CN102704645B - Detachable frameless big glass keel dry-hanging method construction system and construction method - Google Patents
Detachable frameless big glass keel dry-hanging method construction system and construction method Download PDFInfo
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- CN102704645B CN102704645B CN201210230319.4A CN201210230319A CN102704645B CN 102704645 B CN102704645 B CN 102704645B CN 201210230319 A CN201210230319 A CN 201210230319A CN 102704645 B CN102704645 B CN 102704645B
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Abstract
The invention relates to a detachable frameless big glass keel dry-hanging method construction system and a construction method. The system comprises an aluminum alloy vertical keel mounted between a wall pole surface and glass, a metal angle bracket, a ladder-shaped aluminum alloy section steel and a galvanized pendant, wherein the aluminum alloy vertical keel is a rectangular columnar structure, hanging holes are vertically alternatively formed on one surface of the aluminum alloy vertical keel towards the glass; and the left and right side surfaces of the aluminum alloy vertical keel are respectively fixed by the metal angle bracket and the wall pole surface, the cross section of the ladder-shaped aluminum alloy section steel is in isosceles trapezoid, the lower bottom surface of the ladder-shaped aluminum alloy section steel is adhered with the glass surface by structure glue, the upper bottom surface of the ladder-shaped aluminum alloy section steel is connected with the galvanized pendant, and a hook head part of the galvanized pendant is hung on the hanging hole of the aluminum alloy vertical keel. The detachable frameless big glass keel dry-hanging method construction system and the construction method have the characteristics of high construction speed, low cost, flexibility in glass detaching and convenience for maintenance, are widely applied in indoor and outdoor decoration projects of buildings, such as medical spaces, large shopping malls, exhibition centers, offices and other public spaces, and are applicable to all kinds of wall pole surfaces, especially more advantageous for wall pole surfaces with relatively much pipelines and equipment and in need of frequently detaching and maintaining.
Description
Technical field
The present invention relates to a kind of curtain wall dry-hanging method construction system and construction method.
Background technology
In the evolution of architectural decoration, the use amount of glass improves constantly, particularly aspect decoration panel.In the public buildings such as some office premisess, cinema, market, station, exhibition hall, be seen everywhere curtain wall, glass partition, glass metope, glass is by original simple glass, develop into there is shades of colour, the glass of various pattern, various uses.
At present, aspect interior decoration, existing a large amount of metope cylindrical structure all adopts glass, to reach certain decorative effect.Existing glass cylinder is decorated and is mainly contained two kinds of ways: one is that sheet material basic unit face pastes glass (or end cap pressure glass); Another kind is section material framework mounting glass.Although these two kinds of methods can play certain construction effect, should use all unsatisfactory.Front a kind of mode consumable material amount by sheet material basic unit sticking glass is large, Heavy Weight, speed of application are slow; Rear a kind of mode with section material framework mounting glass, installs difficult problem although overcome basal plate, and construction cost is higher, and framework expose the impact of decorative effect very big.These two kinds of the most serious problems of mode are glass dismounting inconvenience, are unfavorable for later period maintenance, make glass architectural decoration field use and development is very restricted.The batch production processing, raising speed of application, the saving construction cost that increase building materials are the inevitable directions of architectural decoration development, are also the developing direction that glass uses aspect architectural decoration.
Summary of the invention
The invention provides one detachably without frame large glass keel dry-hanging method construction system and construction method, solve that existing glass mounting means speed of application is slow, the technical problem of high material consumption, window wall cylinder corner treatment weak effect, maintain and replace difficulty.
