Assembling machine of high altitude prefabricated slabs

Abstract

The invention discloses an assembling machine of high altitude prefabricated slabs, relates to construction equipment for the assembly of high altitude prefabricated slabs, and aims to provide an assembling machine of high altitude prefabricated slabs for accomplishing the assembly of high altitude prefabricated slabs in the environment that height and width are limited and the passing at the lower part of the machine is guaranteed. The machine comprises a main structure, a movable lifting truck, a crane, a walking wheel unit, an engine unit and a driving cab, wherein the movable lifting truck and a crane structure are arranged at the upper part of the main structure; a walking beam and a power walking mechanism are arranged below the main structure; the driving cab is mounted at the front part of the main structure and can control various operations of the complete machine; the movable lifting truck mounted above the main structure can move laterally and can jack and turn the prefabricated slabs; a crane vertical column mounted above the main structure can adjust the height; the crane can lift or lower down the prefabricated slabs under the control of the driving cab, so that the assembly of top prefabricated slabs can be accomplished while the height and width are limited and internal empty passing space is guaranteed.

Description

technical field [0001] The invention relates to a construction equipment for installing prefabricated panels, in particular to a high-altitude prefabricated panel installation machine. Background technique [0002] At present, there are many places where height and width are limited in tunnels, large industrial plants with columns, and station construction. During the internal construction of these tunnels or buildings with limited height and width, there are a lot of work with a large workload, low degree of automation and repeated operations. Such as installing and building prefabricated slabs on the cement supports poured on the top of long-distance tunnels, installing cement slabs on column supports inside large industrial plants or railway stations, etc. When these operations are carried out in open areas, cranes are usually used for hoisting construction. However, in the working environment with limited height and width, it is almost impossible for cranes to perform c...

AI Technical Summary

Problems solved by technology

When these operations are carried out in open areas, cranes are usually used for hoisting construction. However, in the working environment with limited height and width, it is almost impossible to carry out construction with cranes. Only manpower and small manual machinery can be used to solve the problem of installing such prefabricated panels. The low efficiency, high work intensity and low construction safety of manual construction have a great impact on the project cost

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