CN101024125A - Multi-platform wireless audio-visual virtual reality game system - Google Patents
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Abstract
Description
Translated fromChinese技术领域technical field
本发明属于虚拟现实游戏系统，尤其涉及一种虚拟现实效果较好的多平台无线影音虚拟现实游戏系统。The invention belongs to a virtual reality game system, in particular to a multi-platform wireless audio-visual virtual reality game system with better virtual reality effects.
背景技术Background technique
随着电子科技的不断进步，各种游戏主机和PC性能不断增强，加上索尼、微软、任天堂等各游戏厂商的广泛推广，各种类型的新游戏大量涌现，画面和音效都越来越逼真，令人叹为观止。与此同时，深受大众喜欢的许多优秀第一人称射击游戏(First Person ShooterGame，FPS游戏。)也进入不同游戏平台，百花齐放；各种类型的游戏控制器也层出不，发展迅速，游戏操作的仿真度舒适度都大大提高。With the continuous advancement of electronic technology, the performance of various game consoles and PCs has been continuously enhanced, coupled with the extensive promotion of game manufacturers such as Sony, Microsoft, and Nintendo, a large number of new games of various types have emerged, and the pictures and sound effects are becoming more and more realistic. , is breathtaking. At the same time, many excellent first-person shooter games (First Person ShooterGame, FPS games.) that are popular with the public have also entered different game platforms, and a hundred flowers are blooming; various types of game controllers are also emerging one after another, developing rapidly, and game operation The degree of simulation and comfort is greatly improved.
越来越多的游戏爱好者追求游戏的真实感，但目前的游戏系统表现出来的虚拟现实效果不佳，令人失望。More and more game lovers are pursuing the realism of the game, but the virtual reality effect shown by the current game system is not good, which is disappointing.
采用2.4G无线技术的控制器摆脱了传统连线的劣势，实现了距离相对更远和更方便的游戏控制；而采用运动侦测传感器设计的游戏控制器更是虚拟现实游戏提高到了一个前所未有的高度，但这些游戏系统均让人感觉到最终还是人在玩游戏，而达不到自己已经“进入”到游戏的感觉，其虚拟的程度远远达不到游戏环境感觉是游戏者身边真实的环境——游戏者仿佛置身游戏中的程度。The controller using 2.4G wireless technology gets rid of the disadvantages of traditional connection, and realizes relatively farther and more convenient game control; and the game controller designed with motion detection sensor has improved the virtual reality game to an unprecedented level. However, these game systems all make people feel that they are still playing the game in the end, and they cannot achieve the feeling that they have "entered" the game. Environment - The extent to which the player appears to be in the game.
发明内容Contents of the invention
本发明的目的在于提供一种多平台无线影音虚拟现实游戏系统，其要解决的技术问题是使虚拟现实游戏系统的虚拟效果更好。该系统专门针对FPS游戏设计，支持Playstation series/Xbox/GameCube/PC在内的多种游戏平台，采用2.4G无线影音传送和2.4G无线游戏控制，以及将运动侦测传感器与微显示器相结合，达到最大化的虚拟现实游戏效果。The purpose of the present invention is to provide a multi-platform wireless audio-visual virtual reality game system, and the technical problem to be solved is to make the virtual effect of the virtual reality game system better. The system is specially designed for FPS games, supports various game platforms including Playstation series/Xbox/GameCube/PC, adopts 2.4G wireless video transmission and 2.4G wireless game control, and combines motion detection sensors with micro-displays, To achieve the maximum effect of virtual reality games.
