A movable wall panel installation auxiliary protection bracket

Abstract

The utility model provides a movable wall panel installation auxiliary protection support belongs to building engineering technical field, is used in wall panel installation construction application in steel structure engineering, by foundation, frame body, wallboard lifting support is formed, it is characterized in foundation and frame body socket joint fixed, wallboard lifting support and frame body's reinforced vertical rod socket joint, the foundation includes base, gyro wheel, winch, the base below sets up gyro wheel, and the base top installs winch, the frame body includes winch cover plate, U type ring, mountain type buckle, pedal, horizontal short pole, horizontal long pole, reinforced horizontal pole, eight reinforced vertical rods, the wallboard lifting support includes a disc steel wire rope, a set of prefabricated welded support, two pulleys, a lifting hook, pulley is connected with prefabricated welded support through high -strength bolt, and one end of steel wire rope passes through pulley and is connected with lifting hook, and the other end of steel wire rope is connected with micro -winch, the utility model discloses device simple structure, convenient to assemble and disassemble, can effectively improve construction efficiency.

Description

Technical Field

[0001] This invention belongs to the field of building engineering technology, specifically relating to the application of wall panel installation in steel structure engineering. Background Technology

[0002] Wall panel installation presents significant safety risks during construction. Ordinary scaffolding lacks adequate protective measures, resulting in a low structural safety factor and unsatisfactory installation outcomes. The process is difficult, and improper handling can damage the panels, necessitating replacement and increasing construction time and costs. Furthermore, multiple workers are required to coordinate the work. Traditional scaffolding is difficult to assemble and disassemble, requiring welding for installation. This cumbersome process necessitates prior approval for hot work, presents substantial safety hazards, and incurs high maintenance costs, leading to low overall construction efficiency. Summary of the Invention

[0003] This invention provides a movable wall panel installation auxiliary protective bracket that is easy to install and dismantle, convenient to operate, and improves construction efficiency.

[0004] A movable wall panel installation auxiliary protective bracket consists of a foundation, a frame, and a wall panel lifting bracket. Its features include a fixed connection between the foundation and the frame, and a connection between the wall panel lifting bracket and the reinforced uprights of the frame. The foundation includes a base, eight rollers, and a winch. Rollers are installed below the base, and the winch is installed above the base. The base is welded from eight square steel legs, two transverse square steels, two longitudinal square steels, and a stainless steel base plate. The eight square steel legs are vertical, the two transverse square steels are parallel, and each transverse square steel is perpendicularly connected to four square steel legs. The two longitudinal square steels are perpendicularly connected to the two middle eight square steel legs. The stainless steel base plate is connected to the longitudinal and transverse square steels. Each square steel outrigger is bolted to a 360° rotating gravity-locking roller, and the winch is bolted to a stainless steel base plate.

[0005] The frame includes a winch cover plate, ten U-shaped rings, seventy-two mountain-shaped buckles, twelve footboards, twenty-four horizontal short rods, twelve horizontal long rods, six reinforced horizontal rods, and eight reinforced vertical rods. The six reinforced horizontal rods and eight reinforced vertical rods are connected by wheel buckles. The holes on the winch cover plate and the footboards are fixed by the horizontal short rods, which are inserted and connected to the holes of the reinforced vertical rods at both ends and secured with mountain-shaped buckles. The horizontal long rods are inserted and connected to the holes of the reinforced vertical rods, which are also secured with mountain-shaped buckles at both ends. The U-shaped rings are bolted to the reinforced vertical rods on the side of the exterior wall construction. The wall panel lifting support includes a coil of steel wire rope, a set of prefabricated welded supports, two pulleys, and a hook. This part is connected to the prefabricated welded supports by the pulleys through high-strength bolts. The steel wire rope passes through the pulleys, with one end connected to the hook and the other end connected to the mini winch.

[0006] The method of using this invention is as follows: The protective bracket is erected 300mm from the construction wall. The uppermost U-shaped ring is connected to the main structure with a safety rope to improve the overall stability of the bracket. When the bracket is under load during construction operations, the gravity lock on the bottom roller automatically locks and secures it. Workers can climb and place tools via the footboard. The safety rope can be suspended on the nearby horizontal bar. The short and long horizontal bars are arranged alternately to facilitate climbing by operators. Workers at the bottom lift the wall panel by operating the winch manual switch, while personnel on the footboard perform the wall panel securing operation.

[0007] The beneficial effects of this utility model are as follows: This invention utilizes bolt, socket, and locking connections, effectively reducing the complexity of operations for workers during scaffold erection and avoiding safety hazards associated with on-site hot work and welding. The bottom rollers facilitate worker movement of the scaffold. The increased length-to-width ratio of the scaffold and the use of U-shaped ring cables for fixation effectively enhance the stability of the scaffold and improve construction safety. The installation of this protective scaffold significantly improves construction efficiency and ensures the overall installation effect of the wall panels.

[0008] This utility model device has a simple structure, is easy to install and disassemble, can be reused a high number of times, and can effectively improve construction efficiency. Attached Figure Description

[0009] Figure 1 This is a structural diagram of the present invention.