The technical solution adopted for the present invention to solve the technical problems is:
This detachable without the large glass keel dry-hanging method of frame construction system, comprise the aluminium alloys centre keel, metal corner brace, trapezoidal aluminium alloy extrusions and the zinc-plated suspension member that are arranged between wall cylindrical surface and glass; Aluminium alloys centre keel is rectangle column structure, and its vertical interval of one side towards glass has hanging hole; The left and right sides of aluminium alloys centre keel are fixed by metal corner brace and wall cylindrical surface respectively, and metal corner brace is L shaped, and its both sides all have screw, and metal corner brace is fixed by screw and aluminium alloys centre keel on one side, and another side is fixed by expansion bolt and wall cylindrical surface; The cross section of trapezoidal aluminium alloy extrusions is isosceles trapezoid, its bottom surface is bondd by structure glue and glass surface, its upper bottom surface is connected with zinc-plated suspension member, zinc-plated suspension member is hook-shaped, hook part is had to screw, hook part is fixed by the upper bottom surface of screw and trapezoidal aluminium alloy extrusions, the eave tile part of zinc-plated suspension member is hung on the hanging hole of aluminium alloys centre keel;
This system also comprises the special-shaped centre keel of the aluminium alloys being arranged between wall cylindrical surface corner and glass, metal corner brace, trapezoidal aluminium alloy extrusions, zinc-plated suspension member, adjustable aluminum alloy fastener and edge closing bar; The special-shaped centre keel main body of aluminium alloys is rectangle column structure, and it is connected with outward extending corner limit on a vertical edge of glass corner, and its vertical interval, two sides towards glass has hanging hole; The special-shaped centre keel of aluminium alloys is fixed by metal corner brace and wall cylindrical surface corner towards the two sides of wall cylindrical surface corner, corner limit and the adjustable aluminum alloy fastener rivet clasp of the special-shaped centre keel of aluminium alloys, the cross section of adjustable aluminum alloy fastener is H shape, be formed by connecting by the flat board being parallel to each other and end plate, a dull and stereotyped side is longer than end plate, grow part and the special-shaped centre keel rivet clasp of aluminium alloys, the H shape part clamping edge closing bar of adjustable aluminum alloy fastener also embeds between two blocks of glass of wall cylindrical surface corner, and two glass edges of wall cylindrical surface corner are all with 45 ° of chamferings; The bottom surface of trapezoidal aluminium alloy extrusions is bondd by structure glue and glass surface, and the upper bottom surface of trapezoidal aluminium alloy extrusions is connected part with the hook of zinc-plated suspension member, and the eave tile part of zinc-plated suspension member is hung on the hanging hole of the special-shaped centre keel of aluminium alloys.
The upper bottom surface of described trapezoidal aluminium alloy extrusions is vertically provided with together for holding the groove of zinc-plated suspension member.
The eave tile part of described zinc-plated suspension member is with flanging outwardly.
Screw shape and screw head shape on described zinc-plated suspension member match, and screw head is seated in screw.
Described aluminium alloys centre keel inwall is with vertical fin.
The special-shaped centre keel inwall of described aluminium alloys is with vertical fin.
The screw on described metal corner brace both sides is slotted hole.
One side that described metal corner brace is connected with aluminium alloys centre keel has two slotted holes, and the one side being connected with wall cylindrical surface has a slotted hole.
Described edge closing bar is the narrow line edge closing bar of mirror face stainless steel, aluminium alloys edge closing bar or plastics edge closing bar.
This detachable construction method without the large glass keel dry-hanging method of frame construction system, construction sequence is as follows:
Step 1, installation site according to glass at wall cylindrical surface, the bottom surface of trapezoidal aluminium alloy extrusions is bondd by structure glue and glass surface, and upper bottom surface partial fixing, connects as one glass and trapezoidal aluminium alloy extrusions and zinc-plated suspension member by the hook of screw and zinc-plated suspension member;
Step 2, at wall cylindrical surface place, fixes the left and right sides of aluminium alloys centre keel respectively by metal corner brace and wall cylindrical surface, metal corner brace is fixed by screw and aluminium alloys centre keel on one side, and another side is fixed by expansion bolt and wall cylindrical surface;
In wall cylindrical surface corner, special-shaped aluminium alloys centre keel is fixed with metal corner brace and wall cylindrical surface corner towards the two sides of wall cylindrical surface corner, metal corner brace is fixed by screw and the special-shaped centre keel of aluminium alloys on one side, and another side is fixed by expansion bolt and wall cylindrical surface corner;
Step 3, in wall cylindrical surface corner, by the corner limit of special-shaped aluminium alloys centre keel and adjustable aluminum alloy fastener grow part rivet clasp, regulate turnover by the part that grows of adjustable aluminum alloy fastener according to thickness of glass simultaneously, then edge closing bar be connected in the H shape part of adjustable aluminum alloy fastener;
Step 4, the glass that step 1 is connected as one to structure hangs on aluminium alloys centre keel at wall cylindrical surface place, hangs on the special-shaped centre keel of aluminium alloys in wall cylindrical surface corner.
