M411751 五、新型說明： 【新型所屬之技術領域】 本創作涉及無料信技_域，_涉及本地妓_和信息服務裝 置、用戶終端及信息傳輸方法、系統。 【先前技術】 隨著無線通信技術的不斷發展，其業務上的應用也越來越為廣泛，用 鲁 戶例如通過短信發送，利用電信運營商的通信渠道下載彩鈐音樂以及 通過網絡’下載MP3等媒體信息的傳輸業務。 用戶對隨時隨地獲取和位置和時間相關的準確信息的需求也不斷的增 • 加0 ' 目前，提供這樣的信息服務器都是採用集中的方式，用戶想要獲取與 位置和時間相關的信息比較困雅，通過搜索引擎搜索和位置相關的信息準 確率不高。查詢用戶當前的位置信息，當前需要通過GPS，AGps，等技術， φ 這樣需要外加這些模塊’運營成本比較高，而且和位置相關的信息都集中 放置’對系統中心系統負荷加大’資源浪費嚴重，不利於分布處理。 • 本系統將集中處理的息’按位置關係分布到不同的本地交互應用和 • 信息服務裝置中’將本地交互應用和信息服務裝置安裝到相應的位置，根 據用戶無線訪問本地交互應用和信息服務裝置來確定用戶所處的位置，再 提供相應的信息服務。 【新型内容】 M411751 本創作提供-種支持纟地交互應用和信息服務的裝置用戶终端及交 互信息傳輸和位置定位方法、系統，以避免現有技射獲取位置信息時需 要附加定位概、提供服_息·務器、浪ff源糾於分布處理的 現象。 為解決技術問題，本創作提供的裝置包括： 信息存鮮元:用於存戶要獲取的和位肋_信息内容； 鑒權單元.可以if過射頻進行赛權，也可以通過輸人帳號和密碼進行蓉 權。 通過射頻進行鑒權時，麟以射頻識财式與所戶終端交互蓉權 數據’並根據所賴槪觸所戶終職行難;通過賊和密碼赛權 時即通過本地用戶數據庫鑒權，也可以通過網絡連接的用戶签權數據庫 進行鑒權。 無線通信單元:用於與用戶终端建立無線連接，並通過所述建立的無線 連接進行無線通信； 交互服務單元：用於與用戶建立無線連接後，提供用戶交互服務的應用 平台。 相應地’本創作還提供了一種用戶終端，該用戶終端包括： 用戶射頻#料元:存儲有顏數雜息，並根據騎麵數據信息以 射頻識別方式與媒體播放裝置進行鑒權； 用戶無線通信單元：用於在所述鑒權通過後後，與所述提供本地交互應 用和信息服務裝置建立無線連接，來獲取相應的和位置相關的信息。 用戶交互客戶端單元，用於和本地交互應用和信息服務設備進行交 M411751 互’提供交互應用和信息服務。 本創作還提供了兩種提供本地交互應用和信息服務裝置的方法，如下: 方法一：通過射頻識別感應區提供本地交互應用和信息服務的方法，其 特徵在於，包括： a. 在檢測到用戶終端進入提供本地交互應用和信息服務裝置的射頻識 別感應區時’通射頻識別感應區的大小確定用戶所處的位置； b. 確定用戶進入可服務位置後’本地交互應用和信息服務裝置以射頻 識別方式與所述用戶終端交互鑒權數據進行鑒權； c. 在所述用戶通過鑒權後，提供本地交互應用和信息服務的裝置等待 用戶發起交互請求。在用戶發起請求後’基於存儲本地的信息和應用平台， 為用戶提供服務。 方法二:通過無線通信區域提供了和位置相關交互應用和信息服務的 方法，其特徵包括： a. 用戶主動搜索可用提供服務的本地交互應用和信息服務裝置。 b. 用戶輸入帳號和密碼通過無線通信模塊，主動訪問本地交互應用和 信息服·務裝置，提供本地交互應用和信息服務的裝置接收到請求後，確定 用戶進入服務區域’並根據用戶提供的帳號和密碼進行鑒權； c. 在所述用戶通過鑒權後，根據存儲本地的信息，乃用戶提供服務。 本創作實施例中的提供本地交互應用和信息服務的裝置以及用戶終 端，解決了現有的提供信息服務的服務器與位置無關，不利於分布處理的 問題;在獲取用戶當前服務位置時’避免現有技術中獲取位置信息需要附加 定位模塊的問題’降低了運營成本;實現了基於位置和情景的精確的信息發 6 M411751 布和獲取以及各種擴展的交互應用β 【實施方式】 下面結合附圖對本創作的優選實施例進行詳細說明。 • 參考圖1’該圖為本創作的提供本地交互應用和信息服務系統的優選實 施例示意圖，該系統主要包括:提供本地交互應用和信息服務裝置1以及用 戶終端2; _ 其令’提供本地交互應用和信息服務裝置以射頻識別方式與用戶終端2 進行繁權操作，並在鑒權成功後，以無線通信方式用戶終端2請求相應的 信息服務;相應的’用戶終端2以射頻識別方式與提供本地交互應用和信息 ‘ 服務裝置1發起鑒權，並在鑒權成功後，請求提供本地交互應用和信息服 - 務裝置1提供本地交互應用和信息服務。 本創作實施例申所述的射頻識別方式通常稱為感應卡、感應式IC卡或 近接卡、非接觸卡等等。是針對接觸式系統的缺點而發展出來，利用射頻 φ 識別訊號以無線方式傳送及接收數據’且同時使用此射頻訊號來做無線傳 輸’因此識別卡不需與卡片閱讀機接觸即可做數據的交換，而且卡片本身 • 不需使用電池，所以卡片就可以永久工作。 - 另外，在具體實現時’本創作實施例_所述的無線方式，例如可為採 用藍芽或無線局域網(Wireless Local Area Network, WLAN)通信方式或 IEEE肋2.11標準(Wireless Fidelity，WiFi)進行通信的無線方式。 其中，所述的藍芽技術，屬于一種短距離、低成本的無線連接技術， 是一種能夠實現語音和數據無線傳輸的開放性方案。利用”藍芽"技術，能 7 M411751 夠有效地簡化莩上電腦、筆記本電腦和移動電話手機等移動通信終端設備 之間的通仏，也能夠成功地簡化以上這些設備與因特網之間的通 信’從而使這些現代通信設備與因特網之間的數據傳輸變得更加迅速高 效，為無線通信拓寬道路。換句話說，就是藍芽技術使得現代一些輕易攜 : 帶的移動通信設備和電腦設備，不必借助電纜就能聯網，並且能夠實現無 : 線上因特網，其實際應用範圍還可以拓展到各種家電產品、消費電子產品 和汽車等信息家電，組成一個巨大的無線通信網絡。 . 所述的WiFi是IEEE定義的一個無線網絡通信的工業標準。其主要特 性為：速度快，可靠性高，在開放性區域，通訊距離可達305米，在封閉性 區域，通訊距離為76米到122米，方便與現有的有線以太網絡整合，組網 的成本更低。 所述的WLAN是指應用無線通信技術將計算機設備互聯起來，構成可以 互相通彳s和實現資源共享的網絡體系。無線局域網本質的特點是不再使用 通信電纜將計算機與網絡連接起來，而是通過無線的方式連接，從而使網 | 、絡的構建和終端的移動更加靈活。 另外’本創作實施例中所述的鑒權數據信息可為用戶的相關信息，例 如用戶身伤標識(ID)信息，黎權的過程可採用現有技術中的鑒權方法進行 ' 實現’在此不再進行詳細說明。 下面以射頻RFID為例對本發明實施中的媒體信息播放裝置以及用戶終 端進行詳細說明。 參考圖2 ’該圖為本創作的使用RFID進行鑒權的用戶終端的優選實施 例示意圖，主要包括：用戶射頻鑒權單元21以及用戶無線通信單元22; 8 M411751 其中’用戶棚繁權單元_)21存儲有繁權數據信息，並根據所述 鑒權數據信息以賴識财式與舰信息概裝置進行麵操作並在雲 權通過後’由用無線通信單元22，與所述媒體播放裝置建立無線連接，接 收來自所述媒體播放裝置的媒體信息。 本創作實施例中所述的用戶射鮮權單元21可為用戶射頻卡單元例 如’當用戶終端為手機時’該用戶射頻卡可為具有設頻功能的⑽卡；所M411751 V. New description: [New technical field] This creation involves the unsolicited technology _ domain, _ related to local 妓 _ and information service devices, user terminals and information transmission methods and systems. [Prior Art] With the continuous development of wireless communication technology, its business applications are becoming more and more extensive. It is sent by Luhu, for example, via SMS, using the communication channel of the telecom operator to download color music and downloading MP3 through the network. The transmission of media information. Users' demands for accurate and location- and time-related