Profiling supporting hanging basket for arc-shaped outer wall surface construction

Abstract

The utility model discloses a profiling supporting hanging basket, particularly discloses a profiling supporting hanging basket for arc-shaped outer wall surface construction, and belongs to the technical field of design and manufacturing of building engineering construction process devices. According to the profiling supporting hanging basket for arc-shaped outer wall surface construction, the construction safety is remarkably improved, and the functions are relatively complete. The profiling supporting hanging basket comprises a profiling hanging basket body, the profiling supporting hanging basket further comprises a limiting, guiding and stabilizing mechanism and a material grabbing and lifting mechanism, the limiting, guiding and stabilizing mechanism is arranged on the portion, on one side of the inner arc-shaped structure, of the profiling hanging basket body, and the material grabbing and lifting mechanism is arranged on the portion, on one side of the outer arc-shaped structure, of the profiling hanging basket body; in the construction process of the arc-shaped outer wall surface attachment, the profiling hanging basket body is limited and kept stable through the limiting, guiding and stabilizing mechanism, and materials in the construction process are conveyed to the profiling hanging basket body from the ground through the material grabbing and lifting mechanism.

Description

TECHNICAL FIELD

[0001] The utility model relates to a profiled support hanging basket, especially to a profiled support hanging basket for arc-shaped outer wall surface construction, belongs to the technical field of building engineering construction process device design and manufacture. BACKGROUND

[0002] In the construction of the outer wall, the hanging basket belongs to the commonly used equipment, but the conventional hanging basket will appear the phenomenon such as the distance between the hanging basket and the outer wall surface is not the same, the construction operation is inconvenient, the hanging basket is unstable, the construction quality is not good control and the like for the curved surface outer wall.

[0003] The utility model with publication number CN220487064U provides a kind of arc facade high-altitude electric lifting operation platform, including operation platform, suspension mechanism and lifting mechanism;Operation platform includes a plurality of spliced together arc-shaped hanging basket platform, each arc-shaped hanging basket platform includes arc-shaped frame, bottom grating and guardrail structure, bottom grating is fixed on arc-shaped frame, guardrail is enclosed in the inside and outside of arc-shaped frame, two adjacent arc-shaped frames are spliced and fixed together, the inside of each arc-shaped frame is provided with horizontally inwardly extending support roller;Lifting mechanism includes at least with the number matching electric hoist of arc-shaped hanging basket platform, sling and hook, electric hoist is connected hook by sling, hook is used to suspend the arc-shaped frame of arc-shaped hanging basket platform;Suspension mechanism includes derrick, derrick is provided with lug, lug is used to fix electric hoist.The arc facade high-altitude electric lifting operation platform has the advantages of being suitable for arc facade high-altitude operation, strong bearing capacity and high construction efficiency.But the structure function of the above-mentioned patent is relatively single, high-altitude operation stability is poor, there is great security risk, and is supported with other similar settings such as support arm or wheel or buffer pad towards inner outer wall surface, after sticking insulation board, this equipment must be used to extrude insulation layer, destroy finished product again. Building materials in construction process need to be separately transported using lifting equipment, not only time-consuming and laborious, but also cannot effectively guarantee the safety of transportation. UTILITY MODEL CONTENTS

[0004] The utility model solves the technical problems that: provide a kind of construction safety significantly improves, and the function is relatively more complete for arc-shaped outer wall surface construction Profiled support hanging basket.

[0005] The technical scheme adopted to solve the above technical problems is: a profiling support hanging basket for arc-shaped outer wall surface construction, comprising a profiling hanging basket body, the profiling support hanging basket further comprises a limiting and guiding stabilizing mechanism and a material grabbing and lifting mechanism, the limiting and guiding stabilizing mechanism is arranged on the profiling hanging basket body at one side of the inner arc-shaped structure, and the material grabbing and lifting mechanism is arranged on the profiling hanging basket body at one side of the outer arc-shaped structure; during the construction of the adherent of the arc-shaped outer wall surface, the profiling hanging basket body is limited and kept stable through the limiting and guiding stabilizing mechanism, and the material in the construction process is transported to the profiling hanging basket body from the ground through the material grabbing and lifting mechanism.

