Drilling machine used for electric power construction

Abstract

The invention relates to a drilling machine used for electric power construction, and belongs to the technical field of construction equipment of a power supply station. The drilling machine comprises a frame installed with wheels. The frame is provided with an operation room. The operation room is internally provided with an electric control unit. An operation room housing is provided with an observation window and an alarm apparatus. The upper end face of the frame is provided with a first track. The first track is provided with a vertical support. The vertical support is provided with a second track. The second track is provided with a horizontal support. The horizontal support is provided with a third track. The third track is provided with a workbench. A spindle cabinet is installed on the workbench. The spindle cabinet is provided with a first drill stem and a second drill stem. The first drill stem is provided with a pressure sensor and a guiding-out groove. The first drill stem is connected with an arc drill bit. The second drill stem is connected with a conical drill bit. The internal of the second drill stem is provided with a dynamometrical bar. The first drill stem and the second drill stem are connected with a motor. The motor, the dynamometrical bar, and the pressure sensor are electrically connected with the electric control unit. The drilling machine can accurately grasp drilling strength, and a proper drill bit is used according to workplaces. The drilling machine is advantaged by convenient drill bit position adjustment and high working efficiency.

Description

technical field [0001] The invention relates to a drilling machine for electric power construction, which belongs to the technical field of construction equipment for power supply stations. Background technique [0002] The power supply belongs to the dispatched agencies of the power company, which are distributed in various towns and towns, and mainly carry out line maintenance services, power outage services, meter reading, and electricity fee collection. When carrying out power line construction operations, a large number of electric concrete poles need to be erected. At present, most of the concrete poles are erected by manual excavation with a large amount of manpower, which consumes a lot of human and financial resources, and the excavation area is large, which affects the surrounding environment. Or, some power supply institutes have designed simple auxiliary concrete rod digging tools, but there are the following problems: one, the existing auxiliary tools for drilli...

AI Technical Summary

Problems solved by technology

During the construction of power lines, a large number of electric concrete poles need to be erected. At present, most of the concrete poles are erected by manual excavation with a large number of manpower, which consumes a lot of human and financial resources, and the excavation area is large, which affects the surrounding environment.

Or, some power supply institutes have designed simple auxiliary concrete rod digging tools, but there are the following problems: one, the existing auxiliary tools for drilling are difficult to accurately grasp the required strength of the drilling, and there are often problems that need to be reworked and repeated operations; two. 1. The existing auxiliary drilling tools cannot be adjusted according to the work site. When digging a hole, due to the different geology of different work sites, sometimes the soil quality is more, and sometimes contains hard stones, a tool is used to dig a hole. The efficiency is low and the tool is easy to be damaged; 3. The existing auxiliary tools need to be disassembled every time a hole is punched, the operation speed is slow and the work efficiency is low

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