Modularized construction method of mine development system model

Abstract

The invention discloses a modularized construction method of a mine development system model. The modularized construction method comprises the following steps: carrying out modularized classification on a mine development system, wherein the classified mine development system comprises a shaft module, a tunnel module, a shaft and tunnel connection module and a chamber module; classifying the shaft module, the tunnel module, the shaft and tunnel connection module and the chamber module again, wherein a classification result is that the shaft module comprises a plurality of shaft unit bodies, the tunnel module comprises a plurality of arc-shaped tunnel unit bodies and a plurality of square tunnel unit bodies, the shaft and tunnel connection module comprises a plurality of two-side horsehead unit bodies, a plurality of one-side horsehead unit bodies, a plurality of monomer type turning unit bodies, a plurality of combined turning unit bodies, a plurality of T-shaped ternary unit bodies, a plurality of Y-shaped ternary unit bodies and a plurality of quad-unit bodies, and the chamber module comprises a plurality of chamber unit bodies; under a set plotting scale, carrying out entity manufacture on each unit body; and according to the practical layout or the design layout of the mine development system, assembling a required entity three-dimensional development system model.

Description

Technical field [0001] The invention belongs to the technical field of mine engineering, and particularly relates to a modularized mine development system model construction method. Background technique [0002] Underground mine development system is an important part of mining engineering. Only by fully understanding the relevant knowledge of the development system can it better serve the mining engineering. [0003] In the teaching process, in order to help students understand the relevant knowledge of the development system, teachers often explain and display the development system through pictures or animations. Due to the spatial complexity of the development system, only pictures or animations are used to show students The help of understanding related knowledge is also very limited, and students are eager to understand and learn related knowledge of the development system better and faster, but there is no better solution at this stage. [0004] In the mine site, with the con...

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Problems solved by technology

[0003] In the teaching process, in order to help students understand the relevant knowledge of the development system, teachers often explain and display the development system through pictures or animations. Due to the spatial complexity of the development system, students are only taught through pictures or animations. The help to understand the relevant knowledge is also very limited, and students are eager to understand and learn the relevant knowledge of the development system better and faster, but there is no better solution at this stage

[0004] In the mine site, with the continuous development of mining projects, the development system will continue to change and continue to develop dynamically. As a result, the initial two-dimensional plan of the development system can only be updated again and again. As the development system becomes more and more complex , it will become more and more difficult to grasp the spatial layout of the underground development system through a two-dimensional plan in a short period of time

In addition, once a safety accident occurs at the mine site, rescuers need to arrive at the accident site as soon as possible to carry out rescue operations. However, before rescue, rescuers must first be familiar with the spatial layout of the underground development system and master the location coordinates of the accident site As well as formulating a rescue route, the above information can only be obtained through a two-dimensional plan. Because the two-dimensional plan has the disadvantage of poor intuition, it is almost impossible to familiarize yourself with the spatial layout of the underground development system through the two-dimensional plan in a short time. The golden rescue time is short and precious, and the rescue time must not be wasted too much on being familiar with the spatial layout of the underground development system

[0005] For this reason, those skilled in the art have also thought about manufacturing the traditional three-dimensional development system model of the entity, and replaced the traditional two-dimensional plan by the solid three-dimensional development system model. However, because the development system does not have repeatability, that is to say , there are no two identical mine development systems in the world, and for a mine development system, the development system is constantly changing and continuously developing between the initial construction period and the construction finalization period. In terms of 3D model manufacturing, no one can predict how many solid 3D models will be manufactured to meet actual needs, and due to time and cost factors, it is obviously unacceptable for mining companies

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