information are constantly increasing. Adding 0' At present, providing such information servers is a centralized approach, and users want to obtain information related to location and time. Ya, the accuracy of search and location-related information through search engines is not high. Query the current location information of the user, currently need to pass GPS, AGps, and other technologies, φ need to add these modules. The operating cost is relatively high, and the information related to the location is concentrated. The load on the system center system is increased. Is not conducive to distributed processing. • The system will centrally process the information 'distributed to different local interactive applications and information service devices'. Install local interactive applications and information service devices to corresponding locations, and wirelessly access local interactive applications and information services according to users. The device determines the location of the user and provides the corresponding information service. [New Content] M411751 This author provides a device user terminal and interactive information transmission and location positioning method and system supporting the interactive application and information service, so as to avoid the need for additional positioning and service for existing technology to obtain location information. The information server and the wave ff source are entangled in the phenomenon of distributed processing. In order to solve the technical problem, the device provided by the creation includes: information storage element: for the depositor to obtain the rib _ information content; authentication unit. You can use the RF to play the game rights, but also through the input account and password Carry out the right to Rong. When the radio frequency is used for authentication, Lin uses the radio frequency to identify the financial data and interacts with the terminal of the user's terminal, and it is difficult to do so according to the responsibility of the user. When the thief and password are played, the local user database is authenticated. It can also be authenticated through the user connection database of the network connection. The wireless communication unit is configured to establish a wireless connection with the user terminal and perform wireless communication through the established wireless connection. The interactive service unit is an application platform for providing a user interaction service after establishing a wireless connection with the user. Correspondingly, the present invention also provides a user terminal, which includes: a user radio ## element: stores a number of spots, and authenticates with the media playing device according to radio frequency identification information according to the riding surface data information; The communication unit is configured to establish a wireless connection with the local interaction application and the information service device after the authentication is passed, to obtain corresponding location-related information. A user interaction client unit for interfacing with local interactive applications and information service devices to provide interactive applications and information services. The author also provides two methods for providing local interactive applications and information service devices, as follows: Method 1: A method for providing local interactive applications and information services through a radio frequency identification sensing area, which is characterized by: a. detecting a user When the terminal enters the radio frequency identification sensing area that provides the local interactive application and the