Beneficial effect of the present invention is as follows:
1. be applicable to large-area construction, speed of application is fast.
Glass employing structure glue and trapezoidal aluminium alloy extrusions are bonding, and trapezoidal aluminium alloy extrusions is connected with screw with zinc-plated suspension member, makes glass and trapezoidal aluminium alloy extrusions and zinc-plated suspension member " integrated ".This technique can adopt factory process, field erected method, and speed of application is fast, has shortened the construction period, has broken through the slow limitation of speed of application that traditional sticking construction method exists.
2. glass dismounting is flexible, easy construction.
Glass with and keel adopts the mode articulating, dismounting flexibly, facilitates the replacing after maintenance and the glass damage in later stage.
3. the installation site of glass is accurate, and system has good adjusting function.
Growing partly of adjustable aluminum alloy fastener can regulate turnover position according to thickness of glass, thus the distance between adjustment keel and glass.Relative position between the conveniently adjusted keel of slotted hole and wall cylindrical surface on metal corner brace dual-side.
4. the corner treatment of glass is frameless, good decorating effect.
Corner glass adopts 45 ° of chamferings, and corner adopts the narrow lines of mirror face stainless steel to receive limit or other material edge closing bars, good decorating effect.
5. energy-conserving and environment-protective, work progress noise, construction rubbish etc. are low in the pollution of the environment.
All glass field lofting sizes are processed in producer, and scene is directly assembled, do not produce any construction rubbish, the noise pollution that also can not bring on-the-spot materials handling, cutting etc. to bring.
6. easy to maintenance, reduce costs.
Glass is installed, dismounting is flexible, not only can in work progress, reduce a lot of workloads, in maintenance or use procedure after Practical Completion, also very convenient, does not need to remove framework or base plate, only need take off glass, has saved widely use cost.
Detachably can be widely used in the outer decorative engineering of architecture indoor without the large glass keel dry-hanging method of frame construction system, as public spaces such as medical space, megastore, conference and exhibition center, office etc., be applicable to various wall cylindrical surfaces, wall cylindrical surface especially more to pipeline and equipment, the frequent detachable maintaining of needs has more advantage.
Brief description of the drawings
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is installation drawing of the present invention.
Fig. 2 is the structural representation of aluminium alloys centre keel cross section.
Fig. 3 is the structural representation of the special-shaped centre keel cross section of aluminium alloys.
Fig. 4 is the structural representation of metal corner brace.
Fig. 5 is the structural representation of trapezoidal aluminium alloy extrusions cross section.
Fig. 6 is the facade structures schematic diagram of zinc-plated suspension member.
Fig. 7 is the side structure schematic diagram of zinc-plated suspension member.
Fig. 8 is the structural representation of adjustable aluminum alloy fastener cross section.
The trapezoidal aluminium alloy extrusions of Reference numeral: 1-, 1.1-upper bottom surface, 1.2-bottom surface, 1.3-groove, the zinc-plated suspension member of 2-, 2.1-screw, 2.2-flanging, 3-aluminium alloys centre keel, 3.1-hanging hole, 3.2-fin, 4-metal corner brace, 4.1-slotted hole, 5-adjustable aluminum alloy fastener, 5.1-dull and stereotyped, 5.2-end plate, 6-screw, 7-structure glue, 8-expansion bolt, 9-glass, 10-wall cylindrical surface, 11-edge closing bar, the special-shaped centre keel of 12-aluminium alloys, 12.1-hanging hole, 12.2-corner limit, 12.3-fin.
