Rapid dismantling construction process for glass curtain wall

Abstract

The invention discloses a rapid dismantling construction technology for a glass curtain wall. The rapid dismantling construction technology comprises the following steps that firstly, technology preparation is conducted; step 2, material preparation; step 3, preparing on site; 4, dismantling construction of the glass curtain wall; 5, carrying out quality acceptance; according to the method, through reasonable construction preparation and a scientific dismantling process, professional equipment and tools such as an electric hanging basket and a vacuum suction cup are adopted, rapid dismantling of the glass curtain wall is achieved, and the construction period is greatly shortened. And perfect safety isolation measures and full-time safety management personnel are arranged, so that the safety of the personnel and the surrounding environment in the construction process is ensured. Meanwhile, the mode that the glass is fixed inside and outside through the suction cups is adopted, the glass is effectively prevented from falling in the dismantling process, and potential safety hazards are reduced.

Description

Technical Field

[0001] The invention relates to the technical field of glass curtain wall dismantling, in particular to a rapid dismantling construction process for a glass curtain wall. Background Art

[0002] With the continuous development of urban construction, glass curtain walls, as a beautiful and practical building facade decoration material, are widely used in various types of buildings. However, due to the increase in the service life of the building, the change of the building function or the renewal of the building appearance, the glass curtain walls often need to be demolished. The traditional method of demolishing glass curtain walls usually uses manual demolition, which is inefficient and easily causes safety hazards to the surrounding environment and personnel during the demolition process. At the same time, traditional demolition methods cannot ensure the integrity of the glass curtain wall components during the demolition process, which is not conducive to the recycling and reuse of materials. Therefore, there is an urgent need for a glass curtain wall rapid demolition construction process that is efficient, safe and can ensure the demolition quality. Summary of the Invention

[0003] The object of the present invention is to provide a rapid dismantling construction process for a glass curtain wall to solve the problems raised in the above background technology.

[0004] To achieve the above object, the present invention provides the following technical solution: a rapid dismantling construction process for a glass curtain wall, comprising the following steps: Step 1: Technical Preparation: Assemble a professional technical team to conduct a detailed review of the new curtain wall drawings and the existing building structure. This team must not only ensure that the new curtain wall drawings and the structure match in terms of size, connection method, or other aspects, but also consider various technical issues that may be encountered during the demolition process and develop corresponding solutions to ensure technical feasibility. Step 2. Material Preparation: Prepare various equipment and tools required for construction, including but not limited to electric hanging basket (model ZLP630, quantity 26, check its safety performance before use to ensure that the hanging basket's lifting system, safety lock, wire rope and other components are functioning properly), vacuum suction cup (load bearing ≥ 200kg, vacuum degree ≥ -90kPa, quantity 8, test the suction cup's adsorption force before use to ensure its reliable performance), forklift (3.5 tons, quantity 1), screwdrivers (slotted / cross, quantity several), electric pistol drill (6510 model, quantity 12, check whether its motor is operating normally and the drill bit is intact), angle grinder (quantity 12, check the wear of the grinding wheel to ensure its safe use), distribution box (quantity 10, complying with relevant electrical safety standards), power cable (four-core, length 500m), rubber cable (two-core, quantity several), AC arc welder (BX-300 model, quantity 10, check whether the welding machine's wiring is secure and whether the welding gun is functioning properly); Step 3. Site preparation: Strictly carry out the erection and commissioning of the electric hanging basket according to the electric hanging basket erection plan; during the erection process, ensure that all components of the hanging basket are firmly installed and accurately positioned to meet the transportation needs of personnel and materials during the construction process; Step 4: Glass curtain wall demolition construction: clarify the demolition scope and sequence, and then demolish the glass curtain wall according to the established demolition scope and sequence; Step 5. Quality acceptance: Acceptance of incoming materials, as well as acceptance of the glass curtain wall after demolition and the demolition situation.

[0005] Preferably, the step one also includes preparing detailed and comprehensive safety technical briefing documents and operating specifications in combination with the actual project situation and relevant specifications and standards; the safety technical briefing documents should cover safety precautions and emergency treatment measures during the demolition process; the operating specifications should clearly define the specific operating methods and quality requirements of each process to guide standardized construction on site; organize construction personnel to undergo technical training and safety training to familiarize them with construction technology and safe operating procedures, and master the use of relevant equipment and tools.

[0006] Preferably, the step 2 also includes preparing materials required for construction, including but not limited to bolts and sealants for fixing and connecting; and conducting a detailed inventory and inspection of all materials to ensure that their quality meets the requirements and their quantity is sufficient.

