CN-224228222-U - Primary and secondary climbs frame

CN224228222UCN 224228222 UCN224228222 UCN 224228222UCN-224228222-U

Abstract

The utility model discloses a primary-secondary climbing frame, which relates to the technical field of constructional engineering and comprises a primary climbing frame, a secondary climbing frame and a platform turning plate, wherein the primary climbing frame is arranged on the outer outline of a building, the secondary climbing frame is arranged on the inner outline of the building, all layers of structures of the primary climbing frame and the secondary climbing frame are arranged in parallel, the platform turning plate is movably connected at all layers of pavement plates of the secondary climbing frame, and the other end of the platform turning plate is lapped at the pavement plates of the primary climbing frame. This primary and secondary climbs frame, the split is female frame and the son climbs two parts of frame that climb, and the son climbs the frame and is gone up and install the platform and turn over the board, is used for connecting female frame that climbs, is to dismantle the connection, opens when promoting and turns over the board and avoid horizontal overhead level even roof beam, will turn over the board and cover down after the promotion is accomplished, can adapt to the obstacle of various nonstandard layer components, and nimble avoid nonstandard component to realize promoting smoothly, does not influence the construction progress.

Inventors

CHEN CHAI
He Dengpei
Wei Jiapei
HE LIJUAN
LI XIAO
Meng Qiongrong
Ji Shoufu
ZHU WANXU

Assignees

广西建工集团冶金建设有限公司
桂林理工大学

Dates

Publication Date: 20260512
Application Date: 20250424

Claims (10)

1. The primary-secondary climbing frame is characterized by comprising a primary climbing frame, a secondary climbing frame and a platform turning plate, wherein the primary climbing frame is arranged on the outer outline of a building, the secondary climbing frame is arranged on the inner outline of the building, all layers of structures of the primary climbing frame and the secondary climbing frame are mutually flush, the platform turning plate is movably connected to all layers of pavement plates of the secondary climbing frame, and the other end of the platform turning plate is detachably lapped at the pavement plates of the primary climbing frame.
2. The primary and secondary climbing frame according to claim 1, wherein the primary climbing frame comprises a frame body upright post and a climbing frame lifting and wall attaching system, and the side face of the frame body upright post of the primary climbing frame is installed on the outer contour of a building through the climbing frame lifting and wall attaching system.
3. The primary-secondary climbing frame according to claim 2, wherein the frame body upright rod is made of square steel, holes for connecting the pavement plates are drilled in the square steel, square tubes are used for drilling holes in four sides of the pavement plates of the primary climbing frame, and the holes in the square tubes are connected with the holes in the square steel of the frame body upright rod through bolts.
4. The primary and secondary climbing frame according to claim 3, wherein a reinforcing member is arranged at a connection part of the square tube and the square steel, the reinforcing member is a triangular member formed by welding the square tube, and the reinforcing member is fixed on the lower side of the connection part of the square tube and the square steel through a bolt.
5. The primary and secondary climbing frame according to claim 1, wherein the secondary climbing frame comprises a frame body vertical rod and a climbing frame lifting and wall attaching system, and the side face of the frame body vertical rod of the secondary climbing frame is installed on the inner contour of a building through the climbing frame lifting and wall attaching system.
6. The primary-secondary climbing frame according to claim 5, wherein the frame body upright rod is made of square steel, holes for connecting the pavement plates are drilled in the square steel, square tubes are used for drilling holes in four sides of the pavement plates of the primary climbing frame, and the holes in the square tubes are connected with the holes in the square steel of the frame body upright rod through bolts.
7. The primary-secondary climbing frame according to claim 6, wherein a reinforcing member is arranged at a connection position of the square pipe and the square steel, the reinforcing member is a triangular member formed by welding the square pipe, and the reinforcing member is fixed on the lower side of the connection position of the square pipe and the square steel through a bolt.
8. The primary-secondary climbing frame of claim 1, wherein the platform turning plate comprises a pattern steel plate and angle irons, the angle irons are welded at one end of the pattern steel plate downwards, the angle irons are lapped on the pavement plate of the primary climbing frame, and the other end of the pattern steel plate is installed on the pavement plate of the primary climbing frame through steel hinges.
9. The primary-secondary climbing frame according to claim 8, wherein the pattern steel plate is positioned between the separation parts of the primary climbing frame and the secondary climbing frame, and the pattern steel plate is formed by one steel plate or is formed by splicing and assembling a plurality of steel plates.
10. The primary and secondary climbing frame according to claim 9, wherein square tubes are welded at equal intervals on the bottom of the patterned steel plate, and stiffening ribs are further arranged on the bottom of the patterned steel plate.