本发明采用以下技术方案：一种多平台无线影音虚拟现实游戏系统，包括控制盒、游戏主机，所述The present invention adopts the following technical solutions: a multi-platform wireless audio-visual virtual reality game system, including a control box and a game host, the
游戏主机，用于输出音、视频信号；Game console, used to output audio and video signals;
控制盒，通过其连接线与游戏主机连接，进行双向信号传输；其2.4G无线影音发射模块接入游戏主机输出的音、视频信号并发送；The control box is connected to the game host through its connection line for two-way signal transmission; its 2.4G wireless audio and video transmitter module is connected to the audio and video signals output by the game host and sent;
还包括以下部件：Also includes the following parts:
头部安装式微型显示器，用于接收2.4G无线影音发射模块输出的信号并在检测到游戏者头部运动后将运动的模拟信号转换为数字信号，然后将数字信号发送；The head-mounted micro-display is used to receive the signal output by the 2.4G wireless audio-visual transmitter module and convert the analog signal of the movement into a digital signal after detecting the player's head movement, and then send the digital signal;
游戏控制器，用于接收头部安装式微型显示器发送的信号，并与控制盒互通信号。The game controller is used to receive the signal sent by the head-mounted micro-display and communicate with the control box.
所述连接线是4合1连接线。The connecting wire is a 4-in-1 connecting wire.
所述控制盒包括4合1连接线、2.4G无线影音发射模块、4合1游戏控制器接收微处理器和2.4G无线游戏控制器接收模块；2.4G无线影音发射模块用于接入游戏主机输出的音、视频信号并发送给头部安装式微型显示器；4合1游戏控制器接收微处理器分别与4合1连接线、2.4G无线游戏控制器接收模块连接，其通过4合1连接线与游戏主机进行双向信号传输，通过2.4G无线游戏控制器接收模块与游戏控制器的2.4G无线游戏控制器发射模块互通信号。The control box includes a 4-in-1 connection line, a 2.4G wireless audio-visual transmitting module, a 4-in-1 game controller receiving microprocessor and a 2.4G wireless game controller receiving module; the 2.4G wireless audio-visual transmitting module is used to access the game console The output audio and video signals are sent to the head-mounted micro-display; the 4-in-1 game controller receiving microprocessor is respectively connected with the 4-in-1 cable and the 2.4G wireless game controller receiving module, which are connected through 4-in-1 Two-way signal transmission between the line and the game console, and the 2.4G wireless game controller receiving module communicates with the 2.4G wireless game controller transmitting module of the game controller.
所述游戏控制器包括2.4G无线游戏控制器发射模块、4合1游戏控制器发射微处理器和电源；电源为游戏控制器供电，2.4G无线游戏控制器发射模块和2.4G无线游戏控制器接收模块互通信号并与4合1游戏控制器发射微处理器连接，4合1游戏控制器发射微处理器接收头部安装式微型显示器发送来的数字信号，并将数字信号转换为标准游戏控制器右边的摇杆控制信号。The game controller includes a 2.4G wireless game controller transmitting module, a 4-in-1 game controller transmitting microprocessor and a power supply; the power supply supplies power to the game controller, and the 2.4G wireless game controller transmitting module and the 2.4G wireless game controller The receiving module intercommunicates signals and connects with the 4-in-1 game controller transmitting microprocessor, and the 4-in-1 game controller transmitting microprocessor receives the digital signal sent by the head-mounted micro-display and converts the digital signal into a standard game control The rocker control signal on the right side of the controller.
所述游戏控制器的形状可为枪状。The game controller may be in the shape of a gun.
所述游戏控制器的电源是由四节AA电池串联组成的电源。The power supply of the game controller is composed of four AA batteries connected in series.
所述头部安装式微型显示器包括2.4G无线影音接收模块、微显示器、音频放大电路、耳机和运动侦测传感器；2.4G无线影音接收模块接收2.4G无线影音发射模块发送的音、视频信号，视频信号由微显示器接收，音频信号由音频放大电路接收并放大后发送给耳机，由耳机输出；运动侦测传感器与4合1游戏控制器发射微处理器连接，用于检测游戏者头部运动，将游戏者头部在上下和左右方向的动作通过其内部的模数转换电路由模拟信号转换为数字信号，然后数字信号由4合1游戏控制器发射微处理器处理。The head-mounted micro-display includes a 2.4G wireless audio-visual receiving module, a micro-display, an audio amplifier circuit, earphones and a motion detection sensor; the 2.4G wireless audio-visual receiving module receives the audio and video signals sent by the 2.4G wireless audio-visual transmitting module, The video signal is received by the micro-display, the audio signal is received and amplified by the audio amplifier circuit and then sent to the earphone, which is output by the earphone; the motion detection sensor is connected with the 4-in-1 game controller transmitting microprocessor to detect the player's head movement , the movement of the player's head in the up and down and left and right directions is converted from analog signals to digital signals through its internal analog-to-digital conversion circuit, and then the digital signals are processed by the 4-in-1 game controller transmitting microprocessor.
