
Refer to Fig. 4, dry-hang stone of the present utility model includes: the rectangular horizontal stone material of skeleton 20, two of section 21,22, stand to stone material and for one of horizontal stone material (the hereinafter referred to as first horizontal stone material 21) is vertically spliced in standing to the first of stone material side the vertical splicing construction, so that spliced stone material section is L-shape, two horizontal stone materials 21,22 with stand after stone material splices mutually in half frame-shaped, offer screwed hole in the inboard of described skeleton 20, expansion bolt 25 is fixed with exterior wall to be fixed on described wall face by described skeleton 20 after this screwed hole；The most dismountable connected with the one end being connected sheet 23 in upside, downside and the outside of described skeleton 20；It is positioned at the other end connecting sheet 23 on the downside of skeleton 20 and the first horizontal stone material 21 is connected, it is positioned at the other end connecting sheet 23 on the upside of skeleton 20 to be connected with another block laterally (the hereinafter referred to as second horizontal stone material 22) stone material, being positioned at the other end connecting sheet 23 outside skeleton 20 to be connected to stone material with described standing, the described first vertical splicing construction is above-mentioned vertical splicing construction.
This first vertical splicing construction i.e. is included in the vertical place stood to stone material with its first perpendicular horizontal stone material 21 and fills out the first cloud stone glue 241 set, in order to tentatively to be bonded together by two blocks of perpendicular stone materials；It is additionally included in one first fluting that the both end sides stood to the horizontal stone material 21 of stone material and first is respectively provided with, first end of described first fluting is positioned on the side of this first horizontal stone material 21, and the second end is positioned at the described position founding on the corresponding side of stone material close described first horizontal stone material 21；It is additionally included in the first pin 242 matched with described first fluting that described first fluting is embedded in, in the gap between described first pin 242 and described first fluting, is filled with the second cloud stone glue 104.
In the present embodiment, described dry-hang stone also includes for by second block of horizontal stone material and described the second splicing construction stood to Stone Vertical splicing, splice in founding the other side to stone material in order to make second piece of horizontal Stone Vertical, so that the section of spliced stone material is half frame-shaped, the described second vertical splicing construction is above-mentioned vertical splicing construction.
I.e. it is included in the vertical place stood to stone material with its second perpendicular horizontal stone material 22 and fills out the 4th cloud stone glue 261 set, in order to two blocks of perpendicular stone materials are tentatively bonded together, also include to found one second fluting being respectively provided with to the both end sides of stone material and wherein the second horizontal stone material 22, first end of described second fluting is positioned on the side of this horizontal stone material, and the second end is positioned at described standing on the corresponding side of stone material near the position of described horizontal stone material；It is additionally included in the second pin 262 matched with described second fluting that described second fluting is embedded in, in the gap between described second pin 262 and described second fluting, is filled with the 5th cloud stone glue.
Dry-hang stone of the present utility model, installation procedure is as follows:
The first step: two blocks of stone materials are spliced by staff on the ground by above-mentioned vertical splicing construction, spliced two blocks of stone materials are L-shaped or inverted L-shaped；
Second step: skeleton 20 is installed on metope (staff need to stand on hanging basket or the first-class mounting framework of scaffold 20)；
3rd step: be fixed on described skeleton 20 by above-mentioned spliced L-shaped stone material, the horizontal stone material of L-shaped stone material is securable to upside or the downside of skeleton 20, stand the outside being fixed on skeleton 20 to stone material；
4th step: second block of horizontal stone material is connected to the side that stone material does not splices is vertical with standing, carries out the most bonding by the 4th cloud stone glue 261；
5th step: after the most bonding, can use above-mentioned vertical splicing construction to splice, it is possible to similarly to the prior art, be directly attached to the corresponding side of skeleton 20 by second block of horizontal stone material.
