CN216109635U - Climbing frame lifting system - Google Patents
Climbing frame lifting system Download PDFInfo
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- CN216109635U CN216109635U CN202122232836.2U CN202122232836U CN216109635U CN 216109635 U CN216109635 U CN 216109635U CN 202122232836 U CN202122232836 U CN 202122232836U CN 216109635 U CN216109635 U CN 216109635U
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- screw rod
- adjusting structure
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- truss
- point truss
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Abstract
A climbing frame lifting system. The climbing frame lifting system also comprises an upper screw rod adjusting structure and a lower screw rod adjusting structure; go up screw rod regulation structure, lower screw rod regulation structure and include connecting seat, adjusting screw respectively, adjusting screw's one end is screw portion, the other end is the ears board that the shaping has horizontal through-hole, the connecting seat has the vertical fixed plate of a plurality of screws including the shaping, vertical fixed plate extends forward has upper end horizontal plate, two arc risers, two curb plates, the shaping of upper end horizontal plate has the screw portion assorted screw rod via hole with adjusting screw, it is fixed through a plurality of nuts to go up screw portion that screw rod regulation structure upwards passes the screw rod via hole and the screw portion upper end of upper end horizontal plate, it is ears board to go up screw rod regulation structure's screw portion lower extreme. The upper and lower hoisting points of the lifting system are directly set into a screw adjusting structure, and meanwhile, the turn buckle and the spring are removed, and the upper and lower hooks are arranged, so that the weight of the electric hoist can be reduced, and the electric hoist is convenient to operate and maintain.
Description
Technical Field
The utility model relates to the technical field of climbing frames, in particular to a lifting system, wherein an upper lifting point and a lower lifting point are directly arranged into a screw adjusting structure, and a turnbuckle, a spring, an upper hook and a lower hook are simultaneously removed, so that the weight of an electric hoist can be reduced, and the operation and the maintenance are convenient.
Background
The climbing frame, also called as an attached lifting scaffold, is an external scaffold which is erected at a certain height, attached to a main engineering structure, can climb or descend along with the main engineering structure layer by depending on self lifting equipment and auxiliary devices and has an anti-overturning and anti-falling device, and the lifting equipment of the climbing frame, namely a lifting system, mainly comprises an upper lifting point truss, a tensioning adjusting device, a lower lifting point truss, an electric hoist and an attached wall lifting point.
At present, the electric hoist of climbing the frame still is connected with basket of flowers screw rod, couple to be connected with upper and lower hoisting point through the couple, thereby make electric hoist heavy, the field operation of not being convenient for makes the easy winding of calabash chain knot simultaneously.
Disclosure of Invention
The utility model aims to solve the technical problems and provides a climbing frame lifting system, wherein the upper lifting point and the lower lifting point of the lifting system are directly arranged into screw rod adjusting structures, and meanwhile, a turn buckle, a spring and an upper hook and a lower hook are removed, so that the weight of an electric hoist can be reduced, and the operation and the maintenance are convenient.