所述头部安装式微型显示器的形状可为头盔状。The head-mounted microdisplay may be in the shape of a helmet.
所述游戏主机是运行在Playstation series或Xbox或GameCube或PC游戏平台上的游戏主机。The game console is a game console running on Playstation series or Xbox or GameCube or PC game platform.
所述4合1连接线是运行在Playstation series/Xbox/GameCube/PC游戏平台上的4合1连接线。The 4-in-1 connection line is a 4-in-1 connection line running on the Playstation series/Xbox/GameCube/PC game platform.
所述2.4G无线影音发射模块的芯片型号是AWM630TX，2.4G无线影音接收模块的芯片型号是AWM630RX，微显示器的芯片型号是GVD410 BDM，音频放大电路的芯片型号是LM4880，4合1游戏控制器接收微处理器的芯片型号是WT6561F，4合1游戏控制器发射微处理器的芯片型号是SN8P1707Q，2.4G无线游戏控制器接收模块和2.4G无线游戏控制器发射模块的芯片型号都为MD7121，运动侦测传感器的芯片型号是MG1101。The chip model of the 2.4G wireless audio-visual transmitting module is AWM630TX, the chip model of the 2.4G wireless audio-visual receiving module is AWM630RX, the chip model of the microdisplay is GVD410 BDM, the chip model of the audio amplifier circuit is LM4880, 4 in 1 game controller The chip model of the receiving microprocessor is WT6561F, the chip model of the 4-in-1 game controller transmitting microprocessor is SN8P1707Q, the chip model of the 2.4G wireless game controller receiving module and the 2.4G wireless game controller transmitting module are both MD7121, The chip model of the motion detection sensor is MG1101.
本发明与现有技术相比，首先由于本发明通过运动侦测传感器感应游戏者的动作来完成对游戏中人物的控制，游戏者在上下和左右方向的动作都可以转化成游戏控制信号，游戏者的视线可离开显示设备(电视机或显示器)，这样游戏中人物的视线随着游戏者视线的转移而转移，使游戏者置身于游戏中，使游戏的真实感达到最大化；第二，本发明将游戏控制器的形状做成枪的形状，用来玩射击游戏，这让游戏者大大增加了游戏中的真实感受；第三，本发明采过2.4G无线技术，控制盒发射游戏主机输出的信号给头盔，头盔接收到游戏主机的信号后，画面和声音分别转换到微显示器和耳机内，这样可以完全脱离显示设备(电视机或显示器)戴着头盔进行游戏。Compared with the prior art, the present invention first realizes the control of the characters in the game by inducting the player's actions through the motion detection sensor, and the actions of the player in the up, down, left and right directions can be converted into game control signals, and the game The player's line of sight can leave the display device (television or display), so that the line of sight of the characters in the game is transferred along with the shift of the player's line of sight, so that the player is placed in the game, and the sense of reality of the game is maximized; second, The present invention makes the shape of the game controller into the shape of a gun, which is used to play shooting games, which greatly increases the real experience of the game; thirdly, the present invention adopts 2.4G wireless technology, and the control box launches the game console The output signal is sent to the helmet, and after the helmet receives the signal from the game console, the picture and sound are converted to the micro-display and the earphone respectively, so that the game can be played completely away from the display device (television or monitor) while wearing the helmet.
附图说明Description of drawings
图1是本发明的多平台无线影音虚拟现实游戏系统的电路方框图。Fig. 1 is a circuit block diagram of the multi-platform wireless audio-visual virtual reality game system of the present invention.
图2是图1中控制盒的电路方框图。Fig. 2 is a circuit block diagram of the control box in Fig. 1 .
图3是图1中游戏控制器的电路方框图。FIG. 3 is a circuit block diagram of the game controller in FIG. 1 .
