1220509 玖、發明說明： 【發明所屬之技術領域】 本發明係運用在無線網路中的導覽服務的方法及裝置。利用這些 及裝置，I以碟認使用者在預定區域内的位置，並因應使用者的需^，提 供適切的資訊服務。 【先前技術】 以往的做法，就是針對所要提供的功能，特賴作—個具有按紐的紅 外線發射器〈就像-般家電用之遙控器〉，然後在電腦域上連結多數個 感應器來_其感絲_的發射器，#彳貞知發射㈣存树，將信號導 入電腦主機，由《域依照感絲的位置搜尋主_部所儲存對應於該 位置的胃訊’將該㈣傳輪龍感應器細近，藉由靜八之類的輪出裝置 來播放聲音。 & 就手持裝置的設計而言，本發明參考了美國專利號M37,836所揭示 的技術，該專利賴示的技術係於鱗網路環境巾，使用個人數位助理， 、FRC (extended functionality rem〇te control擴充式功能遙控）中的 EPG㈤t簡lc pr〇咖即如電子程式化導引）的方式來實施遙控的 功能。 ,就互賴式而言，本發明參考了美國專繼5，簡，154所揭示的技 〇在^>亥先订技術中，係於無線網路環境中使多數台的手持控制裝置可以 選擇所欲的選項後，透稿喊數轉減式（包含有-鹏處理端）， 在他知的顯不榮幕上輸出。在該引例中的手持控制裝置係被設定為一個人 數位助理’上述的顯示螢幕顺設定為_電視機。 就疋位錢功能而言，本發明參考了美國專利號6,⑽，抓所揭示的 5 1220509 技術，在該先行技術中，係以GPS為無線定位傳輸資訊的手段。藉由Gps 口使用者在展_巾的位置，將對應於該位置的侧訊息傳輸到使用者 手中的手持裝置中顯示。 另外，就本發明於使用猶裝置被動接蚊點紅外線訊息的操作實務 上’亦茶考了RFID的作業模式。在該模式下，讀碼機（Reader)與詢答卡 端（Transponder)間是以交流磁場方式相互耦合。藉由此種耦合方式可 以使詢答卡端的天線產生感應電動勢，並經由二極體、電容做整流、濾波 動作後，產生足夠軸答卡端讀所需的電源，與讀碼機做資料的傳遞。 由於目前1C設計的技術相當純熟，因此射頻充電所需要的二極體、電容等 元件皆設計在1C内部。詢答卡端上面只存留天線⑽鱗包線繞線皆可） 以及-顆1C(裸晶加上僅2條、線做打線），毋需外加電源或任何的元件即可 動作，因此在成本上相當的低。相關的技術請參考下述網址： http：//www. mem. com. tw/serial/2002-5-194/ml9407. html 〇 http：//microwavel02. eed. yzu. edu. tw/RFID/13M56_RFID/13M56^RFID h tm。http://丽· omron· com/card/rfid/what/what0801. htnU。 至於過去博物館所使用之語音導覽系統，從最早期的錄音帶、到目前 廣泛被個麟3導覽H，由於聲音數位化的躺，讓制者能更掌握觀 賞的順序與進度，·但是直線性的導覽機制，所提供之服務範紐為有限， 對於營造無障礙之導覽環境尚有相當大的落差。 6 1220509 【發明内容】 本發明的目的係將數位科技融入藝術展場之應用，結合影像、文字、 聲音等多雜互動機能，提供㈣者垂直與平行之交又資訊，明明易瞭 之圖文影音介面’讓不同族群與領域之使用者皆能輕易上手。並與博物館 之服務台制相連結，翻展場導覽人員調度與不足的純，透過有效地 數位化介面與資料管理，縮減常態性事務之負擔。 本發明之展示空間導覽系統所採用的手段包含有手持式的使用操作 裝置、植訊號收發手段、伺服主機。其中，該使用操作裝置可以為—個 人數位助理，該個人數位助理内建伽γ，並連結—無線網卡；或者是在該1220509 (1) Description of the invention: [Technical field to which the invention belongs] The present invention relates to a method and device for navigation service in a wireless network. Using these and devices, I recognize the user's location within a predetermined area and provide appropriate information services in accordance with the needs of the user ^. [Previous technology] In the past, it was based on the function to be provided, an infrared transmitter with a button (like a remote control for home appliances), and then connected a number of sensors on the computer domain. The transmitter of _ 其 感 丝 _, # 彳 贞 知 launches the tree, guides the signal to the computer host, and searches for the stomach information corresponding to that location stored by the "domain according to the location of the sensory wire" The dragon sensor is very close, and the sound is played by a wheel-out device such as Jingba. As far as the design of a handheld device is concerned, the present invention refers to the technology disclosed in US Patent No. M37,836, which is based on a scale network environment towel, using a personal digital assistant, FRC (extended functionality rem 〇te control (extended function remote control) in the EPG㈤t simple lc pr 〇 coffee (such as electronic programming guidance) to implement the remote control function. As far as interdependence is concerned, the present invention refers to the technology disclosed in US Patent 5, Jan. 154. In the ^ > Haidian technology, it is connected to a wireless network environment so that most handheld control devices can After selecting the desired option, the transliteration method (including the -Peng processing end) is output on the known screen. The hand-held control device in this example is set to a digital assistant. The above-mentioned display screen is set to _TV. As far