information service device, the size of the radio frequency identification sensing area determines the location of the user; b. determines that the user enters the serviceable location after the local interactive application and the information service device The identification mode interacts with the user terminal to authenticate the authentication data; c. After the user passes the authentication, the device that provides the local interactive application and the information service waits for the user to initiate an interaction request. After the user initiates the request, the user is provided with services based on the local information and application platform. Method 2: A method for providing location-related interactive applications and information services through a wireless communication area, the features of which include: a. The user actively searches for local interactive applications and information service devices that can provide services. b. The user inputs the account number and password through the wireless communication module, and actively accesses the local interactive application and the information service device, and the device that provides the local interactive application and the information service determines that the user enters the service area after receiving the request and according to the account provided by the user. And the password is authenticated; c. After the user passes the authentication, the user provides the service according to the information stored locally. The device for providing the local interactive application and the information service and the user terminal in the present embodiment solve the problem that the existing server providing the information service is independent of the location, which is not conducive to the distributed processing; and avoids the prior art when acquiring the current service location of the user. The problem of obtaining location information requires additional positioning module 'reduces operating costs; achieves accurate location-based and context-based information transmission 6 M411751 cloth and acquisition and various extended interactive applications β [Embodiment] The following The preferred embodiment is described in detail. Referring to FIG. 1 ', this figure is a schematic diagram of a preferred embodiment of a local interactive application and information service system for the present invention. The system mainly includes: providing a local interactive application and information service device 1 and a user terminal 2; The interactive application and the information service device perform the multi-function operation with the user terminal 2 in the radio frequency identification mode, and after the authentication succeeds, the user terminal 2 requests the corresponding information service by using the wireless communication mode; the corresponding 'user terminal 2 adopts the radio frequency identification mode and The local interactive application and the information are provided. The service device 1 initiates authentication, and after the authentication succeeds, requests the local interactive application and the information service device 1 to provide a local interactive application and information service. The radio frequency identification method described in the present embodiment is generally called a proximity card, an inductive IC card or a proximity card, a contactless card, and the like. It is developed for the shortcomings of the contact system. It uses the RF φ identification signal to transmit and receive data wirelessly 'and simultaneously uses the RF signal for wireless transmission'. Therefore, the identification card can be used without data contact with the