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    • 2. 发明公开
    • 가상현실 스포츠 펍 시스템
    • VR体育酒吧系统
    • KR20180018310A
    • 2018-02-21
    • KR20170081372
    • 2017-06-27
    • G02B27/22G03B21/56
    • G06T19/003A63F13/335E04H3/22G06T19/00G06T2210/04H04N13/0468
    • 본발명은제 1, 제 2, 제 3 스크린의스크린구조와테이블과의자와계단과서빙통로가하나의구조로구성되는홀 구조로이뤄진다. 다수의테이블과의자를전면(前面: front) 제 1 스크린방향의일 방향의시청방향으로배치하되, 상기각 테이블과의자는각 계단구조에구성하고, 상기테이블의각 테이블전단에는서빙통로를구성하고, 상기다수의테이블의시청방향전면으로는제 1 스크린을구비하고, 상기다수의테이블의좌, 우각 방향에는각각제 2, 제 3 스크린을구성하되, 좌우시야각 180° 이상, 상하시야각 100°이상이되도록스크린크기를구성한다. 또한, 상기각 테이블상단에는테이블상면을제한적으로조명하는국지조명을구비하는가상현실스포츠펍 시스템에관한것이다.
    • 包括第一屏幕,第二屏幕和第三屏幕的屏幕结构以及其中桌子,椅子,楼梯和服务通道被配置在一个结构中的大厅结构。 多个桌椅设置在前部的第一屏幕的一个观看方向上,每个桌子和椅子配置在每个楼梯结构中,服务通道配置在每个桌子的前端上,第一屏幕设置在前部 ,并且第二屏幕和第三屏幕分别被配置在多个表格的左右方向上,并且屏幕尺寸被配置为使得水平视角为180°或更大并且垂直视角 是100°或更高,包括局部照明,有限地照亮桌面顶部的上端。
    • 8. 发明授权
    • 조선산업에서의 전선진동해석용 유한요소 모델링 방법
    • 船舶工业中商业船舶振动分析的有限元建模方法
    • KR101327964B1
    • 2013-11-13
    • KR1020120107542
    • 2012-09-27
    • 창원대학교 산학협력단
    • 박영호
    • G06F19/00G06F17/50G06T19/00
    • G06F17/50B63B9/003G06T2210/04
    • The present invention relates to a finite element method (FEM) modeling method for vibration analysis of commercial vessels in the shipbuilding industry, the FEM modeling method comprising: preparing multiple two-dimensional electronic drawing data on ship design; converting the multiple two-dimensional electronic drawing data into multiple two-dimensional line data for FEM modeling; respectively aligning the multiple two-dimensional line data to corresponding positions of the ship; generating three-dimensional line data for ship by copying the aligned multiple two-dimensional line data through transitional and rotational movement; and respectively generating a node at the intersection between lines in the three-dimensional line data. Thus, provided is a set of processes: extracting, easily and accurately, three-dimensional information from the two-dimensional electronic drawing data for the ship design at a level suited for the FEM modeling; and utilizing the extracted three-dimensional information in the FEM modeling.
    • 本发明涉及造船工业中商业船舶振动分析的有限元法(FEM)建模方法,有限元建模方法包括:准备船舶设计上的多个二维电子绘图数据; 将多个二维电子绘图数据转换为用于FEM建模的多个二维线数据; 分别将所述多个二维线数据对准所述船舶的对应位置; 通过过渡和旋转运动复制对齐的多维线数据来生成船舶的三维线数据; 并分别在三维线数据中的线之间的交点处生成节点。 因此,提供了一组过程:从适于FEM建模的水平,从用于船舶设计的二维电子绘图数据中提取,容易和准确地获得三维信息; 并在FEM建模中利用提取的三维信息。
    • 9. 发明公开
    • 위치기반 건설 현장 관리 방법 및 시스템
    • 基于位置的建筑项目管理方法与系统
    • KR1020120137739A
    • 2012-12-24
    • KR1020110056770
    • 2011-06-13
    • 연세대학교 산학협력단
    • 이강원종성
    • G06Q50/08H04W4/02G06K17/00G06K9/18
    • G06F17/5004G06K9/00671G06Q10/0631G06Q10/067G06Q50/08G06T19/00G06T2210/04G06T2219/004
    • PURPOSE: A location-based construction site management method and a system thereof are provided to store construction information related to collected parts in a corresponding space of a 3D model or a 2D model and automatically recognizing a position of a corresponding facility by receiving the signal intensity or an intrinsic recognition code of an active sensor or a non-active sensor in a mobile device. CONSTITUTION: A design information storage unit(130) stores a 2D drawing or a 3D drawing about buildings. A construction location code storage unit(110) stores location information of each construction location. A wireless terminal(120) receives site information of the construction location and position information of the construction location code storage unit. A construction location mapping unit(140) maps a location value of the construction location with the 2D drawing or the 3D drawing and the location information of the construction location code storage unit. A construction information storage unit(150) stores the inputted site information by interlinking with the mapped location. [Reference numerals] (100) Location-based construction site management system; (110) Construction location code storage unit; (120) Wireless terminal; (121) Construction location code recognizing unit; (125) Data input unit; (130) Design information storage unit; (140) Construction location mapping unit; (150) Construction information storage unit; (160) Display unit; (AA) Construction site management server; (BB) Construction location information; (CC) Site information; (DD,FF) Design information; (EE,GG) Construction information
    • 目的:提供一种基于位置的施工现场管理方法及其系统,用于存储与3D模型或2D模型的对应空间中的收集部分有关的构造信息,并通过接收信号强度自动识别对应设施的位置 或移动设备中的有源传感器或非有源传感器的固有识别码。 构成:设计信息存储单元(130)存储关于建筑物的2D绘图或3D绘图。 施工位置代码存储单元(110)存储每个施工位置的位置信息。 无线终端(120)接收施工位置代码存储单元的施工位置和位置信息的站点信息。 施工位置映射单元(140)将施工位置的位置值与2D绘图或3D绘图以及施工位置代码存储单元的位置信息进行映射。 建筑信息存储单元(150)通过与映射位置相互连接来存储输入的站点信息。 (附图标记)(100)位置施工现场管理系统; (110)施工位置代码存储单元; (120)无线终端; (121)施工位置代码识别单元; (125)数据输入单元; (130)设计信息存储单元; (140)施工位置测绘单位; (150)施工信息存储单元; (160)显示单元; (AA)施工现场管理服务器; (BB)施工位置信息; (CC)网站信息; (DD,FF)设计信息; (EE,GG)施工信息