公开(公告)号：KR1020130131906A

公开(公告)日：2013-12-04

申请号：KR1020120055855

申请日：2012-05-25

Applicant: 동서대학교산학협력단 ,  (주)브이아이앰

Inventor： 윤태수 ,  박현우 ,  김기현

IPC: A47C1/12 ,  A47C7/72 ,  A47C3/02 ,  A47C9/00

CPC classification number: A47C1/12 ,  A47C3/02 ,  A47C3/18 ,  A47C3/20 ,  A47C7/72 ,  A47C15/004 ,  A63J25/00 ,  H04L29/04

Abstract: Provided by the present invention is a system for operating a sound-linked type vibrating motion chair in order to provide an image which is more realistic and more three-dimensional for a user because the user is able to directly and indirectly experience a special effect shown in the image on a monitor. The system for operating a sound-linked type vibrating motion chair is especially provided to increase concentration on an image by extracting a vibration according to a sound which corresponds to the image and delivering the vibration to the motion chair. The system for operating a sound-linked type vibrating motion chair according to the present invention includes: an internet motion server (20) for searching image content and supporting a motion code (22) about an image of the searched image content; a VOD server (30) for storing the image and sound of the image content and supporting a motion code (32) about the image of the image content; a set-top box (40) for outputting the image and the sound about the image content provided from the internet motion server (20) and the VOD server (30) and generating motion data (42) depending on the image and sound of the image content; the motion chair (50) for delivering a vibration corresponding to the image of the monitor (100) to a user by being arranged in one side of the monitor (100) so that the user is able to see the image and receiving the motion data (42) of the set-top box (40); and a controller (60) for enabling a search of image content in the internet motion server (20) and the VOD server (30) to be performed by the user and controlling the set-top box (40). [Reference numerals] (100) Monitor;(20) Internet motion server;(22,32) Motion code;(30) VOD server;(40) Set-top box;(42) Motion data;(422) Vibration data;(4222) Vibration motion;(50) Motion chair;(52) Seat;(54) Motion shaft member;(542) Front shaft;(544) Rear shaft;(56) Linear actuator;(58) Motion control board;(60) Controller

Abstract translation: 本发明提供的是一种用于操作声音型振动运动椅的系统，以便为使用者提供更现实和更立体的图像，因为使用者能够直接和间接体验所显示的特殊效果 在显示器上的图像。 用于操作声音型振动运动椅的系统特别提供用于通过根据与图像相对应的声音提取振动并将振动传递到运动椅来增加图像上的浓度。 根据本发明的用于操作声音型振动椅的系统包括：用于搜索图像内容并支持关于搜索到的图像内容的图像的运动代码（22）的互联网运动服务器（20）; VOD服务器（30），用于存储图像内容的图像和声音，并且支持关于图像内容的图像的运动代码（32）; 用于输出图像的机顶盒（40）和关于由因特网运动服务器（20）和VOD服务器（30）提供的图像内容的声音，并根据图像的图像和声音生成运动数据（42） 图像内容; 用于通过布置在监视器（100）的一侧中将与监视器（100）的图像相对应的振动传递给用户的运动座（50），使得用户能够看到图像并接收运动数据 （40）的机架（42）; 以及控制器（60），用于使得能够由用户执行互联网运动服务器（20）和VOD服务器（30）中的图像内容的搜索并控制机顶盒（40）。 （100）监视器;（20）互联网运动服务器;（22,32）移动代码;（30）VOD服务器;（40）机顶盒;（42）运动数据;（422）振动数据; （4222）振动运动;（50）运动椅;（52）座椅;（54）运动轴构件;（542）前轴;（544）后轴;（56）线性执行器;（58）运动控制板; 60）控制器