[0010] Figure 2 This is a basic structural diagram of the present invention.

[0011] Figure 3 This is a structural diagram of the frame in this utility model.

[0012] Figure 4 This is a structural diagram of the wall panel lifting bracket in this utility model. Detailed Implementation

[0013] In the diagram, 1. Roller, 2. Base (including winch foundation plate), 3. Mini winch, 4. Winch cover plate, 5. U-shaped ring, 6. Mountain-shaped buckle, 7. Pedal, 8. Horizontal short bar, 9. Horizontal long bar, 10. Reinforced horizontal bar, 11. Reinforced vertical bar, 12. Wire rope, 13. Prefabricated welded bracket, 14. Pulley, 15. Hook.

[0014] Figure 1 As shown, a movable wall panel installation auxiliary protective bracket consists of a foundation, a frame, and a wall panel lifting bracket. Its characteristic is that the foundation and the frame are connected and fixed by a socket joint, and the wall panel lifting bracket is connected and fixed by a reinforced upright of the frame.

[0015] Figure 2 As shown, the foundation includes a base 2, eight rollers 1, and a winch 3. The base (including the winch foundation plate) 2 is integrally welded from eight square steel legs, two horizontal square steels, two horizontal square steels, and a stainless steel base plate. Each leg is fitted with a roller 1 by bolts, and the winch 3 is bolted onto the stainless steel base plate.

[0016] The length of the transverse square steel is 2700mm; the length of the longitudinal square steel is 1000mm.

[0017] The rollers are 360° rotating gravity-locking rollers. The winch model is 220V / 1T.

[0018] Figure 3 As shown, the frame includes a winch cover plate 4, ten U-shaped rings 5, seventy-two mountain-shaped buckles 6, twelve pedals 7, twenty-four horizontal short bars 8, twelve horizontal long bars 9, six reinforced horizontal bars 10, and eight reinforced vertical bars 11. The six reinforced horizontal bars 10 and the eight reinforced vertical bars 11 are connected by wheel buckles. The holes on the winch cover plate 4 and the holes on the pedals 7 are fixed by the horizontal short bars 8. The two ends of the horizontal short bars 8 are connected to the holes of the reinforced vertical bars 11 and locked with mountain-shaped buckles 6 at both ends. The horizontal long bars 9 are connected to the holes of the reinforced vertical bars 11 and locked with mountain-shaped buckles 6 at both ends. The U-shaped rings 5 ​​are fixed to the reinforced vertical bars 11 on the side closest to the outer wall construction using bolts.

[0019] The width × length of the pedal is 200mm × 900mm; the length of the short horizontal bar is 1200mm; the length of the long horizontal bar is 2700mm; the length of the reinforced horizontal bar is 850mm; and the length of the reinforced vertical bar is 7000mm.

[0020] Figure 4As shown, the wall panel lifting support includes a coil of steel wire rope 12, a set of prefabricated welded supports 13, two pulleys 14, and a hook 15. The pulleys 14 are connected to the prefabricated welded supports 13 by high-strength bolts. The steel wire rope 12 passes through the pulleys 14, with one end connected to the hook 15 and the other end connected to the winch 3.

[0021] The prefabricated welded support 13 consists of a rectangular frame and four legs welded to the bottom of the rectangular frame.

Claims

1. A movable wall panel installation auxiliary protective bracket, comprising a foundation, a frame, and a wall panel lifting bracket, characterized in that: The foundation is fixed to the frame by a socket connection, and the wall panel lifting bracket is connected to the reinforced upright of the frame by a socket connection. The foundation includes a base, eight rollers, and a winch. Rollers are installed under the base, and the winch is installed on the base. The base is welded together from eight square steel legs, two transverse square steels, two longitudinal square steels, and a stainless steel base plate. The eight square steel legs are vertical, the two transverse square steels are parallel, and each transverse square steel is perpendicularly connected to four square steel legs to form a whole. The two longitudinal square steels are perpendicularly connected to the two eight square steel legs located in the middle. The stainless steel base plate is connected to the longitudinal and transverse square steels. The frame includes a winch cover plate, ten U-shaped rings, seventy-two mountain-shaped buckles, twelve footboards, twenty-four horizontal short poles, twelve horizontal long poles, six reinforced horizontal poles, and eight reinforced vertical poles. The six reinforced horizontal poles and eight reinforced vertical poles are connected by wheel buckles. The holes on the winch cover plate and the holes on the footboards are fixed by the horizontal short poles. The two ends of the horizontal short poles are connected to the holes of the reinforced vertical poles and locked with mountain-shaped buckles at both ends. The horizontal long poles are connected to the holes of the reinforced vertical poles and locked with mountain-shaped buckles at both ends. The U-shaped rings are fixed by bolts on the reinforced vertical poles on the side closest to the outer wall construction. The wall panel lifting support includes a coil of steel wire rope, a set of prefabricated welded brackets, two pulleys, and a hook. The pulleys are connected to the prefabricated welded brackets by high-strength bolts. One end of the steel wire rope passes through the pulley and is connected to the hook, and the other end of the steel wire rope is connected to a miniature winch.

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