Dry-hang stone of the present utility model, utilize above-mentioned vertical splicing construction, it has the benefit that the vertical splicing between at least two blocks of stone materials can be at Ground Operation, without conventionally, after needing to be attached to the corresponding side of skeleton 20 by each block of stone material on high-altitude, then the stone material utilization of other stone material and successful connection is connected sheet 23 splices, be not the most that the metallic framework 20 with metope of a piece a piece is connected, thus improve the installation effectiveness of stone material, save recruitment cost.The cladding stone decoration of general exterior wall, operator are that operation constructing operation efficiency is low on hanging basket and scaffold, and install on the metallic framework 20 of metope after using the most vertical splicing of stone material, alleviate the difficulty of stone material installation, decrease the consumption of labour force.
These are only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure utilizing this utility model description and accompanying drawing content to be made or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, the most in like manner it is included in scope of patent protection of the present utility model.
Claims (5)
1. the vertical splicing construction of a dry-hang stone, it is characterised in that: it is included in the vertical place of orthogonal two blocks of stone materials and prolongs the length direction of stone material and fill out the first cloud stone glue set, in order to tentatively to be bonded together by two orthogonal stone materials；Being additionally included in one first fluting that the both end sides of two blocks of orthogonal stone materials is respectively provided with, the first end of described first fluting is positioned on the side of horizontal stone material, and the second end is positioned at and stands the position of close horizontal stone material on the corresponding side of stone material；It is additionally included in the first pin matched with described first fluting that described first fluting is embedded in, in the gap between described first pin and described first fluting, is filled with the second cloud stone glue.
2. the vertical splicing construction of dry-hang stone as claimed in claim 1, it is characterised in that: the length direction of described first fluting is consistent with the thickness direction of described horizontal stone material, also with described stand to the width of stone material consistent.
3. the vertical splicing construction of dry-hang stone as claimed in claim 1, it is characterized in that: described first fluting is L-shaped, it is by being positioned at the vertical slot stood on groove side and the termination with described vertical slot that is positioned on transverse groove side is that the transverse groove that connects of bending forms；Described first pin is in the L-shaped matched with described first fluting.
4. the vertical splicing construction of dry-hang stone as claimed in claim 1, it is characterised in that: it is filled with the 3rd cloud stone glue at the gap between orthogonal two pieces of stone material intersection.
5. a dry-hang stone, it is the stone material of half frame-shaped including the skeleton of the rectangular frame of section and section, the stone material of this half frame-shaped is spliced to form to Stone Vertical with standing by two horizontal stone materials, and one of horizontal stone material is spliced by the first vertical splicing construction to stone material with standing；Offering screwed hole in the inboard of described skeleton, expansion bolt is fixed with exterior wall to be fixed on described wall face by described skeleton after this screwed hole；The most dismountable in the upside of described skeleton, downside and outside connected with the one end being connected sheet；It is positioned at the other end connecting sheet on the downside of skeleton to be connected with one of horizontal stone material, it is positioned at the other end stone material horizontal with another block connecting sheet on the upside of skeleton to be connected, it is positioned at the other end connecting sheet outside skeleton to be connected to stone material with described standing, it is characterised in that: the described first vertical splicing construction is the vertical splicing construction described in any one of the claims 1 to 4 claim.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620205828.5U CN205421803U (en) | 2016-03-17 | 2016-03-17 | Hang stone material futilely and perpendicular mosaic structure thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620205828.5U CN205421803U (en) | 2016-03-17 | 2016-03-17 | Hang stone material futilely and perpendicular mosaic structure thereof |
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| CN205421803U true CN205421803U (en) | 2016-08-03 |
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| CN201620205828.5U Active CN205421803U (en) | 2016-03-17 | 2016-03-17 | Hang stone material futilely and perpendicular mosaic structure thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111648549A (en) * | 2020-05-29 | 2020-09-11 | 苏州金螳螂建筑装饰股份有限公司 | Dry hanging structure of badge type building housing veneer and mounting method |
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2016
- 2016-03-17 CN CN201620205828.5U patent/CN205421803U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111648549A (en) * | 2020-05-29 | 2020-09-11 | 苏州金螳螂建筑装饰股份有限公司 | Dry hanging structure of badge type building housing veneer and mounting method |
| CN111648549B (en) * | 2020-05-29 | 2021-05-25 | 苏州金螳螂建筑装饰股份有限公司 | Dry hanging structure of badge type building housing veneer and mounting method |
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