In order to solve the above-mentioned prior art problems, the technical scheme of the utility model is as follows:
the utility model relates to a climbing frame lifting system which is used for lifting a climbing frame, wherein the climbing frame is used for main body engineering construction, the climbing frame at least comprises a plurality of walkway plates, a plurality of guide rails, a plurality of first vertical rods, a plurality of wall-attached supports and a plurality of horizontal trusses, the walkway plates are arranged in a stacked mode, the walkway plates arranged in the stacked mode are respectively connected with the first vertical rods, the guide rails are vertically arranged and are respectively connected with the walkway plates and the first vertical rods, the wall-attached supports are connected between the main body engineering and the guide rails, the horizontal trusses are horizontally arranged on the climbing frame and are connected with the first vertical rods, the climbing frame lifting system comprises an upper hanging point truss, a lower hanging point truss, an electric hoist, a wall-attached hanging piece, a chain and a lower hanging point connecting piece, the inner side of the wall-attached hanging piece is fixed on the main body engineering, and the chain is wound around the lower end of the electric hoist, The upper end of the lower hoisting point connecting piece and the outer side of the wall-attached hanger;
as an improvement, the climbing frame lifting system further comprises an upper screw rod adjusting structure and a lower screw rod adjusting structure;
the upper screw rod adjusting structure and the lower screw rod adjusting structure respectively comprise a connecting seat and an adjusting screw rod, one end of the adjusting screw rod is a screw rod part, the other end of the adjusting screw rod is a double-lug plate formed with a horizontal through hole, the connecting seat comprises a vertical fixing plate formed with a plurality of screw holes, the vertical fixing plate extends forwards to form an upper end horizontal plate, two arc-shaped vertical plates and two side plates, the upper end horizontal plate is formed with a screw rod through hole matched with the screw rod part of the adjusting screw rod, the screw rod part of the upper screw rod adjusting structure upwards penetrates through the screw rod through hole of the upper end horizontal plate, the upper end of the screw rod part is fixed through a plurality of nuts, the lower end of the screw rod part of the upper screw rod adjusting structure is a double-lug plate, the upper end of the electric hoist penetrates through the horizontal through hole of the double-lug plate through a pin shaft to be connected with the upper screw rod adjusting structure, and a cylindrical hole is further arranged between the two arc-shaped vertical plates of the connecting seat of the lower screw rod adjusting structure, the lower screw rod adjusting structure further comprises a spring and a gasket, a screw rod part of the lower screw rod adjusting structure downwards penetrates through a screw rod through hole and a cylindrical hole of the upper end horizontal plate, the lower end of the screw rod part is fixed through a plurality of nuts, the spring is sleeved at the cylindrical hole of the screw rod part, the lower end of the spring is positioned above the nuts, the gasket is arranged between the spring and the nuts, a double lug plate is arranged at the upper end of the screw rod part of the lower screw rod adjusting structure, and the lower end of the lower lifting point connecting piece penetrates through a horizontal through hole of the double lug plate through a pin shaft to be connected with the lower screw rod adjusting structure;
the upper hoisting point truss and the lower hoisting point truss respectively comprise two second vertical rods and at least two triangular supports, the two second vertical rods of the upper hoisting point truss and the lower hoisting point truss are respectively connected with the first vertical rod, the walkway plate and the horizontal truss of the climbing frame and are used for fixing the upper hoisting point truss and the lower hoisting point truss on the climbing frame, the triangular supports are arranged between the two second vertical rods corresponding to the upper hoisting point truss and the lower hoisting point truss, the triangular supports are formed by connecting inclined rods, vertical rods and cross rods, the upper hoisting point truss and the lower hoisting point truss are respectively provided with two triangular supports which are oppositely arranged, and the cross rods of the two triangular supports are adjacent;
a plurality of screw holes of a vertical fixing plate of a connecting seat of the lower screw rod adjusting structure are respectively provided with bolts and are fastened on cross rods of two triangular supports oppositely arranged on the lower hoisting point truss, so that the lower screw rod adjusting structure is fixed;
the upper screw adjusting structure is fixed on the upper lifting point truss or the walkway plate, and when the upper screw adjusting structure is fixed on the upper lifting point truss, a plurality of screw holes of a vertical fixing plate of a connecting seat of the upper screw adjusting structure are respectively provided with bolts and fastened on cross rods of two triangular supports oppositely arranged on the upper lifting point truss, so that the upper screw adjusting structure is fixed.
This climb a hoist system and draw by electric block and attach the wall hanging point and provide ascending pulling force to hanging point truss down, drive hanging point truss down and then drive the support body and promote.
Further, when the upper screw adjusting structure is fixed on the walkway plate, a plurality of screw holes of a vertical fixing plate of a connecting seat of the upper screw adjusting structure are respectively provided with bolts and fastened on the walkway plate;
further, the lower hoisting point truss is lifted to the position of a second-layer walkway plate;
furthermore, the walkway plate has at least more than five layers, the upper lifting point truss is arranged at the position of the fifth layer walkway plate, and the upper lifting point truss is connected with the walkway plate, so that the bearing performance is enhanced;
furthermore, a sensor is arranged between the upper screw rod adjusting structure and the electric hoist, and the sensor is more convenient to install after the hook of the electric hoist is removed;
furthermore, the wall-attached hanger is formed into an opening structure, and a screw rod can be conveniently threaded in field installation.
