WO2014135053A9 - 支持交互关联系统的视频信息信号 - Google Patents

支持交互关联系统的视频信息信号 Download PDF

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Publication number
WO2014135053A9
WO2014135053A9 PCT/CN2014/072823 CN2014072823W WO2014135053A9 WO 2014135053 A9 WO2014135053 A9 WO 2014135053A9 CN 2014072823 W CN2014072823 W CN 2014072823W WO 2014135053 A9 WO2014135053 A9 WO 2014135053A9
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WO
WIPO (PCT)
Prior art keywords
data
electronic
video information
information signal
video
Prior art date
Application number
PCT/CN2014/072823
Other languages
English (en)
French (fr)
Other versions
WO2014135053A1 (zh
Inventor
丘炎卫
Original Assignee
Yau Yimwai
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Yau Yimwai filed Critical Yau Yimwai
Priority to US14/772,769 priority Critical patent/US20160088370A1/en
Priority to CN201480012695.3A priority patent/CN105409236A/zh
Publication of WO2014135053A1 publication Critical patent/WO2014135053A1/zh
Publication of WO2014135053A9 publication Critical patent/WO2014135053A9/zh
Priority to HK15111906.3A priority patent/HK1214699A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/80—Generation or processing of content or additional data by content creator independently of the distribution process; Content per se
    • H04N21/85—Assembly of content; Generation of multimedia applications
    • H04N21/858—Linking data to content, e.g. by linking an URL to a video object, by creating a hotspot
    • H04N21/8586—Linking data to content, e.g. by linking an URL to a video object, by creating a hotspot by using a URL
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/4104—Peripherals receiving signals from specially adapted client devices
    • H04N21/4126—The peripheral being portable, e.g. PDAs or mobile phones
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/414—Specialised client platforms, e.g. receiver in car or embedded in a mobile appliance
    • H04N21/41415—Specialised client platforms, e.g. receiver in car or embedded in a mobile appliance involving a public display, viewable by several users in a public space outside their home, e.g. movie theatre, information kiosk
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/60—Network structure or processes for video distribution between server and client or between remote clients; Control signalling between clients, server and network components; Transmission of management data between server and client, e.g. sending from server to client commands for recording incoming content stream; Communication details between server and client 
    • H04N21/61—Network physical structure; Signal processing
    • H04N21/6106—Network physical structure; Signal processing specially adapted to the downstream path of the transmission network
    • H04N21/6131—Network physical structure; Signal processing specially adapted to the downstream path of the transmission network involving transmission via a mobile phone network
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/60—Network structure or processes for video distribution between server and client or between remote clients; Control signalling between clients, server and network components; Transmission of management data between server and client, e.g. sending from server to client commands for recording incoming content stream; Communication details between server and client 
    • H04N21/61—Network physical structure; Signal processing
    • H04N21/6156—Network physical structure; Signal processing specially adapted to the upstream path of the transmission network
    • H04N21/6181—Network physical structure; Signal processing specially adapted to the upstream path of the transmission network involving transmission via a mobile phone network
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/80—Generation or processing of content or additional data by content creator independently of the distribution process; Content per se
    • H04N21/81—Monomedia components thereof
    • H04N21/812—Monomedia components thereof involving advertisement data
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/80—Generation or processing of content or additional data by content creator independently of the distribution process; Content per se
    • H04N21/85—Assembly of content; Generation of multimedia applications
    • H04N21/858—Linking data to content, e.g. by linking an URL to a video object, by creating a hotspot

Definitions

  • the present invention relates to an information association technology for supporting cross-media products, and more particularly to a video information signal supporting an interactive association system to realize the development of information barrier-free.
  • the mobile Internet is not the mobilization of the Internet. It refers to the general term for the activities, technologies, platforms, business models and applications of the Internet combined with mobile communication technologies.
  • smartphones become mobile carriers in information networks, smartphones are no longer just a tool for making text messages. They are a scale-down version of computers that enable the ultimate combination of communication and the Internet, enabling people to truly move into mobile information. The era of change.
  • Mobile informatization is to realize the all-round application of the information system in the way of handheld terminals such as mobile phones, and the integration of communication technologies such as telecommunications, broadcasting, and the Internet, and finally achieve the purpose of obtaining relevant information at any time, anywhere, and at will.
  • Smartphones need to log in to the relevant electronic Internet of cross-media product information, and to obtain more relevant information.
  • the related technology is a necessary condition that cannot be crossed.
  • the related technology and communication technology are the technical uses of two different concepts.
  • the market related technology is mainly based on the two-dimensional code pattern technology scheme.
  • the two-dimensional code pattern technology scheme has formed a mature product and industrial chain, there are many conditions for the use of technology in the actual operation, as follows:
  • the smartphone needs to download the appropriate application before it can be ingested.
  • QR code pattern size is different, (including 8mm x 8mm, 10mm ⁇ 10mm 100mm ⁇
  • the two-dimensional code pattern technical solution is related to solving the broadcast (audio information technology) of the video information signal, and it seems to be incapable. ⁇
  • the interactive association system of the present invention is an obstacle-free communication technology for solving cross-media product information.
  • the present invention provides a video information signal supporting an interactive association system, wherein the video information signal is synthesized by the associated data and the media information data, and is characterized in that;
  • the interactive association system is composed of an electronic reading device and an electronic transceiver device.
  • the video information signal is a combination that supports multiple media data.
