Abstract:
The present invention provides a network board for controlling a motion chair, which enables a motion chair to actively and stably perform a three-dimensional motion synchronized with video content and controls action of the motion chair, thereby realizing a home entertainment system enabling a user to experience virtual reality at home. A network board for controlling a motion chair according to the present invention comprises: a communication module for performing communication between a main controller of a motion chair management system and a motion chair; a memory module for storing control information delivered from the main controller; an actuator interface module for driving an actuator of the motion chair; and a control module for controlling operation of the communication module, memory module, and actuator interface module and inducing a three-dimensional motion of the motion chair by the actuator. [Reference numerals] (10) Communication module;(100) Motion chair controlling network board;(11) First communication port;(12) Second communication port;(13) Third communication port;(20) Memory module;(200) Main controller;(30) Actuator interface module;(300) Motion chair;(320) Actuator;(40) Control module
Abstract:
The present invention relates to a method for recognizing shooting gun coordinates using a pattern of an infrared reflection marker. The method for recognizing the shooting gun coordinates using the pattern of the infrared reflection marker according to the embodiment of the present invention includes a first step of starting the recognition of the infrared reflection marker; a second step of recognizing all infrared reflection marker coordinates on a screen (1); a third step of grouping the infrared reflection markers recognizing a coordinate operation program (31) to have unique ID; a fourth step of searching the infrared reflection marker used in the origin, an x axis, and a y axis; and a fifth step of calculating the point of impact.
Abstract:
PURPOSE: A DMX512 based effect device control type 4D image operating system is provided to control all kinds of the effect devices by the DMX512 communication with the DMX control device, thereby integrally driving all kinds of the effect devices at the same time. CONSTITUTION: A computer device (10) stores and manages the 4D image contents, which include a 4D cinema image in which the effect information is predetermined. A screen (20) outputs an image which is projected from a projector connected with the computer device. A DMX controller (30) receives the effect information of the 4D image contents from the computer device. The DMX controller transmits the effect information to all kinds of the effect devices (40) connected through the data communication by a DMX512 protocol. The DMX controller controls the effect device. [Reference numerals] (10) Computer device; (20) Screen; (30) DMX controller; (40) Effect devices
Abstract:
A motion data based image acquisition method for four dimensional (4D) film screening and a system for generating motion data using a four-axes joystick based on the same, according to an embodiment of the present invention, provide an effect of quickly and easily generating the motion data due to the joystick, which looks similar to a motion platform, using image data for 4D film screening. Further, by adjusting values related to the motion platform for the motion data collected by the 4-axes joystick, the image acquisition method and the system of the present invention can be applied to various motion platforms. In addition, a structure for preventing a damage to the 4-axes joystick due to the imbalance of power for each axis of the joystick can be provided.
Abstract:
PURPOSE: A gun shooting game system is provided to substitute for existing sensors by attaching infrared reflective markers to a screen. CONSTITUTION: A gun shooting game system comprises a screen (100) for displaying the image of a game, an infrared ray radiation (300) for radiating infrared rays on the screen, infrared reflective markers (200) which are attached to the screen and reflect the infrared rays radiated from the infrared ray radiation device, an infrared ray sensing camera module (500) for sensing infrared signals reflected from the infrared reflective marker, a gun (400) which accommodates the infrared ray sensing camera module and irradiates a virtual point on the screen, and a computer (600) which is electrically connected to the gun and calculates the location of the virtual point. [Reference numerals] (500) Infrared ray sensing camera module; (501) Infrared ray recognition unit; (502) Signal transmission and reception unit; (600) Computer; (601) Game operating program; (602) Coordinate calculating program; (603) Coordinate I/O program
Abstract:
본 발명은 탑승자에게 영상과 함께 가상 체험을 제공하는 체험형 모션시뮬레이터의 모션데이터를 설정하는 모션데이터 생성장치에 있어서, 하부 베이스 및 상부 베이스; 상기 하부 베이스와 상기 상부 베이스 사이에 배치되고, 상기 영상에 동기하는 상기 상부 베이스의 움직임에 따라 신장, 수축동작을 수행하는 복수의 유동축; 상기 복수의 유동축의 길이값을 상기 영상의 프레임별로 각각 측정하는 복수의 센서를 구비하고, 상기 센서를 통해 측정된 길이값으로 상기 복수의 유동축 각각에 대해 프레임별 모션데이터값 및 모션그래프를 생성하는 제1모션데이터생성부; 복수의 입력버튼을 구비하고, 상기 입력버튼을 통해 입력된 상기 영상에 대응하여 진동, 바람, 물, 연기 및 불을 탑승자에게 제공하는 이벤트정보를 프레임별로 생성하는 제2모션데이터생성부; 및 상기 제1,2모션데이터생성부를 통해 생성된 프레임별 모션데이터값과 모션그래프 및 이벤트정보를 사용자에게 출력시키고, 수정된 프레임별 모션데이터값과 이벤트정보를 입력받는 모션데이터에디터부;를 포함하는 체험형 모션시뮬레이터의 모션데이터 생성장치를 제공한다.