card reader. Exchange, and the card itself • No need to use a battery, so the card can work permanently. In addition, the wireless method described in the present embodiment may be, for example, a Bluetooth or Wireless Local Area Network (WLAN) communication method or an IEEE rib 2.11 standard (Wireless Fidelity, WiFi). The wireless way of communication. Among them, the Bluetooth technology belongs to a short-distance, low-cost wireless connection technology, and is an open solution capable of realizing wireless transmission of voice and data. Utilizing "Blueto" technology, the 7 M411751 can effectively simplify the communication between mobile communication terminal devices such as computers, laptops and mobile phone handsets, and can successfully simplify the communication between these devices and the Internet. 'Therefore, the data transmission between these modern communication devices and the Internet becomes more rapid and efficient, broadening the road for wireless communication. In other words, the Bluetooth technology makes some modern portable devices and computer devices that are easy to carry: It can be connected by cable, and it can realize no: online Internet, its practical application range can be extended to various home appliances, consumer electronics and automotive information appliances to form a huge wireless communication network. The WiFi is IEEE. An industry standard for wireless network communication. Its main characteristics are: high speed and high reliability. In open areas, the communication distance can reach 305 meters. In the closed area, the communication distance is 76 meters to 122 meters. The existing wired Ethernet network is integrated, and the cost of networking is lower. The WLAN refers to Wireless communication technology is used to interconnect computer devices to form a network system that can communicate with each other and achieve resource sharing. The essence of wireless LAN is that the communication cable is no longer used to connect the computer to the network, but is connected wirelessly. Therefore, the construction of the network, the network, and the movement of the terminal are more flexible. In addition, the authentication data information described in the present embodiment may be related information of the user, such as the user's body injury identification (ID) information, and the process of the rights. The implementation of the prior art authentication method will not be described in detail. The media information playing device and the user terminal in the implementation of the present invention will be described in detail below by taking the radio frequency RFID as an example. Referring to FIG. 2 A schematic diagram of a preferred embodiment of the user terminal for authenticating using RFID for the present invention mainly includes: a user radio frequency authentication unit 21 and a user wireless communication unit 22; 8 M411751, wherein the user privilege unit _21 stores the phlegm data Information, and according to the authentication data information, the operation and the ship information device are operated in an After the cloud right is passed, the wireless communication unit 22 establishes a wireless connection with the media playing device to receive the media information from the media playing device. The user fresh right unit 21 described in the present embodiment may be The user radio frequency card unit, for example, 'when the user terminal is a mobile phone', the user radio frequency card can be a (10) card having a frequency setting function;