Description

Primary and secondary climbs frame Technical Field The utility model relates to the technical field of constructional engineering, in particular to a primary-secondary climbing frame. Background At present, most of residential building planes in China are I-shaped, and connecting beams (no stress) are arranged between two house type overhead parts on the same side, and the floors with the connecting beams are non-standard floors because the connecting beams are not arranged layer by layer. Generally, when the climbing frame is used for construction, the climbing frame design is optimized through a standard layer structure, but the obstacle of a nonstandard structure is often ignored, and when the construction is performed, the climbing frame cannot be lifted in place according to the preset time due to the transverse arrangement of nonstandard structural members, the original climbing frame is required to be partially disassembled to be lifted, and the detached climbing frame member is installed back until the lifting exceeds the nonstandard structural layer. The method has larger potential safety hazard, affects the construction efficiency and increases the measure cost. Disclosure of utility model The utility model aims to provide a primary-secondary climbing frame, which solves the problems in the prior art, can synchronously lift the primary climbing frame and the secondary climbing frame, is not hindered by nonstandard components, belongs to a climbing frame active avoidance mode for construction operation, is beneficial to improving construction efficiency, and does not influence construction progress. The primary-secondary climbing frame comprises a primary climbing frame, a secondary climbing frame and a platform turning plate, wherein the primary climbing frame is arranged on the outer outline of a building, the secondary climbing frame is arranged on the inner outline of the building, all layers of structures of the primary climbing frame and the secondary climbing frame are arranged in parallel, the platform turning plate is movably connected to all layers of pavement plates of the secondary climbing frame, and the other end of the platform turning plate is detachably lapped at the pavement plates of the primary climbing frame. In an embodiment, the female frame of climbing includes support body pole setting and climbs the frame and promotes and attach the wall system, the support body pole setting side of female frame of climbing is promoted and attaches the wall system and install on the building outline through climbing the frame. In one embodiment, the vertical rod of the frame body is made of square steel, holes for connecting the pavement plates are drilled in the square steel, square tubes are used for drilling holes in the four sides of the pavement plates of the female climbing frame, and the holes in the square tubes are connected with the holes in the square steel of the vertical rod of the frame body through bolts. In an embodiment, the connection part of the square tube and the square steel is provided with a reinforcing member, the reinforcing member is a triangular member formed by welding the square tube, and the reinforcing member is fixed on the lower side of the connection part of the square tube and the square steel through a bolt. In an embodiment, the sub climbing frame comprises a frame body vertical rod and a climbing frame lifting and wall attaching system, and the side face of the frame body vertical rod of the sub climbing frame is installed on the inner outline of the building through the climbing frame lifting and wall attaching system. In one embodiment, the vertical rod of the frame body is made of square steel, holes for connecting the pavement plates are drilled in the square steel, square tubes are used for drilling holes in the four sides of the pavement plates of the female climbing frame, and the holes in the square tubes are connected with the holes in the square steel of the vertical rod of the frame body through bolts. In an embodiment, the connection part of the square tube and the square steel is provided with a reinforcing member, the reinforcing member is a triangular member formed by welding the square tube, and the reinforcing member is fixed on the lower side of the connection part of the square tube and the square steel through a bolt. In one embodiment, the platform turning plate comprises a pattern steel plate and angle irons, wherein a bent opening of each angle iron is welded at one end of the corresponding pattern steel plate downwards, the angle irons are lapped on the pavement plate of the corresponding mother climbing frame, and the other end of the corresponding pattern steel plate is installed on the pavement plate of the corresponding child climbing frame through a steel hinge. In one embodiment, the pattern steel plate is positioned between the separation parts of the sub climbing frame and the main climbing frame, and is formed by one s