Glass curtain wall mounting structure with disassembly-free ceramic plate line fixing structure

Abstract

The utility model provides a kind of glass curtain wall mounting structure of exempt from to tear down ceramic plate line fixed structure, including fixed structure being installed on aluminium alloy crossbeam at interval, fixed structure is installed on aluminium alloy crossbeam by the C-shaped groove aluminium of two sides, fixed structure includes aluminium plate fixed structure and ceramic plate line fixed structure, double-clad hollow glass is provided in aluminium plate fixed structure, ceramic plate line fixed structure includes several pieces of ceramic plate, several pieces of ceramic plate are respectively arranged along the two waist and upper base of right-angled trapezium, and sealing element is provided between adjacent ceramic plate.The utility model is installed fixed structure on aluminium alloy crossbeam by C-shaped groove aluminium, fixed structure includes aluminium plate fixed structure, in the case where ceramic plate line fixed structure and aluminium plate fixed structure are not torn down, one end of double-clad hollow glass is first entered the aluminium plate fixed structure of one side, the other end of double-clad hollow glass is rotated and is in position after horizontal push and enters the aluminium plate fixed structure of other side, improve construction efficiency, reduce construction cycle.

Description

Technical Field

[0001] This utility model relates to the field of curtain wall installation structure technology, specifically to a glass curtain wall installation structure with a non-removable terracotta panel line fixing structure. Background Technology

[0002] Terracotta panels are brittle, artificially fired materials, resulting in significant dimensional deviations, overall warping, and localized deformation in the finished products. The current construction sequence is as follows: first, aluminum alloy beams and glass are installed; then, the curtain wall glass is sealed and waterproofed; finally, the terracotta panel molding fixing structure is installed. This technique has the following drawbacks: installing the terracotta panel molding fixing structure last means that it must be removed when glass replacement is needed, leading to low construction efficiency and a long construction period.

[0003] Therefore, how to design a glass curtain wall installation structure that does not require disassembly of terracotta panel lines has become an urgent problem to be solved. Utility Model Content

[0004] To address the problems existing in the prior art, this utility model provides a glass curtain wall installation structure that eliminates the need for disassembling terracotta panel lines, thereby solving at least one of the aforementioned technical problems.

[0005] The technical solution of this utility model is: a glass curtain wall installation structure with a non-removable terracotta panel line fixing structure, including fixing structures installed at intervals on aluminum alloy beams. Each fixing structure is installed on the aluminum alloy beams through C-shaped grooves on both sides. Each fixing structure includes an aluminum plate fixing structure and a terracotta panel line fixing structure. A double-layered hollow glass is installed inside the aluminum plate fixing structure. Without removing the terracotta panel line fixing structure and the aluminum plate fixing structure, one end of the double-layered hollow glass is first inserted into the aluminum plate fixing structure on one side, and the other end of the double-layered hollow glass is rotated into place and then pushed horizontally into the aluminum plate fixing structure on the other side. The terracotta panel line fixing structure includes several terracotta panels, which are arranged along the two sides and the top base of a right-angled trapezoid. A sealing element is provided between adjacent terracotta panels.

[0006] This utility model adopts a C-shaped groove aluminum mounting and fixing structure on an aluminum alloy beam. The fixing structure includes an aluminum plate fixing structure and a ceramic tile strip fixing structure. Without disassembling the ceramic tile strip fixing structure and the aluminum plate fixing structure, one end of the double-layer hollow glass is first inserted into the aluminum plate fixing structure on one side, and the other end of the double-layer hollow glass is rotated into place and then pushed horizontally into the aluminum plate fixing structure on the other side, which improves construction efficiency and reduces the construction cycle. Attached Figure Description

[0007] Figure 1 This is a schematic diagram of the structure of this utility model.

[0008] Figure 2This is a three-dimensional diagram of the installation structure of the first galvanized steel pipe, the second galvanized steel pipe, and the first unequal angle steel of this utility model.

[0009] Figure 3 This is a schematic diagram of the internal structure of the fixed structure of this utility model.

[0010] Figure 4 for Figure 3 AA cross-section view.

[0011] Figure 5 This is a schematic diagram of the installation structure of the first steel pipe, the second steel pipe, the second bolt, and the U-shaped steel plate of this utility model.

