基于TRIZ理论夹具设计模型构建研究
|
摘要
针对传统夹具设计存在的问题,提出了一种基于TRIZ理论的夹具设计方法。对TRIZ理论进行分析,并就夹具创新设计模型构建的思路进行了阐述;对当前叶片测量夹具存在的问题进行探讨,并结合上述的模型构建了基于叶片测量的夹具创新设计模型。为验证上述模型,以C#语言作为开发语言,以SQL Server 2008作为数据库,以B/S三层架构作为开发模式,从功能模块、架构和登录流程等方面对系统进行设计与实现,最终得到改进前后的叶片测量夹具结构,试验证明,应用TRIZ理论的夹具创新设计,可极大提高夹具设计的使用效果。
Aiming at problems existing in traditional fixture design, a new method of fixture innovation design is proposed based on TRIZ theory. This article firstly carries on the analysis to the TRIZ theory, and then constructs an innovative fixture design model. Secondly, it discusses the existing problems of current blade measuring fixture, then presents fixture design and innovation model based on the combination of the blade measurement model. In order to verify the model, using C# language as the development language, SQL Server 2008 as the database, and B/S three layer architecture as the development mode, a system is designed induding architecture, function module, login process and so on. Finally, the blade measuring fixture structures before and after improvement are obtained. The tests verify that the innovative design, by using TRIZ theory, can greatly improve the innovative fixture functions.
Aiming at problems existing in traditional fixture design, a new method of fixture innovation design is proposed based on TRIZ theory. This article firstly carries on the analysis to the TRIZ theory, and then constructs an innovative fixture design model. Secondly, it discusses the existing problems of current blade measuring fixture, then presents fixture design and innovation model based on the combination of the blade measurement model. In order to verify the model, using C# language as the development language, SQL Server 2008 as the database, and B/S three layer architecture as the development mode, a system is designed induding architecture, function module, login process and so on. Finally, the blade measuring fixture structures before and after improvement are obtained. The tests verify that the innovative design, by using TRIZ theory, can greatly improve the innovative fixture functions.
引文
[1] 韩震宇,计正寅. 计算机辅助夹具设计CAD系统的思考[J]. 工业设计,2015(7):157-159.
[2] 吴巍,胡忆沩. 基于C#和Caxa带压密封夹具辅助设计系统的开发[J]. 吉林化工学院学报,2016,33(1):11-14.
[3] 高军永. 焙烧多功能起重机组双联夹具的动力学及有限元分析设计[J]. 有色设备,2016(1):44-48.
[4] 丁志坤,韩卫梅,江双龙. 基于TRIZ的建筑业创新设计团队FBS模型研究[J]. 科技进步与对策,2014,31(11):127-130.
[5] 尹瑞雪. 机械制造过程能耗评估模型及其在工艺规划中的应用[J]. 机械设计与制造,2014(9):270-272.
[2] 吴巍,胡忆沩. 基于C#和Caxa带压密封夹具辅助设计系统的开发[J]. 吉林化工学院学报,2016,33(1):11-14.
[3] 高军永. 焙烧多功能起重机组双联夹具的动力学及有限元分析设计[J]. 有色设备,2016(1):44-48.
[4] 丁志坤,韩卫梅,江双龙. 基于TRIZ的建筑业创新设计团队FBS模型研究[J]. 科技进步与对策,2014,31(11):127-130.
[5] 尹瑞雪. 机械制造过程能耗评估模型及其在工艺规划中的应用[J]. 机械设计与制造,2014(9):270-272.