Automatic anchor rod drill carriage

Abstract

The invention discloses an automatic anchor rod drill carriage, and belongs to the technical field of machinery. The automatic anchor rod drill carriage comprises an anchor drill system, a machine body part, walking systems, a hydraulic system, a waterway system and an electrical system, wherein the machine body part comprises a chassis, and a lifting device, a control console, a pump station, anoil tank and a cable supporting device which are arranged on the chassis; the anchor drill system is arranged on a platform of the lifting device; the two sets of walking systems are symmetrically arranged on the two sides of the lower end of the chassis; a supporting device for realizing top slope supporting through up-and-down rotation is arranged at the front end of the lifting device; the walking systems drive the whole drill carriage to move forwards, backwards or turn; the height of the anchor drill system can be adjusted through the lifting of the lifting device; and a propelling part arranged on the anchor drill system capable of lifting up and down and rotating outwards can horizontally and vertically rotate. According to the automatic anchor rod drill carriage, the mechanical construction of anchor rod holes, blast holes and probe holes at different heights and angles in a roadway can be realized, and the whole machine is reasonable and compact in structure, flexible in workand convenient to operate.

Description

technical field [0001] The invention relates to the technical field of machinery, in particular to an automatic rock bolter, which is used as supporting equipment for punching holes on roadway roofs and side walls and installing bolts in coal mines and other roadway projects. Background technique [0002] In the process of coal mining, it is necessary to drill holes in the coal seam, carry out support operations through anchor rods, and then lay roof nets, but these operations in the prior art are all completed by multiple devices, and the degree of automation is insufficient. Make the time of whole operation process longer, efficiency is lower. [0003] In the field of bolting in coal mines, various supporting procedures basically realize mechanized construction, and hydraulic bolting still requires a lot of physical labor to complete the work, such as laying anchor nets, bolt drilling, and installing anchoring agents. , installation of anchor rods, anchor rod fastening, e...

AI Technical Summary

Problems solved by technology

[0002] In the process of coal mining, it is necessary to drill holes in the coal seam, carry out support operations through anchor rods, and then lay roof nets, but these operations in the prior art are all completed by multiple devices, and the degree of automation is insufficient. Makes the whole operation process longer and less efficient

[0003] In the field of bolting in coal mines, various supporting procedures basically realize mechanized construction, and hydraulic bolting still requires a lot of physical labor to complete the work, such as laying anchor nets, bolt drilling, and installing anchoring agents. , installation of anchor rods, anchor rod fastening, etc., the safety factor of personnel is relatively low, the construction process is relatively slow, and the work efficiency is relatively low

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