The utility model relates to a climbing frame lifting system, which has the following beneficial effects:
1. the upper and lower hoisting points of the hoisting system are directly set into screw adjusting structures, and meanwhile, the turn buckle, the spring and the upper and lower hooks are removed, so that the weight of the electric hoist can be reduced, and the electric hoist is convenient to operate and maintain;
2. the electric hoist is more portable, and the hoist chain is difficult to twine and knot.
Drawings
Fig. 1 is a perspective view of a climbing frame lifting system of the present invention mounted on a climbing frame;
fig. 2 is a front view of a climbing frame lifting system of the present invention mounted on a climbing frame;
fig. 3 is a front view of an upper screw adjusting structure of a climbing frame lifting system according to the present invention connected to an upper lifting point truss;
FIG. 4 is a perspective view of a lower screw adjustment structure of a climbing frame lifting system according to the present invention;
fig. 5 is a perspective view of an upper screw adjusting structure in a climbing frame lifting system according to the present invention;
fig. 6 is a partial view of the lower screw adjusting structure of the climbing frame lifting system according to the present invention mounted on the climbing frame;
fig. 7 is a partial view of the upper screw adjusting structure of the climbing frame lifting system according to the present invention mounted on the climbing frame (the upper screw adjusting structure is connected to the walkway plate);
fig. 8 is a partial view of the upper screw adjustment structure of the climbing frame lifting system according to the present invention mounted on the climbing frame (the upper screw adjustment structure is connected to the upper lifting point truss);
fig. 9 is a partial view of the connection between the wall-attached hanger and the climbing frame in the lifting system of the climbing frame according to the present invention.
Detailed Description
The utility model is further illustrated by the following examples:
example (b):
referring to fig. 1 to 9, the climbing frame lifting system of the present invention is used for lifting a climbing frame for main engineering construction, the climbing frame at least comprises a plurality of walkways 101, a plurality of guide rails, a plurality of first vertical rods 102, a plurality of wall-attached supports 103, and a plurality of horizontal trusses 104, the walkways are stacked and the plurality of walkways are connected to the plurality of first vertical rods, the guide rails are vertically arranged and connected to the walkways and the first vertical rods, the wall-attached supports are connected between the main engineering and the guide rails, the horizontal trusses are horizontally arranged on the climbing frame and connected to the first vertical rods, the climbing frame lifting system comprises an upper hanging point truss 1, a lower hanging point truss 2, an electric hoist 3, a wall-attached hanger 4, a chain 5, and a lower hanging point connecting piece 6, the inner side of the wall-attached hanger is fixed on the main engineering, the chain bypasses the lower end of the electric hoist, the upper end of the lower hoisting point connecting piece and the outer side of the wall-attached hanger;
the climbing frame lifting system also comprises an upper screw rod adjusting structure 7 and a lower screw rod adjusting structure 7 a;
the upper screw rod adjusting structure and the lower screw rod adjusting structure respectively comprise a connecting seat 71 and an adjusting screw rod 72, one end of the adjusting screw rod 72 is a screw rod part 721, the other end of the adjusting screw rod is a double-lug plate 722 with a horizontal through hole formed, the connecting seat 71 comprises a vertical fixing plate 711 with a plurality of screw holes formed, the vertical fixing plate extends forwards to form an upper horizontal plate 712, two arc-shaped vertical plates 713 and two side plates 714, the upper horizontal plate is formed with a screw rod through hole matched with the screw rod part of the adjusting screw rod, the screw rod part of the upper screw rod adjusting structure upwards penetrates through the screw rod through hole of the upper horizontal plate, the upper end of the screw rod part is fixed through a plurality of nuts 73, the lower end of the screw rod part of the upper screw rod adjusting structure is a double-lug plate, the upper end of the electric hoist penetrates through the horizontal through hole of the double-lug plate through a pin shaft to be connected with the upper screw rod adjusting structure, a cylindrical hole 715 is further arranged between the two arc-shaped vertical plates of the connecting seat of the lower screw rod adjusting structure, the lower screw adjusting structure further comprises a spring 716 and a gasket 717, a screw portion of the lower screw adjusting structure downwards penetrates through a screw passing hole and a cylindrical hole of the upper end horizontal plate, the lower end of the screw portion is fixed through a plurality of nuts, the spring is sleeved at the cylindrical hole of the screw portion, the lower end of the spring is located above the nuts, the gasket is arranged between the spring and the nuts, a double lug plate is arranged at the upper end of the screw portion of the lower screw adjusting structure, and the lower end of the lower lifting point connecting piece penetrates through a horizontal through hole of the double lug plate through a pin shaft to be connected with the lower screw adjusting structure;
