Efficient installation and positioning device for anchor cable and construction method of efficient installation and positioning device

Abstract

The invention relates to an efficient installation and positioning device for anchor cables. The efficient installation and positioning device comprises a bearing frame, driving roller sets, meter counters, speed sensors, torque sensors and a main control circuit. The bearing frame comprises walking wheels, a supporting column and a working table; the upper end face of the working table is provided with at least one conveyor trough, the driving roller sets are correspondingly and uniformly distributed in the axis direction of the conveyor troughs, each conveyor trough correspondingly constitutes a conveying unit with at least three conveying roller sets, the front end faces and back end faces of the conveyor troughs are each provided with one meter counter, the driving roller sets are eachprovided with one speed sensor and one torque sensor, and the main control circuit is connected with the lower end face of the working table. An anchor cable positioning method comprises two steps ofequipment positioning and anchor bolt installation positioning. On the one hand, the positioning device can effectively adapt to the need of operation and use in the field and the narrow and complexgeographical environment such as a mine roadway, on the other hand, the automation degree is high, and the need of fast, efficient and continuous installation and positioning operation of single and multiple anchor bolts can be met.

Description

technical field [0001] The invention relates to an efficient installation and positioning device for anchor cables and a construction method, belonging to the technical field of civil engineering equipment. Background technique [0002] At present, in operations such as mine reinforcement, foundation pit reinforcement, and mountain protection, it is often necessary to use bolts for strengthening and fixing. When installing and fixing bolts, because the bolts are relatively long and relatively small in diameter, it is necessary to first Drill holes are set on the working surface, and then the anchor rods are inserted into the drill holes for fixing. However, in the actual construction of the anchor rods, it is found that the current anchor rods often lack professional and effective installation and fixing driving equipment when installing and fixing the anchor rods. , it is often necessary to use manual installation or remember large-scale equipment such as hoisting equipment...

AI Technical Summary

Problems solved by technology

[0002] At present, in operations such as mine reinforcement, foundation pit reinforcement, and mountain protection, it is often necessary to use bolts for reinforcement and fixation. When installing and fixing bolts, because the bolts are relatively long and relatively small in diameter, it is necessary Drill holes are opened on the working surface, and then the anchor rods are penetrated into the drill holes for fixing. However, in the actual construction of the anchor rods, it is found that the current anchor rods often lack professional and effective installation and fixing driving equipment when installing and fixing the anchor rods. , It is often necessary to use manual installation or remember large-scale equipment such as hoisting equipment and drilling equipment for installation and positioning. Although manual installation has strong environmental adaptability, the efficiency of single construction operations is low, and labor intensity and cost are relatively high. 1. When drilling equipment is used for bolt installation, although the construction efficiency can be improved, the operating cost of a single equipment is high, and this type of equipment is often large in size, and it is easily affected by the site environment during operation. Therefore, the environmental adaptability is relatively poor and cannot effectively meet the requirements. practical needs

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