Multi-cutter disc large-section vertical shaft tunneling device

Abstract

The invention provides a multi-cutter disc large-section vertical shaft tunneling device. The multi-cutter disc large-section vertical shaft tunneling device comprises a shield body. An excavation device is arranged below the shield body. A rotating track is arranged on the shield body. A small circumferential rotating device is movably arranged on the rotating track and is respectively connectedwith a large circumferential rotating driving device and an excavating device. The large circumferential rotating driving device is fixedly connected with the shield body. The shield body is internally provided with a main machine slag discharging device. The main machine slag discharging device is correspondingly connected with the excavating device and the small circumferential rotating device.According to the multi-cutter disc large-section vertical shaft tunneling device, a large section is excavated through revolution and rotation of a plurality of cutters, muck generated in the large section is collected through the main machine slag discharging device, full-section muck collecting and overall mechanized operation are achieved, automatic and integrated parallel construction operation of excavation and slag discharging is achieved, equipment is convenient to disassemble and assemble, the number of operators is reduced, the labor intensity of personnel is reduced, and the safety and construction efficiency of vertical shaft construction are greatly improved.

Description

technical field

[0001] The invention relates to the technical field of shaft excavation, in particular to a multi-cutter large-section shaft excavation device. Background technique

[0002] At present, shafts are generally excavated artificially or semi-mechanized, or conventional drilling equipment is used for construction. The two methods meet the construction needs of most shaft projects to a certain extent. With the development of the depth direction, the disadvantages of manual semi-mechanized excavation methods in terms of safety and efficiency have become more and more prominent, seriously affecting the progress of the project; while conventional drilling equipment is mainly suitable for shaft construction with medium or small sections, and cannot be directly used for large Cross-section shaft engineering, and a large amount of muck generated during the excavation of large-section shafts, it is necessary to remove the dregs generated during the excavation process in a...

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