电脑机箱创意改造设计

目的研究市场上现有的民用机箱,以此为参照对象进行创新,从而改良现有电脑机箱空间浪费和不能自选配置的问题,同时增强消费者的购买欲。方法对机箱进行TRIZ理论分析,找出机箱设计冲突,如机箱空间浪费和用户不能自主配置的问题。根据现有的冲突,在TRIZ理论中找出对应的3个解决原理,分别为分割原理、动态化原理、抛弃与修复原理,用以解决电脑机箱存在的问题。结论通过运用TRIZ理论,提出舍弃被用户淘汰不用的组件位置,分割机箱功能组件,从而使机箱模块化、动态化的改进方案,同时设计出一款可拆卸拼装、利于维修、满足用户需求的创新型机箱。在节省机箱空间的前提下,改变传统机箱在拼装后固有的静止状态,使机箱实现模块化、动态化的自主拼装。

Innovation Design of Computer Case

It aims to study the civil case in the existing market, so as to make the innovation of the reference object, to improve the problems of the existing space waste and the optional configuration of the computer case, so as to enhance the purchase desire of consumers. TRIZ theory of the case is analyzed to find out the chassis design conflict: chassis space waste and can not meet the demand of user self configuration. According to the existing conflict in the TRIZ theory, the corresponding 3 solutions are found out, respectively, the principle of segmentation, dynamic principle, abandon and repair principle, used to solve the problem of computer chassis. By using the TRIZ theory, it puts forward to discard the component position which is eliminated by the user, and partition the function module of the cabinet, so as to make the chassis modular and dynamic. The design of an innovative chassis assembly, which is conducive to the maintenance, can meet the needs of users of different configurations. In the premise of realizing the space saving of the cabinet, the traditional cabinet is changed in the static state after the assembly is assembled.