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Simulation devices for structural dynamics experiment easing to wire and wireless connection

机译:用于结构动力学实验的仿真设备简化了有线和无线连接

摘要

The present invention provides a simulation device for a structural dynamics experiment with respect to a beam (10) or the like, comprising: a main body (20) which supports the beam (10) or the like; an input unit (30) in which readers (32) are positioned at a plurality of areas on the beam (10) to sense load information of tags (31); and a control unit (40) which calculates and outputs a stress state of the beam (10) according to load distribution sensed by the readers (32). The present invention enables a general learner, who learns an architecture and construction technology for a structural dynamics design or the like, to graphically check beam principles and concepts to a loading experiment resu is configured to perform free wired and wireless connection and actuation based on a simulation device, a notebook, a tablet PC, a net book, a smartphone, etc. to minimize a size and an overall scale of the simulation device; enhances usability of an experimental laboratory and a learning space and at the same time, easily causes an interest of the learner of each education institute for the structural dynamics to enhance understandability of the learner; and, moreover, eases deep learning and information exchange, linked with related industrial companies and research institutes, to enhance education quality.
机译:本发明提供了一种用于对梁(10)等进行结构动力学实验的模拟装置,其包括:支撑梁(10)等的主体(20);以及支撑梁(10)等的主体。输入单元(30),其中读取器(32)位于梁(10)上的多个区域以感测标签(31)的负载信息;控制单元(40),其根据读取器(32)感测到的载荷分布来计算并输出梁(10)的应力状态。本发明使学习用于结构动力学设计等的建筑和建造技术的普通学习者能够以图形方式检查梁原理和概念以得出加载实验结果。被配置为基于模拟设备,笔记本,平板电脑,上网本,智能手机等执行免费的有线和无线连接和致动,以最小化模拟设备的尺寸和整体规模;增强实验实验室和学习空间的可用性,同时,很容易引起每个教育学院的学习者对结构动力学的兴趣,从而提高学习者的可理解性;此外,与相关工业公司和研究机构合作,简化了深度学习和信息交流,以提高教育质量。

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