as the function of saving money is concerned, the present invention refers to US Patent No. 6, ⑽, which discloses the disclosed technology of 5 1220509. In the prior art, GPS is used as a means of wireless positioning to transmit information. Through the position of the GPS user at the display, the side information corresponding to the position is transmitted to the handheld device in the user's hand for display. In addition, according to the present invention, the operation mode of passively receiving mosquito-point infrared information using the device is also tested for the operation mode of RFID. In this mode, the reader and the transponder are coupled to each other in an AC magnetic field. With this coupling method, the antenna of the answering card end can generate induced electromotive force, and after performing rectification and filtering through the diode and capacitor, it can generate enough power for the reading of the answering card end, and make data with the code reader. transfer. Because the current 1C design technology is quite sophisticated, the diodes, capacitors and other components required for RF charging are designed inside the 1C. Only the antenna and scale-wrapped wires can be left on the answering card end, and-1C (bare crystal plus only 2 wires for wiring), no additional power supply or any components can be operated, so the cost Quite low. For related technologies, please refer to the following URL: http://www.mem.com.tw/serial/2002-5-194/ml9407.html 〇http: //microwavel02.eed. Yzu.edu.tw/RFID/13M56_RFID / 13M56 ^ RFID h tm. http: // 丽 · omron · com / card / rfid / what / what0801.htnU. As for the audio guide system used in museums in the past, from the earliest audio tapes to the current widely guided tour of H3, due to the digital lay of sound, producers can better understand the order and progress of viewing, but straight The nature of the guided tour mechanism is limited, and there is still a considerable gap in creating a barrier-free tour environment. 6 1220509 [Summary of the invention] The purpose of the present invention is to integrate digital technology into the application of art exhibitions, combined with various interactive functions such as video, text, sound, etc., to provide the vertical and parallel intersections of information and information, which is easy to understand. The video interface 'makes it easy for users of different ethnic groups and fields to get started. It is also connected with the museum's service desk system, and it is necessary to turn around the tour guides' scheduling and lack of purity. Through effective digital interface and data management, the burden of normal affairs is reduced. The means used in the exhibition space navigation system of the present invention include a handheld operating device, a signal transmitting and receiving means, and a servo host. The operating device may be a digital assistant, the personal digital assistant has a built-in gamma, and is connected to a wireless network card; or