[0007] Preferably, step three also includes setting up a safety isolation zone in the construction area. The range of the isolation zone should be greater than 30m to ensure that the fall radius is ≥6m; using red water barriers for fencing, hanging "No Entry" warning signs in obvious locations, and adding flashing lights at night to improve the warning effect; arranging full-time safety management personnel to be on guard, responsible for on-site safety management and personnel guidance, and prohibiting unrelated personnel from entering the work area.

[0008] Preferably, the step 4 of clarifying the scope and order of demolition includes the following steps: Clearly limit the demolition scope to the fixed glass on the exterior facade of the building curtain wall within the scope agreed in the contract; before demolition, conduct a comprehensive inspection of the glass curtain wall and mark the damaged panels. These damaged panels will be handled first during the demolition process to avoid further damage to the damaged panels when removing intact panels, which will affect the safety and efficiency of demolition; The demolition sequence is to dismantle the glass piece by piece from the upper layer to the lower layer. This demolition sequence can avoid collision and damage to the lower layer of glass when the upper layer of glass is dismantled, and at the same time it is convenient for construction workers to carry out work in an orderly manner from top to bottom, thereby improving demolition efficiency.

[0009] Preferably, the dismantling of the glass curtain wall in step 4 specifically includes the following steps: For a single piece of glass weighing 100kg, two people are used in the hanging basket and two people are used indoors. First, the outdoor operator uses a vacuum suction cup to fix the outside of the glass, while the indoor operator uses a suction cup on the inside of the glass for auxiliary fixation to ensure that the glass remains stable during the removal process and prevents it from falling. Before fixing the suction cup, the suction position of the suction cup must be cleaned to ensure that the suction surface is flat and dry to improve the suction force of the suction cup. At the same time, after suction, the vacuum degree of the suction cup must be checked to ensure that it meets the specified requirements. Remove the decorative buckle cover around the glass. Use appropriate tools (such as a screwdriver) to carefully remove the decorative buckle cover to avoid damaging the surrounding structure. Then, remove the vertical structural sealant of the outdoor glass and the weatherproof glue and filling materials around the decorative buckle cover. Be careful to control the force during the removal process to prevent damage to the glass and frame. Remove the aluminum alloy clamps and their stainless steel bolts that secure the glass horizontally. Use an electric pistol drill or screwdriver to remove the bolts in the prescribed order and with the required force to ensure the clamps can be removed smoothly. During the removal process, the bolts and clamps must be properly stored for subsequent recycling and reuse. After all the fixing parts around the glass have been removed, use a vacuum suction cup to remove the glass. The outdoor and indoor operators should work closely together to keep the glass balanced and slowly lift it sideways into the room. During the lifting process, pay attention to avoid obstacles to ensure transportation safety. Classify and stack the removed glass according to the model and size of the glass and place it in the designated area; pay attention to the protection of the glass when stacking to avoid collision and friction with each other, which may cause damage to the glass.

[0010] Preferably, the acceptance of incoming materials in step five is specifically the acceptance of materials required for construction in step two, checking the qualification certificates of material manufacturers to ensure that the material manufacturers have the corresponding production capacity and quality assurance capabilities; reviewing the quality certification documents, certificates of conformity, and test reports of incoming materials to ensure that the quality of the materials meets the relevant specifications and design requirements.

[0011] Preferably, the acceptance of the demolished glass curtain wall and the demolition situation in step 5 specifically includes cleaning the site after demolition to ensure that there are no residual debris and garbage; inspecting the building structure after demolition to confirm that there is no damage and safety hazards; at the same time, summarizing and evaluating the safety operations and process execution during the demolition process, recording problems and improvement measures during the demolition process, and providing reference for subsequent similar projects.

[0012] Compared with the prior art, the present invention has the following beneficial effects: The present invention uses professional equipment and tools, such as electric hanging baskets and vacuum suction cups, through reasonable construction preparation and scientific dismantling procedures, to achieve rapid dismantling of glass curtain walls, greatly shortening the construction period. Complete safety isolation measures and full-time safety management personnel are set up to ensure the safety of personnel and the surrounding environment during the construction process. At the same time, the use of suction cups to fix the glass inside and outside effectively prevents the glass from falling during the dismantling process, reducing safety hazards. Strict quality control is carried out on each link in the construction process to ensure the integrity of the glass curtain wall components during the dismantling process, which is conducive to the recycling and reuse of materials. Detailed safety technical disclosure documents and operating specifications have been compiled, and professional training has been conducted for construction personnel to make the construction process more standardized and orderly, and improve the professionalism and reliability of the construction. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a process flow chart of the present invention; Figure 2 It is a construction flow chart of glass curtain wall removal of the present invention. DETAILED DESCRIPTION

