Intelligent steel rail drilling machine based on torque shell pushing cover cap of clamp base

Abstract

The invention discloses an intelligent steel rail drilling machine based on a torque shell pushing cover cap of a clamp base. The structure of the intelligent steel rail drilling machine comprises a pin rod folding and supporting arm, a hand-held pressing rod base, a torque cover pushing plate base, a hydraulic cylinder column frame, a shaft driving motor, a power distribution base and a three-rodpressure bearing frame. According to the intelligent steel rail drilling machine, the hand-held pressing rod base is matched with the torque cover pushing plate base to form an intelligent distance measurement data feedback effect, rotation of a torque wheel disc frame uses a bevel plate groove shell of a clamping channel to conduct pushing operation of a spring rod shell cover cap, and the situation that steel fragments splash to injure the skin of a human body due to the rotation impact force of the hydraulic cylinder column frame is avoided; and the safety of a worker holding the drillingmachine by hands is guaranteed, and then the whole spring rod shell cover cap stretches out and draws back to form the wheel clamp steel rail clamp labor-saving and migration effect which is reservedin cooperation with a gap for pushing a sucking and pasting clamping wheel, the repeated clamping torque detection operation is avoided, the intelligent and high-precision displacement of the whole steel rail drilling machine is improved, and the safety of torque detection and drilling protection is guaranteed.

Description

technical field [0001] The invention relates to an intelligent rail drilling machine based on a clamp seat to push a shell and cover cap with torque, and belongs to the field of rail machinery equipment. Background technique [0002] The rail drilling machine is a device for processing and drilling the steel rails at the bottom of the motor car and the train. It is convenient to intersperse the backing steel bars after drilling to form a welding lap joint effect of the rails. The alloy hardness of the rails is extremely high and has good load-bearing capacity. , it is necessary to use pressurized hydraulic pressure or mechanical pressure for percussion drilling, which requires extremely strong hinge performance of the overall internal structure of the equipment. The shortcomings of the current technology to be optimized are: [0003] In the groove of the clamping steel rail, the rail drilling machine needs to fix the clamp seat and move the continuous drilling hole through t...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the object of the present invention is to provide an intelligent rail drilling machine based on the torque of the clamp base to push the shell cover, so as to solve the problem of the rail drilling machine in the groove of the clamping steel track. The fixing of the clamp base and the overall movement of the continuous drilling through the fixture will consume a lot of manpower and labor, and the measurement of the spacing accuracy in the later stage of the clamping will have to be repeated, resulting in the failure of the rail drilling. Excessive labor consumption has been done, resulting in artificial physical fatigue in the later stage affecting the visual drilling distance measurement, resulting in deviations in hole diameter and hole spacing, making the inspection of the overall rail unqualified, and interfering with the smooth movement of the moving train and the train on the rail. Issues that make rail drilling machines extremely inefficient

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