Drilling rig and full-hydraulic manual control valve station thereof

Abstract

The invention discloses a full-hydraulic manual control valve station of a drilling rig. The full-hydraulic manual control valve station comprises a main oil inlet line and a main oil return line as well as a plurality of control parts used for controlling a drilling rig body to achieve corresponding functions, and the first ends of the control parts are connected to the main oil inlet line and the main oil return line; the second ends of the control parts are used for connecting with the drilling rig body; and each control part comprises proportional multi-way valve which is provided with a reversing handle used for switching the working states of the drilling rig body. The proportional multi-way valves are used for replacing an existing electric control hydraulic valve, so that the typesof valve bodies are decreased, and the size and the weight are reduced; the proportional multi-way valves are each provided with the reversing handle used for switching the working states of the drilling rig body, and full-hydraulic manual control is achieved; external connection with a control cabinet or an electric cabinet is not required; the assembly parts and components are decreased, and the weight is reduced; and thus, the full-hydraulic manual control valve station is easy to use. The invention further relates to a drilling rig of the full-hydraulic manual control valve station, and the working efficiency of the drilling rig is higher.

Description

technical field [0001] The invention relates to the technical field of engineering equipment, in particular to a fully hydraulic manual control valve station of a drilling rig. The invention also relates to a drilling rig. Background technique [0002] In recent years, roadheaders have been widely used in tunnel construction. Due to the complexity of geological conditions, it is often necessary to use advanced drilling rigs or core drilling rigs to perform advanced detection. Unlike the application of TBM bolters, advanced As a follow-up device, the drilling rig and core drilling rig system is usually separated from the roadheader, and the equipment is transported into the hole and matched with the roadheader when it is necessary to detect geological conditions in advance. [0003] However, the hydraulic valve stations of existing advanced drilling rigs or core drilling rigs usually use electronically controlled hydraulic valves, and the hydraulic valve stations used for ex...

AI Technical Summary

Problems solved by technology

[0003] However, the hydraulic valve stations of existing advanced drilling rigs or core drilling rigs usually use electronically controlled hydraulic valves, and the hydraulic valve stations used for existing drilling rigs contain more types and a larger number of electronically controlled hydraulic valves, resulting in On the one hand, the existing hydraulic valve station is inconvenient to transfer due to its heavy weight, and on the other hand, it is difficult to assemble due to the variety of types; furthermore, the existing drilling rigs are often equipped with auxiliary equipment such as electric control cabinets and remote controls, which makes the transfer Difficulty further increases

[0004] Therefore, the hydraulic valve station of the existing drilling rig is inconvenient to use

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