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CN1992877B - Online multimedia interactive system and transmission method thereof - Google Patents

Online multimedia interactive system and transmission method thereof Download PDF

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Publication number
CN1992877B
CN1992877B CN 200510023060 CN200510023060A CN1992877B CN 1992877 B CN1992877 B CN 1992877B CN 200510023060 CN200510023060 CN 200510023060 CN 200510023060 A CN200510023060 A CN 200510023060A CN 1992877 B CN1992877 B CN 1992877B
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video
system
online
voice
operation
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CN 200510023060
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Chinese (zh)
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CN1992877A (en )
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刘顺男
蔡明杰
连智伟
郑胜文
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财团法人工业技术研究院
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Abstract

The invention relates to an online multimedia interactive system and relative transmission method, used in several remote clients, wherein each client at least comprises one micro inertia sensing module, one microprocessor, one voice/video device, one network system, and one display; the sensing module detects the user operation and generate signal; the microprocessor treats video, voice, and operation signals, transmits and receives online signal, provides the game software control and plays video on the display; the voice/video device plays data real-time; and the network system transmits the video and operation signals of two end clients; therefore, remote users can interact online.

Description

在线多媒体互动系统及其传输方法 Online multimedia interactive system and transmission method

技术领域 FIELD

[0001] 本发明涉及在线多媒体互动系统及其传输方法,特别是涉及一种利用在线视频技术提供远程影音与动作的互动系统,使用者不仅可与远程使用者进行在线视频交谈,能更进一步产生肢体动作的互动,可作为远程运动娱乐互动游戏,亦可作为在线健身教练系统, 甚至远程康复医疗系统。 [0001] The present invention relates to online interactive multimedia system and transmission method, and more particularly to online interactive system utilizing audio and video technology to provide remote operation, the user can not only online video conversation with a remote user, can produce further interactive body movements can be used as remote interactive sports entertainment games, but also as a fitness trainer system online, and even remote medical rehabilitation system.

背景技术 Background technique

[0002] 随着时代脚步前进,现代人的生活方式及饮食习惯也亦随之改变,现代人在摄取高热量食品的同时,却又缺乏足够运动量,导致肥胖问题越来越严重,适度运动有益健康的道理人人皆知,因此目前市面上充斥着各式各样的健身中心或有氧运动俱乐部,以有氧教学而言,其模式大多是由几位教练在一特定场地进行群体教学,若因时间所限无法安排实地上课,也可购买教学影片在家中播放自我练习,然而这种方式由于缺乏互动性及趣味性, 不仅教练无法得知学员实际锻炼动作的正确性,且一段时间后即会导致学员失去兴趣而中断训练,效果并不好。 [0002] with the times the pace of progress, the modern lifestyle and eating habits will also change, in the modern high-calorie food intake at the same time, but the lack of adequate physical activity, leading to obesity problem is getting serious, moderate exercise is good health truth known, so the current market is flooded with all kinds of fitness center or aerobics club, in terms of aerobic teaching, their teaching model most of the population is in a specific field by several coaches, Ruoyin after time constraints can not be arranged on the ground class, can also be purchased at home playing video teaching self-practice, however, this way due to lack of interactivity and fun, not only the coach can not know the validity of student practical training action, and the period of time That will lead students to lose interest in training was interrupted, the effect is not good.

[0003] 已知专禾Ij中,请参阅图1所示,美国专利US6,144,837 (Method and apparatusfor interactively monitoring a physiological condition and for interactivelyproviding health-related information) φ Hj一禾中电子式自我 [0003] Wo Ij specifically known, see FIG. 1, U.S. Patent No. US6,144,837 (Method and apparatusfor interactively interactivelyproviding health-related information monitoring a physiological condition and for) φ Hj in an electronic self Wo