個人數位助理上建麻外線㈣端，透過定減魏發手段麵值主機 作資料傳輸。舰域連結於上較絲麻發手段，喊_域無線網 路控制端魏之控财〜用來齡_及傳輸定位魏。定位訊號收發 手段包含树數_纽峨收發端，每_做錢魏發端都可以在其 訊號收發個_知前鱗作裝置的錄，並且將錄置:纽傳輸至飼服 主機中，由舰域確雛置並比㈣合綠置的輸岭訊後，將該輸出 資訊透過定位訊號收發端傳輸到輸出裝置進行輸出。前述的輸出裝置，可 以是外接在展覽品或定位職收發端的佩，用來輸出語音；或者是内建 於個人數位助理内部的.八來輸出音頻，當然，也可以透過連結於個人數 位助理的耳機來收聽該音頻輸出。 前述舰主麟由前狀位訊魏發手段，透過無_路，可以藉由 各種無線網路所使用的傳輸方式，例如MP3、聰咖· u、或者是紅外轉 7 1220509 輪將對應於雜置貝訊之定位點資訊傳輸至前述輸出手段進行輪出。 【實施方式】 ' 關於本發明的實施方式，請參考第鳴，第i圖係本發明之基本架構圖。‘ 在麵冓下’錬主機⑺中内建_支援鱗網路控制端功能之控制中心，， 用來儲存資料及傳輸定位資訊。在該架射還包含紅外線發射模組，該紅· 外線發射模組包含有至少一個紅外線發射器（R1〜R7)，用來令使用操作裝 置（U1)被ίΗ貞知其存在及位置，紅外線發射模組中的每一個紅外線發射 器所發射者，均為對應於其所對應的展覽品之獨特的編號訊號。上述所被鲁 偵知的訊息透過無線網路藉由一定位訊號收發端（ρι)傳送到祠服主機⑺ 中進行貝料的比對’並且在伺服主機⑺比對確認對應的資料後，將自伺 服主機（7)的資料庫中所娜對應的資料藉由該定位峨收發端（⑴透 過無線網路傳出至使用操作裝置（U1)上。 在本實施例中雖然只用一個定位訊號收發端（ρι)來說明，但是實務 上可以視展覽場地的狀況來加以擴充定位訊號收發端的台數。在同一時間 内’可以使用多數個使用操作裝置，該使用操作裝置可以是一個人數位助 φ 理，或一手機，或一平板電腦。在本實施例中係以個人數位助理為例加以 況明。該個人數位助理内建紅外線訊號收發器，另内建喇叭，並連結一無 線網卡。 參考第2圖，第2圖係例示複數個參觀者在一具有多數個展覽品（D1 〜D6)的展覽空間中，每個展覽品各自對應有一無線訊號發射器的情況， 每一個無線訊號發射器只發出對應於某特定展品編號的訊號。例如，當使 8 1220509 用操作裝置（U1)經過展品⑽前面時，自動偵知對應展品⑽之紅 外線發射H (R2)。鎌_知的該特定訊號透過鱗網路，由 _服Ha、或IEEE802_ llb、或職8〇2·叫為無線職^ 定位訊號收發端⑻傳輸到舰主機⑺中。由饲服主機⑺搜尋顧 取對應於紅外線發射器⑽的定位點資訊後，再藉由定位訊號收發端 (P1)，透過無線網路，傳回到原使用操作裝置（U1)進行播放。同理，當 使用操作裝置（U2)經過展品（D5)前面時，自動搞知對應展品（D5)之 外線1射$ (R5) ’經由上述訊號傳輸路徑及手段，得糊於展品（D5) 的解.兄及貝成。该對應的解說及資訊，在以往習知的技術中，係採用的 格式。相對應於習之技術的作法，本發明經由ΙΕΕΕ8〇2· &、或 EEE802. lib、或舰E8G2· llg為無線訊號傳輸手段，則可除了語音播放之 外更進-步傳輸影像播案。該影像槽案現在多以Micr〇media公司的軟體 FLASH的S絲製作，錄料參考。透 過使用操作裝置__放音效，透過制操作裝置的液晶顯示面板呈現 FLASH的播放，可使導覽更為生動活潑。 至於實施流程方面，請參考第3圖和第4圖，包含了刈〜％共9個步 驟。在無線網路環境中，本發明用以實施展示空間導覽系統的方法，如第3 圖和第烟所不··其中，係由他主機⑺來儲存細展覽資訊，這些展 見資4包s有展覽品的位置資訊及對應於位置資訊之定位點資訊，定位點 貝汛包3 了用來介紹該展覽品的相關解說，這些相關的解說可以用語音方 式來輸出’也可以事先編輯成各別的FLASH檔案，以影像的方式來呈現。該 1220509 伺服主機（7)連結定位訊號收發手段。 首先，如步驟S1所示，使用操作裝置被動地接收到來自紅外線發射 模組中的其中之一紅外線發射器所發射的紅外線訊號，接著如步驟幻和％ 所不，將此訊息由定位訊號收發手段的其中一個定位訊號收發端傳輸至前 述伺服主機。 步驟S4，概域⑺進行峨資料的㈣，對應於儲存於前述饲 服主機⑺中的位置資訊及定位點資訊，步驟％和部，藉由無線網路，將 前述定位點資訊透過前述定位訊號收發端⑻傳輸到前述使用操作裝置鲁 (U1)’步驟S7,由-輸出裝置輸出前述定位點資訊。該定位點資訊可以只 是純粹的語音解說，使輯條置（U1)中喊的·來播放。該定 位點資訊也可以包含有影像的FLASH檔案，_使用操作裝置（υι)的液晶 顯示螢幕來呈現。 當然，當展覽品不只-件時，紅外線發賴組中所對應的紅外線發 射器也就對應增加。同時當使用者不只—人時，亦可_併適用。 另外，本導覽系統中可更進一步具有一充電箱（8)(第2圖中未示〉，φ 利用該充電箱可卿瓣數個的手持操作裝置進行充電。參考細，針 對在-般導覽系統中，手持式的操作裝置（例如，以個人數位助理為主體） 都會有電持減時限關題，對大型的博物館導懸統而言，若是每一個 手雜作裝置都要準備—個充電器，則不僅讓卫作人㈣帶不便、充電作 業I貞叫夕數個各別的充電器占據使用空間，使得作業現場混亂。本 發明的充電箱體積輕巧，可以一次同時對多數台的手料操作裝置進行充 10 1220509 電（例如’-次同時對25台操作裝置加以充電），徹底解決上述的充電健·. 的問題。 再者’可述使用操作裝置更具有一内容選單系統，依選單對應其所 需的内=而前述飼服主機更具有新增、編輯、刪除導覽系統的各項内容^ ，内奋g理系統’ δ亥内容官理系統包含有若干子系統：如:帳號與權限管 理子糸統，該子系統建立帳號，維護個人基本資料，核發登入触及密碼； 維護子系統，追縱曾被執行的各項工作及異動，記錄系統資訊，供保養或 修護時參考；調查子系統，針對不同主題加入線上問卷調查，並統計調杳φ 結果；電子明信片子系統，在導覽過程中提供具特色的數位名信片，於線上 即Ml輸到外部的電子信箱巾。藉由上_容鮮與上辭理子纽的配 σ，可對伽者帳號進行完整的控管，並提供伽者更完備的資訊服務。 田使用者參觀到感興趣的展覽品時，可透過使用操作裝置輸入個人 錢友的電子郵件信箱，將展覽品資訊透過無、_路以電子郵件傳出。 另卜 >考第6圖及第7圖，為了使導覽作業更為親近使用者，本導覽 系統情對使用操作裳置（個人數位助理〕更進一步地設計了一個套殼 φ (9)。弟6圖㈣套殼⑻與使用操作裝置組裝後的立義。第7圖係該套 殼⑼娜於使_作裝置所呈_分_，在該分解W巾，套殼⑻ 包含有套殼上部（12)、套殼下部⑴）、套殼保護面板（14)三個部份。 ，考第6圖縣喊（9)上具有—紅外線訊號收發裝置（I〗）來對應於前 述使膝作衣朗建的紅外·魏置，前述者操作裝置係透過前述 套殼⑼上的紅外線訊號收發裝置（11)，接收來自前述紅外線發射模組 11 γ卜線㈣减。§Μ·該套殼的優點是：_·保護該個人數位祕免於. 知傷。二·使得該使用操作裝置外型更活潑，讓使用者感到賞心悅目。三. 相對於-般内建的紅外線收發裝置，必須對準紅外線收發裝置才能接收到 峨’該建制於套殼上的紅外線訊發裝置可以接收更大細肢的傳 輸訊號。 另外’錢的紅外線發射模組的紅外線發射功能與使祕作裝置上接 收紅外線訊號的功能，也可以利用獅來取代。所謂腦啊 IDentafication )在華人市場常稱為感應式電子晶片或近接卡、感應卡、翁 非接觸卡等等。一套完整卵ID系統係由讀碼機（Reader)與詢答卡端 (Transponder)兩部份組成，其動作原理為由讀碼機發射一特定頻率之無 線電波能量給詢答卡端，用以驅動詢答卡端電路將内部之識別碼送出，此 時讀碼機便接收此識別碼。詢答卡端的特殊在於免用電池、免接觸、免刷 卡故不怕髒污，且晶片密碼為世界唯一，無法複製，安全性高、長壽命。 藉此RFID的實施方法，使用操作裝置上的詢答卡端可接收到來自讀碼機所 發射的訊號，並將此訊息由定位訊號收發手段的其中一個定位訊號收發端 φ 傳輸至前述伺服主機。其他後續實施方法，則同於上述以接收紅外線訊號 來確認傳輸資訊的實施例。 惟以上所述者，僅為本發明之較佳實施例而已，當不能以此限定本發 明實施之範圍，即大凡依本發明申請專利範圍及發明說明書内容所作之簡 單的等效變化與修飾，皆應仍屬本發明專利涵蓋之範圍内。 12 1220509 【圖式簡單說明】 第1圖為本發明的系統架構圖。 第2圖為本發明的展覽品定位系統架構圖。 第3圖和第顿係本發明的實麵程圖示。 第5圖係本發明的充電箱的立體圖。