  • the associated data is set electronic address data
  • the electronic reading device is provided with a combined data receiving circuit, a combined data decomposition circuit and a transmitting circuit, and the combined data receiving circuit receives the video information signal, and the video information signal is decomposed into the media information data and the associated data by the combined data decomposition circuit, and the decomposed The associated data is transmitted to the electronic transceiver through the transmitting circuit.
  • the electronic transceiver device is provided with an associated data receiving circuit, an associated data transmitting circuit, and a central processing unit including a memory.
  • the associated data receiving circuit is provided with a short-distance signal transmitting and receiving circuit
  • the electronic transceiver device controls the associated data transmission and reception of the decomposed video information signal, and collects the associated data after the electronic reading device transmits the circuit, and sends the data to the external information data storage center through the remote wireless technology to quickly call up the associated electronic file. .
  • the electronic address data is electronic address data supporting connection to the Internet.
  • the associated data is an associated data group of more than one associated data combination, and different associated data sets different electronic address data.
  • the associated data sets the read electronic code, the different read electronic codes correspond to different associated data, and the different associated data respectively set different electronic address data.
  • the associated data is set to be repeated multiple times and cyclically during the reading time of the media information data.
  • the associated address data is associated mixed data of content data such as text, image, audio, and video, and the associated mixed data is decomposed into associated data by the associated mixed data decomposition circuit.
  • the video information signal is transmitted through a signal transmitting station and a signal transmitting relay device.
  • the transmitting circuit of the electronic reading device is provided with a short-distance signal transmitting and receiving circuit
  • the combined data decomposition circuit of the electronic reading device decomposes the video information signal into media information data, and the media information data includes video data and audio data, etc.
  • the video data after the media information data is decomposed is transmitted to the video system for processing, and then transmitted to the relevant configuration for use.
  • the audio data after the media information data is decomposed is sent to the audio system for processing, and then transmitted to the relevant configuration for use.
  • the decomposed associated data is transmitted through the transmitting circuit and the attached short-range signal transmitting and receiving circuit.
  • the video information signal is placed in an electronic storage device and read by a video terminal product that supports an interactive association system.
  • the media information data and the associated data adopt a cryptographic synthesis method.
  • the invention provides a video information signal supporting an interactive association system, which solves the interconnection of cross-media information products and realizes the goal of information accessibility:
  • the video information signal is provided to different categories of related products supporting the interactive association system, and the related data is decomposed by the electronic reading device, and the synchronous transmission is used as a shortcut entry point for the electronic webpage to meet the technical requirements of mobile informationization at any time, anywhere, and at random. .
  • the special contribution is that the technology of the present invention can transmit related data through various channels, effectively solve the problem of information congestion technology faced by the development of mobile informationization, and utilize the social resources of the existing bus shelter advertising board to assist in improving the facilities of existing traffic traffic lights.
  • Obstruction people get the help of voice guidance and related traffic information services through communication terminal products (such as smart phones) that support interactive association systems.
  • FIG. 1A is a schematic diagram of a video electronic product obtaining a single associated data.
  • FIG. 1B is a schematic diagram of a principle for acquiring a single associated data of a video electronic product.
  • FIG. 1C is a schematic diagram of a work of acquiring multiple associated data of a video electronic product
  • FIG. 1D is a schematic diagram of a principle for acquiring multiple associated data of a video electronic product.
  • 2A is a schematic diagram of a principle of a video information signal supporting an interactive association system
  • 2B is a schematic diagram of a technical application of an interaction correlation system
  • FIG. 3A is a schematic diagram of a method for interconnecting a conventional video electronic product
  • FIG. 3B is a schematic diagram of a conventional video electronic product interconnected by a two-dimensional code pattern scheme.
  • Figure 3C is a schematic diagram showing the effect of using Q card technology in a conventional video electronic product.
  • FIG. 3D is a schematic diagram showing the effect of the present invention by using the video electronic product supporting the interactive association system
  • FIG. 4A is a schematic diagram showing the effect of the traditional electronic advertising board implanting the two-dimensional code technology.
  • FIG. 4B is a schematic diagram of an application effect of an electronic advertisement board supporting an interactive association system.
  • the present invention provides a video information signal supporting an interactive association system, and the video information signal 01 is synthesized by the associated data 12 and the media information data, and its characteristics.
  • the interactive association system is composed of an electronic reading device 02 and an electronic transceiver device 03.
  • the video information signal 01 is a combination that supports a plurality of media data.
  • the associated data is set electronic address data
  • the electronic reading device is provided with a combined data receiving circuit 21, a combined data decomposition circuit 22 and a transmitting circuit 24, and the combined data receiving circuit receives a video information signal, and the combined video data signal is decomposed into a video information signal by the combined data decomposition circuit 22.
  • the media information data and the associated data, and the decomposed associated data is transmitted to the electronic transceiver via the transmitting circuit 24,
  • the electronic transceiver device is provided with an associated data receiving circuit 31, an associated data transmitting circuit 32, and a central processing unit including a memory.
  • the associated data receiving circuit 31 is provided with a short-distance signal transmitting and receiving circuit.
  • the short-range communication technology includes technologies such as infrared rays and Bluetooth.
  • the electronic transceiver device controls the associated data transmission and reception of the decomposed video information signal, and collects the associated data of the electronic reading device transmission circuit and the number of information sent to the outside through the remote wireless technology. According to the storage center, the associated electronic files are quickly transferred.
  • the telecommunications technology includes technologies such as GSM, CDMA, and GPRS.