控系统,所述系统10通过一多媒体处理装置15播放光盘17所提供的训练或测试课程与使用者进行互动,经由电极11、12、13感测使用者的生理状况并产生信号,再通过接口装置14 将使用者的生理信号传递并显示在屏幕16上,可令使用者了解经过训练过程后的生理状况;这种自我健身训练系统虽可提供学员在家自我训练时更多的辅助,但整体互动效果仍显不足,无法进行远程两端互动,同时因为此套系统的相关辅助课程均为事先规划,内容规律不变,因此实用性不高,若要添购新课程则又必须另外花费,不合经济需求。 Control system, the training system 10 plays the user or test program disc 17 is provided by a multimedia interactive processing means 15, 12, 13 via the user sensing electrodes sense a physiological condition and generate a signal through the interface and then 14 user's physiological signal transmission device and displayed on the screen 16, so that users can be trained to understand the process of physiological conditions; though this self-fitness training system can provide more assistance when students self-training at home, but the overall interactive effects remained insufficient for remote interaction at both ends, and because this set of system-related assistance programs are planned in advance, the contents of the law unchanged, so practicality is not high, to purchase new curriculum then they must also spend, substandard economic needs.

[0004] 此外,已知台湾发明专利申请号第92119274号(网络多媒体实时互动教学的系统及其方法)、台湾发明专利申请号第91111827号(一种藉由因特网提供交互式教学的系统与方法)等专利均提出可通过网络及多媒体装置提供互动教学的技术,其模式有如目前被普遍使用的MSN Messenger —般,虽然对于远程两客户端的互动性有所提高,然而还是局限在声音或影像的传输,无法实时监测远程用户的肢体动作。 [0004] Further, it is known Taiwan Patent Application No. 92119274 (real-time interactive multimedia network system and a method for teaching) invention, Taiwan Patent Application No. 91111827 (Internet by a method of providing an interactive system and method for teaching ) and other patents propose to provide interactive teaching through the network and multimedia devices technology, its pattern like MSN Messenger is currently widely used - like, although improved for interactive remote two clients, but is still confined in the sound or video transmission, remote users can not monitor body movements in real time.

发明内容 SUMMARY

[0005] 鉴于公知技术的缺点,本发明的主要目的在于提出一种在线多媒体互动系统及其传输方法,利用在线视频技术提供远程影音与动作的互动系统,使用者不仅可与远程使用者进行在线视频交谈,能更进一步产生肢体动作的互动,可作为远程运动娱乐互动游戏,也可作为在线健身教练系统,甚至远程复健医疗系统。 [0005] In view of the disadvantages of the known art, a primary object of the present invention is to provide an online interactive multimedia system and transmission method, and to provide an interactive video system a remote operation using online video technology, users not only with the remote user online video chat, can further interact body movements can be used as remote interactive games, sports and entertainment, but also as an online fitness trainer system, even remote medical rehabilitation system.

[0006] 为达到上述目的,本发明提出一种在线多媒体互动系统,应用于远程的多个客户端,每一客户端包含有:[0007] 至少一个微惯性感测模块,用于监测使用者动作并产生信号; [0006] To achieve the above object, the present invention provides an online interactive multimedia system, applied to a plurality of remote clients, each client comprising: [0007] at least one micro-inertia sensing means for monitoring the user and generating an operation signal;

[0008] 一微处理系统,用于负责影像、声音、动作信号的处理以及在线信号的接收与传送,并提供游戏软件控制,以及负责将影像播放至显示装置上; [0008] a micro-processing system, is responsible for video, audio, and receiving the processing operation of the signal line transmitting the signal, and provides the game software control, and is responsible for playback to the image on the display device;

[0009] 一音频视频设备,用于负责两端实时性的影音服务; [0009] an audio video devices, responsible for real-time audio and video ends of the service;

[0010] 一网络系统,用于传递两两客户端的影音与动作信号; [0010] a network system for transmitting audio and video client twenty-two the operation signal;

[0011] 一显示装置,用于显示影像。 [0011] a display device for displaying images.

[0012] 更好的,所述微惯性感测模块主要由微惯性传感器、无线发送器、以及周边电路所组成。 [0012] better, the micro-inertia sensing module consists of a micro inertial sensor, a radio transmitter, and a Zhou Bian circuit components.

[0013] 更好的,所述微惯性感测模块由一个或多个加速度计或陀螺仪所组成。 [0013] better, the micro-inertia sensing module consists of one or more accelerometers or gyroscope components.

[0014] 更好的,所述微惯性感测模块设置在人体任意部位。 [0014] better, the micro-inertia sensing module disposed in the body at any site.