述的用戶無線通信單元22可躲職芽技躺藍芽通信單元或無線局域網 WLAN通信單元或IEEE 8〇2 . ^標準無線通信單元。 參考圖3，該圖為本創作媒體信息播放裝置的第一實施例示意圖，該裝 置主要包括:射頻龍單元u、無線通信單元12、本地信息存儲單元13以 及控制單元14。 * 具體實現時，控制單元14在用戶終端進入射頻識別感應區時，控制射 頻蓉權單元11與所述用戶終端進行鐾權操作，並在所述用戶終端通過馨權 後’根據麵鑒料元11存儲的所賴戶終端的鱗通信地址信息以及所 修 翻戶終端的屬性信息，將用戶標記為可服務狀態，等待用戶發起獲取信 息請求。當用戶發起請求後，控制單元將從本地信息儲存單元13中獲取和 -g别位置相關的本地信息為用戶提供服務，並通過無線通信單元12按照所 ' 述用戶終端的無線通信地址信息傳送相應的信息。 需要說明的，本創作實施例中的控制單元14在實際應用中可為具有操 作系統内核的單板機(Single Board Control ler，SBC)，也可以為pc機。 參考圖4 ’該圖為本創作媒體信息播放裝置的第二實施例示意圖，與第 一實施例相同的，本實施例中同樣包括：射頻鑒權單元u、無線通信單元 M411751 12、本地信息存儲單元13以及控制單元15 ; 不同的是’本實施例中還包括： 接口單元14 ’用於分別為射頻鑒權單元、無線通信單元以及本地信息 存儲單元提供與控制單元交互信息的接口。 參考圖5,該圖為本創作媒體信息播放裝置的第三實施例示意圖本創作 實施與第一實施例相同的，本實施例中同樣包括：無線通信單元U、本地 信息存儲單元12以及控制單元13 ; 不同的是第三實施例不是使用射頻鑒權單元進行鑒權，而是通過鑒權 控制模塊用帳號和密碼形式實現的鑒權，當用戶進入無線網絡服務區後， 用戶主動向提供本地交互應用和信息服務裝置發起連接請求，並將用戶和 - 密碼通過無線連接發送給提供本地交互應用和信息服務裝置，提供本地交 . 互細和信息服絲置通過本地#麵塊，或者通過雜難模塊對用戶 的合法性進打鑒權’域取相義用戶信息，為用戶提仙應觀的服務。 參考圖6,該圖為本創作媒體信息播放裝置的第四實施例示意圖本發明 Φ 實施與第二實施例相同的，本實施例中同樣包括：無線通信單元11、本地 信息存儲單元12以及控制單元14 ; • 不同的是’本實例中還包括： ' 接口單元13 ’用於分別為射頻繁權單元、無線通信單元以及本地信息 存儲單元提供與控制單元交互信息的接口。 下面以無線單7L驢芽通信單元，則無線通信地址為藍芽地址，且用 戶屬性信息為用戶終端_號信息以及藍芽服務端口信息為例進行說明， 參考圖7，該圖為本創作媒體信息播放裝置㈣五實施例示意圖，該裝置主 M411751 要包括： 射頻鑒權單元12包括：用戶信息存儲單元12〗 以及射頻處理單元122, 碰實施時’用戶信息存儲單元121存儲有用戶终端的馨權數據信息， 藍芽地址信息以及所述用戶终端的屬性信息； “ 以及 射頻處理單元⑵以射頻識別方式獲取用戶終轉權數據信息，並根 據所述用戶信息存儲單元121中存儲的該用戶終端的馨權數據^ 所述獲取的來自賴戶終端的#權數量信息對所述用戶端進行馨權操作The user wireless communication unit 22 can be evaded by a Bluetooth technology communication unit or a wireless local area network WLAN communication unit or an IEEE 802. standard wireless communication unit. Referring to FIG. 3, which is a schematic diagram of a first embodiment of a creative media information playing device, the device mainly includes an RF dragon unit u, a wireless communication unit 12, a local information storage unit 13, and a control unit 14. In a specific implementation, when the user terminal enters the radio frequency identification sensing area, the control unit 14 controls the radio frequency resource unit 11 to perform the weighting operation with the user terminal, and after the user terminal passes the priming right, 11 storing the scale communication address information of the used terminal and the attribute information of the repaired terminal, marking the user as a serviceable state, waiting for the user to initiate a request for obtaining information. After the user initiates the request, the control unit obtains the local information related to the -g location from the local information storage unit 13 to provide services for the user, and transmits the corresponding information according to the wireless communication address information of the user terminal through the wireless communication unit 12. Information. It should be noted that the control unit 14 in the present embodiment may be a single board controller (SBC) with an operating system kernel or a pc machine in practical applications. 4 is a schematic diagram of a second embodiment of the present invention, which is the same as the first embodiment. The present embodiment also includes: a radio frequency authentication unit u, a wireless communication unit M411751 12, and local information storage. The unit 13 and the control unit 15; the difference is that the embodiment further includes: the interface unit 14' is configured to provide an interface for interacting with the control unit for the radio frequency authentication unit, the wireless communication unit and the local information storage unit, respectively. Referring to FIG. 5, the figure is the same as the first embodiment of the third embodiment of the present invention. The present embodiment also includes: a wireless communication unit U, a local information storage unit 12, and a control unit. 13: The third embodiment is not using the radio frequency authentication unit for authentication, but the authentication by the authentication control