  • the external information data storage center may be a storage of related products, the Internet, a cloud storage, etc., or may be a built-in storage of the electronic reading device.
  • the retrieved electronic files are accessed through products on the visual electronic screen, including electronic terminal products, communication terminal products, computers and video electronic products that support interactive related technologies.
  • the electronic address data is electronic address data supporting connection to the Internet.
  • the electronic address data is communication data that supports connection to a telecommunications network.
  • the illustration contains one piece of information content, and the information content only needs to have one piece of associated data (i.e., one piece of electronic address data), and the associated data is set to be repeatedly repeated and cyclically transmitted within the reading time of the media information content.
  • the associated data is an associated data group 12X of more than one associated data combination, and different associated data sets different electronic address data. As shown in Figure 1 D,
  • the illustration contains six pieces of information content, the six pieces of information content corresponding to six pieces of associated data (ie, six pieces of electronic address data), and different electronic address data associated with different electronic files...
  • the electronic address data T01 corresponds to the information content 01...
  • the electronic address data TX corresponds to the information content X...
  • the different associated data is set to be repeated multiple times and cyclically during the reading time of the six different media information contents.
  • the associated data is set to read the electronic code 14 , and different read electronic codes correspond to different associated data, and different associated data respectively set different electronic address data.
  • Video Electronics 61 Playback is video content, and smartphones can only obtain video content data related to video electronics 61 by traditional download methods.
  • a video electronic product plays a video program, which introduces a plurality of different contents, and is convenient for a user to log in to a related website (or a service center) through a smartphone.
  • the video program will prompt the relevant website address, or the phone number sound, or the QR code pattern.
  • Video electronics 61 plays a video program, which introduces a variety of different content, and the window screen is embedded with a two-dimensional code pattern (planar information technology) to facilitate the viewer to see the advertisement content of interest;
  • Q card is the only key to open this platform. Users need to apply for an RDID card (Q card). After receiving the card, send the SMS message according to the prompt to activate, then you can brush the Q card in the sensing area of the interactive screen. The offer information displayed on the ad screen will be sent to the phone as a text message.
  • the interactive screen solution Compared with the traditional advertising screen, the interactive screen solution has three new interactive sensing small screens under the original single display screen, which is the carrier of the interactive communication platform, and encounters more than 4 obstacles in actual operation; If the user needs to carry Q card and mobile phone Q card plan, users need to pursue interaction in a short period of two minutes, which is an overly difficult challenge.
  • the three LED panels of the station have been respectively embedded with two-dimensional code patterns (flat information technology) to facilitate the waiting for the passengers to see the advertisement content of interest;
  • the electronic reading device is provided with a combined data receiving circuit, a combined data decomposition circuit, a transmitting circuit and a module board of the CPU, and embedded in a video electronic product supporting the interactive association system.
  • the electronic data transceiver is provided with an associated data receiving circuit, an associated data transmitting circuit, and a module of a central processing unit including the memory, embedded in the communication terminal product of the interactive association system.
  • the invention obtains the associated data and is basically divided into two operation methods.
  • the first method Smartphone (within the effective range), press the associated operation button 39 (start the interactive association system), and then press the associated operation button 39.
  • the electronic transceiver installed in the smartphone can obtain the selected from the electronic reading device.
  • Linked data ie, electronic address data
  • the second method the smartphone (within the effective range) is free to press the associated operation key 39 (start the interactive association system), and then input the corresponding number according to the number (plane identification mark) implanted in the information content (read Electronic code), the electronic transceiver embedded in the smart phone can obtain the selected associated data (ie, electronic address data) from the electronic reading device.
  • the smartphone (within the effective range) is free to press the associated operation key 39 (start the interactive association system), and then input the corresponding number according to the number (plane identification mark) implanted in the information content (read Electronic code)
  • the electronic transceiver embedded in the smart phone can obtain the selected associated data (ie, electronic address data) from the electronic reading device.
  • the electronic transceiver can obtain the selected associated data storage from the electronic reading device.
  • the electronic files associated with the settings can be quickly called up.
  • the associated data can be sent to the data storage center through the sending circuit, and the associated electronic files can be quickly transferred out to the smartphone for viewing (or listening). .
  • the electronic reading device is provided with a module for combining data receiving circuit, combined data decomposition circuit, transmitting circuit and CPU, and associated data receiving circuit provided by the electronic transceiver device, associated data transmitting circuit and module of central processor including the memory , Embedding video electronics that support interactive association systems.
  • the user relies on the media information content guide of the video electronic product, and receives the associated data from the video electronic products supporting the interactive association system through the communication terminal product (smart phone), and then synchronously transmits, achieving the point-to-point effect.
  • the communication terminal product smart phone
  • the video information signal is transmitted through a signal transmitting station and a signal transmitting relay device.
  • the electronic reading device transmitting circuit is provided with a short-distance signal transmitting and receiving circuit,
  • the combined data decomposition circuit of the electronic reading device decomposes the video information signal into media information data, and the media information data includes video data 10 and audio data 1 1 , etc.
  • the video data after the media information data is decomposed is transmitted to the video system for processing, and then transmitted to the relevant configuration for use.
  • the audio data after the media information data is decomposed is sent to the audio system for processing, and then transmitted to the relevant configuration for use.
  • the decomposed associated data is transmitted through the transmitting circuit and the attached short-range signal transmitting and receiving circuit.
  • the electronic transceiver device is provided with an associated operation key 39 supporting the interaction association system, a signal sensing device 36 supporting the interaction association system, and an electronic display screen.