Personal digital assistants built hemp external line terminals, and transmitted data through the face value host through fixed-reduction Weifa means. The ship's domain is connected to Shangmao ’s hairdressing method, calling _domain wireless network control terminal Wei Zhicai ~ for age and transmission positioning Wei. Positioning signal sending and receiving means include the number of trees _ Niue send and receive terminal, every _ make Wei can send and receive _ Zhiqian scale work device recording in its signal, and transfer the record: New Zealand to the feeding host, the ship After the domain is set up and compared with the green transmission, the output information is transmitted to the output device through the positioning signal transceiver for output. The aforementioned output device may be a PEI externally connected to an exhibit or a positioning terminal for outputting voice; or it may be built in the personal digital assistant. Eight to output audio, of course, it can also be connected to the personal digital assistant. Headphones to listen to that audio output. The aforesaid ship owner Lin uses the former position to send information through the Wei method, through no-way, can be used by various wireless network transmission methods, such as MP3, Cong u ·, or infrared to 7 1220509 round will correspond to miscellaneous The position information of Zhibeixun is transmitted to the aforementioned output means for rotation. [Embodiment] For the embodiment of the present invention, please refer to No. 1, the i-th diagram is a basic architecture diagram of the present invention. ‘Under the surface’ 錬 host ⑺ built-in control center that supports scale network console functions, used to store data and transmit positioning information. The frame also includes an infrared transmitting module. The red and external transmitting module includes at least one infrared transmitter (R1 ~ R7), which is used to make the operating device (U1) be known by its presence and location. Infrared Each infrared transmitter in the transmitting module emits a unique serial number signal corresponding to its corresponding exhibit. The above-mentioned information detected by Lu is transmitted to the host host ⑺ through the wireless network through a positioning signal transceiver (ρι), and after the server host ⑺ compares and confirms the corresponding data, The corresponding data in the database of the self-serving host (7) is transmitted to the using operation device (U1) through the positioning e-receiving terminal (⑴ via a wireless network. Although only one positioning signal is used in this embodiment Transmitting and receiving terminal (ρι), but in practice, the number of positioning signal transmitting and receiving terminals can be expanded according to the conditions of the exhibition venue. At the same time, a plurality of operating devices can be used, and the operating device can be a number of people. Management, or a mobile phone, or a tablet computer. In this embodiment, a personal digital assistant is taken as an example for illustration. The personal digital assistant has a built-in infrared signal transceiver, a built-in speaker, and a wireless network card. Reference FIG. 2 and FIG. 2 illustrate a plurality of visitors in an exhibition space with a plurality of exhibits (D1 to D6), and each exhibit corresponds to a wireless signal. In the case of a transmitter, each wireless signal transmitter only emits a signal corresponding to a specific exhibit number. For example, when the 8 