图4是图1中头部安装式微型显示器的电路方框图。FIG. 4 is a circuit block diagram of the head-mounted microdisplay in FIG. 1 .
具体实施方式Detailed ways
下面结合附图和实施例对本发明作进一步地描述。The present invention will be further described below in conjunction with the accompanying drawings and embodiments.
游戏主机可以是运行在Playstation series或Xbox或GameCube或PC游戏平台上的游戏主机；连接线是运行在Playstationseries/Xbox/GameCube/PC游戏平台上的4合1连接线。各种游戏平台的工作过程和原理是一样的，现以Playstation 2游戏平台为例详述工作过程。The game console can be a game console running on Playstation series or Xbox or GameCube or PC game platform; the connection line is a 4-in-1 connection line running on Playstationseries/Xbox/GameCube/PC game platform. The working process and principle of various game platforms are the same, and the working process will be described in detail by taking the Playstation 2 game platform as an example.
如图1所示，本发明的多平台无线影音虚拟现实游戏系统，包括控制盒1、游戏主机2、头部安装式微型显示器3、游戏控制器4；游戏主机2用于输出音、视频信号；控制盒1通过其连接线11与游戏主机2连接，进行双向信号传输；其2.4G无线影音发射模块12接入游戏主机2输出的音、视频信号并发送；头部安装式微型显示器3用于接收2.4G无线影音发射模块12输出的信号并在检测到游戏者头部运动后将运动的模拟信号转换为数字信号，然后将数字信号发送；游戏控制器4用于接收头部安装式微型显示器3发送的信号，并与控制盒1互通信号。As shown in Figure 1, the multi-platform wireless audio-visual virtual reality game system of the present invention comprises a control box 1, a game console 2, a head-mounted micro-display 3, and a game controller 4; the game console 2 is used to output audio and video signals The control box 1 is connected with the game console 2 through its connection line 11 to carry out two-way signal transmission; its 2.4G wireless audio-visual transmitter module 12 is connected to the audio and video signals output by the game console 2 and sent; the head-mounted micro-display 3 uses It is used to receive the signal output by the 2.4G wireless audio-visual transmitter module 12 and convert the analog signal of the movement into a digital signal after detecting the player's head movement, and then send the digital signal; the game controller 4 is used to receive the head-mounted miniature The signal sent by the display 3 communicates with the control box 1.
如图2所示，控制盒1包括4合1连接线11、2.4G无线影音发射模块12、4合1游戏控制器接收微处理器13和2.4G无线游戏控制器接收模块14；2.4G无线影音发射模块12用于接入游戏主机2输出的音、视频信号并发送给头部安装式微型显示器3；4合1游戏控制器接收微处理器13分别与4合1连接线11、2.4G无线游戏控制器接收模块14连接，其通过4合1连接线11与游戏主机2进行双向信号传输，通过2.4G无线游戏控制器接收模块14与游戏控制器4的2.4G无线游戏控制器发射模块41互通信号。As shown in Figure 2, the control box 1 includes a 4-in-1 connection line 11, a 2.4G wireless audio-visual transmitting module 12, a 4-in-1 game controller receiving microprocessor 13 and a 2.4G wireless game controller receiving module 14; The audio-visual transmitting module 12 is used to access the audio and video signals output by the game console 2 and send them to the head-mounted micro-display 3; the 4-in-1 game controller receiving microprocessor 13 is connected to the 4-in-1 connecting line 11, 2.4G respectively. The wireless game controller receiving module 14 is connected, and it carries out two-way signal transmission with the game console 2 through the 4-in-1 connecting line 11, and the 2.4G wireless game controller transmitting module of the game controller 4 through the 2.4G wireless game controller receiving module 14 41 intercommunication signal.