[0006] Further, the profiling hanging basket body comprises a profiling frame and a profiling platform plate, the profiling platform plate is arranged at the bottom of the profiling frame, the limiting and guiding stabilizing mechanism is arranged on the profiling frame at one side of the inner arc-shaped structure, and the material grabbing and lifting mechanism is arranged on the profiling frame at one side of the outer arc-shaped structure.

[0007] The preferred mode of the above scheme is that the profiling support hanging basket further comprises elevators, and the profiling hanging basket body is arranged at the position where the adherent of the arc-shaped outer wall surface needs to be constructed and is vertically reciprocatingly movable through the elevators arranged at both sides of the profiling hanging basket body.

[0008] Further, the limiting and guiding stabilizing mechanism comprises at least a stabilizing and guiding component and a limiting and supporting component, the stabilizing and guiding component and the limiting and supporting component are arranged on the profiling frame at one side of the inner arc-shaped structure in a position adaptive to each other; the profiling hanging basket body during the lifting and positioning work is guided and kept stable through the stabilizing and guiding component, and the profiling hanging basket body after being lifted and positioned is arranged at the prescribed position of the arc-shaped outer wall surface where the adherent needs to be constructed through the limiting and supporting component under the cooperation of the stabilizing and guiding component.

[0009] The preferred mode of the above scheme is that the stabilizing and guiding component comprises two groups of guiding steel wire ropes and four gripping devices, each group of guiding steel wire ropes is tensioned at the prescribed position of the arc-shaped outer wall surface where the adherent needs to be constructed through a rope clamp and a tensioner, the four gripping devices are symmetrically arranged at the upper and lower edges of the profiling frame at one side of the inner arc-shaped structure in two groups, and each group of four gripping devices is respectively vertically sleeved on a group of guiding steel wire ropes; the profiling hanging basket body during the lifting and positioning work is guided and kept stable through the four gripping devices under the cooperation of the two groups of guiding steel wire ropes.

[0010] Further, the limiting and supporting component comprises at least a group of arc-shaped tubular open slide rails, the arc-shaped tubular open slide rails are arranged at the upper edge of the profiling frame at one side of the inner arc-shaped structure; the profiling hanging basket body after being lifted and positioned is abutted on the arc-shaped outer wall surface at the corresponding position through the arc-shaped tubular open slide rails.

[0011] The preferred mode of the above scheme is that the limiting support assembly further comprises at least two groups of T-shaped distance measuring blocks, a plurality of balls corresponding to the number of distance measuring blocks are sequentially arranged in the pipeline of the arc-shaped tubular open slide rail along the length direction of the slide rail, and each group of T-shaped distance measuring blocks is respectively fixedly connected with each ball through the lower end of the vertical edge of each group.

[0012] Further, the material grabbing and lifting mechanism comprises a flexible grabber and a lifting assembly, the lifting assembly is arranged at the upper edge of the profiled frame on one side of the outer arc-shaped structure, and the flexible grabber is arranged on the power output end of the lifting assembly and is movably arranged along the height direction through the lifting assembly.

[0013] The preferred mode of the above scheme is that the flexible grabber comprises three to four flexible sub-grabbers, each flexible sub-grabber is sequentially arranged along the vertical direction, the power output end of the lifting assembly is connected with the uppermost flexible sub-grabber,

[0014] Each flexible sub-grabber comprises two L-shaped keels, a downward hook, a hook releasing device, a hook releasing device rotating shaft, a downward hook sliding pin shaft and a group of rope pulley assemblies, the two L-shaped keels are sequentially connected as a whole along the vertical direction, a sliding groove is arranged at the end of the upper L-shaped keel without a hook body, the downward hook is movably arranged in the gap between the two L-shaped keels through the hook releasing device under the cooperation of the hook releasing device rotating shaft, the lower end of the downward hook sliding pin shaft passing through the sliding groove is connected with the hook releasing device rotating shaft, the hook releasing device is reciprocally movable along the length direction through the hook releasing device rotating shaft under the cooperation of the hook releasing device rotating shaft, and the rope pulley assembly is arranged on the lower L-shaped keel through the wheel frame thereof.

