基于TRIZ的新型汽车搬运器创新设计及研究
发布时间：2018-08-07 17:36
【摘要】：本文以克服现有汽车搬运器存在的技术缺陷和获得新型汽车搬运器的创新设计方案为目的,在深入研究TRIZ理论和分析用户需求的基础上,针对产品创新设计目标的生成,创新设计问题的解决和创新设计方案的形成,利用TRIZ问题分析模式、“进化桥”和“参数桥”提出新型汽车搬运器的创新设计方案,并对获得的创新设计方案进行评价。 在研究用户需求和TRIZ理论的基础上,提出用户需求研究与功能分析、资源分析、因果分析相结合,获得基于用户需求研究和TRIZ问题分析模式的创新设计目标生成模型,并成功应用该模型确定了汽车搬运器的创新设计方向。 在研究技术进化理论的基础上,基于TRIZ "进化桥”提出产品进化路线的研究过程模型。将该模型用于汽车搬运器的进化分析,获得汽车搬运器沿10条重要进化路线的进化过程,并指出汽车搬运器沿每条进化路线所处的目前技术状态和未来潜力状态,对未来汽车搬运器的研发有一定的指导作用。 在研究]TRIZ理论的常用解题工具的基础上,针对现有夹持轮胎式汽车搬运器存在的缺陷,提出应用TRIZ'‘参数桥”解决设计过程中遇到技术难题的过程模型。应用该模型解决新型汽车搬运器设计过程中遇到的技术冲突并提出新的设计方案。针对现有汽车搬运器缺少车辆位置调整的功能,提出位置调整装置和新型汽车搬运器的配套使用方案。针对液压托举的缺陷,提出新型托举式汽车搬运器的创新设计方案。 最后,对获得的创新方案进行评价和总结,获得的创新设计方案对未来汽车搬运器的研发有一定的参考价值。
[Abstract]:In order to overcome the technical defects existing in the present vehicle conveyer and to obtain the innovative design scheme of the new type of vehicle conveyer, based on the in-depth study of the TRIZ theory and the analysis of the customer's demand, this paper aims at the generation of the product innovation design goal. The solution of innovative design problem and the formation of innovative design scheme are discussed. Using the TRIZ problem analysis model, the "evolutionary bridge" and "parameter bridge" are used to propose the innovative design scheme of the new type of vehicle conveyer, and the evaluation of the innovative design scheme obtained is carried out. Based on the research of user demand and TRIZ theory, this paper puts forward the combination of user demand research and function analysis, resource analysis, causality analysis, and obtains a new design goal generation model based on user demand research and TRIZ problem analysis model. The innovative design direction of the vehicle handling device is determined by using the model successfully. On the basis of studying the theory of technological evolution, the research process model of product evolution route is proposed based on TRIZ "evolutionary bridge". The model is applied to the evolutionary analysis of the vehicle conveyer, and the evolution process of the vehicle conveyor along 10 important evolutionary routes is obtained, and the present technical state and the future potential state of the vehicle conveyor along each evolutionary route are pointed out. It has a certain guiding function to the future research and development of the vehicle handling device. Based on the study of the common tools for solving problems in TRIZ theory, a process model for solving the technical problems encountered in the design process by using Triz 'parametric bridge "is put forward in view of the defects existing in the existing gripper truck conveyors. The model is applied to solve the technical conflicts encountered in the design of the new type of vehicle conveyer and a new design scheme is proposed. In view of the lack of the function of the vehicle position adjustment in the present vehicle conveyer, the matching usage scheme of the position adjusting device and the new type of vehicle handling device is put forward. In view of the defects of hydraulic lift, the innovative design scheme of the new type of lift car conveyer is put forward. Finally, the innovative design scheme is evaluated and summarized, which has some reference value for the future research and development of vehicle handling device.
【学位授予单位】：山东建筑大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：U491.71
本文编号：2170823
[Abstract]:In order to overcome the technical defects existing in the present vehicle conveyer and to obtain the innovative design scheme of the new type of vehicle conveyer, based on the in-depth study of the TRIZ theory and the analysis of the customer's demand, this paper aims at the generation of the product innovation design goal. The solution of innovative design problem and the formation of innovative design scheme are discussed. Using the TRIZ problem analysis model, the "evolutionary bridge" and "parameter bridge" are used to propose the innovative design scheme of the new type of vehicle conveyer, and the evaluation of the innovative design scheme obtained is carried out. Based on the research of user demand and TRIZ theory, this paper puts forward the combination of user demand research and function analysis, resource analysis, causality analysis, and obtains a new design goal generation model based on user demand research and TRIZ problem analysis model. The innovative design direction of the vehicle handling device is determined by using the model successfully. On the basis of studying the theory of technological evolution, the research process model of product evolution route is proposed based on TRIZ "evolutionary bridge". The model is applied to the evolutionary analysis of the vehicle conveyer, and the evolution process of the vehicle conveyor along 10 important evolutionary routes is obtained, and the present technical state and the future potential state of the vehicle conveyor along each evolutionary route are pointed out. It has a certain guiding function to the future research and development of the vehicle handling device. Based on the study of the common tools for solving problems in TRIZ theory, a process model for solving the technical problems encountered in the design process by using Triz 'parametric bridge "is put forward in view of the defects existing in the existing gripper truck conveyors. The model is applied to solve the technical conflicts encountered in the design of the new type of vehicle conveyer and a new design scheme is proposed. In view of the lack of the function of the vehicle position adjustment in the present vehicle conveyer, the matching usage scheme of the position adjusting device and the new type of vehicle handling device is put forward. In view of the defects of hydraulic lift, the innovative design scheme of the new type of lift car conveyer is put forward. Finally, the innovative design scheme is evaluated and summarized, which has some reference value for the future research and development of vehicle handling device.
【学位授予单位】：山东建筑大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：U491.71
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