Modularized multifunctional drill jambo system

Abstract

The invention relates to a modularized multifunctional drill jambo system which at least comprises a track running system, a chassis, a circular track rack, a drilling rig driving device, a hydraulic drilling rig, a rotating operation platform and an electric hydraulic system, wherein the track running system of the jambo is equipped with a walking platform and a foldable turning plate, can meet the vehicle-passing requirement and also can overcome the turning load impact generated in the turning process of the track; the overall shape of the circular track rack of the jambo is similar to the shape of a corresponding tunnel section; the limited space in the tunnel is fully utilized to design the whole vehicle and the vehicle-passing requirement can be met; more shot holes can be covered when the drilling rig driving device relatively runs around the circular track rack; a chassis assembly of the jambo is equipped with a hydraulic stretching support leg capable of adjusting the levelness of the jambo and a rotatable operation platform; the operation platform is arranged, so that the operation platform is supplied to the operator for measuring the marking line close to the tunnel face, filling explosive, and the like.

Description

technical field [0001] The invention relates to a rock drilling jumbo system, which belongs to the field of construction machinery equipment, and in particular to a modular multifunctional rock drilling jumbo system. Background technique [0002] At present, in the construction of mountain tunnels in our country, the degree of mechanization is generally not high, and the complete sets of equipment and technologies for tunnel mechanized construction are not mature and perfect, and rely to a large extent on manual completion. Especially in construction procedures such as drilling blastholes and anchor holes, a large number of manual operations are required, the labor intensity of workers is high, and the construction efficiency is low. In recent years, due to the continuous increase in labor costs, tunnel construction methods with a large number of manual operations have been adopted. There is no longer a cost advantage. At the same time, the construction environment in the t...

AI Technical Summary

Problems solved by technology

[0004] (1) Generally, multiple crawlers are used, and steering is realized by steering cylinders. This type of steering is only used on roads with better working conditions (such as milling machines), and it is difficult to realize steering in harsh tunnel environments. In addition, Due to the large steering moment, the left and right crawlers are not connected by steel structures, which will cause the entire mast and even the ring rail to twist and deform, thereby affecting the operation and precision of the drilling rig; the lifting of the entire trolley is realized by the lifting cylinder, and the support is also realized by the lifting cylinder. Therefore, the structure is not reliable;

[0005] (2) Its track is a one-piece ring track structure, which is difficult to transport, and the operating range of the drilling rig is small. It is driven by large and small gears, and the transmission mode is complicated and the reliability is low;

[0006] (3) Its built-in operating platform uses wheel-rails to run, which is difficult to meet the requirements for the running direction of the platform during the construction of the whole machine, and the height of the whole machine of the platform and especially the height of the lower platform are difficult to adjust, which cannot meet the requirements for passing vehicles

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