1220509 is operated by the operating device (U1) past the front of the exhibit, it automatically detects the infrared emission H of the corresponding exhibit. (R2). The specific signal known by the sickle is transmitted by the server Ha, or IEEE802_llb, or 802. The wireless signal is transmitted to the main engine of the ship through the scale network. The server host ⑺ searches and obtains the position information corresponding to the infrared transmitter ，, and then uses the positioning signal transceiver (P1) to transmit it to the original operating device (U1) for playback via the wireless network. Similarly, When the operating device (U2) is used to pass in front of the exhibit (D5), it will automatically know that the corresponding exhibit (D5) is outside the line 1 ($ 5) through the above signal transmission path and means to get the solution of the exhibit (D5). Brother and Pei Cheng. The corresponding explanation and information are in the format used in the conventional technology. Corresponding to the practice of the conventional technology, the present invention adopts ΙΕΕΕ〇〇2 · or EEE802. Lib, or E8G2 · llg for wireless signal transmission Means, in addition to voice playback, the video broadcast case can be further-transmitted. The video slot case is now mostly produced by the software of Micromomedia's software FLASH and recorded for reference. By using the operating device __ to play sound effects, The flash display is displayed through the LCD panel of the operating device, which can make the tour more lively. As for the implementation process, please refer to Figure 3 and Figure 4, which includes 9 steps from 刈 to%. In the wireless network In the road environment, the method for implementing the exhibition space navigation system according to the present invention is shown in FIG. 3 and No. 39. Among them, other hosts store detailed exhibition information. These exhibitions include 4 packages and exhibits. The location information of the product and the location information corresponding to the location information. The location point Bei Xun Bao 3 is used to introduce the relevant commentary of the exhibit. These related commentary can be output by voice. It can also be edited into individual FLASH files are presented as images. The 1220509 servo host (7) connects the positioning signal transmitting and receiving means. First, as shown in step S1, the operating device is used to passively receive an infrared signal emitted by one of the infrared transmitters in the infrared transmitting module, and then, as shown in step S1, the message is transmitted and received by the positioning signal. One of the positioning signal transmitting and receiving ends is transmitted to the aforementioned servo host. In step S4, the overview area performs the e-data acquisition, which corresponds to the position information and the anchor point information stored in the aforementioned feeding host. In the step% and the section, the anchor point information is transmitted through the anchor signal through the wireless network. The transmitting / receiving terminal 到 transmits the information to the aforementioned operating device (U1) 'step S7, and the aforementioned output point information is output by the -output device. The anchor point information can be simply a voice commentary, which is played by the shout in the set bar (U1). The