Wall-attaching type hoisting hanging bracket capable of achieving horizontal large-angle stepless adjustment

Abstract

The invention relates to a wall-attaching type hoisting hanging bracket capable of achieving horizontal large-angle stepless adjustment. The wall-attaching type hoisting hanging bracket comprises a cantilever steel beam, a cantilever steel beam base, suspended cables, suspended cable bases and a join node. The cantilever steel beam is an I-shaped steel beam, and bolt holes are punched in the bottom flange of the steel beam according to a certain distance so as to supply suspending hanging points. The cantilever steel beam base is a node which is hinged in the horizontal direction and is rigidly connected in the longitudinal direction, and the node allows the cantilever steel beam to properly rotate in the horizontal direction. One end of each suspended cable is connected with the corresponding suspended cable base through a shackle, the other end of each suspended cable is connected with the cantilever steel beam through a shackle, and the lengths of the suspended cables can be adjusted through a chain block. Long holes are formed in base plates of the cantilever steel beam base and the suspended cable bases, and steel plates with holes are welded to the base plates, so that a suspension system flexibly moves on a wall to meet the requirements for different arrangement. According to the wall-attaching type hoisting hanging bracket capable of achieving horizontal large-angle stepless adjustment, hoisting objects with different specifications are conveniently hoisted, angle adjustment in the hoisting process can be achieved, and the hoisting speed and safety are effectively improved.

Description

technical field [0001] The invention belongs to the field of industrial technology, and in particular relates to a wall-attached hoisting hanger with stepless adjustment of a large horizontal angle. Background technique [0002] The traditional lifting hanger needs to place the hoisting object directly under the lifting hanger first, and then carry out vertical hoisting. The traditional lifting hanger is generally a fixed lifting system, which can only realize fixed-point lifting of the hoisting object, and cannot adjust the horizontal angle according to the position of the hoisting object, so the difficulty of hoisting is relatively high. In addition, because traditional lifting hangers are generally designed for specific engineering needs, the design is relatively simple, the safety cannot be guaranteed, and it is not scalable. Each hoisting requires repeated design and adjustment, which causes unnecessary manpower to a certain extent. and waste of resources. Contents o...

AI Technical Summary

Problems solved by technology

The traditional lifting hanger is generally a fixed lifting system, which can only realize the fixed-point lifting of the hoisting object, and cannot adjust the horizontal angle according to the position of the hoisting object, so the difficulty of hoisting is relatively high

In addition, because traditional lifting hangers are generally designed for specific engineering needs, the design is relatively simple, the safety cannot be guaranteed, and it is not scalable. Each hoisting requires repeated design and adjustment, which to a certain extent causes unnecessary manpower and waste of resources

Images