[0015] Further, the lifting assembly is composed of an electric lifting winch, the profiled frame comprises an arc-shaped base frame and an arc-shaped railing frame, the profiled platform plate is laid on the arc-shaped base frame, the arc-shaped railing frame is arranged on the arc-shaped base frame, the material grabbing and lifting mechanism is arranged at the upper edge of the arc-shaped railing frame on one side of the outer arc-shaped structure, a gripping device is arranged at the middle upper position of the arc-shaped railing frame on one side of the inner arc-shaped structure and on the arc-shaped base frame on one side of the inner arc-shaped structure, respectively, and the arc-shaped tubular open slide rail is arranged at the upper edge of the arc-shaped railing frame on one side of the inner arc-shaped structure.

[0016] The utility model discloses a beneficial effect is: the technical scheme provided by the present application is based on the existing profiling basket body, through increasing setting limit guide stabilizing mechanism and material grabbing and lifting mechanism and constructing the profiling support basket of the application, and the limit guide stabilizing mechanism is arranged on the profiling basket body of one side of the inner arc structure, and the material grabbing and lifting mechanism is arranged on the profiling basket body of one side of the outer arc structure, then in the construction process of the adhering material of arc outer wall surface, make the profiling basket body keep stable through the limit of limit guide stabilizing mechanism, and make the material in the construction process be transported to the profiling basket body from the ground through the material grabbing and lifting mechanism. In this way, not only the technical problem of low stability, poor safety and single structure function of the profiling basket body caused by setting only the profiling basket body and the lifting mechanism of lifting the profiling basket body for the arc outer wall construction of building engineering in the prior art is solved, the above technical scheme of the present application is adopted, the position of the profiling basket body is limited in the lifting and construction operation through the limit guide stabilizing mechanism, the overall stability of the profiling basket body is ensured, the safety of construction is improved, and the material needed in the construction can also be lifted and transported through the material grabbing and lifting mechanism, so that the main hoisting equipment of building engineering, such as tower crane, is avoided, the use function of the structure is increased, and the safety of material transportation is improved. The profiling basket body is set to arc structure through the further improvement of the above technical scheme, so as to adapt to the construction of curved outer wall, ensure the same arc and equal distance with the outer wall surface, facilitate the operation of construction personnel and ensure the construction quality, two vertical through steel wires are arranged on the outer wall along the inner side, which are used as guide stabilizing ropes, pass through the four annular handles fixed on the basket, and play the role of stabilizing the basket, the tubular open slide rail is installed on the outer side of the inner side rail in the same arc, the reference block is arranged, the tape is matched, the equal distance between the basket and the wall surface is controlled, the curved surface of the thermal insulation layer is smooth and the thickness is ensured, and the appearance quality is improved. In order to safely transport materials, the small hoist of the basket is used to lift materials, such as base plastering mortar, EPS foam board and mesh cloth and waterproof mortar, and the labor intensity of personnel is reduced. The flexible grabber in the technical scheme of the present application does not damage the EPS foam board and can be stably fastened, the L-shaped keel is made of aluminum profile, the upper half is provided with a cavity slide rail, the slide rail is matched with the elastic downward hook through the use of rubber or spring, when the material is taken or the EPS foam board is loaded, the upward lifting lock hook hooks the top horizontal rod of the grabber frame or releases the lock hook to press the object downward under the pulling action of the elastic rubber downward hook, so that the function of fixing the object is realized. BRIEF DESCRIPTION OF DRAWINGS

[0017] Figure 1 It is three-dimensional structure schematic diagram for the profiling support basket of the utility model for arc outer wall surface construction;

[0018] Figure 2The utility model is used for the profiled support hanging basket of arc outer wall surface construction and relates to the three-dimensional structure schematic view of flexible sub grab.