[0015] 更好的,所述微惯性感测模块设置在一外包装对象内。 [0015] better, the micro-inertia sensing module is disposed within a packaging object.

[0016] 更好的,所述外包装对象可为球棒、桌球拍或高尔夫球杆等打击用具的形状。 [0016] better, the packaging may be subject bat, billiard shoot or the like against the shape of a golf club appliance.

[0017] 更好的,所述音频视频设备可包括摄影机、麦克风、喇叭等影音接收装置。 [0017] better, the video audio receiving apparatus may comprise means AV camera, microphone, speakers and the like.

[0018] 更好的,所述微处理系统接收的音频信号可经由所述音频视频设备输出。 [0018] better, the micro-processing system receives an audio signal may be output via the audio video devices.

[0019] 为达到上述目的,本发明更提出一种在线多媒体互动系统的传输方法,应用于远程的多个客户端,其包含下列步骤:步骤a,由微惯性感测模块监测使用者动作并产生信号; [0019] To achieve the above object, the present invention further provides a method for transmitting multimedia interactive online system, applied to a plurality of remote clients, comprising the following steps: Step a, from the micro-inertia sensing module monitors user actions and generating a signal;

[0020] 步骤b,由微处理系统负责影像、声音、动作信号的处理以及在线信号的接收与传送,以及负责将影像播放到显示装置上; [0020] Step b, from micro-processing system is responsible for video, sound, receiving and transmitting a signal processing operation and the signal line, and is responsible for video playback on the display device;

[0021] 步骤c,由音频视频设备负责两端实时性的影音服务; [0021] Step c, the audio video device is responsible for both ends of the real-time audio and video services;

[0022] 步骤d,由网络系统用于传递两两客户端的影音与动作信号; [0022] Step d, the network system for transmitting audio and video client twenty-two the operation signal;

[0023] 步骤e,将网络系统所传送的影音与动作信号显示在显示装置上。 [0023] Step e, the operation of the video signal transmitted by the network system displayed on the display device.

[0024] 所述微惯性感测模块主要由微惯性传感器、无线发送器,以及周边电路组成。 [0024] The micro-inertia sensing module consists of a micro inertial sensor, a radio transmitter, and a Zhou Bian circuit.

[0025] 所述微惯性感测模块由至少一个加速度计组成。 The [0025] inertia sensing micro modules consisting of at least one accelerometer.

[0026] 所述微惯性感测模块由至少一个陀螺仪所组成。 The [0026] by a micro-inertia sensing module consisting of at least one gyroscope.

[0027] 所述微惯性感测模块设置在人体任意部位。 The [0027] micro-inertia sensing module disposed in the body at any site.

[0028] 所述微惯性感测模块设置在一外包装对象内。 [0028] The micro-inertia sensing module is disposed within a packaging object.

[0029] 所述外包装对象可为球棒、桌球拍或高尔夫球杆等打击用具的形状。 [0029] The subject may be a packaging bat, golf club or shot shape pool against appliances like.

[0030] 所述音频视频设备可包括摄影机、麦克风、喇叭等影音接收装置。 [0030] The audio-video receiving apparatus may comprise means AV camera, microphone, speakers and the like.

[0031] 所述微处理系统接收的音频信号可经由所述音频视频设备输出。 The [0031] microprocessor system receives an audio signal may be output via the audio video devices.

[0032] 所述微处理系统系具有在线多媒体互动游戏软件控制的功能。 The [0032] microprocessor-based system having features of the online game software, multimedia interactive control.

[0033] 下面,将结合附图对本发明的结构、目的和功效做进一步的详细说明。 [0033] Next, in conjunction with the accompanying drawings will be described in further detail on the structure, purpose and effect of the present invention.

附图说明 BRIEF DESCRIPTION

[0034] 图1为现有技术的电子式自我健康监控系统的结构示意图;以及 [0034] FIG. 1 shows an electronic structural formula self health monitoring system of the prior art; and

[0035] 图2为根据本发明优选实施方式的系统结构示意图。 [0035] FIG. 2 is a schematic diagram of a system configuration according to a preferred embodiment of the present invention.