[0014] The following will be combined with the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the embodiments described are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0015] See also Figure 1-2 The present invention provides a rapid dismantling construction process for a glass curtain wall, comprising the following steps: The following steps are involved: Step 1. Technical Preparation: Assemble a professional technical team to conduct a detailed review of the new curtain wall drawings and the original building structure. Not only should the new curtain wall drawings and the structure be compatible in terms of size, connection method or other aspects, but also various technical problems that may be encountered during the demolition process should be considered and corresponding solutions should be formulated to ensure technical feasibility. In combination with the actual project situation and relevant specifications and standards, prepare detailed and comprehensive safety technical disclosure documents and operating specifications. The safety technical disclosure documents should cover safety precautions and emergency response measures during the demolition process. The operating specifications should clearly define the specific operating methods and quality requirements of each process to guide on-site standardized construction. Organize technical and safety training for construction personnel to familiarize them with construction technology and safe operating procedures, and master the use of relevant equipment and tools. Step 2. Material preparation: Prepare various equipment and tools required for construction, including but not limited to electric hanging basket (model ZLP630, quantity 26, check its safety performance before use to ensure that the lifting system, safety lock, wire rope and other components of the hanging basket are working properly), vacuum suction cup (load bearing ≥ 200kg, vacuum degree ≥ -90kPa, quantity 8, test the suction force of the suction cup before use to ensure its reliable performance), forklift (3.5 tons, quantity 1), screwdrivers (slotted / cross, several), electric pistol drill (6510 model, quantity 12, check its motor operation) Check the following items: angle grinders (12 units, check the wear of the grinding wheels to ensure safe use), distribution boxes (10 units, complying with relevant electrical safety standards), power cables (four-core, 500m long), rubber cables (two-core, several units), AC arc welders (BX-300 model, 10 units, check the connections are secure and the welding guns are functioning properly); prepare the materials required for construction, including but not limited to bolts and sealants for fixing and connecting; conduct a detailed inventory and inspection of all materials to ensure their quality meets requirements and that they are sufficient in quantity; Step 3. Site preparation: Strictly carry out the erection and commissioning of the electric hanging basket according to the erection plan; during the erection process, ensure that all components of the hanging basket are firmly installed and accurately positioned to meet the transportation needs of personnel and materials during the construction process; set up a safety isolation belt in the construction area, the range of the isolation belt should be greater than 30m, and ensure that the fall radius is ≥6m; use red water barriers for enclosure, hang "No Entry" warning signs in obvious locations, and add flashing lights at night to improve the warning effect; arrange full-time safety management personnel to be on guard, responsible for on-site safety management and personnel guidance, and prohibit unauthorized personnel from entering the operation area; Step 4: Glass curtain wall demolition construction: clarify the demolition scope and sequence, and then demolish the glass curtain wall according to the established demolition scope and sequence; clarifying the demolition scope and sequence includes the following steps: Clearly limit the demolition scope to the fixed glass on the exterior facade of the building curtain wall within the scope agreed in the contract; before demolition, conduct a comprehensive inspection of the glass curtain wall and mark the damaged panels. These damaged panels will be handled first during the demolition process to avoid further damage to the damaged panels when removing intact panels, which will affect the safety and efficiency of demolition; The demolition sequence is to remove the glass piece by piece from the upper layer to the lower layer. This demolition sequence can avoid collision and damage to the lower layer glass when removing the upper layer glass, and at the same time facilitate the construction workers to carry out the work in an orderly manner from top to bottom, thus improving the demolition efficiency. The removal of the glass curtain wall specifically includes the following steps: For a single piece of glass weighing 100kg, two people are used in the hanging basket and two people are used indoors. First, the outdoor operator uses a vacuum suction cup to fix the outside of the glass, while the indoor operator uses a suction cup on the inside of the glass for auxiliary fixation to ensure that the glass remains stable during the removal process and prevents it from falling. Before fixing the suction cup, the suction position of the suction cup must be cleaned to ensure that the suction surface is flat and dry to improve the suction force of the suction cup. At the same time, after suction, the vacuum degree of the suction cup must be checked to ensure that it meets the specified requirements. Remove the decorative buckle cover around the glass. Use appropriate tools (such as a screwdriver) to carefully remove the decorative buckle cover to avoid damaging the surrounding structure. Then, remove the vertical structural sealant of the outdoor glass and the weatherproof glue and filling materials around the decorative buckle cover. Be careful to control the force during the removal process to prevent damage to the glass and frame. Remove the aluminum alloy clamps and their stainless steel bolts that secure the glass horizontally. Use an electric pistol drill or screwdriver to remove the bolts in the prescribed order and with the required force to ensure the clamps can be removed smoothly. During the removal process, the bolts and clamps must be properly stored for subsequent recycling and reuse. After all the fixing parts around the glass have been removed, use a vacuum suction cup to remove the glass. The outdoor and indoor operators should work closely together to keep the glass balanced and slowly lift it sideways into the room. During the lifting process, pay attention to avoid obstacles to ensure transportation safety. Classify and stack the removed glass according to the type and size of the glass and place them in the designated area; pay attention to the protection of the glass when stacking to avoid collision and friction that may cause glass breakage; Step 5: Quality Acceptance: Acceptance of incoming materials, as well as acceptance of the glass curtain wall after demolition and the demolition status; acceptance of incoming materials specifically includes acceptance of materials required for construction in Step 2, checking the qualification certificates of material manufacturers to ensure that the material manufacturers have the corresponding production capacity and quality assurance capabilities; reviewing the quality certification documents, certificates of conformity, and test reports of incoming materials to ensure that the quality of the materials meets the relevant specifications and design requirements; The acceptance inspection of the glass curtain wall after demolition and the demolition situation specifically involves cleaning the site after demolition to ensure that there are no residual debris and garbage; inspecting the building structure after demolition to confirm that there is no damage and safety hazards; at the same time, summarizing and evaluating the safety operations and process execution during the demolition process, recording the problems and improvement measures during the demolition process, and providing reference for subsequent similar projects.