[0019] Marked in the drawing: guiding steel wire rope 1, gripping device 2, arc pipe type open slide rail 3, fixed distance measuring block 4, L type keel 5, downward grab hook 6, loose hook device 7, loose hook device rotating shaft 8, downward grab hook sliding pin shaft 9, rope wheel set 10, sliding groove 11, electric lifting winch 12, arc base frame 13, arc rail frame 14, profiled platform plate 15. DETAILED DESCRIPTION

[0020] As Figure 1 , Figure 2The utility model provides a kind of construction safety is significantly improved, and relatively complete function is used for arc outer wall surface construction's profiling support basket.The profiling support basket includes profiling basket body, and the profiling support basket further include limiting direction stabilizing mechanism and material grabbing lifting mechanism, limiting direction stabilizing mechanism is arranged on the profiling basket body in inner arc structure side, and material grabbing lifting mechanism is arranged on the profiling basket body in outer arc structure side;During arc outer wall surface attachment construction process, profiling basket body is limited and kept stable by limiting direction stabilizing mechanism, and material in construction process is transported to profiling basket body from ground by material grabbing lifting mechanism.The present application provides technical scheme based on existing profiling basket body, by increasing the setting limiting direction stabilizing mechanism and material grabbing lifting mechanism and constructing the profiling support basket of the present application, and limiting direction stabilizing mechanism is arranged on the profiling basket body in inner arc structure side, and material grabbing lifting mechanism is arranged on the profiling basket body in outer arc structure side;Then during arc outer wall surface attachment construction process, profiling basket body is limited and kept stable by limiting direction stabilizing mechanism, and material in construction process is transported to profiling basket body from ground by material grabbing lifting mechanism.In this way, not only solve the technical problem of low stability, poor safety and single structure and function in prior art, by limiting direction stabilizing mechanism to the position limit of profiling basket body in lifting and construction operation, ensure the overall stability of profiling basket body, improve the safety of construction, and material grabbing lifting mechanism can also be lifted and transported to the material needed in construction, avoid occupying the main hoisting equipment of building engineering, such as tower crane, increase the use function of structure and the safety of material transportation.Combined with prior art, the profiling basket body of the present application includes profiling frame and profiling platform board 15, profiling platform board is arranged on the bottom of profiling frame, limiting direction stabilizing mechanism is arranged on the profiling frame in inner arc structure side, and material grabbing lifting mechanism is arranged on the profiling frame in outer arc structure side.At the same time, the profiling support basket of the present application further includes elevator, and profiling basket body is arranged at the position of arc outer wall surface needing construction attachment along vertical reciprocating movement by the elevator arranged on its two sides.More specific structure is that profiling frame includes arc-shaped chassis 13 and arc-shaped railing frame 14, profiling platform board 15 is laid on arc-shaped chassis 13, arc-shaped railing frame 14 is arranged on arc-shaped chassis 13, material grabbing lifting mechanism is arranged at the upper edge of arc-shaped railing frame 14 in outer arc structure, and gripping device 2 is arranged at the middle upper position of arc-shaped railing frame 14 in inner arc structure side and arc-shaped chassis 13 in inner arc structure side respectively, and arc-shaped tubular opening slide rail 3 is arranged at the upper edge of arc-shaped railing frame 14 in inner arc structure side.

