Rail type lifting platform for curtain wall engineering construction

Abstract

The invention discloses a rail type lifting platform for curtain wall engineering construction, a lifting platform is mounted on the surface of a lifting device main body, a guide mechanism is arranged in the lifting platform, the guide mechanism comprises a hinge rod, a hinge block is hinged to one end, away from the inner wall of the lifting platform, of the hinge rod, and a push spring is welded to the surface of the hinge block; a flow guide plate is welded to the end, away from the hinge block, of the push spring, and moving wheels are mounted in the flow guide plate. Through the arrangement of the guide mechanism, two groups of hinge rods can push a flow guide plate to move through the elastic force of a push spring, and the flow guide plate can move from the interior of the lifting table, so that when materials are placed on the surface of the lifting table, the flow guide plate can assist the materials to move to the surface of the lifting table; the height difference between the lifting platform and the ground is effectively reduced, and material carrying is facilitated.

Description

technical field [0001] The invention relates to the technical field of curtain wall engineering, in particular to a rail-type lifting platform for curtain wall engineering construction. Background technique [0002] Curtain wall engineering is a general term for the installation and construction of metal plates or safety glass used for building envelope components and decorative panels. The installation of curtain walls must meet the design requirements, and the installation must be firm to ensure safety. When the curtain wall project is under construction, guide rails are required. The guide rail elevator is a kind of non-scissor hydraulic lifting mechanical equipment. [0003] When the existing rail-type elevator is in use, there will be a certain height difference between the lifting platform and the ground, so that during the material transportation process, construction workers need to move it to the surface of the lifting platform, which will cause inconvenience during...

AI Technical Summary

Problems solved by technology

If scaffolding is used for construction, once municipal and underground pipeline workers enter the site for work, the scaffolding will face the risk of being forced to dismantle, making it difficult to use scaffolding for subsequent construction operations

[0005] 2. It is not conducive to hoisting operations

For projects with long overhanging roof cornices, it is difficult to use a crane to hoist the materials in place once the scaffolding is erected, and the hoisting efficiency is low

[0006] 3. It is not conducive to the development of prefabricated construction

For prefabricated construction, ground assembly and overall hoisting are usually used for construction. The erection of scaffolding greatly affects the hoisting operation, making it difficult to realize prefabricated construction.

[0007] 4. Cost increase

For projects with long construction spans and large construction areas, scaffolding will be erected for construction, and the cost of measures will be extremely high

[0008] 5. For projects with long construction spans, it is difficult to form effective knots with the main structure when erecting scaffolding, and the location is open and the wind is strong. Once scaffolding is used, the windward area of ​​the measures will be greatly increased, and the safety of the scaffolding will be low.

[0009] 6. There are various building forms, and there are often undulating roof shapes and structures. It is difficult to fully adapt to such height changes when erecting scaffolding. The arrangement of measures is complex and difficult to erect.

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