Detailed description of the invention
Embodiment is shown in Figure 1, this detachable without the large glass keel dry-hanging method of frame construction system, comprises the aluminium alloys centre keel 3, metal corner brace 4, trapezoidal aluminium alloy extrusions 1 and the zinc-plated suspension member 2 that are arranged between wall cylindrical surface 10 and glass 9.Aluminium alloys centre keel 3 is rectangle column structure, and its vertical interval of one side towards glass 9 has hanging hole 3.1.The left and right sides of aluminium alloys centre keel 3 are fixing with wall cylindrical surface 10 by metal corner brace 4 respectively.Metal corner brace 4 is L shaped, and its both sides all have screw, and metal corner brace 4 is fixing by screw and aluminium alloys centre keel 3 on one side, and another side is fixing with wall cylindrical surface 10 by expansion bolt 8.The cross section of trapezoidal aluminium alloy extrusions 1 is isosceles trapezoid, its bottom surface 1.2 is by structure glue 7 and glass 9 surface bondings, structure glue 7 adopts curtain buildings silicone structure sealant, its upper bottom surface 1.1 is connected with zinc-plated suspension member 2, zinc-plated suspension member 2 is hook-shaped, hook part is had to screw 2.1, hook part is fixed by screw 6 and the upper bottom surface 1.1 of trapezoidal aluminium alloy extrusions 1, the eave tile part of zinc-plated suspension member 2 is hung on the hanging hole 3.1 of aluminium alloys centre keel 3.
This system also comprises the special-shaped centre keel 12 of the aluminium alloys being arranged between wall cylindrical surface corner and glass 9, metal corner brace 4, trapezoidal aluminium alloy extrusions 1, zinc-plated suspension member 2, adjustable aluminum alloy fastener 5 and edge closing bar 11.Special-shaped centre keel 12 main bodys of aluminium alloys are rectangle column structure, and it is connected with outward extending corner limit 12.2 on a vertical edge of glass 9 corners, and its vertical interval, two sides towards glass 9 has hanging hole 12.1.The special-shaped centre keel 12 of aluminium alloys is fixed by metal corner brace 4 and wall cylindrical surface corner towards the two sides of wall cylindrical surface corner, the corner limit 12.2 and adjustable aluminum alloy fastener 5 rivet clasps of the special-shaped centre keel 12 of aluminium alloys.The cross section of adjustable aluminum alloy fastener 5 is H shape, be formed by connecting by the flat board 5.1 being parallel to each other and end plate 5.2, dull and stereotyped 5.1 1 sides are longer than end plate 5.2, grow part and special-shaped centre keel 12 rivet clasps of aluminium alloys, the H shape part clamping edge closing bar 11 of adjustable aluminum alloy fastener 5 also embeds between two blocks of glass 9 of wall cylindrical surface corner, and two glass 9 edges of wall cylindrical surface corner are all with 45 ° of chamferings.Edge closing bar 11 adopts the narrow line edge closing bar of mirror face stainless steel, aluminium alloys edge closing bar or plastics edge closing bar.The bottom surface 1.2 of trapezoidal aluminium alloy extrusions 1 is by structure glue 7 and glass 9 surface bondings, and the upper bottom surface 1.1 of trapezoidal aluminium alloy extrusions 1 is connected part with the hook of zinc-plated suspension member 2, and the eave tile part of zinc-plated suspension member 2 is hung on the hanging hole 12.1 of the special-shaped centre keel 12 of aluminium alloys.
Shown in Figure 2, the cross section of aluminium alloys centre keel 3 is rectangle, and its inwall is with vertical fin 3.2.
Shown in Figure 3, the special-shaped centre keel 12 main part cross sections of aluminium alloys are rectangle, and it is connected with outward extending corner limit 12.2 on a vertical edge of glass 9 corners, and special-shaped centre keel 12 inwalls of aluminium alloys are with vertical fin 12.3.