location information can also contain a FLASH file of the image, which is presented using the LCD of the operating device (υι). Of course, when there are more than one exhibits, the corresponding number of infrared emitters in the infrared firing group will increase accordingly. At the same time, when the user is more than just people, it can be used and applicable. In addition, the navigation system can further have a charging box (8) (not shown in the second figure), and φ can use this charging box to charge several handheld operating devices for charging. For details, refer to the general In the navigation system, hand-held operating devices (such as personal digital assistants as the main body) will have the issue of reducing the time limit. For large-scale museum guidance systems, if each hand-miscellaneous device is prepared— Each charger not only makes Wei Zuoren inconvenient to carry, charging operation, and several separate chargers occupy the use space, which makes the job site chaotic. The charging box of the present invention is lightweight and can be used for many stations at once. The manual operating device is charged by 10 1220509 (for example, '-times 25 operating devices are charged at the same time), which completely solves the above-mentioned charging problems. Moreover, it can be said that using the operating device has a content menu system. Corresponding to the required content according to the menu = while the aforementioned feeding host has the addition, editing, and deletion of various contents of the navigation system ^, the internal management system 'δ Hai content official management system contains several System: For example, the account and authority management subsystem. This subsystem establishes an account, maintains personal basic information, and issues login and access passwords. It maintains the subsystem, tracks various tasks and changes that have been performed, records system information for maintenance. Reference during repair or maintenance; survey subsystem, adding online questionnaires for different topics, and statistically adjusting the results of φ; electronic postcard subsystem, providing unique digital name cards during the tour, which is input online to Ml. External e-mail box towel. By matching σ of _Rong Xian and li Zi Zi Niu, you can complete the control of the account of the Jia Zhe, and provide more complete information services for the Jia Zhe. Users from Tian visited the interesting ones For exhibits, you can use the operating device to enter the personal email address of your personal money friend, and then send the exhibit information via email. You can also refer to Figures 6 and 7 for navigation. The operation is closer to the user, and this navigation system has designed a casing φ (9) for the operation operation (Personal Digital Assistant). Brother 6 Figure ㈣The casing ⑻ and the operation operation equipment The concept after assembly. Figure 7 shows the set of shells made by the _ working device _ min_. In this disassembled W towel, the shell ⑻ contains the upper shell (12), the lower shell ⑴), Cover the protective panel (14) in three parts. As shown in Figure 6, the county shout (9) is equipped with an infrared signal transceiver (I) to correspond to the infrared and Wei Zhi built on the knee-length clothing. The operator's operating device receives the infrared rays from the aforementioned infrared emitting module 11 through the infrared signal transmitting and receiving device (11) on the aforementioned case. The advantages of the case are:-protect the personal digital secret. Avoid. Knowing injuries. 