  • the associated data is set to be repeatedly repeated and cyclically transmitted during the reading time of the media information data, and the user only needs to press the associated operation key 39, and the electronic transceiver device collects the associated data after the circuit is decomposed from the electronic reading device, and passes through the synchronization.
  • the remote wireless technology is sent to an external information data storage center, and the electronic file associated with the information data storage center is quickly called out.
  • the communication terminal products supporting the interactive association system are provided with signal sensing devices 36 (including lights, sounds, etc.), which reminds the user of the location range in which the relevant interactive system related data can be provided. Obstacle needs people's needs.
  • the associated address data is associated mixed data 12M that can mix content data such as text, image, audio, and video.
  • the associated mixed data 12M is decomposed into associated data by an associated mixed data decomposition circuit, and the user can display the electronic display through the electronic transceiver. Guide information such as text, images, audio and video, and select the operation according to its needs.
  • the communication terminal product 38 is used in conjunction with the present invention, and the associated data can be easily obtained by the first or second methods. It is obvious that the visually impaired person can also operate and use it.
  • Another important value of the present invention supports the development of information accessibility, utilizing the existing bus shelter resources of the society:
  • a prompt to support the interactive association system is provided, so that the visually impaired person can obtain relevant traffic information and services through the smart phone supporting the interrelated system.
  • the three LED boards of the station adopt the technology of the present invention
  • the advertising content of the LED boards is embedded with numbers
  • the related data supporting the interactive association system single sound prompt
  • the visually impaired person Shi can also be used for operation.
  • the blind are the most vulnerable groups of people with disabilities. To enable the blind to participate in social life on an equal footing, Through education to improve the cultural level of the blind, although we can not blindly see the eyes of the outside world, but with our love, let the blind feel the light of life.
  • the video program can be added with a special program for the visually impaired person.
  • the audio content of the radio program is to introduce a variety of products suitable for visually impaired people.