module by using an account number and a password form. When the user enters the wireless network service area, the user actively provides local authentication. The interactive application and the information service device initiate a connection request, and send the user and the password to the local interactive application and the information service device through the wireless connection, providing the local exchange, the mutual fine and the information service through the local #face block, or through the miscellaneous The difficult module authenticates the user's legitimacy. The domain takes the user information and provides the user with a service. Referring to FIG. 6, which is a schematic diagram of a fourth embodiment of the present invention, the Φ implementation of the present invention is the same as that of the second embodiment. In this embodiment, the wireless communication unit 11, the local information storage unit 12, and the control are also included. Unit 14; • The difference is that 'this embodiment also includes: 'The interface unit 13' is used to provide an interface for the radio frequency unit, the wireless communication unit, and the local information storage unit to exchange information with the control unit, respectively. The following is a description of the wireless single 7L Bluetooth communication unit, where the wireless communication address is a Bluetooth address, and the user attribute information is the user terminal_number information and the Bluetooth service port information. Referring to FIG. 7, the figure is a creative medium. The information playback device (4) is a schematic diagram of the fifth embodiment. The device main M411751 includes: the radio frequency authentication unit 12 includes: a user information storage unit 12 and a radio frequency processing unit 122. When the implementation is implemented, the user information storage unit 121 stores the user terminal. The right data information, the Bluetooth address information, and the attribute information of the user terminal; and the radio frequency processing unit (2) acquires the user final transfer right data information in a radio frequency identification manner, and according to the user terminal stored in the user information storage unit 121 The fragrant right data ^ the acquired quantity information from the Lai terminal to perform the privilege operation on the user end
控制單元15具體包括：射頻控制單元151、交互控制單元脱、藍芽 控制單元153、數據控制單元154; 具體實現時’首先由射頻控制單元151根據_數據信息， '戶終端射頻蓉權，若來自所述用戶終端的鑒權數據與所存儲的用戶終端的 • 鑒雜據H丨欺所戶終端通過麵；然後，在用戶發起交互請 求後，交互_單元為肖戶·祕’親數據_單元154處理和獲取 和本地信息相關的信息。最後，由藍芽控制單元153為藍芽通信單元13提 • 供協議支持’並指示藍芽通信單元13按照所述支持的協議，根據射頻蓉權 單元12中已存儲的所述用戶終端的藍芽地址進行通信。 • 實際應用中，藍芽控制單元中提供協議支持的單元具體包括： ' 邏輯鏈路控制與適配協議單元(L2CAP):位於基帶協議之上，向上層提 供面向連接和無鏈接的數據服務； 服務發現協議單元(SDP):提供發現服務和服務屬性的機制； 對象交換協議單元(OBEX) : HTTP交互以及文件傳輸通過該協議來實現 的； 11 M411751 串口仿真協議單元(RFCOMM)。 另外’還包括接口單元11 ’用於分別為射頻鑒權單元無線通信單元 以及媒體信息存儲單元提供與控制單元交互信息的接口，實際應用中，該 接口早元11可以疋通用串行總線(UniversalSerialBus，USB)接口，也可 以疋異步通k的通用串行數據總線(Universal Asynchronous Receiver/Transmitter，UART)，通用輪入輸出口（generappurpose I/0 port, GPI0)連接。藍芽通信單元13以及rf—pos也可以數據總線，例如PCI 總線，或者是内存地址映射直接與控制單元15進行連接； 本創作的實施例中，用戶的藍芽地址以及相關的藍芽服務端口，戶終 端的設備型號等彳s息存儲於射頻繁權單元中，這樣降低了用戶使用的難 度，以及使用門檻’這種方式也可以稱為藍芽地址與胙川進行綁定，這樣 綁定還有一個好處就是，在本地交互應用和信息服務裝置向用戶終端發送 媒體信息内容時，可以跳過會話描述協議(SDP)的搜索流程，而直接按照綁 定的藍芽地址發送。 參考圖8通過射頻感應區域提供了和位置相關信息服務的方法該流程 主要包括： sll ’在檢測到用戶終端進入提供本地交互應用和信息服務裝置的射頻 識別感應區時，通射頻識別感應區的大小確定用戶所處的位置。 sl2 ’確定用戶進入可服務位置後’本地交互應用和信息服務裝置以射 頻識別方式與所述用戶終端交互終端交互鑒權數據進行鑒權； sl3，在所述用戶通過鑒權後，提供本地交互應用和信息服務的裝置等 待用戶發起交互請求，在用戶發起請求後，根據存儲本地的信息，為用戶 12 M411751 提供服務。 參考圖9通過無線通信區域提供了和位置相關信息服務的方法該流程 主要包括· sll ’用戶主動搜索可用提供服務的本地交互應用和信息服務裝置。 sl2 ’用戶輸入帳號和密碼過無線通信模塊主動訪問本地交互應用和信 息服務裝置，提供本地交互應用和信息服務的裝置接收到請求後，確定用 戶進入服務區域，並根據用戶提供的帳號和密碼進行鑒權； sl3’在所述用戶通過鑒權後，根據存儲本地的信息’為用戶提供服務。 