the upper hoisting point truss 1 and the lower hoisting point truss 2 respectively comprise two second vertical rods 11 and at least two triangular supports 12, the two second vertical rods of the upper hoisting point truss and the lower hoisting point truss are respectively connected with a first vertical rod, a walkway plate and a horizontal truss of a climbing frame and are used for fixing the upper hoisting point truss and the lower hoisting point truss on the climbing frame, the triangular supports 12 are arranged between the two second vertical rods corresponding to the upper hoisting point truss and the lower hoisting point truss, the triangular supports are formed by connecting inclined rods, vertical rods and cross rods 121, the upper hoisting point truss and the lower hoisting point truss are respectively provided with two triangular supports which are oppositely arranged, and the cross rods of the two triangular supports are abutted;
a plurality of screw holes of a vertical fixing plate of a connecting seat of the lower screw adjusting structure 7a are respectively provided with bolts and are fastened on cross rods of two triangular supports which are oppositely arranged on a lower hoisting point truss, so that the lower screw adjusting structure is fixed;
the upper screw adjusting structure 7 is fixed on the upper lifting point truss, when the upper screw adjusting structure is fixed on the upper lifting point truss, a plurality of screw holes of a vertical fixing plate of a connecting seat of the upper screw adjusting structure are respectively provided with bolts and fastened on cross rods of two triangular supports oppositely arranged on the upper lifting point truss, and the upper screw adjusting structure is fixed.
This climb a hoist system and draw by electric block and attach the wall hanging point and provide ascending pulling force to hanging point truss down, drive hanging point truss down and then drive the support body and promote.
Further, the lower hoisting point truss is lifted to the position of a second-layer walkway plate;
furthermore, the walkway plate has at least more than five layers, the upper lifting point truss is arranged at the position of the fifth layer walkway plate, and the upper lifting point truss is connected with the walkway plate, so that the bearing performance is enhanced;
furthermore, a sensor 8 is arranged between the upper screw rod adjusting structure and the electric hoist, and the sensor is more convenient to install after the hook of the electric hoist is removed;
furthermore, the wall-attached hanger 4 is formed into an open structure, and a screw rod can be conveniently installed on site.
The present invention has been described in detail, and it should be understood that the detailed description and specific examples, while indicating the preferred embodiment of the utility model, are intended for purposes of illustration only and are not intended to limit the scope of the utility model.
Claims (6)
1. The utility model provides a climb a hoist system, climb a hoist system and be used for climbing the lift of frame, it is used for main part engineering construction to climb the frame, it includes a plurality of boards of walking at least, and a plurality of guide rail, and a plurality of first pole setting, and a plurality of attaches wall support, and a plurality of horizontal truss, and is a plurality of the board of walking that walks that the range upon range of setting of board and a plurality of range upon range of setting of walking is connected with a plurality of first pole settings respectively, the vertical setting of guide rail just is connected with board, first pole setting respectively, it connects between main part engineering and guide rail to attach the wall support, the horizontal truss level sets up on climbing the frame and the horizontal truss is connected with first pole setting, climb a hoist system and include upper hoisting point truss, lower hoisting point truss, electric block, attach wall pendant, chain, lower hoisting point connecting piece, attach wall pendant inboard be fixed in on main part engineering, the chain walks around electric block lower extreme, Lower hoisting point connecting piece upper end, attach the wall pendant outside, its characterized in that:
the climbing frame lifting system also comprises an upper screw rod adjusting structure and a lower screw rod adjusting structure;