[0012] In the diagram: 1. First galvanized steel pipe; 2. Second galvanized steel pipe; 3. First unequal angle steel; 4. Second unequal angle steel; 5. Second aluminum alloy profile; 6. U-shaped single panel; 7. Terracotta panel; 8. First aluminum alloy hanger; 9. First steel pipe; 10. Second steel pipe; 11. Second bolt; 12. U-shaped steel plate; 13. Third galvanized steel pipe; 14. First angle steel; 15. Second angle steel; 16. Third aluminum alloy profile; 17. Second aluminum alloy hanger; 18. Upper terracotta panel; 19. Lower terracotta panel. Detailed Implementation

[0013] The present invention will be further described below with reference to the accompanying drawings.

[0014] See Figure 1-5 The structures, proportions, and sizes illustrated in the accompanying drawings are merely for illustrative purposes and to aid those skilled in the art. They are not intended to limit the scope of this invention and therefore lack substantial technical significance. Any modifications to the structure, changes in proportions, or adjustments to size, provided they do not affect the effectiveness or purpose of this invention, should still fall within the scope of the technical content disclosed herein. Furthermore, the terms "upper," "lower," "left," "right," "middle," and "one" used in this specification are merely for clarity and not intended to limit the scope of this invention. Changes or adjustments to their relative relationships, without substantially altering the technical content, should also be considered within the scope of this invention.

[0015] Example 1: A glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure, referenced. Figure 1 , Figure 3The system includes a fixing structure installed at intervals on an aluminum alloy beam. Each fixing structure is installed on the aluminum alloy beam via C-shaped grooves on both sides. Each fixing structure includes an aluminum plate fixing structure and a ceramic tile strip fixing structure. The aluminum plate fixing structure contains double-layered hollow glass. Without disassembling the ceramic tile strip fixing structure and the aluminum plate fixing structure, one end of the double-layered hollow glass is inserted into the aluminum plate fixing structure on one side first, and the other end of the double-layered hollow glass is rotated into place and then pushed horizontally into the aluminum plate fixing structure on the other side. The ceramic tile strip fixing structure includes several ceramic tiles 7, which are arranged along the two sides and the top base of a right-angled trapezoid. A sealing element is provided between adjacent ceramic tiles 7. This utility model adopts a C-shaped groove aluminum mounting and fixing structure on an aluminum alloy beam. The fixing structure includes an aluminum plate fixing structure and a ceramic tile strip fixing structure. Without disassembling the ceramic tile strip fixing structure and the aluminum plate fixing structure, one end of the double-layer hollow glass is first inserted into the aluminum plate fixing structure on one side, and the other end of the double-layer hollow glass is rotated into place and then pushed horizontally into the aluminum plate fixing structure on the other side, which improves construction efficiency and reduces the construction cycle.

[0016] Example 2: Based on Example 1, with reference to... Figure 2 The aluminum plate fixing structure is provided with a first galvanized steel pipe 1. One end of the first galvanized steel pipe 1 is connected to a second galvanized steel pipe 2. The two ends of the second galvanized steel pipe 2 are respectively provided with first unequal angle steel 3. The long side of the first unequal angle steel 3 is connected to the outer wall of the second galvanized steel pipe 2. The end of the long side of the first unequal angle steel 3 away from the short side is provided with the short side of the second unequal angle steel 4. The double-layer hollow glass is located between the short side of the first unequal angle steel 3 and the long side of the second unequal angle steel 4. Thermal insulation cotton is provided between the parts of the long sides of the two first unequal angle steel 3 that extend beyond the second galvanized steel pipe 2. This utility model employs a first galvanized steel pipe welded to a second galvanized steel pipe, two first unequal angle steels welded to both sides of the second galvanized steel pipe, and the short side of the second unequal angle steel welded to the end of the long side of the first unequal angle steel away from the short side. An installation groove is formed between the short side of the first unequal angle steel and the long side of the second unequal angle steel. The installation groove is used for the installation of double-layered insulated glass. A shock-absorbing rubber block is installed in the installation groove, and the shock-absorbing rubber block is located between the double-layered insulated glass and the long side of the first unequal angle steel.