  • the visually impaired person needs to listen to the broadcast process (or interest)
  • the visually impaired person activates the associated operation key through the smartphone supporting the interactive association system.
  • the visually impaired person can obtain (listen to) more relevant information content of the product through the electronic file set by the associated data or to complete the subscription procedure.
  • the video information signal is placed in an electronic storage device and is read by a video terminal product supporting an interactive association system, the electronic storage device including an electronic data storage device and an optical disk.
  • the present invention is compared with the operation of acquiring the associated data by the two-dimensional code pattern
  • the smartphone needs to be embedded in the interactive association system to support the same as the QR code pattern.
  • the distance for obtaining the associated data can be set as needed within a few tens of meters, and it is very stable, and the technical scheme of the two-dimensional code pattern is about 1 meter under normal conditions.
  • the video information signal based on importance (or value) adopts the encryption synthesis method, and can be decomposed by the decryption program supporting the interactive association system to achieve protection.
  • the media information data and the associated data adopt a cryptographic synthesis method.
  • the present invention is compared with the market related technical solutions and product solutions, and the development of the present invention will affect all links of the business chain and creation, regardless of the operation, production cost, and propagation effect.

Abstract

本发明涉及支持跨媒体产品的信息关联技术，特别是涉及一种支持交互关联系统的视频信息信号，视频信息信号由关联数据与媒体信息数据合成，所述交互关联系统由电子读数装置及电子收发装置构成，所述视频信息信号是支持多种媒体数据的组合，所述关联数据是设定的电子地址数据，所述电子收发装置设有的关联数据接收电路、关联数据发送电路及含储存器的中央处理器，所述关联数据接收电路附置短距离信号收发电路，所述电子收发装置主导控制分解多媒体信息信号的关联数据收发，收取电子读数装置发送电路分解后的关联数据，通过远程无线技术发送到外部的信息数据储存中心，把所关联的电子档案快速调出。

Description

支持交互关联系统的视频信息信号
【技术领域】
本发明涉及支持跨媒体产品的信息关联技术， 特别是涉及一种支持交互关 联系统的视频信息信号， 实现信息无障碍的发展。
【背景技术】
随着宽带无线接入技术和移动终端技术的飞速发展， 人们迫切希望能够随 时、 随地在移动过程中， 能够方便地随意从互联网获取信息和服务。
但是移动互联网并不是互联网的移动化， 是指互联网的技术、 平台、 商业 模式和应用与移动通信技术结合并实践的活动的总称。
未来移动端将更加网络化、社交化，如何充分利用人们无聊的碎片化时间， 而这些无聊时间孤立而短暂， 因为手机和其他智能终端离人最近， 它可以被看 作是人的一个组成部分。
随着智能手机成为信息化网络中的移动载体， 智能手机不再仅是一个打电 话发短信的工具， 是一个缩小版的电脑， 可以实现通信和互联网的极致结合， 使得人们真正进入了移动信息化的时代。
移动信息化就是要在手机等掌上终端， 以电信、 广播、 互联网等通信技术 融合的方式， 实现信息体系的全方位应用， 最终达到随时、 随地、 随意可以获 取相关信息的目的。
虽然传统媒体广告产品的传播能力明显落后于电子媒体， 但绝不像某些人 推崇的那样是 "终极的传媒形式， 可以取代传统平面纸媒、 传统广播、 传统电 视及传统互联网等任何一种媒体"。
实际情况如何？
电子媒体发展仍存严重的缺陷和不足， 由于缺乏解决跨媒体信息互联的相 关技术支持， 所谓的全媒体， 只是把平面媒体信息内容制成电子版， 同时提供 给用户选择而已。 基于 DAB、 DVB、 DMB等新一代广播技术的发展， 全世界的科技工作者都努 力尝试解决相关问题， 如中国发明专利 200310113194. 8、 中国发明专利 200610072903. 6、 中 国发明专利 200580034624. 4 及中 国 实用新型 200620039633. 4等， 也只是有效提升信息的传播能力。
