多维创新要素与创新法则视角下的技术进化路径研究

现代科学技术迅猛发展，使得TRIZ等传统技术创新方法日渐呈现出时代和领域的局限性，而现有技术进化路径研究多以TRIZ理论为基础，可视化程度较低。鉴于此，为提高多领域技术创新的可视化程度及可操作性，提出了基于多维创新要素与创新法则的技术进化路径，构建并解析了该技术进化路径各阶段具体流程，并将其应用于煤层气水力开采技术进化过程加以剖析与阐释。结果表明，该技术进化路径具有实用性和创新性，可视化程度与可操作性较高，能够为多领域技术创新提供新思路和新方法。

Technology Evolution Process Approach Based on Multidimensional Innovation Elements and Innovation Algorithm

With the progress and development of science and technology ,traditional technology such as TRIZ innovation method has been gradually showing a time limitation ,Field limitations and other issues .However ,most existing technolo‐gy evolution research with its as theoretical basis ,and the level of visualization and practice are lower .In view of this ,in order to improve the degree of technological innovation in the field of visualization and the contemporary practice ,we sug‐gest a technology evolution process based on innovation elements and innovation algorithm .After a brief introduction of its theoretical background ,building and parsing its concrete practice in different stages of the technology evolution process based on innovation elements and innovation algorithm ,and applying it to CBM hydraulic mining technology to analyze and interpret its the process of evolution .T he results show that the technology evolution process is practical and innovative , and have high visualization and maneuverability ,and it can provide new ideas to technology innovation in multiple fields .