如图3所示，游戏控制器4包括2.4G无线游戏控制器发射模块41、4合1游戏控制器发射微处理器42和电源43；电源43为游戏控制器4供电，是由四节AA电池串联组成的电源；2.4G无线游戏控制器发射模块41和2.4G无线游戏控制器接收模块14互通信号并与4合1游戏控制器发射微处理器42连接，4合1游戏控制器发射微处理器42接收头部安装式微型显示器3发送来的数字信号，并将数字信号转换为标准游戏控制器右边的摇杆控制信号。作为最佳实施例，游戏控制器4的形状可为枪状，这样游戏者玩游戏射击时大大增加了游戏中的真实感受。As shown in Figure 3, the game controller 4 includes a 2.4G wireless game controller transmitting module 41, a 4-in-1 game controller transmitting microprocessor 42 and a power supply 43; the power supply 43 is powered by four AA A power supply composed of batteries in series; 2.4G wireless game controller transmitting module 41 and 2.4G wireless game controller receiving module 14 intercommunicate signals and are connected with 4 in 1 game controller transmitting microprocessor 42, 4 in 1 game controller transmitting microprocessor 42 The processor 42 receives the digital signal sent by the head-mounted micro-display 3, and converts the digital signal into a control signal of the joystick on the right side of a standard game controller. As a preferred embodiment, the shape of the game controller 4 can be gun-shaped, which greatly increases the real feeling in the game when the player plays the game shooting.
如图4所示，头部安装式微型显示器3包括2.4G无线影音接收模块31、微显示器32、音频放大电路33、耳机34和运动侦测传感器35；2.4G无线影音接收模块31接收2.4G无线影音发射模块12发送的音、视频信号，视频信号由微显示器32接收，音频信号由音频放大电路33接收并放大后发送给耳机34，由耳机34输出，这样头部安装式微型显示器3中有游戏的画面和声音出现；运动侦测传感器35与4合1游戏控制器发射微处理器42连接，用于检测游戏者头部运动，将游戏者头部在上下和左右方向的动作通过其内部的模数转换电路由模拟信号转换为数字信号，然后数字信号由4合1游戏控制器发射微处理器42处理。作为最佳实施例，头部安装式微型显示器3的形状可为头盔状。As shown in Figure 4, the head-mounted micro-display 3 includes a 2.4G wireless audio-visual receiving module 31, a micro-display 32, an audio amplifier circuit 33, earphones 34 and a motion detection sensor 35; the 2.4G wireless audio-visual receiving module 31 receives 2.4G The audio and video signals sent by the wireless audio-visual transmitting module 12, the video signal is received by the microdisplay 32, the audio signal is received and amplified by the audio amplifier circuit 33 and sent to the earphone 34, and is output by the earphone 34, so that in the head-mounted microdisplay 3 There are pictures and sounds of the game to appear; the motion detection sensor 35 is connected with the 4-in-1 game controller transmitting microprocessor 42, and is used to detect the movement of the player's head, and the movement of the player's head in the up, down and left and right directions is passed through its The internal analog-to-digital conversion circuit converts the analog signal into a digital signal, and then the digital signal is processed by the transmitting microprocessor 42 of the 4-in-1 game controller. As a preferred embodiment, the shape of the head-mounted micro-display 3 can be helmet-like.
作为最佳实施例，2.4G无线影音发射模块12的芯片型号是AWM630TX，2.4G无线影音接收模块31的芯片型号是AWM630RX，微显示器32的芯片型号是GVD410 BDM，音频放大电路33的芯片型号是LM4880，4合1游戏控制器接收微处理器13的芯片型号是WT6561F，4合1游戏控制器发射微处理器42的芯片型号是SN8P1707Q，2.4G无线游戏控制器接收模块14和2.4G无线游戏控制器发射模块41的芯片型号都为MD7121，运动侦测传感器35的芯片型号是MG1101。As a preferred embodiment, the chip model of the 2.4G wireless audio-visual transmitting module 12 is AWM630TX, the chip model of the 2.4G wireless audio-visual receiving module 31 is AWM630RX, the chip model of the microdisplay 32 is GVD410 BDM, and the chip model of the audio amplifier circuit 33 is LM4880, 4 in 1 game controller receiving microprocessor 13 chip model is WT6561F, 4 in 1 game controller transmitting microprocessor 42 chip model is SN8P1707Q, 2.4G wireless game controller receiving module 14 and 2.4G wireless game The chip model of the controller transmitting module 41 is MD7121, and the chip model of the motion detection sensor 35 is MG1101.
