Glass and diamond plate combined mixed curtain wall

Abstract

The utility model relates to a glass and rhombic plate combined mixed curtain wall, which comprises a glass curtain wall arranged outside a structural wall body, rhombic plate curtain walls arranged on the outer side of the glass curtain wall at intervals, each rhombic plate curtain wall comprises a vertical main keel and an inclined auxiliary keel, each inclined auxiliary keel is provided with a rhombic plate unit, and the rhombic plate units are connected with the vertical main keels and the inclined auxiliary keels. Each rhombic plate unit comprises a rhombic plate, an L-shaped connector, a pump pipe, a movable pump core, a U-shaped clamping end, a convex seat and a plurality of grabbing arms, the L-shaped connector is fixed on the inclined auxiliary keel through a screw, the pump pipe is welded on the L-shaped connector, the movable pump core is movably inserted in the pump pipe, the U-shaped clamping end is formed at the outer end of the movable pump core, and the convex seat is fixed on the convex seat. The upper convex part of the convex seat is locked on the U-shaped clamping end through a transverse bolt, a bottom plate of the convex seat is fixedly connected with a plurality of grabbing arms, and the connecting ends of the grabbing arms are connected to the corresponding turning plates of the rhombic plate through screws. Therefore, the three-dimensional arc-shaped surface has the characteristics of three-dimensional modeling and capability of independently adjusting the angle and the displacement to form the arc-shaped surface.

Description

Technical Field

[0001] The invention relates to the technical field of curtain walls in building decoration structures, in particular to a hybrid curtain wall composed of glass and diamond plates which presents a three-dimensional structure and can independently adjust the angle and displacement. Background Art

[0002] With the continuous innovation of building curtain walls, different types of curtain walls play different functional roles. At present, most of the curtain walls of existing building facades adopt a single curtain wall setting, which has a traditional shape and a single function. Some irregular building facades need different types of curtain walls with multiple curved structures to decorate in order to present three-dimensional overlapping shapes and realize different functions. In view of this, it is necessary to design a curtain wall structure with two different materials and realize the shape of adjustable curved surfaces to meet the existing design needs. Summary of the invention

[0003] The purpose of the present invention is to solve the above-mentioned shortcomings and propose a hybrid curtain wall which is a combination of glass and diamond-shaped panels with a three-dimensional structure and the ability to independently adjust the angle and displacement.

[0004] In order to achieve the above-mentioned purpose, the technical scheme of the present invention is: a hybrid curtain wall composed of glass and diamond panels, comprising: a glass curtain wall is arranged outside the structural wall, and a diamond panel curtain wall is arranged at intervals outside the glass curtain wall, and the diamond panel curtain wall comprises: a plurality of vertical main keels and a plurality of oblique secondary keels, the vertical main keel is fixed to the outer end of the cantilever keel through a U-shaped clamp, the inner end of the cantilever keel passes through the glass curtain wall and is fixed to the embedded steel part of the structural wall, a plurality of oblique secondary keels are installed at intervals on the outer side of the plurality of main keels through angle codes, and a plurality of diamond panels are installed at intervals on each oblique secondary keel Unit, the diamond plate unit includes a claw-shaped component and a diamond plate, the claw-shaped component includes an L-shaped connecting code, a pump tube, a movable pump core, a U-shaped clamping end, a convex seat, and a plurality of grab arms. When the diamond plate unit is installed, the L-shaped connecting code is fixed to the oblique secondary keel by screws, the pump tube is welded to the L-shaped connecting code, the movable pump core is movably inserted in the pump tube and can adjust the telescopic distance, the U-shaped clamping end is formed on the outer end of the movable pump core, the upper convex part of the convex seat is locked on the U-shaped clamping end by a transverse bolt, the bottom plate of the convex seat is fixedly connected to a plurality of grab arms, and the connecting end of the grab arm is connected to the corresponding flap of the diamond plate by screws.

[0005] The vertical main keels are arranged obliquely, the top ends of several of the vertical main keels are welded with top main keels, and the bottom ends of several of the vertical main keels are welded with bottom main keels. The vertical main keels, the top main keels and the bottom main keels are all square.

[0006] The plurality of grab arms are formed into an integrated structure through a connecting plate, and the connecting plate is connected to the bottom plate of the convex seat through bolts.

[0007] The several diamond plate units are evenly spaced on the corresponding diagonal secondary keels, and the spacing between adjacent two rows of diamond plate units is equal.

[0008] The glass curtain wall includes: steel columns, aluminum alloy clad columns, aluminum alloy secondary frames, pressing blocks, pressing screws, cover plates, and curtain wall glasses. The aluminum alloy clad columns are coated on the outer sides of the steel columns and fixed to the steel columns by screws. The aluminum alloy secondary frames are locked to the steel columns by fixing screws. The pressing blocks are locked to the aluminum alloy secondary frames by pressing screws so that the curtain wall glasses are clamped between the pressing blocks and the aluminum alloy secondary frames.

[0009] Through holes for the cantilever keels to penetrate are formed at set positions of the curtain wall glasses.