[0021] Correspondingly, as two key components improved by the present application, in order to realize the stability and safety of the profiled hanging basket body in work, the limiting and guiding stabilizing mechanism of the present application at least comprises a stabilizing and guiding assembly and a limiting and supporting assembly, the stabilizing and guiding assembly and the limiting and supporting assembly are arranged on the profiled frame at one side of the inner arc structure in a position mutually adaptive; the profiled hanging basket body in the lifting and positioning work process is guided and kept stable by the stabilizing and guiding assembly, the profiled hanging basket body in the lifting and positioning process is arranged at the prescribed position of the arc-shaped outer wall surface requiring construction attachments by the limiting and supporting assembly under the cooperation of the stabilizing and guiding assembly. Specifically, the stabilizing and guiding assembly of the present application comprises two groups of guiding steel wire ropes 1 and four holding grippers 2, each group of guiding steel wire ropes 1 is respectively tensioned at the prescribed position of the arc-shaped outer wall surface requiring construction attachments by a rope clamp and a tensioner, the four holding grippers 2 are symmetrically arranged at the upper and lower edges of the profiled frame at one side of the inner arc structure in two groups, and each group of four holding grippers 2 is respectively vertically sleeved on one group of guiding steel wire ropes 1; the profiled hanging basket body in the lifting and positioning work process is guided and kept stable by the four holding grippers 2 under the cooperation of the two groups of guiding steel wire ropes 1. The limiting and supporting assembly at least comprises one group of arc-shaped tubular open slide rails 3, the arc-shaped tubular open slide rails 3 are arranged at the upper edge of the profiled frame at one side of the inner arc structure; the profiled hanging basket body in the lifting and positioning process is top-connected on the arc-shaped outer wall surface at the corresponding position by the arc-shaped tubular open slide rails 3. The limiting and supporting assembly further comprises at least two groups of T-shaped distance measuring blocks 4, a plurality of balls corresponding in number to the distance measuring blocks 4 are sequentially arranged in the pipeline of the arc-shaped tubular open slide rails 3 along the long direction of the slide rail, preferably four groups, and each group of T-shaped distance measuring blocks 4 is respectively fixedly connected by each ball at the lower end of the vertical edge; the profiled hanging basket body in the lifting and positioning process is top-connected on the arc-shaped outer wall surface at the corresponding position by the cooperation of the balls and the arc-shaped tubular open slide rails 3.

[0022] Further, in order to adapt to the transportation of different materials such as plastering mortar, EPS foam board, mesh cloth, waterproof mortar and the like, the material grabbing and lifting mechanism of the present application comprises a flexible grabber and a lifting assembly, the lifting assembly is arranged on the upper edge of the profiled frame on one side of the outer arc structure, and the flexible grabber is arranged on the power output end of the lifting assembly and is movable along the height direction. Specifically, the flexible grabber comprises three to four flexible sub-grabbers, each flexible sub-grabber is arranged in vertical sequence, the power output end of the lifting assembly is connected with the uppermost flexible sub-grabber, each flexible sub-grabber comprises two L-shaped keels 5, a downward hook 6, a hook releasing device 7, a hook releasing device rotating shaft 8, a downward hook sliding pin shaft 9 and a group of rope pulley sets 10, the two L-shaped keels 5 extending in the horizontal direction are connected as a whole in vertical sequence, a sliding groove 11 is arranged on the end of the upper L-shaped keel 5 without a hook body, the downward hook 6 is movably arranged in the gap between the two L-shaped keels 5 through the hook releasing device 7 cooperating with the hook releasing device rotating shaft 8, the lower end of the downward hook sliding pin shaft 9 passing downward through the sliding groove 11 is connected with the hook releasing device rotating shaft 8, the hook releasing device 7 can reciprocate along the length direction through the downward hook sliding pin shaft 9 cooperating with the hook releasing device rotating shaft 8, and the rope pulley sets 10 are arranged on the lower L-shaped keel 5 through the wheel frame. The lifting assembly is composed of an electric lifting winch 12.

[0023] In summary, the above technical solutions provided by the present application also have the following advantages,

[0024] The profiling manufacturing and construction method of the multifunctional arc-shaped hanging basket designed by the present application has the functions of arc-shaped design, fixed distance, rope supporting stability, synchronous detection of arc-shaped profiling surface, stable and safe material upward and downward transportation, simple operation and the like, which helps to greatly reduce the labor intensity of construction personnel such as external wall thermal insulation, improve the work efficiency and construction quality, and has great economic and technical development space.

[0025] The technical solutions of the present application will be further described below through specific embodiments:

[0026] The profiling manufacturing and construction method of the multifunctional arc-shaped hanging basket designed by the present application has the functions of arc-shaped design, fixed distance, rope supporting stability, synchronous detection of arc-shaped profiling surface, stable and safe material upward and downward transportation, simple operation and the like, which helps to greatly reduce the labor intensity of construction personnel such as external wall thermal insulation, improve the work efficiency and construction quality, and has great economic and technical development space.