公开(公告)号：KR101273534B1

公开(公告)日：2013-06-17

申请号：KR1020130011000

申请日：2013-01-31

Applicant: 동서대학교산학협력단 ,  (주)브이아이앰

Inventor： 윤태수 ,  주우석 ,  박현우 ,  강두철 ,  김기현 ,  김정훈

IPC: H04N13/04 ,  H04N5/74 ,  G06T3/00

CPC classification number: H04N9/3179 ,  H04N9/3147 ,  H04N9/3155

Abstract: PURPOSE: A screen correction method using an automatic screen correction system for stereoscopic image projection is provided to improve matching and convenience of screen correction by automatically performing correction of a projected video image using an infrared projection device, an infrared reflection marker, an infrared detection camera module and a computer device. CONSTITUTION: After binarization of obtained infrared images, a system labels each element of the infrared images. The system performs the blob processing of the each labeled object. If the number of blobs and the number of infrared markers are the same, the system calculates a location of the center point of the each blob. The system converts the obtained homography information into a keystone adjustment variable of first and second beam projectors and automatically performs screen correction of a projected left-eye two-dimensional image and a right-eye two-dimensional image. [Reference numerals] (AA) Step of obtaining infrared images; (BB) Step of binary processing; (CC) Step of label processing; (DD) Step of blob processing; (EE) Step of comparing and judging the number of blobs; (FF) Step of calculating the center point of the each blob; (GG) Step of generating quadrilaterals between blobs; (HH) Step of generating two-dimensional homography; (II) Step of adjusting projected images; (JJ) Otsu binary algorithm; (KK) The number of blobs = The number of infrared reflection makers(4)?

Abstract translation: 目的：提供一种使用自动画面校正系统进行立体图像投影的画面校正方法，以通过使用红外投射装置，红外反射标记，红外检测摄像机自动执行投影视频的校正来提高画面校正的匹配和便利性 模块和计算机设备。 规定：对所获得的红外图像进行二值化后，系统将红外图像的每个元素标记出来。 系统执行每个标记对象的斑点处理。 如果斑点的数量和红外线标记的数量相同，则系统计算每个斑点的中心点的位置。 系统将获得的单色信息转换为第一和第二投影仪的梯形失真调节变量，并自动执行投影左眼二维图像和右眼二维图像的屏幕校正。 （附图标记）（AA）获得红外图像的步骤; （BB）二进制处理步骤; （CC）标签处理步骤; （DD）斑点处理步骤; （EE）比较和判断斑点数的步骤; （FF）计算每个斑点的中心点的步骤; （GG）在斑点之间产生四边形的步骤; （HH）生成二维单应性的步骤; （二）调整投影图像的步骤; （JJ）Otsu二进制算法; （KK）Blobs的数量=红外反射器的数量（4）？

公开(公告)号：KR1020130001530A

公开(公告)日：2013-01-04

申请号：KR1020110062352

申请日：2011-06-27

Applicant: 동서대학교산학협력단 ,  (주)브이아이앰

Inventor： 윤태수 ,  이동훈 ,  박현우 ,  김기현 ,  이상완 ,  송진호

IPC: G06F17/00 ,  H04N5/222

CPC classification number: G06F17/5009

Abstract: PURPOSE: A motion data generation device of an experience type motion simulator is provided to capture movement of an upper base and use the same as motion data, thereby reducing a manufacturing time and manpower. CONSTITUTION: A moveable axis(3) is arranged between a bottom base(1) and a top base(2). Increasing/decreasing operations are performed corresponding to movement of the top base synchronized to an image. A first motion data generation unit(4) captures movement of the moveable axis and generates first motion data. A second motion data generation unit(5) generates second motion data for providing a vibration, a wind, water, smoke and fire. An operation control unit controls an operation of an experience type motion simulator corresponding to first and second motion data. The number of moveable axes is the same as the number of moveable axes of the experience type motion simulator.