另外’如果相應的信息是要計費的，那上述各流程中還可以引入扣費 的流程，該扣費的流程也是通過射頻控制模塊與用戶終端中的RFID單元進 行交互操作而實現。 以上所述僅為本創作的優選實施例，並不用以限制本創作，凡在本創 作的精神和原則之内所做的任何修改、等同替換、改進等，均應包含在本 創作的保護範圍之内。 【圖式簡單說明】 圖1是本創作的本地交互應用和信息服務的系統優選實施例示意圖； 圖2是本創作的用戶終端的優選實施例示意圖； 圖3是本創作的本地交互應用和信息服務裝置的第一實施例示意圖； 圖4是本創作的本地交互應用和信息服務裝置的第二實施例示意圖； 圖5是本創作的本地交互應用和信息服務裝置的第三實施例示意圖； 圖6是本創作的本地交互應用和信息服務裝置的第四實施例示意圖； 13 M411751 圖7是本創作的本地交互應用和信息服務裝置的第五實施例示意圖； 圖8是本創作的通過射舰親域提供了和位置相關信息服務的方法 該流程示意圖； 圖9是本創作的通過無線通信區域提供了和位置相關信息服務的方法 該流程不意圖； 【主要元件符號說明】 11射頻鑒權單元 121用戶信息存儲單元 151射頻控制單元 153藍芽控制單元 1本地信息服務裝置 12無線通信單元 122射頻鑒權單元 13本地信息存儲單元 14接口單元 15控制單元 152交互控制單元 154數據控制單元 2用互終端 21用戶射頻鑒權單元 22用戶無線通信單元 23用戶交戶客戶端單元The control unit 15 specifically includes: a radio frequency control unit 151, an interaction control unit off, a Bluetooth control unit 153, and a data control unit 154. In the specific implementation, 'the radio frequency control unit 151 firstly according to the _data information, 'the terminal terminal radio frequency Rong right, if The authentication data from the user terminal and the stored user terminal 丨 丨 所 所 所 所 所 所 所 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Unit 154 processes and retrieves information related to local information. Finally, the Bluetooth control unit 153 provides protocol support for the Bluetooth communication unit 13 and instructs the Bluetooth communication unit 13 to follow the blue of the user terminal already stored in the radio frequency resource unit 12 in accordance with the supported protocol. The bud address is communicated. • In practical applications, the units that provide protocol support in the Bluetooth Control Unit include: 'Logical Link Control and Adaptation Protocol Unit (L2CAP): located above the baseband protocol to provide connection-oriented and link-free data services to the upper layer; Service Discovery Protocol Unit (SDP): Provides mechanisms for discovering service and service attributes; Object Exchange Protocol Unit (OBEX): HTTP interaction and file transfer are implemented by this protocol; 11 M411751 Serial Port Emulation Protocol Unit (RFCOMM). In addition, 'the interface unit 11' is further configured to provide an interface for the radio frequency authentication unit wireless communication unit and the media information storage unit to exchange information with the control unit, and in actual application, the interface may be a universal serial bus (Universal Serial Bus) , USB) interface, can also be connected to the universal serial data bus (Universal Asynchronous Receiver/Transmitter, UART), universal wheel in the output port (generappurpose I / 0 port, GPI0) connection. The Bluetooth communication unit 13 and the rf_pos can also be directly connected to the control unit 15 by a data bus, such as a PCI bus, or a memory address mapping; in the embodiment of the present creation, the user's Bluetooth address and the associated Bluetooth service port The device model of the terminal is stored in the frequent frequency unit, which reduces the difficulty of the user and uses the threshold. This method can also be called the Bluetooth address and bind to Sasakawa. Another advantage is that when the local interactive application and the information service device send the media information content to the user terminal, the search process of the Session Description Protocol (SDP) can be skipped and sent directly according to the bundled Bluetooth address. Referring to FIG. 8 , a method for providing a location-related information service through a radio frequency sensing area, the method mainly includes: sll 'passing the radio frequency identification sensing area when detecting that the user terminal enters the radio frequency identification sensing