Intelligent tunneling, loading and slag storing bin

Abstract

An intelligent tunneling, loading and slag storing bin comprises a walking system, a material storage system, a loading system and an intelligent control system, and the loading system is composed of a belt feeder and a loading belt conveyor and is characterized in that the walking system comprises multiple walking devices, and the belt feeder is installed on the multiple walking devices; a storage system is installed on at least one walking device at the machine tail position of the belt feeder; and a walking device is arranged at the machine head position of the belt feeder and is provided and connected with the loading belt conveyor. A traditional ore slag storage and conveying process is changed, high-performance cooperative control over the tunneling working face is achieved, storage, conveying and loading of the ore slag are seamlessly connected, intelligent automatic control is achieved, and the technical problems of storage and automatic loading of the ore slag in a tunneling tunnel are solved.

Description

technical field [0001] The invention relates to the technical field of tunnel excavation and mining transfer and transportation, in particular to an intelligent gravel continuous transfer, transportation and loading system after tunnel excavation. Background technique [0002] With the continuous development of industry, the construction of infrastructure such as various tunnel projects has been further promoted, and the demand for space excavation and mining of cross-river tunnels, subway tunnels, road tunnels, railway tunnels, and especially mining tunnels has grown rapidly. Tunnel boring machines are widely used in the construction industry. When constructing a traditional tunnel, it is necessary to use a tunnel boring machine to excavate first, and then use a car, rail car, etc. to transport the gravel and soil. 2. According to the progress of the excavation, the ore slag can be discharged to the rear at any time through its own slag discharge system, and then according ...

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Problems solved by technology

When constructing a traditional tunnel, it is necessary to use a tunnel boring machine to excavate first, and then use a car, rail car, etc. to transport the gravel and soil. 2. According to the progress of the excavation, the ore slag can be discharged to the rear at any time through its own slag discharge system, and then according to the condition of the vehicle, special loading equipment is used to carry out Loading, this scheme can improve the excavation efficiency although the excavation system does not stop the excavation, but the ore slag will be piled up and reloaded twice. Potential safety hazards, and the second loading and loading also greatly increases the transshipment cost

For this type of excavation system, it is urgent to develop an intelligent transfer and loading system after excavation and mining to solve a series of problems caused by the secondary stacking and reloading of ore dregs after mining and excavation

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