Longitudinal climbing device for extra-large steel structure

Abstract

The invention discloses a longitudinal climbing device for an extra-large steel structure. The longitudinal climbing device for the extra-large steel structure comprises a steel structure beam frame,travelling cranes, a climbing mechanism and a rail adjustment mechanism, wherein the travelling cranes, the climbing mechanism and the rail adjustment mechanism are arranged on the steel structure beam frame; the steel structure beam frame bears the travelling cranes, the climbing mechanism and the rail adjustment mechanism; and the climbing mechanism is connected with the rail adjustment mechanism through a vertical column. According to the longitudinal climbing device for the extra-large steel structure, the climbing mechanism, the rail adjustment mechanism, an upper travelling crane rail and a lower travelling crane rail are arranged, one travelling crane is enabled to climb onto the second-layer travelling crane rail to continue to work by cooperating the climbing mechanism with the rail adjustment mechanism during the movement interference of the two travelling cranes in the same travelling crane rail, so that the requirement that the two travelling cranes do not have manual interference and are used simultaneously is met.

Description

technical field [0001] The invention belongs to the technical field of steel structure workshop assembly, and in particular relates to a longitudinal climbing device for an extra-large steel structure. Background technique [0002] Modern large-scale factory buildings mostly use steel structure construction. The use of steel structure construction has the advantages of convenience, speed, and high efficiency. The structure of the factory building can not only be constructed quickly but also is easy to maintain. The limitation of the area prevents some steel structure equipment from being used efficiently, and often the same type of equipment will interfere with the use and interfere with each other in a limited space; [0003] For example, cranes, as large-scale hoisting equipment, are indispensable and important equipment in modern large-scale workshops. However, the following problems often occur when using monorail double-car cranes: Although the existing single-rail doub...

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Problems solved by technology

[0002] Modern large-scale factory buildings mostly use steel structure construction. The use of steel structure construction has the advantages of convenience, speed, and high efficiency. The structure of the factory building can not only be constructed quickly but also is easy to maintain. The limitation of the area prevents some steel structure equipment from being used efficiently, and often the same type of equipment will interfere with the use and interfere with each other in a limited space;

[0003] For example, cranes, as large-scale hoisting equipment, are indispensable and important equipment in modern large-scale workshops. However, the following problems often occur when using monorail double-car cranes: Although the existing single-rail double-car cranes have improved production efficiency , but because of the frequent use of single-track dual-cars, the two cars in the same track often interfere with each other, that is, the two cars obstruct each other when they run in opposite directions; so there is an urgent need for a device that can operate in a limited workshop space Efficient use and operating space of internal lifting equipment is imperative

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