[0016] Example: Technical Preparation A technical team consisting of registered builders, structural engineers, and safety engineers was established to conduct a 3D modeling analysis of the new curtain wall drawings and the existing building structure. The team reviewed the compatibility of the dimensions of beams, slabs, columns, and other structural elements, as well as the feasibility of the connection points between the curtain wall keel and the main structure. Local reinforcement and adjustment plans were developed to address potential structural deviations.

[0017] The safety and technical briefing document includes safety regulations for working at heights, electrical safety regulations, and equipment operating procedures. Animated demonstrations were also produced to provide visual training for construction personnel. The operating specifications clearly defined the timeframes and quality inspection standards for each process. For example, the removal time for each pane of glass must be controlled within 15 minutes, and removal operations can only begin after the suction cups have passed the adsorption test.

[0018] Material preparation Comprehensive safety testing was conducted on the electric suspended platform, including wire rope breakage detection, safety lock sensitivity testing, and motor insulation resistance testing, to ensure that each suspended platform meets safety standards. A simulated load-bearing test was also conducted on the vacuum cups, demonstrating their reliability by maintaining a vacuum level above -90kPa for 30 minutes under a 200kg load.

[0019] Among the prepared materials, high-strength stainless steel bolts were used for bolts, and sealants were selected from products that meet environmental protection requirements and have weather resistance. Compatibility tests were also carried out on them to ensure good bonding properties with the glass and frame materials.

[0020] Site preparation The electric hanging basket was erected by a professional team of scaffolders. As per the plan requirements, the baskets were spaced 6m apart, with the distance from the wall kept within 300mm to ensure easy access for construction workers. Following the installation, no-load and loaded test runs were conducted to check the smooth lifting and lowering of the hanging baskets and the reliability of the safety locks.

[0021] The safety isolation zone was set up in strict accordance with the requirements. The red water barriers were neatly placed with a spacing of 1.5 meters, and the warning signs were hung at a height of 2 meters to ensure that passers-by could clearly see them. The flashing lights were powered by solar energy to ensure continuous operation at night, improving the warning effect.

[0022] Glass curtain wall demolition construction phase Demolition scope and sequence Before demolition, a drone was used to perform a panoramic scan of the glass curtain wall, creating a 3D model that accurately marked the location and number of damaged panels. During demolition, the damaged panels were removed first, with surrounding fixings removed before the broken glass was carefully removed, preventing the release of broken glass fragments.

[0023] The demolition is carried out in order from the upper layer to the lower layer. After each layer is demolished, the frame structure of that layer is checked to ensure that there are no remaining bolts and debris, creating good conditions for the demolition work of the lower layer.