智能手机需要登录跨媒体产品信息的相关电子互联网， 外延获取更丰富的 相关资料， 关联技术是不可跨越的必需条件， 关联技术与传播技术是二种不同 概念的技术用途。
目前市场关联技术以二维码图案技术方案为主流， 虽然二维码图案技术方 案已形成了成熟的产品和产业链， 但实际操作中存在很多技术使用的条件限 制， 如下：
1、 智能手机需下载适当的应用程式后， 才能摄取。
2、 二维码图案的清晰度。
3、 摄取二维码图案的光线。
4、 摄取二维码图案的距离。
5、 二维码图案大小规格不一， （包括 8mm x 8mm、 10mm χ 10mm 100mm χ
100匪等）， 附有的二维码图案， 影响该广告板的外观美感。
如在视频产品的屏幕画面、 网页植入二维码图案 ··· ···实际操作时， 电子屏 幕显示二维码图案的时间非常短暂， 用户操作并不容易。
另外， 二维码图案技术方案对于解决与视频信息信号的播音（音频信息技 术） 关联， 显得力不从心 ··· ···
因此， 更加筒便、 快捷及高效果的互联技术实现随时、 随地、 随意的需求， 是市场的迫切期望。
本发明的交互关联系统就是解决跨媒体产品信息的无障碍传播技术。
【发明内容】
为实现上述目的， 本发明提供一种支持交互关联系统的视频信息信号， 视 频信息信号由关联数据与媒体信息数据合成， 其特征在于；
所述交互关联系统由电子读数装置及电子收发装置构成， 所述视频信息信号是支持多种媒体数据的组合，
所述关联数据是设定的电子地址数据，
所述电子读数装置设有组合数据接收电路、 组合数据分解电路及发送电 路， 组合数据接收电路接收视频信息信号， 通过组合数据分解电路把视频信息 信号分解为媒体信息数据及关联数据， 分解后的关联数据通过发送电路传送至 电子收发装置，
所述电子收发装置设有的关联数据接收电路、 关联数据发送电路及含储存 器的中央处理器，
所述关联数据接收电路附置短距离信号收发电路，
所述电子收发装置主导控制分解视频信息信号的关联数据收发， 收取电子 读数装置发送电路分解后的关联数据， 通过远程无线技术发送到外部的信息数 据储存中心， 把所关联的电子档案快速调出。
所述电子地址数据是支持连接互联网的电子地址数据。
所述电子地址数据是支持连接电信网络的通信数据。
所述关联数据是多于一个关联数据组合的关联数据群， 不同的关联数据分 别设定不同的电子地址数据。
所述关联数据设定读取电子代号， 不同读取电子代号对应不同的关联数 据， 不同的关联数据分别设定不同的电子地址数据。
所述关联数据在媒体信息数据的读数时间内， 设置多次重复及循环发送。 所述关联地址数据是可混合文字、 图像、 音频及视频等内容数据的关联混 合数据， 关联混合数据通过关联混合数据分解电路分解为关联数据。
所述视频信息信号通过信号发射台及信号发射中转装置发送。
所述电子读数装置的发送电路附置短距离信号收发电路，
所述电子读数装置的组合数据分解电路把视频信息信号分解为媒体信息 数据， 媒体信息数据包括视频数据及音频数据等，
所述媒体信息数据分解后的视频数据传送至视频系统处理后， 传送到相关 配置使用， 所述媒体信息数据分解后的音频数据传送至音频系统处理后， 传送到相关 配置使用，
所述分解后的关联数据通过发送电路和附置短距离信号收发电路传送。 所述视频信息信号放置在电子储存装置， 通过支持交互关联系统的视频终 端产品读出。
所述媒体信息数据与关联数据采用加密合成方法。
本发明提供一种支持交互关联系统的视频信息信号， 解决跨媒体信息产品 的互联， 实现信息无障碍的目标：
1、 视频信息信号提供给不同类别支持交互关联系统的相关产品， 通过电 子读数装置分解相关的关联数据， 同步发送作为电子网页的快捷切入口， 满足 移动信息化的随时、 随地、 随意的技术需求。
2、 交互关联系统的技术结合特点， 原有产品的功能没有改变， 结合后的 功能可以彼此支持， 取得明显的技术效果， 以最筒单的点对点关联技术实现跨 媒体产品的信息无障碍关联， 其互联能力明显优于市场现有 QR码及其他的关 联技术解决方案。
特别贡献是本发明技术可通过多种途径发送关联数据， 有效解决移动信息 化发展面对的信息挤塞技术问题， 及利用现有候车亭广告板的社会资源， 协助 完善现有交通红绿灯的设施， 障视人仕通过支持交互关联系统的 通信终端产品 （如智能手机）获得声音导向和相关交通信息服务的帮助。
【附图说明】
图 1A为视频电子产品获取单一关联数据的工作示意图，
图 1B为视频电子产品获取单个关联数据的原理示意图，
图 1C为视频电子产品获取多个关联数据的工作示意图，
图 1D为视频电子产品获取多个关联数据的原理示意图，
图 2A为支持交互关联系统的视频信息信号原理示意图， 图 2B为交互关联系统的技术应用示意图，
图 3A为传统视频电子产品的互联方法示意图，
图 3B为传统视频电子产品采用二维码图案方案互联的示意图，
图 3C为传统视频电子产品采用 Q卡技术的效果示意图，
图 3D为支持交互关联系统的视频电子产品采用本发明的效果示意图， 图 4A为传统电子广告板植入二维码技术的效果示意图，
图 4B为支持交互关联系统的电子广告板的应用效果示意图。
【实施方式】
下列实施例是对本发明的进一步解释和说明， 对本发明不构成任何限制； 本发明提供的一种支持交互关联系统的视频信息信号， 视频信息信号 01 由关联数据 12与媒体信息数据合成， 其特征在于；
所述交互关联系统由电子读数装置 02及电子收发装置 03构成，
所述视频信息信号 01是支持多种媒体数据的组合，
所述关联数据是设定的电子地址数据，
如图 1A所示， 所述电子读数装置设有组合数据接收电路 21、 组合数据分解电路 22及发 送电路 24 , 组合数据接收电路接收视频信息信号， 通过组合数据分解电路 22 把视频信息信号分解为媒体信息数据及关联数据， 分解后的关联数据通过发送 电路 24传送至电子收发装置，
所述电子收发装置设有的关联数据接收电路 31、 关联数据发送电路 32及 含储存器的中央处理器，
所述关联数据接收电路 31附置短距离信号收发电路，
所述短距离通信技术包括红外线、 蓝牙等技术，
所述电子收发装置主导控制分解视频信息信号的关联数据收发， 收取电子 读数装置发送电路分解后的关联数据， 通过远程无线技术发送到外部的信息数 据储存中心， 把所关联的电子档案快速调出。
所述远程通信技术包括 GSM、 CDMA , GPRS等技术。
所述外部的信息数据储存中心可是相关产品的储存器、 互联网、 云储存等 等， 也可是电子读数装置的内置储存器。
调出的电子档案通过可视电子屏幕的产品浏阅， 包括支持交互关联技术的 电子终端产品、 通信终端产品、 电脑及视频电子产品等。