[0036] 其中,附图标记: [0036] wherein reference numerals:

[0037] 10 :电子式自我健康监控系统11、12、13:电极 [0037] 10: Electronic self-health monitoring system 12, 13: electrode

[0038] 14:接口装置 15:多媒体处理装置[0039] 16 :屏幕17 :光盘 [0038] 14: interface means 15: the multimedia processing apparatus [0039] 16: Screen 17: CD-ROM

[0040] 20、30 :客户端21,31 :微惯性感测模块[0041] 22、32:音频视频设备23,33 :微处理系统 [0040] 20 and 30: The client 21, 31: micro-inertia sensing module [0041] 22, 32: audio video devices 23, 33: micro-processing system

[0042] 24,34 :显示装置241,341 :副显示框 [0042] 24, 34: sub display frame: a display device 241, 341

[0043] 40:网络系统A、B:使用者 [0043] 40: the network system A, B: user

具体实施方式 detailed description

[0044] 下面将参照附图来描述本发明为实现上述目的所使用的技术手段与功效,以下附图所列举的实施方式仅用于说明本发明,但本发明的技术手段并不局限于所列举的附图。 [0044] The present invention will be described below to achieve the above object and effects of the technical means used, the following figures listed embodiments are merely illustrative of the present invention with reference to the accompanying drawings, but the technical means of the present invention is not limited to the It cited figures.

[0045] 请参阅图2所示,本发明提供的一种在线多媒体互动系统,应用于远程的两客户端20、30,所述两客户端20、30之间设有网络系统40负责远程两端信息流通,利用网络终端服务器进行两端的影音与动作信号传递,每一客户端均设置有至少一个微惯性感测模块21、31,所述微惯性感测模块21、31可设置在使用者A、B身上任意部位,如手部、腰部、臀部、 腿部,甚或头部或颈部,凡是人体可产生动作的部位均可设置,用于监测使用者A、B的肢体动作并产生信号,所产生的信号再通过设置在微惯性感测模块21、31内的无线发送器(图中未示出)发送出,所述微惯性感测模块21、31中用于感测使用者A、B肢体动作的微惯性传感器可由一个或多个加速度计或陀螺仪所组成,并配合相关外围电路进行加速度及信号的处理及计算,这是公知技术,这里不再赘述;其次,前 [0045] Please refer to FIG. 2, an online interactive multimedia system of the present invention provides, is applied to the two remote client 20, 30, the customer is provided with two network systems 20, 30 between the ends 40 is responsible for two remote end information flow, using the network server to the terminal with video signal transmission operation ends, each client is provided with at least one micro-inertia sensing module 21, 31, said micro-inertia sensing module 21, 31 may be disposed at the user a, B any part of the body, such as hands, waist, hips, legs, head or neck, or even, all the body parts can be generated operation setting, to monitor the user a, B, body movement and generates a signal , then the generated signal provided by the wireless transmitter 21, 31 in the micro-inertia sensing module (not shown) sends out said micro-inertia sensing module 21, 31 for sensing the user a , B inertial body movement sensor may be a micro or composed of a plurality of accelerometers or gyroscopes, and a peripheral circuit associated with the processing and calculation, and an acceleration signal, which is a known technique, is not repeated here; secondly, before 微惯性感测模块21、31感测使用者A、B肢体动作后所产生的信号,传送到微处理系统23、33进行解读及判断,所述微处理系统23、33同时可负责互动软件(包括游戏软件)的控制,此外,所述微处理系统23、33还负责影音以及动作信号的网络传递工作,并且将视频与画面显示在显示装置24、34上,如图所示,所述显示装置24、34具有副显示框241、341可用于显示第二画面,例如远客户端的头部特写画面或停格画面等等,其可由微处理系统23、33进行处理,而在微惯性感测模块21、 31感测使用者A、B肢体动作的同时,可通过音频视频设备22、32负责两客户端20、30实时性的影音服务,所述音频视频设备22、32可为摄影机、麦克风、喇叭等影音接收装置。 Micro inertia sensing modules 21 and 31 senses the user A, signal B generated by body movements transmitted to the microprocessor system 23, 33 for interpretation and judgment, while the micro-processing system 23, 33 may be responsible for interaction software ( including game software) of control, moreover, the micro-processing system 23, 33 is also responsible for a network transmitting video work and the operation signal, and the video is displayed on the screen display device 24, 34, as shown, the display means 24, 34 has a sub display frame 241, 341 may be used to display the second screen, such as the head distal client in a larger picture or stills and the like, which may be micro-processing system 23, 33 for processing, whereas in the micro-inertial sensing modules 21, 31 sense the user a, while B's body movements, may be responsible for the audio video devices 20, 30, 22, 32, two client service real-time video, the audio video devices 22 and 32 may be a camera, microphone, , speakers AV receiver device.