[0027] In the overall structure, the limiting and guiding stability mechanism and the profiled hanging basket body comprise:

[0028] 1. One set of arc-shaped hanging basket frames 1 is bent and processed from metal square tubes according to the design drawing;

[0029] 2. One set of hanging basket platform plates 1 is processed from metal grid plates or metal mesh plates and is divided into multiple blocks and can be assembled;

[0030] 3. A set of flexible grippers 1, made of aluminum profiles, L-shaped keels, three to four pairs connected together, matched with rubber pull strips and downward hooks, unhooking devices, etc.

[0031] 4. A material lifting winch 1, an electric device, fixed in the middle of the outer side of the basket according to the design drawing;

[0032] 5. A set of arc-shaped basket railings 1, made of metal square tubes according to the design drawing;

[0033] 6. An arc-shaped tubular opening slide rail 1, made of aluminum tubes according to the design drawing;

[0034] 7. Four fixed distance measuring blocks, made of aluminum blocks according to the design drawing, exposed as T-shaped, and integrated with the hidden ball in the tubular slide rail;

[0035] 8. Four ring-shaped handles, made of Mn steel plates according to the design drawing, fixed in the designed position, with two guide steel ropes passing through them;

[0036] 9. Two guide steel ropes, made of steel core 6X36 stainless steel ropes, tensioned on the cantilever steel beam passing through the roof beam and the basement top beam embedded sleeve by using rope clamps and tensioners, and precisely adjusted by using the lofting points on the floor slab to control the two steel ropes on the plumb surface parallel to the outer wall at a certain distance.

[0037] The overall structure of the material grabbing and lifting mechanism includes:

[0038] 1. Six or eight L-shaped keel pieces, made of aluminum profiles according to the design drawing;

[0039] 2. Three or four rope wheels, made of nylon material according to the design drawing, supported by metal clamps and fixed on the inside of the top of piece 1;

[0040] 3. Three or four unhooking device pieces, made of steel plates according to the design drawing;

[0041] 4. Three or four downward hooks, made of hard plastic plates according to the design drawing;

[0042] 5. Three or four unhooking device rotating shafts, made of stainless steel bolts according to the design drawing;

[0043] 6. Three or four downward hook sliding pins, made of stainless steel bolts according to the design drawing;

[0044] 7. Six or eight slide grooves, made by slotting on the upper half of the L-shaped aluminum profile keel.

[0045] The manufacturing and construction method includes:

[0046] 1. According to the drawings, select the right materials and equipment, including small winch, basket hoist and other equipment; processing sequence arrangement: first make the arc-shaped basket frame, which can be disassembled into three arc-shaped segments, connected and assembled by flanges, and the rigidity and geometric dimensions should be ensured, as well as the curvature of the outer wall surface; make the platform board; and other components and equipment;

[0047] 2. Process and make the arc-shaped frame, which is made of metal square tube bending processing according to the design drawings;

[0048] 3. The basket platform board is made of metal grating plate or metal mesh plate, which is divided into multiple blocks and can be assembled;

[0049] 4. Flexible grab, made of aluminum profile according to the drawings, in the form of L-shaped keel, three to four pairs connected together, with supporting downward rubber stay and downward hook, hook loosener and other components;

[0050] 5. Material lifting winch, which is an electric device, matched and fixed in the middle position of the basket outside the rail according to the drawings;

[0051] 6. Arc-shaped basket rail, made of metal square tube bending processing according to the design drawings;

[0052] 7. Arc-shaped tubular opening slide rail, made of metal aluminum tube bending processing according to the design drawings;

[0053] 8. Fixed distance measuring block, designed according to the drawings, made of metal aluminum block, exposed in the form of T-shaped, and a whole with the hidden ball in the tubular slide rail;

[0054] 9. Ring-shaped hand, Mn steel plate processed according to the drawings, fixed at the designed position, with two guide steel wire ropes passing through it;

[0055] 10. According to the design, complete the production of the top and basement cantilever beam; match various lifting steel wire ropes, safety ropes, and counter-tension steel wire ropes for the basement beam;

[0056] 11. The guide steel wire rope is made of steel core 6X36 stainless steel wire rope, which is tensioned on the cantilever steel beam passing through the roof beam and the basement top beam embedded sleeve by using rope clamp and tensioner, and is precisely adjusted and controlled on the plumb surface parallel to the outer wall at a certain distance by using the lofting points on the floor slab.