所述电子地址数据是支持连接互联网的电子地址数据。
所述电子地址数据是支持连接电信网络的通信数据。
如图 1B所示，
图示含有 1个信息内容， 该信息内容只需设有 1个关联数据 (即是 1个电 子地址数据）， 所述关联数据在媒体信息内容的读数时间内， 设置多次重复及 循环发送。
如图 1C所示，
所述关联数据是多于一个关联数据组合的关联数据群 12X , 不同的关联数 据分别设定不同的电子地址数据。 如图 1 D所示，
图示含有 6个信息内容， 该 6个信息内容对应 6个关联数据 (即是 6个电 子地址数据 ), 不同的电子地址数据关联不同的电子档案……
电子地址数据 T01对应着信息内容 01……
电子地址数据 T05对应着信息内容 05……
电子地址数据 TX对应着信息内容 X……
所述不同的关联数据在 6个不同媒体信息内容的读数时间内， 设置多次重 复及循环发送。
所述关联数据设定读取电子代号 14 ,不同读取电子代号对应不同的关联数 据， 不同的关联数据分别设定不同的电子地址数据。
以下是市场现有技术方案的应用， 如图 3A所示，
视频电子产品 61 播放是视频内容， 智能手机只能以传统下载方法获取视 频电子产品 61的相关视频内容数据。
如视频电子产品播放视频节目， 该视频节目是介绍多种不同的内容， 为方 便用家通过智能手机登录到相关内容的网站（或服务中心）， 进行
更详细的资料搜索， 或通过电话进一步了解相关内容， 该视频节目发出提示相 关的网址，或电话号码的声音，或是二维码图案 ··· ···由于资料提示是瞬间发生；
1、 绝大部分的听众都是来不及记录。
2、 视障人仕进行相关的操作也是非常困难。
为提升传统媒体的传播效果， 市场经有多种不同技术解决方案， 其一是二 维码技术解决方案， 以下是相关的应用例；
如图 3B所示，
视频电子产品 61播放视频节目， 该视频节目是介绍多种不同的内容， 视窗屏幕植入二维码图案（平面信息技术）， 方便观众看到所关注的广告内容；
1、 通过智能手机拍摄二维码图案， 处理转为电子地址数据……
2、 登录到相关电子地址数据的网页……
3、 再进行传统式的网页搜索操作……
如图 3C所示，
有一大型媒体公司采用 RFID技术的互动屏方案， 与传统的广告显示屏相 比， 原有的单一显示屏的下方新增了三块互动感应小屏， 是互动传播平台的载 体。
操作方法； Q卡是开启这个平台的唯一钥匙， 用户需申领一张 RDID 卡（Q卡）， 收到卡后根据提示发送手机短信激活后， 即可在互动屏的感应区刷 Q卡， 广告屏中显示的优惠信息就会以短信形式发到手机上。
该互动屏方案与传统的广告屏相比， 原有单一显示屏的下方新增了三块互 动感应小屏， 是互动传播平台的载体， 实际运作中遭遇 4艮多障碍； 如用家需要携带 Q卡和手机的 Q卡计划， 用户需要在两分钟的短短时 间内追求互动， 这本身是一个过于高难度的挑战。
如图 4 A所示，
车站 3个 LED板已分别植入二维码图案 （平面信息技术）， 方便候车者看 到所关注的广告内容；
1、 通过智能手机拍摄二维码图案， 处理转为电子地址数据……
2、 登录到相关电子地址数据的网页……
3、 不同的二维码图案需重复不同的系列操作次数……
特别强调， 如果 3个车站 LED板附有二维码图案所关联不是来自同一个电 子网站的资料， 其操作将是非常繁瑣。
用家需短短的时间完成拍摄二维码图案， 本身也是个技术挑战。 以下是本发明的相关实施例，
第 1种模式，
所述电子读数装置设有组合数据接收电路、 组合数据分解电路、 发送电路 及 CPU的模块板， 嵌入支持交互关联系统的视频电子产品，
所述电子收发装置设有的关联数据接收电路、 关联数据发送电路及含储存 器的中央处理器的模块， 嵌入交互关联系统的通信终端产品。
交互关联系统的技术结合特点， 原有产品的功能没有改变， 交互结合后的 功能可以彼此支持， 取得明显的的技术效果， 可以最筒单的点对点关联技术实 现跨媒体产品的信息无障碍连接。
本发明获取关联数据基本分为 2种操作方法，
第 1种方法： 智能手机（有效范围内 ), 随意按关联操作键 39 (启动交互 关联系统）， 再重按关联操作键 39 , 嵌入智能手机的电子收发装置就可从电子 读数装置获取选择的关联数据 （即是电子地址数据）；
第 2种方法： 智能手机（有效范围内 )随意按关联操作键 39 (启动交互关 联系统）， 再依据信息内容植入的数字 （平面识别标志）输入对应数字 （读取 电子代号）， 嵌入智能手机的电子收发装置就可从电子读数装置获取选择的关 联数据 （即是电子地址数据） ··· ···
另一种使用方法， 完成以上第 1种方法或是第 2种方法相关步骤后， 用户 按动确认键后， 电子收发装置可从电子读数装置获得所选择的关联数据储存。
事后， 可随时把其所设定关联的电子档案快速调出， 该关联数据可通 过发送电路发送到数据储存中心， 把其所设定关联的电子档案快速调出在智能 手机阅览（或聆听 )。
第 2种模式，
所述电子读数装置设有组合数据接收电路、 组合数据分解电路、 发送电路 及 CPU的模块， 及电子收发装置设有的关联数据接收电路、 关联数据发送电路 及含储存器的中央处理器的模块， 嵌入支持交互关联系统的视频电子产品。
如图 1A、 1C及 2B所示，
用家依靠视频电子产品的媒体信息内容指引， 通过通信终端产品（智能手 机）从支持交互关联系统的视频电子产品收取关联数据后同步发送， 达到点对 点的效果。
特别强调该模式可为障视人仕及听障人仕提供更多使用公共设施之方便。 如图 2B所示，
所述视频信息信号通过信号发射台及信号发射中转装置发送。
如图 2 A所示，
所述电子读数装置发送电路附置短距离信号收发电路，
所述电子读数装置的组合数据分解电路把视频信息信号分解为媒体信息 数据， 媒体信息数据包括视频数据 10及音频数据 1 1等，
所述媒体信息数据分解后的视频数据传送至视频系统处理后， 传送到相关 配置使用，
所述媒体信息数据分解后的音频数据传送至音频系统处理后， 传送到相关 配置使用，
所述分解后的关联数据通过发送电路和附置短距离信号收发电路传送。 所述电子收发装置设有支持交互关联系统的关联操作键 39、支持交互关联 系统的信号感应装置 36及电子显示屏。
所述关联数据在媒体信息数据的读数时间内， 设置多次重复及循环发送， 使用者只需按下关联操作键 39 ,电子收发装置收取从电子读数装置发送电路分 解后的关联数据， 同步通过远程无线技术发送到外部的信息数据储存中心， 把 信息数据储存中心所关联的电子档案快速调出。
由于大气中的信息信号很多， 支持交互关联系统的通信终端产品设有信号 感应装置 36 (包括灯光、 声音等）， 提醒使用者处于的位置范围可提供相关的 交互关联系统关联数据……特别适合障视人仕的需要。
