基于TRIZ的矿用三维激光扫描测量系统的优化设计

针对矿用三维激光扫描测量系统中支撑系统由于长度过长,导致在自身重量作用下引起构件变形,进而影响构件的整体强度和正常使用；同时扫描主机在工作状态下的转动会传递至相关构件,进而对测量精度产生影响的问题。本文运用TRIZ理论中的功能分析、因果分析、三轴分析、矛盾分析、40个发明原理、分离原理、物场模型和76个标准解等探索矿用三维激光扫描测量系统中支撑系统的若干解决方案。经过方案评估,最终选择了4个可靠有效的解决方案,为三维激光扫描技术在金属矿山采空区测量的应用提供了高可靠性解决方案。

Optimization Design of Mining 3D Laser Scanning Measurement System Based on TRIZ

The support system in the mining 3D laser scanning measurement system, due to its long length, causes component deformation under its own weight, thereby affecting the overall strength and normal use of the component; At the same time, the rotation of the scanning host in working state will be transmitted to the relevant components, which will affect the measurement accuracy. In this paper, functional analysis, causal analysis, triaxial analysis, contradiction analysis, 40 invention principles, separation principles, field models and 76 standard solutions in TRIZ theory are used to explore several solutions for the support system in the three-dimensional laser scanning measurement system for mining. After scheme evaluation, four reliable and effective solutions were ultimately selected, providing a highly reliable solution for the application of 3D laser scanning technology in metal mine goaf measurement.