Shown in Figure 4, the screw on metal corner brace 4 both sides is slotted hole 4.1, and one side that metal corner brace 4 is connected with aluminium alloys centre keel 3 has two slotted holes 4.1, and the one side being connected with wall cylindrical surface 10 has a slotted hole 4.1.
Shown in Figure 5, the cross section of trapezoidal aluminium alloy extrusions 1 is isosceles trapezoid, and its upper bottom surface 1.1 is vertically provided with together for holding the groove 1.3 of zinc-plated suspension member 2.
Shown in Fig. 6, Fig. 7, the eave tile part of zinc-plated suspension member 2 is with flanging 2.2 outwardly, and screw 2.1 shapes and screw 6 nose shapes on zinc-plated suspension member 2 match, and screw 6 heads are seated in screw 2.1.
This as the detachable construction method without the large glass keel dry-hanging method of frame construction system, construction sequence is as follows:
Step 1, installation site according to glass 9 at wall cylindrical surface, by the bottom surface of trapezoidal aluminium alloy extrusions 1 1.2 by structure glue 7 and glass 9 surface bondings, upper bottom surface 1.1 by screw 6 with the hook of zinc-plated suspension member 2 partial fixing, glass 9 and trapezoidal aluminium alloy extrusions 1 and zinc-plated suspension member 2 are connected as one;
Step 2, at wall cylindrical surface 10 places, the left and right sides of aluminium alloys centre keel 3 are fixing with wall cylindrical surface 10 by metal corner brace 4 respectively, metal corner brace 4 is fixing by screw and aluminium alloys centre keel 3 on one side, and another side is fixing with wall cylindrical surface 10 by expansion bolt 8;
In wall cylindrical surface corner, special-shaped aluminium alloys centre keel 12 is fixed with metal corner brace 4 and wall cylindrical surface corner towards the two sides of wall cylindrical surface corner, metal corner brace 4 is fixing by screw and the special-shaped centre keel 12 of aluminium alloys on one side, and another side is fixed by expansion bolt 8 and wall cylindrical surface corner;
Step 3, in wall cylindrical surface corner, the corner limit of special-shaped aluminium alloys centre keel 12 12.2 and adjustable aluminum alloy fastener 5 grown to part rivet clasp, regulate turnover position by the part that grows of adjustable aluminum alloy fastener 5 according to thickness of glass simultaneously, then edge closing bar 11 is connected in the H shape part of adjustable aluminum alloy fastener 5;
Step 4, the glass that step 1 is connected as one to structure hangs on aluminium alloys centre keel 3 at wall cylindrical surface 10 places, hangs on the special-shaped centre keel 12 of aluminium alloys in wall cylindrical surface corner.
Claims (8)
1. detachably without the large glass keel dry-hanging method of a frame construction system, it is characterized in that: comprise the aluminium alloys centre keel (3), metal corner brace (4), trapezoidal aluminium alloy extrusions (1) and the zinc-plated suspension member (2) that are arranged between wall cylindrical surface (10) and glass (9); Aluminium alloys centre keel (3) is rectangle column structure, and its vertical interval of one side towards glass (9) has hanging hole (3.1); The left and right sides of aluminium alloys centre keel (3) are fixing by metal corner brace (4) and wall cylindrical surface (10) respectively, metal corner brace (4) is L shaped, its both sides all have screw, metal corner brace (4) is fixing by screw and aluminium alloys centre keel (3) on one side, and another side is fixing by expansion bolt (8) and wall cylindrical surface (10); The cross section of trapezoidal aluminium alloy extrusions (1) is isosceles trapezoid, its bottom surface (1.2) is by structure glue (7) and glass (9) surface bonding, its upper bottom surface (1.1) is connected with zinc-plated suspension member (2), zinc-plated suspension member (2) is hook-shaped, hook part is had to screw (2.1), hook part is fixed by screw (6) and the upper bottom surface (1.1) of trapezoidal aluminium alloy extrusions (1), the eave tile part of zinc-plated suspension member (2) is hung on the hanging hole (3.1) of aluminium alloys centre keel (3);