[0024] Demolition process To remove a single pane of glass, two operators stand outside, one on each side of the hanging basket, and apply vacuum suction cups to the top and bottom edges of the glass, 150 mm from the edge. Two operators inside apply suction cups at corresponding locations. Before applying suction, the glass surface is cleaned with alcohol to ensure it is free of dust and oil. After application, the vacuum pressure gauge on the suction cup is used to check the vacuum level. Only when it reaches -90 kPa or above can subsequent operations be performed.

[0025] When removing decorative buckles, use a dedicated prying tool and pry slowly from one end. Avoid excessive force, which may cause deformation or damage to the surrounding glass and frame. When removing sealant and weatherproofing adhesive, use an angle grinder equipped with a dedicated blade to control the grinding depth to prevent damage to the glass and frame substrates.

[0026] When removing the aluminum alloy clamps and stainless steel bolts, use an electric pistol drill to remove the bolts diagonally to avoid stress concentration on the glass due to uneven force. Promptly place the removed bolts and clamps in a dedicated tool bag to prevent them from falling and injuring anyone.

[0027] When removing the glass, operators inside and outside exert force simultaneously, slowly lifting the glass sideways, keeping it parallel to the frame and avoiding collisions with surrounding components. During the lifting process, they maintain communication via intercom to ensure coordinated movements and safely lift the glass indoors.

[0028] The removed glass is cleaned and inspected, sorted according to its integrity and model, packed with foam plastic and wooden boxes, placed in designated areas, and marked for subsequent recycling and reuse.

[0029] Quality acceptance stage Acceptance of incoming materials When reviewing the qualification certificates of material manufacturers, we not only checked basic documents such as business licenses and production licenses, but also audited the manufacturer's quality management system and required it to provide product quality inspection reports and user feedback for the past three years.

[0030] Acceptance of glass curtain wall after demolition and demolition status During the acceptance process, a professional team will first conduct a thorough cleanup of the demolition site, ensuring that all debris, garbage, and residue are removed to prevent any impact on subsequent construction or the surrounding environment. Subsequently, a detailed inspection of the demolished building structure will be conducted, including key areas such as walls, beams, and columns, to determine if any damage or safety hazards were caused during the demolition process. Any issues discovered will be immediately documented and repair plans will be proposed to ensure the safety and integrity of the building structure.

[0031] The acceptance team also conducted a comprehensive assessment of safety operations and process execution during the demolition process. By reviewing construction records, safety logs, and on-site surveillance videos, they verified that construction personnel adhered strictly to safety technical briefing documents and operating specifications. They also summarized issues encountered during the demolition process and identified improvement measures, creating a detailed acceptance report that will provide valuable experience and reference for future similar projects.

[0032] Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions described in the aforementioned embodiments, or to make equivalent substitutions for some of the technical features therein. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. A rapid dismantling construction process for a glass curtain wall, characterized by: The following steps are involved: Step 1: Technical Preparation: Assemble a professional technical team to conduct a detailed review of the new curtain wall drawings and the existing building structure. This team must not only ensure that the new curtain wall drawings and the structure match in terms of size, connection method, or other aspects, but also consider various technical issues that may be encountered during the demolition process and develop corresponding solutions to ensure technical feasibility. Step 2. Material preparation: Prepare various equipment and tools required for construction, including but not limited to electric hanging basket, vacuum suction cup, forklift, screwdriver, electric pistol drill, angle grinder, distribution box, power cable, rubber wire, AC arc welder; Step 3. Site preparation: Strictly carry out the erection and commissioning of the electric hanging basket according to the electric hanging basket erection plan; during the erection process, ensure that all components of the hanging basket are firmly installed and accurately positioned to meet the transportation needs of personnel and materials during the construction process; Step 4: Glass curtain wall demolition construction: clarify the demolition scope and sequence, and then demolish the glass curtain wall according to the established demolition scope and sequence; Step 5. Quality acceptance: Acceptance of incoming materials, as well as acceptance of the glass curtain wall after demolition and the demolition situation.

2. The rapid dismantling construction process for a glass curtain wall according to claim 1, characterized in that: The first step also includes preparing detailed and comprehensive safety technical briefing documents and operating specifications based on the actual project situation and relevant specifications and standards; the safety technical briefing documents should cover safety precautions and emergency response measures during the demolition process; the operating specifications should clearly define the specific operating methods and quality requirements of each process to guide standardized construction on site; organize technical training and safety training for construction personnel to familiarize them with construction technology and safe operating procedures, and master the use of relevant equipment and tools.