[0010] Each diamond plate unit has two grasping arms, which are formed in a shape similar to the Chinese character "ji".

[0011] Several of the diagonal secondary keels are formed into arc-shaped profiles, and the diamond plate curtain wall formed by several diamond plate units is an arc-shaped surface.

[0012] The diamond plates are diamond-shaped stainless steel plates.

[0013] After adopting the above structure, based on the framed glass curtain wall, the present novel type cantilevers out vertical main keels through cantilever keels, and a plurality of diagonal secondary keels are connected to the vertical main keels. A plurality of diamond plate units are installed on the diagonal secondary keels. Each diamond plate unit is independently adjustable. The distance between the diamond plates is adjusted through a pump pipe and a movable pump core, and the rotation angle of the diamond plate is adjusted through the rotational connection between a U-shaped clamping end and a convex seat. In this way, the distance and angle of each diamond plate can be independently adjusted to form a unified arc-shaped surface. In this way, the glass curtain wall and the outer diamond plate curtain wall form an overlapping three-dimensional modeling structure, adding the characteristics of a diamond metal plate curtain wall in addition to the characteristics of the glass curtain wall. Therefore, the present novel type has the characteristics of a double composite curtain wall modeling that can present a three-dimensional structure and can independently adjust the angle and displacement to form an arc-shaped surface. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 is a partial cross-sectional structure schematic diagram of the horizontal section of the present utility model;

[0015] Figure 2 is a structure schematic diagram of the diamond plate unit of the present utility model;

[0016] Figure 3 is a partial cross-sectional structure schematic diagram of the glass curtain wall of the present utility model;

[0017] Figure 4 is a partial cross-sectional structure schematic diagram of the vertical section of the present utility model;

[0018] Figure 5It is a schematic diagram of a partial cross-sectional structure of a vertical section of the keel of the utility model;

[0019] Figure 6 It is a schematic diagram of the cross-sectional structure of the diamond-shaped plate arrangement of the utility model. DETAILED DESCRIPTION

[0020] The following is combined with Figure 1-6 The specific implementation manner of the utility model is further described in detail.

[0021] A hybrid curtain wall composed of glass and diamond plates of the present novel embodiment comprises: a glass curtain wall 200 is arranged outside a structural wall 10, and a diamond plate curtain wall 300 is arranged at intervals outside the glass curtain wall 200, and the diamond plate curtain wall 300 comprises: a plurality of vertical main keels 31 and a plurality of oblique secondary keels 32, and a plurality of diamond plate units 30 are installed at intervals on each oblique secondary keel 32, and the diamond plate unit 30 comprises a claw-shaped component and a diamond plate 33, and the claw-shaped component comprises an L-shaped connecting code 34, a pump pipe 35, a movable pump core 36, a U-shaped clamping end 37, a convex seat 38, and a plurality of grab arms 39.

[0022] The vertical main keels 31 are arranged obliquely, and the top ends of several of the vertical main keels 31 are welded with top main keels 31a, and the bottom ends of several of the vertical main keels 31 are welded with bottom main keels 31b. The vertical main keels 31, the top main keels 31a and the bottom main keels 31b are all square tubes.

[0023] The plurality of grab arms 39 are formed into an integral structure through a connecting plate 391 , and the connecting plate 391 is connected to the bottom plate of the convex seat 38 through bolts 392 .

[0024] The plurality of diamond plate units 30 are evenly spaced and arranged on the corresponding oblique secondary keels 32 , and the intervals between two adjacent rows of diamond plate units 30 are equal.

[0025] The glass curtain wall 200 includes: a steel column 21, an aluminum alloy column 22, an aluminum alloy sub-frame 23, a pressing block 24, a tightening screw 25, a cover plate 26, and a curtain wall glass 27.

[0026] The setting position of the curtain wall glass 27 is provided with a through hole for the cantilever keel 40 to penetrate.

[0027] There are two grab arms 39 on each of the diamond-shaped plate units 30, which are formed in a "J"-like shape.

[0028] A plurality of the oblique secondary keels 22 are formed into arc-shaped profiles, and a diamond plate curtain wall 300 formed by a plurality of diamond plate units 30 is an arc-shaped surface.

[0029] The diamond plate 33 is a diamond stainless steel plate.

[0030] During installation, the glass curtain wall 200 is first installed according to the structure of a traditional exposed frame glass curtain wall 200. The aluminum alloy column 32 is covered on the outside of the steel column 31 and fixed to the steel column 31 by screws. The aluminum alloy sub-frame 23 is locked on the steel column 31 by fixing screws. The pressing block 24 is locked on the aluminum alloy sub-frame 23 by tightening screws 25 so that the curtain wall glass 27 is sandwiched between the pressing block 24 and the aluminum alloy sub-frame 23.