[0057] 12. The innovative functions of the basket include: ensuring the same arc and equal distance with the outer wall surface to facilitate the operation of construction personnel and ensure the construction quality; two vertical through steel wire ropes are arranged along the outer wall at the same distance as the outer wall to serve as guide stabilizing ropes, which pass through the four ring-shaped handles fixed on the basket, playing a role in stabilizing the basket; the tubular opening slide rail is installed on the outer side of the inner side rail in the same arc, and the reference block is set to cooperate with the tape measure to control the equal distance between the basket and the wall, ensure the smoothness and thickness of the thermal insulation layer, and improve the appearance quality.

[0058] 13、For safe transmission of materials, the set of equipment develops a flexible grabber combined with wide rubber and spring elasticity tension, which does not damage the EPS foam board and can be stably tied; when the EPS foam board needs to be transported, the upward lifting of the locking hook hooks the top horizontal bar of the grabber frame or loosens the locking hook to press the object downward under the pulling action of the elastic rubber, so as to realize the function of fixing the object.

[0059] 14、On the ground of the arc-shaped outer wall, assemble the components of the hanging basket, two people operate the elevator on both sides of the hanging basket, and after debugging, it can be put into use.

Claims

1. A profiled support basket for curved exterior wall construction, comprising a profiled basket body, characterized in that: The profiled support hanging basket further comprises a limiting and guiding stabilizing mechanism and a material grabbing and lifting mechanism, the limiting and guiding stabilizing mechanism is arranged on the profiled hanging basket body on one side of the inner arc structure, and the material grabbing and lifting mechanism is arranged on the profiled hanging basket body on one side of the outer arc structure; during the construction of the arc outer wall surface attachments, the profiled hanging basket body is limited and kept stable through the limiting and guiding stabilizing mechanism, and the materials in the construction process are transported from the ground to the profiled hanging basket body through the material grabbing and lifting mechanism.

2. The profiled support cradle for curved facade construction according to claim 1, characterized in that: The profiled hanging basket body comprises a profiled frame and a profiled platform plate (15), the profiled platform plate is arranged at the bottom of the profiled frame, the limiting and guiding stabilizing mechanism is arranged on the profiled frame on one side of the inner arc structure, and the material grabbing and lifting mechanism is arranged on the profiled frame on one side of the outer arc structure.

3. The profiled support cradle for curved facade construction according to claim 2, characterized in that: The profiled support hanging basket further comprises elevators, the profiled hanging basket body is arranged at the position where the attachments need to be constructed on the arc outer wall surface and can be reciprocally moved along the vertical direction through the elevators arranged on both sides of the profiled hanging basket body.

4. The profiled support cradle for curved facade construction according to claim 2 or 3, characterized in that: The limiting and guiding stabilizing mechanism at least comprises a stabilizing and guiding assembly and a limiting and supporting assembly, the stabilizing and guiding assembly and the limiting and supporting assembly are arranged on the profiled frame on one side of the inner arc structure in a position adaptive to each other; the profiled hanging basket body during the lifting and positioning work is guided and kept stable through the stabilizing and guiding assembly, and the profiled hanging basket body after being lifted and positioned is arranged at the prescribed position where the attachments need to be constructed on the arc outer wall surface through the limiting and supporting assembly under the cooperation of the stabilizing and guiding assembly.