Abstract translation: 目的：提供经验型运动模拟器的运动数据生成装置，以捕获上部底座的运动并且使用与运动数据相同的运动数据生成装置，从而减少制造时间和人力。 构成：可移动轴线（3）布置在底部底座（1）和顶部底座（2）之间。 对应于与图像同步的顶部基座的移动来执行增加/减少操作。 第一运动数据生成单元（4）捕获可移动轴的移动并产生第一运动数据。 第二运动数据生成单元（5）生成用于提供振动，风，水，烟雾和火焰的第二运动数据。 操作控制单元控制对应于第一和第二运动数据的经验型运动模拟器的操作。 可移动轴的数量与经验型运动模拟器的可移动轴数相同。

公开(公告)号：KR101560352B1

公开(公告)日：2015-10-19

申请号：KR1020130143631

申请日：2013-11-25

Applicant: 동서대학교산학협력단 ,  한상헌

Inventor： 윤태수 ,  박현우 ,  김기현 ,  강두철 ,  김정훈 ,  최요셉 ,  한상헌 ,  황기현 ,  이현태

IPC: G09F19/22

Abstract: 본발명은대형벽면환경과연동가능한스마트테이블을이용한대형벽면활용형대화형영상컨텐츠디스플레이시스템에관한것이다. 본발명은, 전원이온(ON) 된디폴트(default) 상태에서다수의메뉴를대형터치모니터로구현하며, 이용자용스마트기기로부터데이터를수신하여상기대형터치모니터를활용해변환하거나, 자체적으로데이터를생성하여프로젝터용컴퓨터로의전송을통해프로젝터로영사하여구현되도록하는스마트테이블; 을포함하되, 상기스마트테이블은, 이용자에의한메뉴선택이전또는이후에, 이용자의이용자용스마트기기와근거리무선통신방식을통해액세스(Access)를수행하여데이터세션(data session)을연결하도록근거리무선통신부를제어하여, 스마트폰사진불러오기에대한메뉴선택신호가상기대형터치모니터로부터수신된경우, 사진변환모듈을웨이크업(wake-up) 하며, 상기사진변환모듈은, 연결된데이터세션을통해상기이용자용스마트기기상에서원하는이미지데이터에대한수신을수행하도록상기근거리무선통신부를제어한뒤, 수신된이미지데이터에대한상기대형터치모니터상으로 UI 화면구현을수행하고, 편집, 보정및 꾸미기메뉴를상기대형터치모니터상으로구현하여상기대형터치모니터를활용한이용자에의해 UI 화면으로구현된이미지데이터에대한편집, 보정및 꾸미기의수행이이루어지도록한 결과물인변환된이미지데이터에대한저장부로의저장을수행하는것을특징으로한다.이에의해, 스마트테이블에설치되어있는직관적인다중터치스크린을이용하며스마트테이블과연동된대형스크린환경을기반으로학습용콘텐츠의활용이가능한효과를제공한다. 또한, 본발명은일반적으로많이사용되는스마트폰및 스마트패드에비하여큰 화면을제공하는스마트테이블을이용하여이용자는학습용콘텐츠의조작을행하게되며, 해당동작에따른반응및 결과물을대형스크린을통해확인할수 있는형태로, 이를활용하면소수의선생님, 담당자및 진행요원의설명을다수의이용자가스크린을통해확인할수 있는등의다양한적용이가능한효과를제공한다.