[0031] Then, install the diamond plate curtain wall 300, pass the inner end of the cantilever keel 40 through the curtain wall glass 27 and fix it on the embedded steel part 11 of the structural wall 10, the vertical main keel 31 is fixed to the outer end of the cantilever keel 40 by the U-shaped clamp 211, and several oblique secondary keels 32 are installed on the outside of several main keels 31 in parallel and at intervals through the angle code 221; the L-shaped connecting code is fixed to the oblique secondary keel 32 by screws, the pump pipe 35 is welded to the L-shaped connecting code 34, the movable pump core 36 is movably inserted in the pump pipe 35 and can adjust the telescopic distance, the U-shaped clamping end 37 is formed on the outer end of the movable pump core 36, the upper convex part of the convex seat 38 is locked on the U-shaped clamping end 37 by transverse bolts, and the bottom plate of the convex seat 38 is fixedly connected to several grabbing arms 39, and the connecting end of the grabbing arm 39 is connected to the corresponding flap of the diamond plate 33 by screws.

[0032] In this way, since each diamond plate unit 30 is independently adjustable, the distance between the diamond plates 33 is adjusted through the pump tube 35 and the movable pump core 36, and the rotation angle of the diamond plates 33 is adjusted through the rotation connection between the U-shaped clamping end 37 and the convex seat 38. In this way, the distance and angle of each diamond plate 33 can be independently adjusted to form a uniform arc surface. In this way, the glass curtain wall 200 and the outer diamond plate curtain wall 300 form an overlapping three-dimensional structure, which has the characteristics of a glass curtain wall and adds the characteristics of a diamond metal plate curtain wall.

[0033] It can be seen from this that the new model has the characteristics of being able to present a three-dimensional structure and independently adjust the angle and displacement to form a double composite curtain wall shape of an arc surface.

[0034] Of course, the present invention may have many other implementation modes. Without departing from the spirit and essence of the present invention, technicians familiar with the field can make various corresponding changes and deformations based on the utility model, but these corresponding changes and deformations should all fall within the scope of protection of the claims attached to the utility model.

Claims

1. A hybrid curtain wall composed of glass and diamond-shaped panels, comprising: a glass curtain wall is arranged outside a structural wall, characterized in that : There is a diamond plate curtain wall arranged at intervals on the outer side of the glass curtain wall. The diamond plate curtain wall includes: several vertical main keels and several diagonal secondary keels. The vertical main keels are fixed to the outer ends of the cantilever keels through U-shaped clamps. The inner ends of the cantilever keels pass through the glass curtain wall and are fixed to the embedded steel parts on the structural wall. Several diagonal secondary keels are installed in parallel at intervals on the outer sides of several main keels. Several diamond plate units are installed at intervals on each diagonal secondary keel. The diamond plate unit includes a claw-shaped component and a diamond plate. The claw-shaped component includes an L-shaped connecting code, a pump tube, a movable pump core, a U-shaped clamping end, a convex seat, and several grab arms. When installing the diamond plate unit, the L-shaped connecting code is fixed to the diagonal secondary keel by screws. The pump tube is welded to the L-shaped connecting code. The movable pump core is movably inserted into the pump tube and can adjust the telescopic distance. The U-shaped clamping end is formed at the outer end of the movable pump core. The upper convex part of the convex seat is locked to the U-shaped clamping end through a transverse bolt. The bottom plate of the convex seat is fixedly connected to several grab arms. The connecting ends of the grab arms are connected to the corresponding flapped plates of the diamond plate by screws.

2. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 1, characterized in that: The vertical main keels are inclined. The top ends of several vertical main keels are welded with top main keels, and the bottom ends of several vertical main keels are welded with bottom main keels. The vertical main keels, top main keels, and bottom main keels are all square tubes.

3. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 2, characterized in that: The several grab arms are formed into an integral structure through a connecting plate. The connecting plate is connected to the bottom plate of the convex seat by bolts.

4. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 3 is characterized in that: The several diamond plate units are evenly arranged at intervals on the corresponding diagonal secondary keels, and the spacing between adjacent rows of diamond plate units is equal.

5. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 4, characterized in that: The glass curtain wall includes: steel columns, aluminum alloy covering columns, aluminum alloy secondary frames, pressing blocks, pressing screws, cover plates, and curtain wall glasses. The aluminum alloy covering columns are wrapped around the outer sides of the steel columns and fixed to the steel columns by screws. The aluminum alloy secondary frames are locked to the steel columns by fixing screws. The pressing blocks are locked to the aluminum alloy secondary frames by pressing screws so that the curtain wall glasses are clamped between the pressing blocks and the aluminum alloy secondary frames.

6. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 5, characterized in that: Through holes for the cantilever keels to penetrate are provided at the set positions of the curtain wall glasses.

7. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 6, characterized in that: There are two grab arms on each diamond plate unit, formed in a shape similar to the Chinese character "ji".

8. The hybrid curtain wall of glass and diamond-shaped panels according to claim 7, characterized in that: Several diagonal secondary keels are formed into arc-shaped profiles, and the diamond plate curtain wall formed by several diamond plate units is an arc-shaped surface.

9. The hybrid curtain wall composed of glass and diamond-shaped panels according to claim 8, characterized in that: The diamond plate is a diamond-shaped stainless steel plate.

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