首页> 外国专利> the blasting vibration simulation system based on virtual reality and the blasting vibration simulation method using the same

the blasting vibration simulation system based on virtual reality and the blasting vibration simulation method using the same

机译:基于虚拟现实的爆破振动仿真系统及爆破振动仿真方法

摘要

The present invention performs blast analysis modeling with the BIM model stored in the server, Virtual reality-based blasting vibration, characterized in that by converting the vibration value obtained by the blasting analysis modeling into data, a user can wear a VR device connected to the server and check the 3D screen and the noise audibled by the vibration value in virtual reality provides a simulation system, The VR equipment includes; a headset on which the BIM model and the 3D screen are displayed, and an HMD device including a controller for selecting and adjusting the BIM model and a specific point and a menu on the 3D screen; Provides a virtual reality-based blasting vibration simulation system, characterized in that the vibration value can be felt by going up on an actuator implemented as vibration, Provides a virtual reality-based blasting vibration simulation system, characterized in that the BIM model and a checklist corresponding to a specific point on the 3D screen can be checked and an item can be selected through the controller, The screen displayed on the headset provides a virtual reality-based blasting vibration simulation system, characterized in that it is separately provided as a multi-faceted cave (CAVE). In addition, by using the virtual reality-based blasting vibration simulation system, (1) a BIM model conversion step of converting a 2D drawing into the BIM model that is a 3D drawing on the server; (2) a blasting analysis modeling step of performing blasting analysis modeling with the BIM model on the server; (3) a vibration numerical data conversion step of converting the vibration numerical value into data based on the result of the step (2); (4) an experience step in which the user wears VR equipment connected to the server and confirms and experiences the 3D screen and the noise audibled by the vibration value in virtual reality; Provides a blasting vibration simulation method using a virtual reality-based blasting vibration simulation system, characterized in that it comprises a By using the virtual reality-based blasting vibration simulation system, (1) a BIM model conversion step of converting a 2D drawing into the BIM model that is a 3D drawing on the server; (2) a blasting analysis modeling step of performing blasting analysis modeling with the BIM model on the server; (3) a vibration numerical data conversion step of converting the vibration numerical value into data based on the result of the step (2); (4) an experience step in which the user wears VR equipment connected to the server and climbs on an actuator to check and experience the 3D screen, the noise and vibration audibled by the vibration value in virtual reality; It provides a blasting vibration simulation method using a virtual reality-based blasting vibration simulation system, characterized in that it comprises a.
机译:本发明通过存储在服务器中的BIM模型,虚拟现实基爆破振动进行BLAST分析建模,其特征在于通过将通过爆破分析建模获得的振动值转换为数据,用户可以佩戴连接到的VR设备服务器并检查3D屏幕并通过虚拟现实中的振动值进行听证的噪声提供了模拟系统,VR设备包括;显示BIM模型和3D屏幕的耳机,以及包括用于选择和调整BIM模型的控制器的HMD设备以及3D屏幕上的菜单;提供基于虚拟现实的爆破振动仿真系统,其特征在于,通过在实现为振动的致动器上升高可以感受到振动值,提供了基于虚拟现实的爆破振动仿真系统,其特征在于BIM模型和清单可以检查对应于3D屏幕上的特定点,并且可以通过控制器选择项目,耳机上显示的屏幕提供了基于虚拟现实的爆破振动仿真系统,其特征在于它被单独提供为多个面位洞穴(洞穴)。另外,通过使用基于虚拟现实的爆破振动仿真系统,(1)将2D绘制转换为在服务器上的3D绘制的BIM模型中的BIM模型转换步骤; (2)用服务器上BIM模型进行爆破分析建模的爆破分析模型; (3)基于步骤(2)的结果将振动数值转换为数据的振动数值数据转换步骤; (4)用户佩戴连接到服务器的VR设备的经验步骤,并通过虚拟现实中的振动值确认和体验3D屏幕和噪音;提供了一种利用基于虚拟现实的爆破振动仿真系统的爆破振动仿真方法,其特征在于它包括使用虚拟现实的爆破振动仿真系统,(1)将2D绘图转换为BIM模型转换步骤BIM模型是服务器上的3D绘图; (2)用服务器上BIM模型进行爆破分析建模的爆破分析模型; (3)基于步骤(2)的结果将振动数值转换为数据的振动数值数据转换步骤; (4)用户佩戴连接到服务器的VR设备的经验步骤,并在执行器上爬上虚拟现实中振动值的3D屏幕,噪音和振动;它提供了一种爆破振动仿真方法,使用虚拟现实的爆破振动仿真系统,其特征在于它包括a。

著录项

  • 公开/公告号KR102311372B1

    专利类型

  • 公开/公告日2021-10-13

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR1020200160453

  • 发明设计人 서명배;이동윤;박형진;이상규;

    申请日2020-11-25

  • 分类号G06F30/20;G02B27/01;G06F111/10;G06F111/18;G06F3/01;

  • 国家 KR

  • 入库时间 2022-08-24 21:38:44

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