This system also comprises the aluminium alloys being arranged between wall cylindrical surface corner and glass (9) special-shaped centre keel (12), metal corner brace (4), trapezoidal aluminium alloy extrusions (1), zinc-plated suspension member (2), adjustable aluminum alloy fastener (5) and edge closing bar (11), special-shaped centre keel (12) main body of aluminium alloys is rectangle column structure, and it is connected with outward extending corner limit (12.2) on a vertical edge of glass (9) corner, and its vertical interval, two sides towards glass (9) has hanging hole (12.1), the special-shaped centre keel of aluminium alloys (12) is fixed by metal corner brace (4) and wall cylindrical surface corner towards the two sides of wall cylindrical surface corner, the corner limit (12.2) of the special-shaped centre keel of aluminium alloys (12) and adjustable aluminum alloy fastener (5) rivet clasp, the cross section of adjustable aluminum alloy fastener (5) is H shape, be formed by connecting by the flat board being parallel to each other (5.1) and end plate (5.2), dull and stereotyped (5.1) one sides are longer than end plate (5.2), grow part and special-shaped centre keel (12) rivet clasp of aluminium alloys, the H shape part clamping edge closing bar (11) of adjustable aluminum alloy fastener (5) also embeds between two blocks of glass (9) of wall cylindrical surface corner, two blocks of glass (9) edge of wall cylindrical surface corner is all with 45 ° of chamferings, the bottom surface (1.2) of trapezoidal aluminium alloy extrusions (1) is by structure glue (7) and glass (9) surface bonding, the upper bottom surface (1.1) of trapezoidal aluminium alloy extrusions (1) is connected part with the hook of zinc-plated suspension member (2), and the eave tile part of zinc-plated suspension member (2) is hung on the hanging hole (12.1) of the special-shaped centre keel of aluminium alloys (12),
The upper bottom surface (1.1) of described trapezoidal aluminium alloy extrusions (1) is vertically provided with together for holding the groove (1.3) of zinc-plated suspension member (2);
Screw (2.1) shape on described zinc-plated suspension member (2) and screw (6) nose shape match, and screw (6) head is seated in screw (2.1).
2. according to claim 1 detachable without the large glass keel dry-hanging method of frame construction system, it is characterized in that: the eave tile part of described zinc-plated suspension member (2) is with flanging (2.2) outwardly.
3. according to claim 1 detachable without the large glass keel dry-hanging method of frame construction system, it is characterized in that: described aluminium alloys centre keel (3) inwall is with vertical fin (3.2).
4. according to claim 1 detachable without the large glass keel dry-hanging method of frame construction system, it is characterized in that: special-shaped centre keel (12) inwall of described aluminium alloys is with vertical fin (12.3).
5. according to claim 1 detachable without the large glass keel dry-hanging method of frame construction system, it is characterized in that: the screw on described metal corner brace (4) both sides is slotted hole (4.1).
6. according to claim 5 detachable without the large glass keel dry-hanging method of frame construction system, it is characterized in that: one side that described metal corner brace (4) is connected with aluminium alloys centre keel (3) has two slotted holes (4.1), the one side being connected with wall cylindrical surface (10) has a slotted hole (4.1).
7. according to claim 1 detachable without the large glass keel dry-hanging method of frame construction system, it is characterized in that: described edge closing bar (11) is the narrow line edge closing bar of mirror face stainless steel, aluminium alloys edge closing bar or plastics edge closing bar.