[0017] Example 3: Based on Example 2, two rectangular first aluminum panels are provided on the outer ring of the first galvanized steel pipe 1. A first aluminum alloy profile is provided between the two first aluminum panels. The first aluminum alloy profile is connected to the other end of the first galvanized steel pipe 1 by a first screw. A first cap is provided on the end of the first aluminum alloy profile away from the first galvanized steel pipe 1. This utility model uses two rectangular first aluminum panels installed on the outer ring of the first galvanized steel pipe, with a first aluminum alloy profile provided between the two first aluminum panels. The first aluminum alloy profile is connected to the other end of the first galvanized steel pipe by a first screw, and the connection between the two first aluminum panels is sealed by a first cap.

[0018] Example 4: Based on Example 2, any one of the fixing structures is located between two aluminum alloy beams. Any one of the first galvanized steel pipes 1 is connected to the aluminum alloy beams via C-shaped aluminum channels spaced apart on one side. The open side of any one of the C-shaped aluminum channels is connected to the aluminum alloy beams via second screws spaced apart. A first bolt is provided on the middle plate of each C-shaped aluminum channel. The first bolt passes sequentially through a first rubber gasket on one side, the first galvanized steel pipe 1, a first rubber gasket on the other side, and another C-shaped aluminum channel middle plate before being locked with a first nut. This utility model uses two C-shaped aluminum channels to clamp the first galvanized steel pipe. A first rubber gasket is provided between each of the two C-shaped aluminum channels and the first galvanized steel pipe. The first bolt passes sequentially through a first rubber gasket on one side, the first galvanized steel pipe, a first rubber gasket on the other side, and another C-shaped aluminum channel middle plate before being locked with a first nut, thus installing the first galvanized steel pipe on the aluminum alloy beams.

[0019] Example 5: Based on Example 4, a first sealing structure is provided between the two sides of the double-laminated insulating glass and the long side of the aluminum alloy beam and the second unequal angle steel 4, respectively. The first sealing structure uses foam rods and silicone sealant. This utility model uses a first sealing structure to seal the gaps between the double-laminated insulating glass and the aluminum alloy beam and the long side of the second unequal angle steel. The first sealing structure uses foam rods and silicone sealant.

[0020] Example 6: Based on Example 4, a U-shaped single plate 6 is provided within the fixed structure of the ceramic tile lines. The short sides of the two second unequal angle steels 4 are located inside the opening of the U-shaped single plate 6. Second aluminum alloy profiles 5 are respectively provided outside the opening of the U-shaped single plate 6. A third screw is provided on the second aluminum alloy profile 5. The third screw passes through the straight plate of the U-shaped single plate 6, the short side of the second unequal angle steel 4, and the long side of the first unequal angle steel 3 in sequence. A second buckle is provided at the end of the second aluminum alloy profile 5 away from the U-shaped single plate 6. In this utility model, the opening of the U-shaped single plate is installed on the outside of the short sides of the two second unequal angle steels. The second aluminum alloy profile is provided outside the opening of the U-shaped single plate. The straight plate of the U-shaped single plate, the short side of the second unequal angle steel, and the long side of the first unequal angle steel are connected into one piece by the third screw. The opening of the second aluminum alloy profile away from the U-shaped single plate is closed by the second buckle.

[0021] Example 7: Based on Example 6, with reference to... Figure 5 A first steel pipe 9 is provided between the long sides of the two first unequal angle steels 3. One end of the first steel pipe 9 is connected to the second galvanized steel pipe 2, and the other end of the first steel pipe 9 is connected to the bottom surface of the U-shaped steel plate 12. A U-shaped second rubber gasket and a second steel pipe 10 are arranged sequentially with the opening of the U-shaped steel plate 12 facing inward. A through second bolt 11 is provided between the two straight plates of the U-shaped steel plate 12, and a second nut is provided at each end of the second bolt 11 protruding from the straight plate of the U-shaped steel plate 12. In this utility model, one end of the first steel pipe is welded to the second galvanized steel pipe, and the other end of the first steel pipe is welded to the U-shaped steel plate. A U-shaped second rubber gasket and a second steel pipe are arranged sequentially with the opening of the U-shaped steel plate facing inward. The second bolt passes through one straight plate of the U-shaped steel plate, one straight plate of the second rubber gasket, the second steel pipe, the other straight plate of the second rubber gasket, and the other straight plate of the U-shaped steel plate in sequence, and is then locked by the second nut, connecting the second steel pipe and the first steel pipe into one unit.