area that provides the local interactive application and the information service device The size determines where the user is located. Sl2 'determines that the user enters the serviceable location', the local interactive application and the information service device authenticates the interaction data with the user terminal by using the radio frequency identification method; sl3, provides local interaction after the user passes the authentication The device of the application and information service waits for the user to initiate an interaction request, and after the user initiates the request, provides service for the user 12 M411751 according to the information stored locally. A method of providing a location-related information service through a wireless communication area is described with reference to FIG. 9. The flow mainly includes: sll 'users actively searching for available local interactive applications and information service devices that provide services. Sl2 'User input account and password through the wireless communication module to actively access the local interactive application and information service device, the device providing the local interactive application and information service receives the request, determines that the user enters the service area, and according to the account and password provided by the user Authentication; sl3' provides services to the user based on the information stored locally after the user passes the authentication. In addition, if the corresponding information is to be charged, the process of deduction can also be introduced in the above processes, and the deduction process is also realized by the radio frequency control module interacting with the RFID unit in the user terminal. The above descriptions are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of this creation should be included in the scope of protection of the present creation. within. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a preferred embodiment of a local interactive application and information service of the present invention; FIG. 2 is a schematic diagram of a preferred embodiment of the user terminal of the present creation; FIG. 3 is a local interactive application and information of the present creation. FIG. 4 is a schematic diagram of a second embodiment of a local interactive application and information service apparatus of the present invention; FIG. 5 is a schematic diagram of a third embodiment of the local interactive application and information service apparatus of the present invention; 6 is a schematic diagram of a fourth embodiment of the local interactive application and information service apparatus of the present invention; 13 M411751 FIG. 7 is a schematic diagram of a fifth embodiment of the local interactive application and information service apparatus of the present creation; FIG. 8 is a schematic view of the present invention. A schematic diagram of the flow of the location-related information service provided by the parent domain; FIG. 9 is a method for providing the location-related information service through the wireless communication area of the present invention; the process is not intended; [Main component symbol description] 11 radio frequency authentication unit 121 user information storage unit 151 radio frequency control unit 153 Bluetooth control unit 1 local information service device 12 Wireless communication unit 122 radio frequency authentication unit 13 local information storage unit 14 interface unit 15 control unit 152 interactive control unit 154 data control unit 2 mutual terminal 21 user radio frequency authentication unit 22 user wireless communication unit 23 user account client unit