Movable sliding cantilever unloading platform

Abstract

The invention discloses a movable sliding cantilever unloading platform. The movable sliding cantilever unloading platform comprises a lower cantilever profile steel supporting base and an upper slidable unloading platform body, wherein the lower cantilever profile steel supporting base is slidably connected with the upper slidable unloading platform body; the lower cantilever profile steel supporting base comprises an I-shaped steel main beam and an I-shaped steel secondary beam; the two ends of the I-shaped steel secondary beam are fixedly connected with the I-shaped steel main beam throughfirst bolts; a first fixing block is fixed to the rear end face of the I-shaped steel main beam; a first baffle is arranged behind the I-shaped steel secondary beam; second fixing blocks are fixed tothe two ends of the first baffle; and the first fixing block and the second fixing blocks are connected and matched, and the I-shaped steel main beam is fixed to the two ends of the first baffle. Themovable sliding cantilever unloading platform has the advantages of being convenient to mount, high in dismounting speed and high in safety performance coefficient.

Description

Technical field [0001] The present invention relates to the field of building construction, and more particularly to a mobile sliding unloading platform. Background technique [0002] The discharge platform is a construction site that is often used in a variety of temporary console and operating frames, generally used for the turnover of the material. The discharge platform is divided into a mobile unloading platform, a landing unloading platform, a wide range of unloading platforms. The unloading platform for the current universal discharge platform is the advantages of convenient installation and quick dismantling speed. In the practical application of engineering, most construction units are often unsatisfactory universal discharge platforms. Direct design, and directly under construction, there are more safety hazards, and during the process of the upper and lower materials, it is necessary to transport materials with the building table and the building floor, which is more c...

AI Technical Summary

Problems solved by technology

As a commonly used unloading platform in concrete structure engineering, the cantilevered unloading platform has the advantages of convenient installation and fast disassembly. There are many potential safety hazards in the design and construction directly based on construction experience. In addition, in the process of loading and unloading materials, materials need to be transported through the joint between the material platform and the building floor, which is more complicated and affects the stability of the structure itself. Affected, it will cost more manpower and there are certain security risks

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