所述关联地址数据是可混合文字、 图像、 音频及视频等内容数据的关联混 合数据 12M, 关联混合数据 12M通过关联混合数据分解电路分解为关联数据， 使用者可通过电子收发装置电子显示屏显示相关文字、 图像、 音频及视频等导 引信息， 按其需求选择操作。
实施例 1
如图 3D所示， 通信终端产品 38与本发明配合使用， 可通过第 1种或 2种 方法很轻易获取关联数据 ··· ···很明显， 视障人仕也可以操作使用。
实施例 2
本发明另一重要价值支持信息无障碍化的发展， 利用社会现有的候车亭广 告板资源：
1、 在车站 LED板附有的盲文文字、 盲文图标指引。
2、 在车站 LED板提供支持交互关联系统的提示， 使视障人仕通过支持交 互关联系统的智能手机获取相关的交通信息和服务。
如图 4B所示， 车站 3个 LED板采用本发明技术， 该等 LED板的广告内容 植入数字， 及提供相关的支持交互关联系统的关联数据 （筒单声音提示）， 即 是视障人仕也能进行操作使用。
实施例 3
盲人是残疾人中最为弱势的群体， 要使盲人平等地参与社会生活， 就必须 通过教育来提高盲人的文化水平， 虽然我们不能给盲人一双看到外面世界的眼 睛， 但可用我们的爱心， 让盲人内心感受到人生的光明。
视频节目可增设专门为视障人仕需求的广播节目， 该广播节目的音频 内容是介绍多种不同适合视障人仕需求的产品， 当视障人仕在聆听播音过程中 需要（或兴趣）， 视障人仕通过支持交互关联系统的智能手机启动关联操作键
(即是本发明技术的第 1种方法） ……
视障人仕可通过该关联数据所设定的电子档案， 获取（聆听）产品更多的 相关资料内容 ... ...或者进行认购的手续。
所述视频信息信号放置在电子储存装置， 通过支持交互关联系统的视频终 端产品读出， 所述电子储存装置包括电子数据储存器及光盘等。
本发明与二维码图案获取关联数据的操作相比；
1、 智能手机需要嵌入交互关联系统支持与二维码图案相同。
2、 获取关联数据远比二维码图案摄像的灵敏及准确。
3、 获取关联数据不需要受光线条件影响。
4、 获取关联数据的距离可在数十米范围内按需设定， 而且非常稳定， 而 二维码图案技术方案在正常条件下， 可操作范围大约在 1米左右。
5、 采用数字代替二维码图案， 可把影响广告板的外观美感减低。
基于重要性（或是具价值）的视频信息信号采用加密合成方法， 通过支持 交互关联系统的解密程式才可分解， 达到保护作用。
所述媒体信息数据与关联数据采用加密合成方法。
参阅上述相关实施例的效果， 本发明与市场相关技术解决方案及产品 方案对比， 无论使用操作、 制作成本及传播效果都明显优越其他， 本发明 的发展将会影响商业链条的所有环节， 及创造出全新形态的商业模式和价值 链。
尽管通过以上实施例对本发明进行了揭示， 但是本发明的范围并不局限于 此， 在不偏离本发明构思的条件下， 以上各构件可用所属技术领域人员了解的 相似或等同元件来替换。

Claims

权 利 要 求 书
1、 一种支持交互关联系统的视频信息信号， 视频信息信号 （01 ) 由关联 数据 ( 12 )与媒体信息数据合成， 其特征在于；
所述交互关联系统由电子读数装置（02 )及电子收发装置（03 )构成， 所述视频信息信号 （01 )是支持多种媒体数据的组合，
所述关联数据是设定的电子地址数据，
所述电子读数装置设有组合数据接收电路（ 21 )、 组合数据分解电路（ 22 ) 及发送电路（24 ), 组合数据接收电路接收视频信息信号， 通过组合数据分解 电路（22 )把收视频信息信号分解为媒体信息数据及关联数据， 分解后的关联 数据通过发送电路（24 )传送至电子收发装置，
所述电子收发装置设有的关联数据接收电路（ 31 )、关联数据发送电路（ 32 ) 及含储存器的中央处理器，
所述关联数据接收电路（ 31 ) 附置短距离信号收发电路，
所述电子收发装置主导控制分解视频信息信号的关联数据收发， 通过远程 无线技术发送到外部的信息数据储存中心， 把信息数据储存中心所关联的电子 档案快速调出。
2、 如权利要求 1所述的支持交互关联系统的视频信息信号， 其特征在于， 所述电子地址数据是支持连接互联网的电子地址数据。
3、 如权利要求 1所述的支持交互关联系统的视频信息信号， 其特征在于， 所述电子地址数据是支持连接电信网络的通信数据。
4、 如权利要求 1所述的支持交互关联系统的视频信息信号， 其特征在于， 所述关联数据是多于一个关联数据组合的关联数据群（ 12X ), 不同的关联 数据分别设定不同的电子地址数据。
5、 如权利要求 1所述的支持交互关联系统的视频信息信号， 其特征在于， 所述关联数据设定读取电子代号 （14 ), 不同读取电子代号对应不同的关 联数据， 不同的关联数据分别设定不同的电子地址数据。
6、 如权利要求 4或 5所述的支持交互关联系统的视频信息信号， 其特征 在于，
所述关联数据在媒体信息数据的读数时间内， 设置多次重复及循环发送。
7、 如权利要求 4或 5所述的支持交互关联系统的视频信息信号， 其特征 在于，
所述关联地址数据是可混合文字、 图像、 音频及视频等内容数据的关联混 合数据 （12M ), 关联混合数据 （12M )通过关联混合数据分解电路分解为关联 数据。
8、 如权利要求 1所述的支持交互关联系统的视频信息信号， 其特征在于， 所述视频信息信号通过信号发射台及信号发射中转装置发送。
9、 如权利要求 1所述的支持交互关联系统的视频信息信号， 其特征在于， 所述电子读数装置的发送电路附置短距离信号收发电路，
所述电子读数装置的组合数据分解电路把视频信息信号分解为媒体信息 数据， 媒体信息数据包括视频数据 ( 10 )及音频数据 （11 )等，
所述媒体信息数据分解后的视频数据传送至视频系统处理后， 传送到相关 配置使用，
所述媒体信息数据分解后的音频数据传送至音频系统处理后， 传送到相关 配置使用，
所述分解后的关联数据通过发送电路和附置短距离信号收发电路传送。
10、如权利要求 1所述的支持交互关联系统的视频信息信号，其特征在于， 所述视频信息信号放置在电子储存装置， 通过支持交互关联系统的视频终 端产品读出。
11、如权利要求 1所述的支持交互关联系统的视频信息信号，其特征在于, 所述媒体信息数据与关联数据采用加密合成方法。
PCT/CN2014/072823 2013-03-04 2014-03-04 支持交互关联系统的视频信息信号 WO2014135053A1 (zh)

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