the upper screw rod adjusting structure and the lower screw rod adjusting structure respectively comprise a connecting seat and an adjusting screw rod, one end of the adjusting screw rod is a screw rod part, the other end of the adjusting screw rod is a double-lug plate formed with a horizontal through hole, the connecting seat comprises a vertical fixing plate formed with a plurality of screw holes, the vertical fixing plate extends forwards to form an upper end horizontal plate, two arc-shaped vertical plates and two side plates, the upper end horizontal plate is formed with a screw rod through hole matched with the screw rod part of the adjusting screw rod, the screw rod part of the upper screw rod adjusting structure upwards penetrates through the screw rod through hole of the upper end horizontal plate, the upper end of the screw rod part is fixed through a plurality of nuts, the lower end of the screw rod part of the upper screw rod adjusting structure is a double-lug plate, the upper end of the electric hoist penetrates through the horizontal through hole of the double-lug plate through a pin shaft to be connected with the upper screw rod adjusting structure, and a cylindrical hole is further arranged between the two arc-shaped vertical plates of the connecting seat of the lower screw rod adjusting structure, the lower screw rod adjusting structure further comprises a spring and a gasket, a screw rod part of the lower screw rod adjusting structure downwards penetrates through a screw rod through hole and a cylindrical hole of the upper end horizontal plate, the lower end of the screw rod part is fixed through a plurality of nuts, the spring is sleeved at the cylindrical hole of the screw rod part, the lower end of the spring is positioned above the nuts, the gasket is arranged between the spring and the nuts, a double lug plate is arranged at the upper end of the screw rod part of the lower screw rod adjusting structure, and the lower end of the lower lifting point connecting piece penetrates through a horizontal through hole of the double lug plate through a pin shaft to be connected with the lower screw rod adjusting structure;
the upper hoisting point truss and the lower hoisting point truss respectively comprise two second vertical rods and at least two triangular supports, the two second vertical rods of the upper hoisting point truss and the lower hoisting point truss are respectively connected with the first vertical rod, the walkway plate and the horizontal truss of the climbing frame and are used for fixing the upper hoisting point truss and the lower hoisting point truss on the climbing frame, the triangular supports are arranged between the two second vertical rods corresponding to the upper hoisting point truss and the lower hoisting point truss, the triangular supports are formed by connecting inclined rods, vertical rods and cross rods, the upper hoisting point truss and the lower hoisting point truss are respectively provided with two triangular supports which are oppositely arranged, and the cross rods of the two triangular supports are adjacent;
a plurality of screw holes of a vertical fixing plate of a connecting seat of the lower screw rod adjusting structure are respectively provided with bolts and are fastened on cross rods of two triangular supports oppositely arranged on the lower hoisting point truss, so that the lower screw rod adjusting structure is fixed;
the upper screw adjusting structure is fixed on the upper lifting point truss or the walkway plate, and when the upper screw adjusting structure is fixed on the upper lifting point truss, a plurality of screw holes of a vertical fixing plate of a connecting seat of the upper screw adjusting structure are respectively provided with bolts and fastened on cross rods of two triangular supports oppositely arranged on the upper lifting point truss, so that the upper screw adjusting structure is fixed.
2. The climbing frame lifting system according to claim 1, wherein when the upper screw adjusting structure is fixed on the walkway plate, a plurality of screw holes of the vertical fixing plate of the connecting seat of the upper screw adjusting structure are respectively provided with bolts and fastened on the walkway plate.
3. The creeper lift system of claim 1, wherein the lower suspension point truss is raised to a second deck position.
4. The climbing frame lifting system according to claim 1, wherein the walkway plates have at least five layers, the upper lifting point truss is installed at the position of the fifth layer walkway plate, and the upper lifting point truss is connected with the walkway plates, so that the bearing capacity is enhanced.
5. The climbing frame lifting system according to claim 1, wherein a sensor is installed between the upper screw adjusting structure and the electric block.
6. The creeper lifting system of claim 1, wherein the wall attachment hangers are outwardly shaped in an open configuration.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122232836.2U CN216109635U (en) | 2021-09-15 | 2021-09-15 | Climbing frame lifting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122232836.2U CN216109635U (en) | 2021-09-15 | 2021-09-15 | Climbing frame lifting system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN216109635U true CN216109635U (en) | 2022-03-22 |
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ID=80733665
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202122232836.2U Active CN216109635U (en) | 2021-09-15 | 2021-09-15 | Climbing frame lifting system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN216109635U (en) |
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2021
- 2021-09-15 CN CN202122232836.2U patent/CN216109635U/en active Active
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