[0046] 由此,可归纳应用本发明所提供的在线多媒体互动系统时的传输方法包含下列步骤: [0046] Thus, the method can be summarized as a transmission line when applying interactive multimedia system of the present invention is provided comprising the steps of:

[0047] 步骤a,由微惯性感测模块21、31监测使用者A、B肢体动作并产生信号; [0047] Step a, from the micro-inertia sensing module 21, 31 monitors the user A, B body movement and generates a signal;

[0048] 步骤b,由微处理系统23、33负责影像、声音、动作的处理以及在线的接收与传送, 并提供游戏软件的控制,另外,还负责将影像播放到显示装置24、34上; [0048] Step b, from micro-processing system 23, 33 is responsible for image processing and line receiving and transmitting sound, operation, and provides control of the game software, in addition, it is also responsible for playing the video on the display device 24, 34;

[0049] 步骤c,由音频视频设备22、32负责两客户端20、30实时性的影音服务; [0049] Step c, by the audio video devices 22, 32 20, 30, responsible for two clients real-time audio and video services;

[0050] 步骤d,由网络系统40负责远程两客户端20、30的信息流通,利用网络终端服务器将两客户端20、30的影音与动作信号进行传递。 [0050] Step d, the network system 40 is responsible for the two remote client terminal 20, 30 the flow of information, using the network terminal server client two video signals 20, 30 and the operation is passed.

[0051] 步骤e,将网络系统40所传送的影音与动作信号显示到显示装置24、34上。 [0051] Step e, the operation of the video signal 40 transmitted with a network system displayed on the display device 24, 34.

[0052] 另外,除单纯将微惯性感测模块21、31设置在使用者A、B身上任意部位之外,还可将微惯性感测模块21、31设置在一具有球棒、桌球拍或高尔夫球杆等打击用具形状的外包装对象内,配合相关的软件及显示画面,即可仿真击球动作,例如,客户端20的使用者A手持一具有高尔夫球杆形状的微惯性感测模块21,其显示装置24配合显示有高尔夫球场的画面,当使用者A挥杆时,所述设置在高尔夫球杆内的微惯性感测模块21感测到使用者的肢体动作,经计算后将信号传送至微处理系统23,所述音频视频设备22也同步接收使用者A挥杆的影音画面传送至微处理系统23,由微处理系统23处理所有接收的信号后,再经网络系统40将所有信号传送至另一客户端30,由微处理系统33处理接收的信号后显示在显示装置34,同理,利用相同的装置,客户端30的使用者B的动作、影音 [0052] Further, in addition to a simple micro-inertia sensing module 21, 31 disposed outside the user A, B any part of the body, may also be micro-inertia sensing module 21, 31 is provided with a bat, billiard shot or golf clubs and other objects hit the outer shape of the tool, with related software and display screen, can be simulated shot action, e.g., a client of the user a 20 holding a golf club having a shape of a micro-inertia sensing module 21, a display 24 which is fitted with a screen of a display device of a golf course, when the user a swing, the setting micro-inertia sensing module 21 senses the user's body movement in a golf club, upon the calculated after the signal to the microprocessing system 23, the video audio receiving apparatus 22 can synchronize the user a video picture is transmitted to the swing of the micro-processing system 23, by a micro-processing system 23 processes all the received signals, and then via the network system 40 All signals transmitted to the other client 30, the display device 34, the same way, using the same apparatus, the operation of the user B's client 30 received by the signal processing micro-processing system 33, AV 可显示在客户端20 的显示装置24上,假设客户端20的使用者A为学员,客户端30的使用者B为教练,则可从使用者A挥杆的动作、力道、轨迹等并配合挥杆的影像,来进行指导教学;同理,假设客户端20的使用者A为病患,客户端30的使用者B为医师,则可针对使用者A的动作与影像进行康复指导;除此之外,还可通过网络系统40的网络服务器直接提供在线游戏,客户端20、30 可针对本身需求挑选游戏项目并同步互动进行,可根据在线软件内容增设参与的客户端数量,并不局限于图中所示的两客户端20、30。 May be displayed on the display device 20 on the client 24, the client is assumed that the user A is 20 participants, the client user B 30 is the coach, from the user A can swing movement, strength, trajectory and with swing video to guide teaching; Similarly, assuming that the client is the user a 20 patients, the client user B 30 for physicians, rehabilitation guidance for action can be carried out with the image of the user a's; in addition addition to this, the system also provides a network server 40 through the network directly to online gaming, the client can choose 20, 30 games for the project itself needs to interact and perform synchronization, can be added according to the number of clients involved in online software content, not limited two client end shown in figure 20 and 30.

