基于TRIZ旋转式停车场创新设计

Innovative Design of Rotary Parking Lot Based on TRIZ

为解决目前车位难求、停车位设施滞后等问题,通过对传统停车场的优弊进行分析,对停车位进行了重新定义。创新设计过程中,以多功能、节省能源为研究目的,充分考虑市场、资源等情况,做好前期准备后开始基于发明问题解决理论(Theory of Inventive Problem Solving,TRIZ)进行设计,同时利用九屏图多维度分析停车场需求,并引入最终理想解拓展发掘可用资源,再由场物模型、TIRZ等原理方法对停车场运行模式创新优化,最终提出一种小型旋转式立体停车场设计。

In order to solve the problems of hard to find parking spaces and lagging parking facilities, after analyzing the advantages and disadvantages of traditional parking lots, the parking spaces are redefined. For the research purpose of multifunction and energy saving, fully consider the market, resources and other issues, make preliminary preparations, and start the design based on the Theory of Inventive Problem Solving(TRIZ) concept, consider the problems from the perspective of system function, multi-dimensional analyze the parking lot demand, introduce the final ideal solution, expand and explore the available resources, and innovate and optimize the parking lot operation mode by using the principles and methods such as field object model and TRIZ, a small rotary three-dimensional parking lot design is introduced.