3. The rapid dismantling construction process for a glass curtain wall according to claim 1 is characterized in that: The second step also includes preparing the materials required for construction, including but not limited to bolts and sealants used for fixing and connecting; and conducting a detailed inventory and inspection of all materials to ensure that their quality meets the requirements and that the quantity is sufficient.

4. The rapid dismantling construction process for a glass curtain wall according to claim 1 is characterized in that: The third step also includes setting up a safety isolation zone in the construction area. The range of the isolation zone should be greater than 30m to ensure that the fall radius is ≥ 6m; using red water barriers for enclosure, hanging "No Entry" warning signs in conspicuous locations, and adding flashing lights at night to enhance the warning effect; arranging full-time safety management personnel to be on guard, responsible for on-site safety management and personnel guidance, and prohibiting unauthorized personnel from entering the work area.

5. The rapid dismantling construction process for a glass curtain wall according to claim 1 is characterized in that: Step 4 in which the scope and order of demolition are clarified includes the following steps: Clearly limit the demolition scope to the fixed glass on the exterior facade of the building curtain wall within the scope agreed in the contract; before demolition, conduct a comprehensive inspection of the glass curtain wall and mark the damaged panels. These damaged panels will be handled first during the demolition process to avoid further damage to the damaged panels when removing intact panels, which will affect the safety and efficiency of demolition; The demolition sequence is to dismantle the glass piece by piece from the upper layer to the lower layer. This demolition sequence can avoid collision and damage to the lower layer of glass when the upper layer of glass is dismantled, and at the same time it is convenient for construction workers to carry out work in an orderly manner from top to bottom, thereby improving demolition efficiency.

6. The method for preparing a rapid dismantling construction process for a glass curtain wall according to claim 1, characterized in that: The dismantling of the glass curtain wall in step 4 specifically includes the following steps: For a single piece of glass weighing 100kg, two people are used in the hanging basket and two people are used indoors. First, the outdoor operator uses a vacuum suction cup to fix the outside of the glass, while the indoor operator uses a suction cup on the inside of the glass for auxiliary fixation to ensure that the glass remains stable during the removal process and prevents it from falling. Before fixing the suction cup, the suction position of the suction cup must be cleaned to ensure that the suction surface is flat and dry to improve the suction force of the suction cup. At the same time, after suction, the vacuum degree of the suction cup must be checked to ensure that it meets the specified requirements. Remove the decorative buckle cover around the glass. Use appropriate tools to carefully remove the decorative buckle cover to avoid damaging the surrounding structure. Then, remove the vertical structural sealant of the outdoor glass and the weatherproof glue and filling materials around the decorative buckle cover. Be careful to control the force during the removal process to prevent damage to the glass and frame. Remove the aluminum alloy clamps and their stainless steel bolts that secure the glass horizontally. Use an electric pistol drill or screwdriver to remove the bolts in the prescribed order and with the required force to ensure the clamps can be removed smoothly. During the removal process, the bolts and clamps must be properly stored for subsequent recycling and reuse. After all the fixing parts around the glass have been removed, use a vacuum suction cup to remove the glass. The outdoor and indoor operators should work closely together to keep the glass balanced and slowly lift it sideways into the room. During the lifting process, pay attention to avoid obstacles to ensure transportation safety. Classify and stack the removed glass according to the model and size of the glass and place it in the designated area; pay attention to the protection of the glass when stacking to avoid collision and friction with each other, which may cause damage to the glass.

7. The method for preparing a rapid dismantling construction process for a glass curtain wall according to claim 1, characterized in that: The acceptance of incoming materials in step five specifically involves the acceptance of the materials required for construction in step two, checking the qualification certificates of the material manufacturers to ensure that the material manufacturers have the corresponding production capacity and quality assurance capabilities; reviewing the quality certification documents, certificates of conformity, and test reports of the incoming materials to ensure that the quality of the materials meets the relevant specifications and design requirements.

8. The method for preparing a rapid dismantling construction process for a glass curtain wall according to claim 1, characterized in that: The acceptance of the demolished glass curtain wall and the demolition situation in step five specifically involves cleaning the site after demolition to ensure that there are no remaining debris and garbage; inspecting the building structure after demolition to confirm that there is no damage and safety hazards; at the same time, summarizing and evaluating the safety operations and process execution during the demolition process, recording problems and improvement measures during the demolition process, and providing reference for subsequent similar projects.

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