[0022] Example 8: Based on Example 7, with reference to... Figure 4The second steel pipe 10 is provided with dozens of third galvanized steel pipes 13 and first angle steels 14. The ends of the third galvanized steel pipes 13 are connected to the second steel pipe 10, and one end of the right angle face of the first angle steel 14 is connected to the second steel pipe 10. The other end of the right angle face of the first angle steel 14 is provided with a second angle steel 15. Both the second angle steel 15 and the first angle steel 14 are L-shaped structures, and the two L-shaped structures are arranged at right angles. The vertical plate end of the second angle steel 15 is suspended by a second aluminum alloy hanger 17. The second aluminum alloy hanger 17 is a vertical I-shaped structure. One end of the long side of the I-shaped structure is a hook, and the hook is hung on the vertical plate of the second angle steel 15. The terracotta panel 7 includes several upper terracotta panels 18 and lower terracotta panels 19 arranged vertically. The second aluminum alloy hanger 17 is provided with a third aluminum alloy profile 16, which is connected to the upper terracotta panel 18 and the lower terracotta panel 19 respectively. The upper terracotta panel 18 and the lower terracotta panel 19 are sealed by EPDM adhesive strips. This utility model employs a method of welding a third galvanized steel pipe and a first angle steel onto a second steel pipe, with one right-angled side of the first angle steel resting against the outer wall of the third galvanized steel pipe. The second angle steel is arranged at a right angle to the end of the first angle steel away from the second steel pipe. The second aluminum alloy hanger is a vertically placed I-shaped structure, with one end of the long side of the I-shaped structure serving as a hook. The hook hangs on the vertical plate of the second angle steel. The two openings of the vertically placed I-shaped structure correspond to the bottom end of the upper ceramic plate and the top end of the lower ceramic plate, respectively. A third aluminum alloy profile is provided on the second aluminum alloy hanger, and the third aluminum alloy profile is fixed to the upper and lower ceramic plates, respectively. The upper and lower ceramic plates are suspended from the vertical plate of the second angle steel by the second aluminum alloy hanger. A second sealing structure is provided between the upper and lower ceramic plates, and the second sealing structure uses EPDM adhesive strips.

[0023] Example 9: Based on Example 8, with reference to... Figure 3 The U-shaped steel plate 12 has connecting steel parts on its outer side. The bottom surface of the connecting steel parts is a right-angled trapezoidal structure. First aluminum alloy hangers 8 are respectively provided on the two sides and the top edge of the right-angled trapezoidal structure. The first aluminum alloy hangers 8 are connected to the connecting steel parts by a set of fourth screws. In this invention, connecting steel parts with a right-angled trapezoidal bottom surface are installed on the outer side of the U-shaped steel plate. The first aluminum alloy hangers are distributed along the two sides and the top edge of the right-angled trapezoidal structure, and are connected to the connecting steel parts as a single unit by a set of fourth screws.

[0024] Example 10: Based on Example 9, a third aluminum alloy bracket and a fourth aluminum alloy bracket are respectively provided between the ceramic plates 7 on the two sides of the right trapezoidal structure and the ceramic plate 7 on the top bottom edge. The third aluminum alloy bracket and the fourth aluminum alloy bracket are respectively connected to the connecting steel parts by the fifth screw. The third aluminum alloy bracket fills the gap between the ceramic plates 7 on the two sides of the right trapezoidal structure and the ceramic plate 7 on the top bottom edge through the third sealing structure and the fourth aluminum alloy bracket through the fourth sealing structure. This utility model uses a third aluminum alloy bracket and a fourth aluminum alloy bracket to connect the ceramic plates on the two sides of the right-angled trapezoidal structure to the ceramic plate on the top edge. The third aluminum alloy bracket and the fourth aluminum alloy bracket are connected to the connecting steel parts by a fifth screw. The third aluminum alloy bracket and the fourth aluminum alloy bracket fill the gap between the ceramic plates on the two sides of the right-angled trapezoidal structure and the ceramic plate on the top edge through a third sealing structure and a fourth sealing structure, respectively. Both the third sealing structure and the fourth sealing structure are Y-shaped rubber blocks. The closed end of the Y-shaped rubber block is located between the ceramic plates on the two sides of the right-angled trapezoidal structure and the ceramic plate on the top edge. The two open ends of the Y-shaped rubber block are connected to the third aluminum alloy bracket or the fourth aluminum alloy bracket.