[0053] 综上所述,本发明提出一种在线多媒体运动娱乐互动系统,结合在线视频技术与微惯性互动技术提供远程影音与动作的互动,使用者不仅可利用视频系统与远程使用者进行在线影音交谈,更能进一步进行肢体动作的游戏互动,不仅有助于提高使用者在家自我训练的效率,还能增添使用者体验到天涯若比邻的远程现场感。 [0053] In summary, the present invention provides a motion online multimedia interactive entertainment systems, online video technology combined with micro-inertial interactive technology to provide interactive video to the remote operation, not only the user can use the video system and the remote user performs online video chat, more further physical movements of interactive games, not only help to improve the efficiency of self-training at home users, but also add to the user experience to the remote site of a sense of virtual neighbors.

[0054] 以上所述为本发明的优选实施方式,然而其并非用于限定本发明。 [0054] The preferred embodiment of the above embodiment of the present invention, however, it is not intended to limit the present invention. 凡根据本发明所附权利要求及其等同物所做的各种变形和改进,均属于本发明的保护范围。 Where the appended claims of the invention and various modifications thereof and equivalents made and improvements, all fall within the scope of the present invention.

Claims (18)

1. 一种在线多媒体互动系统,应用于远程的多个客户端,其特征在于,每一所述客户端包含有:至少一个微惯性感测模块,设置于使用者或被监测物身上,用于监测所述使用者或所述被监测物动作并产生动作信号,所述微惯性感测模块包括微惯性传感器、周边电路以及无线发送器,该无线发送器用于发送所述动作信号;一微处理系统,用于接收所述动作信号,并负责影像、声音、动作信号的处理以及在线信号的接收与传送,以及负责将影像播放到显示装置上; 一音频视频设备,用于负责两端实时性的影音服务; 一网络系统,用于传递两两客户端的影音与动作信号;一显示装置,用于显示影像,所述显示装置还具有副显示框,所述副显示框用于显示远客户端的第二画面。 An online multimedia interactive system, applied to a plurality of remote clients, wherein each of said client comprises: at least one micro-inertia sensing module disposed in the body of the user or the monitored object, with to monitor the user operation or the object to be monitored and generates an operation signal, the sensing module comprises a micro-inertia micro-inertial sensors, Zhou Bian circuit and a wireless transmitter, the wireless transmitter for transmitting said motion signal; a micro a processing system for receiving the operation signal, and is responsible for receiving and transmitting video, audio, signal processing, and the operation of the signal line, and is responsible for video playback on the display device; an audio video devices, responsible for both ends of the real of video services; a network system for transmitting audio and video client twenty-two the operation signal; a display means for displaying an image, the display device further includes a sub-display frame, the sub display frame for displaying the customer away end of the second screen.
2.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述微惯性感测模块由至少一个加速度计组成。 2. The online interactive multimedia system according to claim 1, wherein said micro-inertia sensing module composed of at least one accelerometer.
3.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述微惯性感测模块由至少一个陀螺仪组成。 3. The online interactive multimedia system according to claim 1, wherein said micro-inertia sensing module consists of at least one gyroscopes.
4.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述微惯性感测模块可设置在人体任意部位。 4. The online interactive multimedia system according to claim 1, wherein said micro-inertia sensing module may be provided at any body site.
5.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述微惯性感测模块可设置在一外包装对象内。 The online interactive multimedia system according to claim 1, wherein said micro-inertia sensing module may be disposed within a packaging object.
6.根据权利要求5所述的在线多媒体互动系统,其特征在于,所述外包装对象可为球棒、桌球拍或高尔夫球杆等打击用具的形状。 6. The online interactive multimedia system as claimed in claim 5, wherein said target may be an outer bat, billiard shoot or the like against the shape of a golf club appliance.
7.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述音频视频设备可包括摄影机、麦克风、喇叭等影音接收装置。 7. The online interactive multimedia system according to claim 1, wherein said audio video devices may include a video receiving device camera, microphone, speakers and the like.
