基于TRIZ理论的一体式干手器执行机构创新设计

针对目前市场上的一体式干手器存在干手时间过长、废水回溅等用户体验不佳的问题，运用TRIZ理论对该产品进行了系统创新设计.基于功能分析辨识了系统组件之间的相互作用关系，利用因果分析逐层梳理了问题产生的因果逻辑链条，识别出需要重点解决的关键问题.应用裁剪、物理矛盾与分离法则、物场模型与标准解等工具进行问题求解，并得到一系列相应的解决方案.最后，基于不断提高理想度的进化法则对这些方案进行了综合优化与评价.

An Innovative Design of Integrated Hand Dryer Actuator Based on TRIZ Theory

The integrated hand dryer currently used on the market has several problems such as the users having a poor experience in drying the hand for a long time and the waste water being splashed back. An innovative design of the product is systematically executed based on TRIZ, identifying the interaction of system components based on functional analysis, and using casual method to sort through the casual logic chain and root cause of the problem. Focusing on the key problem, results to solving problems are analyzed and several solutions obtained by the tools of Cutting Rules, Physical contradiction, Separation Rule, Filed Rule, Standard Solution etc. Ultimately, these programs have been comprehensively optimized and evaluated based on the principle of continuous improvement of ideals.