5. The profiled support cradle for curved facade construction according to claim 4, characterized in that: The stabilizing and guiding assembly comprises two groups of guiding steel wire ropes (1) and four gripping devices (2), each group of guiding steel wire ropes (1) is respectively tensioned at the prescribed position where the attachments need to be constructed on the arc outer wall surface through a rope clamp and a tensioner, the four gripping devices (2) are symmetrically arranged at the upper and lower edges of the profiled frame on one side of the inner arc structure in two groups, and the two groups of four gripping devices (2) are respectively vertically sleeved on one group of guiding steel wire ropes (1); the profiled hanging basket body during the lifting and positioning work is guided and kept stable through the four gripping devices (2) under the cooperation of the two groups of guiding steel wire ropes (1).

6. The profiled support cradle for curved facade construction according to claim 5, characterized in that: The limiting and supporting assembly at least comprises one group of arc tubular open slide rails (3), the arc tubular open slide rails (3) are arranged at the upper edge of the profiled frame on one side of the inner arc structure; the profiled hanging basket body after being lifted and positioned is abutted on the arc outer wall surface at the corresponding position through the arc tubular open slide rails (3).

7. The profiled support cradle for curved facade construction according to claim 6, characterized in that: The limiting and supporting assembly further comprises at least two groups of T-shaped distance measuring blocks (4), a plurality of balls in a number corresponding to the number of the distance measuring blocks (4) are sequentially arranged in the pipeline of the arc tubular open slide rails (3) along the long direction of the slide rail, and each group of T-shaped distance measuring blocks (4) is respectively fixedly connected with each ball through the lower end of the vertical edge; the profiled hanging basket body after being lifted and positioned is abutted on the arc outer wall surface at the corresponding position through the horizontal connection of the distance measuring blocks (4) under the cooperation of the balls and the arc tubular open slide rails (3).

8. The profiled support cradle for curved facade construction according to claim 7, characterized in that: The material grabbing and lifting mechanism comprises a flexible grabber and a lifting assembly, the lifting assembly is arranged at the upper edge of the profiled frame on one side of the outer arc structure, and the flexible grabber is arranged on the power output end of the lifting assembly along the height direction through the lifting assembly.

9. The profiled support cradle for curved facade construction according to claim 8, characterized in that: The flexible grabber comprises three to four flexible sub-grabbers, each of which is arranged in vertical sequence, and a power output end of the lifting assembly is connected with the uppermost flexible sub-grabber, Each flexible sub-grabber comprises two L-shaped keels (5), a downward hook (6), a hook releaser (7), a hook releaser rotating shaft (8), a downward hook sliding pin shaft (9), and a set of rope pulley groups (10). The two L-shaped keels (5) extending in the horizontal direction are connected as a whole in vertical sequence. A sliding groove (11) is arranged on an end of the upper L-shaped keel (5) without a hook body. The downward hook (6) is movably arranged in the gap between the two L-shaped keels (5) through the hook releaser (7) under the cooperation of the hook releaser rotating shaft (8). The lower end of the downward hook sliding pin shaft (9) passing through the sliding groove (11) is connected with the hook releaser rotating shaft (8). The hook releaser (7) can reciprocate along the length direction through the downward hook sliding pin shaft (9) under the cooperation of the hook releaser rotating shaft (8). The rope pulley groups (10) are arranged on the lower L-shaped keel (5) through their wheel frames.

10. The profiled support cradle for curved facade construction according to claim 9, characterized in that: The lifting assembly is composed of an electric lifting winch (12). The profiling frame comprises an arc-shaped base frame (13) and an arc-shaped railing frame (14). A profiling platform plate (15) is laid on the arc-shaped base frame (13). The arc-shaped railing frame (14) is arranged on the arc-shaped base frame (13). The material grabbing and lifting mechanism is arranged at the upper edge of the arc-shaped railing frame (14) on one side of the outer arc-shaped structure. The gripper (2) is arranged at the middle upper position of the arc-shaped railing frame (14) on one side of the inner arc-shaped structure and on the arc-shaped base frame (13) on one side of the inner arc-shaped structure, respectively. The arc-shaped tubular open slide rail (3) is arranged at the upper edge of the arc-shaped railing frame (14) on one side of the inner arc-shaped structure.

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