2. Make the operating device more lively and make users feel pleasing to the eye. 3. Compared with the built-in infrared transceiver, the infrared transceiver must be aligned to receive the E-building system. The infrared transmitting device on the casing can receive the transmission signal of the larger thin limb. In addition, the infrared emission function of the Qian's infrared emission module and the function of receiving infrared signals on the secret device can also be replaced by lions. The so-called brain IDentafication is often called inductive electronic chip or proximity card, proximity card, non-contact card and so on in the Chinese market. A complete egg ID system consists of a code reader (Reader) and a transponder (transponder). Its operating principle is that the code reader emits radio frequency energy of a specific frequency to the transponder. The internal identification code is sent out by driving the quiz card end circuit, and then the code reader receives the identification code. The special feature of the answering card is that it is free of battery, contact, and swipe, so it is not afraid of dirt, and the chip password is the only in the world, it cannot be copied, and it has high security and long life. With this RFID implementation method, the questionnaire card terminal on the operating device can receive the signal transmitted from the code reader, and transmit this message from one of the positioning signal transmitting and receiving terminals φ of the positioning signal transmitting and receiving means to the aforementioned servo host. . The other subsequent implementation methods are the same as those in the foregoing embodiment in which the infrared signal is received to confirm the transmission information. However, the above are only the preferred embodiments of the present invention. When the scope of implementation of the present invention cannot be limited by this, that is, the simple equivalent changes and modifications made according to the scope of the patent application and the content of the invention specification, All should still fall within the scope of the invention patent. 12 1220509 [Brief description of the drawings] FIG. 1 is a system architecture diagram of the present invention. FIG. 2 is an architecture diagram of an exhibit positioning system according to the present invention. Fig. 3 and Dayton are actual surface diagrams of the present invention. Fig. 5 is a perspective view of a charging case of the present invention.
第6圖係本發明的制操作裝置外包有套殼的立體圖 的分解示意圖 第7圖係本發明的制操作裝置與外包的套殼 【符號說明】 & 7伺服主機 9套殼 12 套殼上部 14 套殼保護面板 D1〜D6展品 R1〜R7紅外線發射器 8充電箱 11套殼的紅外線訊號收發裝置 13套殼下部 ϋΐ〜U2使用操作裝置 Ρ1 定位訊號收發端 SO〜S8流程步驟 Φ 13FIG. 6 is an exploded perspective view of the operation device of the present invention with an outer casing. FIG. 7 shows the operation device of the present invention and the outer casing. [Symbols] & 14 sets of shell protection panels D1 ~ D6 exhibits R1 ~ R7 infrared transmitter 8 charging box 11 sets of shell infrared signal transceiver 13 sets of shell lower part ϋΐ ~ U2 using operating device P1 positioning signal transceiver SO ~ S8 process steps Φ 13