8. a detachable construction method without the large glass keel dry-hanging method of frame construction system as described in claim 1～7 any one, is characterized in that construction sequence is as follows:
Step 1, installation site according to glass (9) at wall cylindrical surface, the bottom surface of trapezoidal aluminium alloy extrusions (1) (1.2) is bondd by structure glue (7) and glass (9) surface, upper bottom surface (1.1) partial fixing, connects as one glass (9) and trapezoidal aluminium alloy extrusions (1) and zinc-plated suspension member (2) by the hook of screw (6) and zinc-plated suspension member (2);
Step 2, locate at wall cylindrical surface (10), use respectively metal corner brace (4) and wall cylindrical surface (10) fixing the left and right sides of aluminium alloys centre keel (3), metal corner brace (4) is fixing by screw and aluminium alloys centre keel (3) on one side, and another side is fixing by expansion bolt (8) and wall cylindrical surface (10);
In wall cylindrical surface corner, the special-shaped centre keel of aluminium alloys (12) is fixed with wall cylindrical surface corner towards the metal corner brace for two sides (4) of wall cylindrical surface corner, metal corner brace (4) is fixing by screw and the special-shaped centre keel of aluminium alloys (12) on one side, and another side is fixed by expansion bolt (8) and wall cylindrical surface corner;
Step 3, in wall cylindrical surface corner, the corner limit (12.2) of special-shaped aluminium alloys centre keel (12) and adjustable aluminum alloy fastener (5) grown to part rivet clasp, regulate turnover position by the part that grows of adjustable aluminum alloy fastener (5) according to thickness of glass simultaneously, then edge closing bar (11) is connected in the H shape part of adjustable aluminum alloy fastener (5);
Step 4, the glass that step 1 is connected as one to structure locates to hang over aluminium alloys centre keel (3) above at wall cylindrical surface (10), hangs on the special-shaped centre keel of aluminium alloys (12) in wall cylindrical surface corner.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210230319.4A CN102704645B (en) | 2012-07-05 | 2012-07-05 | Detachable frameless big glass keel dry-hanging method construction system and construction method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210230319.4A CN102704645B (en) | 2012-07-05 | 2012-07-05 | Detachable frameless big glass keel dry-hanging method construction system and construction method |
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| CN102704645B true CN102704645B (en) | 2014-09-03 |
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| CN103741917B (en) * | 2013-12-25 | 2016-01-27 | 安徽森泰塑木新材料有限公司 | Wood plastic wall board paving structure |
| CN107724632A (en) * | 2016-08-12 | 2018-02-23 | 五冶集团上海有限公司 | A kind of indoor glass dry hanging construction technique |
| CN106381974A (en) * | 2016-08-31 | 2017-02-08 | 佛山市柏茨装饰墙体技术有限公司 | Glass hanger, light-weight glass hanging wall system using glass pendant and method |
| CN106381975A (en) * | 2016-08-31 | 2017-02-08 | 佛山市柏茨装饰墙体技术有限公司 | Glass hanger, heavy-weight glass hanging wall system using glass hanger and method |
| CN110453822B (en) * | 2019-08-27 | 2024-08-16 | 金螳螂精装科技（苏州）有限公司 | Light steel keel assembly free of auxiliary keel and mounting method thereof |
| CN110607857B (en) * | 2019-09-20 | 2024-09-20 | 金螳螂精装科技（苏州）有限公司 | Mounting structure of assembled fossil fragments partition wall |
| CN112049366B (en) * | 2020-08-31 | 2021-11-19 | 宣善竹 | Mounting structure and method for fixing joint by additionally mounting elevator derrick steel column and wall glass |
| CN114232923B (en) * | 2022-01-20 | 2023-06-30 | 深圳市众华装饰工程有限公司 | Indoor pipeline sound insulation and noise reduction structure convenient to expand and construct |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP4020772B2 (en) * | 2002-11-29 | 2007-12-12 | 不二サッシ株式会社 | Wall structure |
| CN100354485C (en) * | 2004-08-20 | 2007-12-12 | 中国建筑第八工程局第一建筑公司青岛分公司 | Fixing device and building method for outer decorative stone curtain wall of steel pipe truss tower |
| CN201176651Y (en) * | 2008-03-27 | 2009-01-07 | 珠海兴业幕墙工程有限公司 | Keel support system of BIPV curtain wall |
| CN202144652U (en) * | 2011-06-30 | 2012-02-15 | 中建二局第三建筑工程有限公司 | Ceramic rod and/or plate decoration system for abnormal connecting part of external wall |
| CN202731044U (en) * | 2012-07-05 | 2013-02-13 | 中国建筑装饰集团有限公司 | Dismountable frameless big glass keel dry-hanging method construction system |
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