公开(公告)号：KR1020140092661A

公开(公告)日：2014-07-24

申请号：KR1020130004992

申请日：2013-01-16

Applicant: 동서대학교산학협력단

Inventor： 윤태수 ,  주우석 ,  박현우 ,  김기현 ,  강두철 ,  김정훈 ,  한상헌 ,  황기현 ,  이현태

IPC: H04N5/74 ,  G06F3/03

CPC classification number: G06F3/147 ,  H04N5/7408

Abstract: The present invention provides a method for interactive display of a large wall screen of an adaptive viewing position type using an infrared (IR) sensor. According to the present invention, the method for interactive display of a large wall screen of an adaptive viewing position type using an IR sensor can provide converted video content according to the position of a video content viewer in the front of the large wall screen to provide the viewer with an optimized viewing environment, thereby raising the concentration of the viewer, and can change a video content screen when a person passes the front of the large wall screen, thereby causing the interest of people around the large wall screen. According to the present invention, the method for interactive display of a large wall screen of an adaptive viewing position type using an IR sensor comprises, in a large wall screen system in which a plurality of IR sensors for horizontal placement is longitudinally arranged at predetermined intervals on a lower end of the large wall screen formed on a wall surface on the installation space, and a projector interlocked with a video content controller projects video content to the large wall screen, a video content viewer position calculating step of detecting a video content viewer in the front of the large wall screen by the IR sensors for horizontal placement and producing the current position information of the video content viewer by the video content controller in real time; a video converting step of allowing the video content controller to convert a source video of the video content into a position-applied video, based on the produced current position information of the video content viewer; and a position-applied video projecting step of transmitting the position-applied video information of the converted video content to the projector to project the converted video content to the large wall screen.

Abstract translation: 本发明提供一种使用红外（IR）传感器交互显示自适应观看位置类型的大壁画的方法。 根据本发明，使用红外线传感器对自适应观看位置类型的大型壁画进行交互式显示的方法可以根据视频内容观看者在大屏幕前方的位置提供转换的视频内容，以提供 观看者具有优化的观看环境，从而提高观看者的集中度，并且当人通过大屏幕屏幕的前部时，可以改变视频内容屏幕，从而引起大屏幕屏幕周围的人的兴趣。 根据本发明，使用红外线传感器的自适应观看位置类型的大壁画的交互式显示方法包括：在大壁画系统中，用于水平放置的多个IR传感器以预定间隔纵向布置 在形成在安装空间的壁面上的大壁屏幕的下端，与视频内容控制器联锁的投影仪将视频内容投影到大壁画面;视频内容观看者位置计算步骤，检测视频内容观看者 通过IR传感器在大墙屏幕的前面水平放置，并由视频内容控制器实时产生视频内容观看者的当前位置信息; 视频转换步骤，基于所生成的视频内容观看者的当前位置信息，允许视频内容控制器将视频内容的源视频转换为位置应用视频; 以及位置应用视频投影步骤，将经转换的视频内容的位置应用视频信息发送到投影仪，以将转换的视频内容投影到大屏幕屏幕。

公开(公告)号：KR1020100137687A

公开(公告)日：2010-12-31

申请号：KR1020090055854

申请日：2009-06-23

Applicant: 동서대학교산학협력단

Inventor： 윤태수 ,  이동훈 ,  박현우 ,  김기현

IPC: A63B69/36 ,  G06T7/20 ,  G01B11/03

CPC classification number: A63B69/3655 ,  A63B2024/0031 ,  A63B2024/0056 ,  A63B2071/0647 ,  A63B2220/806

Abstract: PURPOSE: A golf ball flight data measuring method is provided, which enables a user to enjoy golf practice more vividly by combining an image of a golf course and flight data of a golf ball. CONSTITUTION: A golf ball flight data measuring method comprises: a step of arranging a golf ball measuring apparatus on a straight line perpendicular to the progressing direction of a golf ball; a step of transmitting a trigger signal to first and second CCD cameras(111,112); a step of photographing the image of a golf ball consecutively; a step pre-processing labeling after obtaining coefficient; and a step of producing flight data related to flying distance, flying speed and flying direction of a golf ball.

Abstract translation: 目的：提供一种高尔夫球飞行数据测量方法，其使得用户可以通过组合高尔夫球场的图像和高尔夫球的飞行数据来更生动地享受高尔夫练习。 构成：高尔夫球飞行数据测量方法包括：将高尔夫球测量装置布置在与高尔夫球的前进方向垂直的直线上的步骤; 将触发信号发送到第一和第二CCD照相机（111,112）的步骤; 连续拍摄高尔夫球的图像的步骤; 获得系数后预处理标签的步骤; 以及生成与高尔夫球的飞行距离，飞行速度和飞行方向有关的飞行数据的步骤。