8.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述微处理系统接收的音频信号可经由所述音频视频设备输出。 8. The online interactive multimedia system according to claim 1, wherein said micro-processing system receives an audio signal may be output via the audio video device.
9.根据权利要求1所述的在线多媒体互动系统,其特征在于,所述微处理系统具有在线多媒体互动游戏软件控制功能。 9. The online interactive multimedia system according to claim 1, wherein said micro-processing system having a multimedia interactive online gaming software control.
10. 一种在线多媒体互动系统的传输方法,应用于远程的多个客户端,其特征在于,包含下列步骤:步骤a,由设置于使用者或被监测物身上的微惯性感测模块监测所述使用者或所述被监测物动作并产生动作信号,所述微惯性感测模块包括微惯性传感器、无线发送器以及周边电路,所述动作信号通过所述无线发送器进行发送;步骤b,由微处理系统接收所述动作信号并负责影像、声音、动作信号的处理以及在线信号的接收与传送,以及负责将影像播放到显示装置上; 步骤c,由音频视频设备负责两端实时性的影音服务; 步骤d,由网络系统负责传递两两客户端的影音与动作信号;步骤e,将网络系统所传送的影音与动作信号显示在显示装置上,所述显示装置还具有副显示框,所述副显示框用于显示远客户端的第二画面。 10. A method for transmitting interactive multimedia system line, is applied to the plurality of remote clients, characterized in that it comprises the following steps: a, by a micro-inertia provided to a user or the monitored body composition monitor the sensing module said user operation or the object to be monitored and generates an operation signal, the sensing module comprises a micro-inertia micro inertial sensor, a wireless transmitter and a Zhou Bian circuit, the operation signal is transmitted by the wireless transmitter; step B, It said micro-processing system is received by the operation signal and for receiving and transmitting video, audio, signal processing, and the operation of the signal line, and is responsible for playing the video on the display device; step C, by a real-time audio video device is responsible for both ends video services; step d, the network system is responsible for transmitting audio and video with the operation signal twenty-two client; step E, the video with the operation signal network system transmitted is displayed on the display device, said display device further includes a sub-display frame, the a second distal sub display screen of said client frames for display.
11.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述微惯性感测模块由至少一个加速度计组成。 11. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said micro-inertia sensing module composed of at least one accelerometer.
12.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述微惯性感测模块由至少一个陀螺仪所组成。 12. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said micro-inertia sensing module consists of at least one gyroscope formed.
13.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述微惯性感测模块设置在人体任意部位。 13. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said micro-inertia sensing module disposed in the body at any site.
14.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述微惯性感测模块设置在一外包装对象内。 14. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said micro-inertia sensing module is disposed within a packaging object.
15.根据权利要求14所述的在线多媒体互动系统的传输方法,其特征在于,所述外包装对象可为球棒、桌球拍或高尔夫球杆等打击用具的形状。 15. The transmission method of claim 14 online interactive multimedia system according to claim, wherein said target may be an outer bat, billiard shoot or the like against the shape of a golf club appliance.
16.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述音频视频设备可包括摄影机、麦克风、喇叭等影音接收装置。 16. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said audio video devices may include a video receiving device camera, microphone, speakers and the like.
17.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述微处理系统接收的音频信号可经由所述音频视频设备输出。 17. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said micro-processing system receives an audio signal may be output via the audio video device.
18.根据权利要求10所述的在线多媒体互动系统的传输方法,其特征在于,所述微处理系统系具有在线多媒体互动游戏软件控制的功能。 18. The transmission method of claim 10 online interactive multimedia system according to claim, wherein said micro-processing system having the features of the online multimedia-based interactive game software control.
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