Damping type overall lifting construction platform

Abstract

The invention discloses a damping type overall lifting construction platform. Strengthening columns and a bearing platform are connected by a damping mechanism, the bearing platform is arranged to bean arch-bridge-shaped support frame, and support columns are arranged in through holes at the bottom of the bearing platform in the longitudinal direction, adjacent support columns are connected through triangular steel frames and the side wall of the support frame, and the bottoms of the support columns are provided with support legs; the strengthening columns are arranged to be of a cylinder structure, pedals are arranged on the side walls of the strengthening columns, and two support plates are arranged on the upper surfaces of the strengthening columns outwards along the peripheral edge, and the support plates are arranged on the surfaces of the strengthening columns by rotating shafts in an embedded mode and are rotatably opened and closed along the rotating shafts; and damping mechanism consists of an upper telescopic sleeve and a lower telescopic sleeve, and the upper telescopic sleeve and lower telescopic sleeve are connected by a spring. The bearing platform has bearing capacity, the supporting legs improves the stability of a building pile, and the impact resistance is strong; the strengthening columns act as an auxiliary support, and the support plates and pedals are used for human climbing; and the damping mechanism is used for reducing vibration, thereby improving the safety.

Description

technical field [0001] The invention belongs to the technical field of construction equipment, and particularly relates to a shock absorption type integral lifting construction platform. Background technique [0002] In building construction, support devices are often used so that higher operations can be carried out. In higher but not higher places, if a crane is used to transport items to the top, it will not only waste resources, but also be troublesome. The support device has better flexibility in use, but the height of the general support device is not adjustable, which leads to certain limitations. At the same time, during use, if the supporting force of the supporting device is poor, and problems such as deformation occur, people or objects will easily fall to the ground, and may even cause safety accidents, which cannot be better used in construction. Taking welding in the construction industry as an example, it is often necessary to weld steel bar joints. Due to th...

AI Technical Summary

Problems solved by technology

[0002] In building construction, it is often necessary to use support devices in order to carry out higher operations. If a crane is used to transport items to the upper place, it is not only a waste of resources, but also more troublesome. The support device has better flexibility in use, but the height of the general support device is not adjustable, resulting in certain restrictions

At the same time, when in use, if the supporting force of the supporting device is poor and deformation occurs, people or objects will easily fall to the ground, which may even cause safety accidents, and cannot be better used in construction.

Taking the welding in the construction industry as an example, it is often necessary to weld the joints of steel bars. Due to the high equipment, it is difficult to reach the height required for welding, which makes welding more difficult.

Sometimes, people also use some simple tools to help soldering, but these tools are either complicated in structure or unstable, and it is difficult to meet the needs