本发明中，游戏者戴上头盔形状的头部安装式微型显示器3，使用枪状的游戏控制器4就可以进行游戏，当游戏者的头向上看或向下看以及向左或右转动时，游戏内的人物就会作相应的动作，并且游戏者动作的速度和游戏内的人物的移动速度是对应的。例如，游戏画面的左上角有敌人，游戏者只需往左上角看去，就可以将游戏画面的中心切换到左上角，这样就有游戏者本身就是游戏里的人物的感觉；由于采用无线技术，因此游戏者可以随时转动来观察游戏内四周的环境，有“人在游戏中”的感觉。In the present invention, the player puts on the helmet-shaped head-mounted micro-display 3 and uses the gun-shaped game controller 4 to play the game. When the player's head looks up or down and turns left or right , the characters in the game will make corresponding actions, and the speed of the player's actions corresponds to the moving speed of the characters in the game. For example, if there is an enemy in the upper left corner of the game screen, the player only needs to look at the upper left corner to switch the center of the game screen to the upper left corner, so that the player himself feels like a character in the game; , so the player can rotate at any time to observe the surrounding environment in the game, and has the feeling of "people in the game".
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2015154627A1 (en)* | 2014-04-10 | 2015-10-15 | 北京蚁视科技有限公司 | Virtual reality component system |
| CN105824417A (en)* | 2016-03-16 | 2016-08-03 | 成都电锯互动科技有限公司 | Method for combining people and objects through virtual reality technology |
| CN106656299A (en)* | 2016-12-12 | 2017-05-10 | 上海拆名晃信息科技有限公司 | Method and device for data transmission between virtual reality device and computer mainframe |
| CN106919270A (en)* | 2015-12-28 | 2017-07-04 | 宏达国际电子股份有限公司 | Virtual reality device and virtual reality method |
| CN107469315A (en)* | 2017-07-24 | 2017-12-15 | 烟台中飞海装科技有限公司 | A kind of fighting training system |
| CN108031110A (en)* | 2017-11-03 | 2018-05-15 | 东莞市新进巧工艺制品有限公司 | Game system based on AR technology |
| CN109416679A (en)* | 2016-06-21 | 2019-03-01 | 蓝色歌姬有限责任公司 | Multiple electronic controls and follow-up mechanism for mixed reality interaction |
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| SG109470A1 (en)* | 2000-10-03 | 2005-03-30 | Freesystems Pte Ltd | A personal on-demand audio entertainment device that is untethered and allows wireless download of content |
| CN201020262Y (en)* | 2007-03-28 | 2008-02-13 | 深圳市飞达荣电子有限公司 | Multi-platform wireless image and sound virtual real game system |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015154627A1 (en)* | 2014-04-10 | 2015-10-15 | 北京蚁视科技有限公司 | Virtual reality component system |
| CN106919270A (en)* | 2015-12-28 | 2017-07-04 | 宏达国际电子股份有限公司 | Virtual reality device and virtual reality method |
| CN106919270B (en)* | 2015-12-28 | 2020-04-21 | 宏达国际电子股份有限公司 | Virtual reality device and virtual reality method |
| CN105824417A (en)* | 2016-03-16 | 2016-08-03 | 成都电锯互动科技有限公司 | Method for combining people and objects through virtual reality technology |
| CN109416679A (en)* | 2016-06-21 | 2019-03-01 | 蓝色歌姬有限责任公司 | Multiple electronic controls and follow-up mechanism for mixed reality interaction |
| CN106656299A (en)* | 2016-12-12 | 2017-05-10 | 上海拆名晃信息科技有限公司 | Method and device for data transmission between virtual reality device and computer mainframe |
| CN107469315A (en)* | 2017-07-24 | 2017-12-15 | 烟台中飞海装科技有限公司 | A kind of fighting training system |
| CN108031110A (en)* | 2017-11-03 | 2018-05-15 | 东莞市新进巧工艺制品有限公司 | Game system based on AR technology |
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