[0025] In specific implementation, the first galvanized steel pipe 1 is a 150x100x6mm galvanized steel pipe; the second galvanized steel pipe 2 is a 70x50x5mm galvanized steel pipe; the first unequal angle steel 3 is an L110x70x6mm galvanized angle steel; the second unequal angle steel 4 is an L63x40x4mm galvanized angle steel; the first aluminum alloy profile, the second aluminum alloy profile 5, and the third aluminum alloy profile 16 are all anodized aluminum alloy profiles; the U-shaped single panel 6 is all 2.5mm thick. The aluminum single panel is made of 21mm thick fluorocarbon-coated aluminum; the ceramic panel 7, upper ceramic panel 18, and lower ceramic panel 19 are all made of 21mm thick ceramic panels; the first aluminum alloy hanger 8 is made of fluorocarbon-coated aluminum alloy; the double-layer insulated glass is made of HS8+1.52PVB+HS6(Low-E)+12Ar+HS8+1.52PVB+HS6 ultra-clear double-layer insulated glass; the first aluminum single panel and aluminum alloy beam are made of powder-coated aluminum alloy beam; the first cover is made of... The first cover is made of powder-coated aluminum alloy; the second cover is made of fluorocarbon-coated aluminum alloy; the C-slot is made of 5mm thick anodized aluminum alloy; the second screw is made of M6x20 stainless steel machine screw; the first bolt is made of M8x120 stainless steel bolt; the first and second rubber gaskets are both made of 5mm thick flexible rubber gaskets and sealed with silicone sealant; the third screw is made of M5x300 stainless steel machine screw; the first steel pipe 9 is made of 100x50x5mm fluorocarbon-coated steel pipe; the second steel pipe 10 is made of 70x6mm fluorocarbon-coated steel pipe; the second bolt 11 is made of 3xM8x110mm stainless steel bolt set; the U-shaped steel plate 12 is made of 6mm fluorocarbon-coated bent steel plate; the third galvanized steel pipe 13 is made of 50x5mm galvanized steel pipe; the first angle steel 14 and the second angle steel 15 are both made of L50x5mm galvanized angle steel; the second aluminum alloy hanger 17 is made of anodized aluminum alloy hanger.

[0026] The above-described embodiments are merely preferred embodiments of this utility model. It should be noted that those skilled in the art can make various improvements and modifications without departing from the principles of this utility model, and these improvements and modifications should also be considered within the scope of protection of this utility model.

Claims

1. A glass curtain wall installation structure with a non-removable ceramic tile strip fixing structure, comprising a fixing structure installed at intervals on an aluminum alloy crossbeam, characterized in that: Each of the aforementioned fixing structures is installed on the aluminum alloy crossbeam via C-shaped grooves on both sides. Each fixing structure includes an aluminum plate fixing structure and a ceramic plate line fixing structure. The aluminum plate fixing structure contains double-layered hollow glass. Without disassembling the ceramic plate line fixing structure and the aluminum plate fixing structure, one end of the double-layered hollow glass is first inserted into the aluminum plate fixing structure on one side, and the other end of the double-layered hollow glass is rotated into place and then pushed horizontally into the aluminum plate fixing structure on the other side. The ceramic plate line fixing structure includes several ceramic plates (7). The several ceramic plates (7) are arranged along the two sides and the upper bottom edge of the right trapezoid. A sealing element is provided between adjacent ceramic plates (7).

2. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 1, characterized in that: The aluminum plate fixing structure is provided with a first galvanized steel pipe (1), and a second galvanized steel pipe (2) is connected to the middle of one end of the first galvanized steel pipe (1). The two ends of the second galvanized steel pipe (2) are respectively provided with first unequal angle steel (3). The long side of the first unequal angle steel (3) is connected to the outer wall of the second galvanized steel pipe (2). The short side of the second unequal angle steel (4) is provided at the end of the long side of the first unequal angle steel (3) away from the short side. The double-layer hollow glass is located between the short side of the first unequal angle steel (3) and the long side of the second unequal angle steel (4). Insulation cotton is provided between the parts of the long sides of the two first unequal angle steels (3) that extend beyond the second galvanized steel pipe (2).

3. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 2, characterized in that: The outer ring of the first galvanized steel pipe (1) is provided with two rectangular first aluminum single plates, and a first aluminum alloy profile is provided between the two first aluminum single plates. The first aluminum alloy profile is connected to the other end of the first galvanized steel pipe (1) by a first screw, and a first buckle is provided at the end of the first aluminum alloy profile away from the first galvanized steel pipe (1).

4. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 2, characterized in that: Any one of the fixed structures is located between two aluminum alloy beams. Any one of the first galvanized steel pipes (1) is connected to the aluminum alloy beams through C-shaped channel aluminum arranged at intervals on one side. The opening side of any one of the C-shaped channel aluminum is connected to the aluminum alloy beams through second screws arranged at intervals. A first bolt is provided on the middle plate of any one of the C-shaped channel aluminum. The first bolt passes through the first rubber gasket on one side, the first galvanized steel pipe (1), the first rubber gasket on the other side, and the middle plate of another C-shaped channel aluminum in sequence, and is then locked by the first nut.

5. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 4, characterized in that: The double-layered insulating glass is provided with a first sealing structure between its two sides and the long side of the aluminum alloy crossbeam and the second unequal angle steel (4). The first sealing structure is made of foam rod and silicone sealant.

6. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 4, characterized in that: The ceramic tile line fixing structure is provided with a U-shaped single plate (6), the short sides of the two second unequal angle steels (4) are located in the opening of the U-shaped single plate (6), and the opening of the U-shaped single plate (6) is provided with a second aluminum alloy profile (5). A third screw is provided on the second aluminum alloy profile (5). The third screw passes through the straight plate of the U-shaped single plate (6), the short side of the second unequal angle steel (4), and the long side of the first unequal angle steel (3) in sequence. A second buckle is provided at the end of the second aluminum alloy profile (5) away from the U-shaped single plate (6).

7. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 6, characterized in that: A first steel pipe (9) is provided between the long sides of the two first unequal angle steels (3). One end of the first steel pipe (9) is connected to the second galvanized steel pipe (2), and the other end of the first steel pipe (9) is connected to the bottom surface of the U-shaped steel plate (12). The opening of the U-shaped steel plate (12) is provided with a U-shaped second rubber gasket and a second steel pipe (10) in sequence. A through second bolt (11) is provided between the two straight plates of the U-shaped steel plate (12). A second nut is provided at the point where the second bolt (11) protrudes from the straight plate of the U-shaped steel plate (12).

8. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 7, characterized in that: The second steel pipe (10) is provided with dozens of third galvanized steel pipes (13) and first angle steel (14). The end of the third galvanized steel pipe (13) is connected to the second steel pipe (10). One end of the right angle face of the first angle steel (14) is connected to the second steel pipe (10). The other end of the right angle face of the first angle steel (14) is provided with a second angle steel (15). The second angle steel (15) and the first angle steel (14) are both L-shaped structures. The two L-shaped structures are arranged at right angles. The vertical plate end of the second angle steel (15) is suspended by a second aluminum alloy hanger (17). The terracotta plate (7) includes several upper terracotta plates (18) and lower terracotta plates (19) arranged in an overlapping manner. The second aluminum alloy hanger (17) is provided with a third aluminum alloy profile (16). The third aluminum alloy profile (16) is connected to the upper terracotta plate (18) and the lower terracotta plate (19) respectively. The upper terracotta plate (18) and the lower terracotta plate (19) are sealed by EPDM rubber strip.

9. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 8, characterized in that: The outer side of the U-shaped steel plate (12) is provided with connecting steel parts. The bottom surface of the connecting steel parts is a right-angled trapezoidal structure. The two sides and the top bottom edge of the right-angled trapezoidal structure are respectively provided with first aluminum alloy hangers (8). The first aluminum alloy hangers (8) are connected to the connecting steel parts by a set of fourth screws.

10. The glass curtain wall installation structure with a non-removable terracotta panel molding fixing structure according to claim 9, characterized in that: A third aluminum alloy bracket and a fourth aluminum alloy bracket are respectively provided between the ceramic plates (7) on the two sides of the right trapezoidal structure and the ceramic plate (7) on the top bottom edge. The third aluminum alloy bracket and the fourth aluminum alloy bracket are connected to the connecting steel parts by the fifth screw. The third aluminum alloy bracket fills the gap between the ceramic plates (7) on the two sides of the right trapezoidal structure and the ceramic plate (7) on the top bottom edge through the third sealing structure and the fourth aluminum alloy bracket through the fourth sealing structure.

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