M419112 10ϋ. 9. 0 2-- 年月 日條正替換頁 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種移動物件搜尋服務及資訊管理架 構的技術。 【先前技術】 由於身分辨識標籤技術的發展，加以雲端運作的概念 φ 逐漸形成’各種對於車輛等可移動物件的管理及服務，可 藉助於定位資訊系統或Google所提供Google map的服 務’而進行目標物件的搜尋及其基本資料的顯示。然而， - 現有的搜尋管理系統，只能是靜態式的位址或地標搜尋並 且點選顯示資訊，無法顯示人、車、物之動態物件搜尋結 果及資訊點選。如此的操作效能，在搜尋即時移動物件^ ^性上顯得不^ ;因此，有必要發展動態式的移動物件 搜尋服務及資訊管理技術，以改良習知技術的缺點，並择 鲁 加移動物件管理的應用面。 a 【新型内容】 一為達成上述之目的，在本創作的一方面，一杏施 件搜尋服務引擎，用以依據一預設的條“二 ::夕個物件資訊的資料庫進行搜尋，各物件的 人 一身分資料及-動態位置資料，該引擎其包括.一資= =，包含一物件動態資料庫，用以紀錄該等物件的= 寺間、及内容資料;-地圖資料庫，用以儲存一地圖資料; 3 M419112 c. r；·^ 年月1’曰倏正替換頁 一物件基本資料庫，用以紀錄該等物件的身分辨識資料； 及一資料庫存取介面，用以連接該物件基本資料庫，以作 為該資料庫單元的資料存取介面；一物件資訊紀錄器，接 收來自網路的通訊傳輸内容，並且每隔一時距就紀錄該物 件的動態資料至該物件動態資料庫；一搜尋運算單元，連 接該物件動態資料庫，並依據該預設的條件而對該資料庫 單元進行搜尋；一輔助定位運算器，連接該搜尋運算單元， 並且計算該搜尋運算單元所搜尋出一結果物件的方位；以 及一顯示運算器，連接該物件基本資料庫、該地圖資料庫 及該輔助定位運算器，將該輔助定位運算器所計算出該結 果物件的方位顯示該結果物件的代表圖像於該地圖資料 上。 本創作的另一方面，另一實施例提供一種移動資訊管 理系統架構，其包括：一 ID發射器，具有一第一 ID，並 設置於一可移動的物件上，該第一 ID可用以指示該物件的 類別；一 ID接收器，各具有一第二ID，設置於一固定座 標，並與該ID發射器進行無線通訊，該第二ID可用以指 示該ID接收器的類別；以及一雲端伺服器，與該ID接收 器進行通訊，該雲端伺服器包含一搜尋服務引擎，用以依 據一預設的條件而對一包含該物件資訊的資料庫進行搜 尋，各物件的資訊包含一身分資料及一動態位置資料；及 一智慧處理引擎，其與搜尋服務引擎之合作運作，可處理 下列的功能中的至少一者：智慧導航以迴避塞車路徑、物 件行進路線的紀錄、物件違規事件的紀錄與通報、智慧停 車位資訊的處理、分級道路使用自動收費的管理、及公共 4 M419112 lUU. 9. 02 年月日修正替換頁 區域自動計費收費的管理。較佳的，本實施例的搜尋服務 引擎可以是前述實施例的物件搜尋服務引擎。 【實施方式】 為使貴審查委員能對本創作之特徵、目的及功能有更 進一步的認知與瞭解，茲配合圖式詳細說明如後： 請參照圖1，為根據本創作一實施例之物件搜尋服務 引擎的方塊示意圖。該搜尋服務引擎1〇〇包括：一資料庫 φ 單元110、一物件資訊紀錄器120、一搜尋運算單元130、 一輔助定位運算器140、以及一顯示運算器150。該搜尋服 務引擎100將依據一預設的條件而對包含多個物件資訊的 該資料庫單元110進行搜尋，且本實施例中各物件的資訊 包含一身分資料及一動態位置資料。上述的物件可以是可 移動的人、車或物。 如圖1所示，該資料庫單元110為該搜尋服務引擎100 進行搜尋服務的標的資料庫，其依功能可分成三個次資料 Φ 庫，包含一物件動態資料庫111、一地圖資料庫112、及一 物件基本資料庫113。該物件動態資料庫111用以紀錄該等 物件的位置、時間、及内容貧料。5亥地圖貧料庫112用以 儲存一地圖資料，其可以是Google map或其類似物。該物 件基本資料庫113用以紀錄該等物件的身分辨識資料。而 為了使操作員或使用者可增減或修改資料庫内的資訊，該 資料庫單元110還包含一資料庫存取介面114,用以連接該 物件基本資料庫113,以作為該資料庫單元110的資料存取 介面；例如，使用者可輸入物件之說明資訊，作為物件基 5 M419112M419112 10ϋ. 9. 0 2-- Years of the month The page is being replaced. V. New description: [New technical field] This creation is about a mobile object search service and information management architecture. [Prior Art] Due to the development of identity identification tag technology, the concept of cloud operation has gradually formed that 'various management and service for mobile objects such as vehicles can be performed by means of positioning information system or Google map service provided by Google'. Search for target objects and display of their basic data. However, the existing search management system can only search for static addresses or landmarks and click to display information. It cannot display dynamic object search results of people, cars and objects and information clicks. Such operational performance does not appear to be suitable for searching real-time moving objects. Therefore, it is necessary to develop dynamic mobile object search services and information management technologies to improve the shortcomings of the prior art and to select Luga mobile object management. Application side. a [New content] In order to achieve the above objectives, in one aspect of this creation, an apricot application search service engine is used to search according to a preset "2:: ??? an object information database, each The person of the object and the dynamic location information, the engine includes: a capital = =, contains a dynamic database of objects, used to record the contents of the object = temple, and content materials; - map database, with To store a map data; 3 M419112 c. r;·^ Year 1' is replacing the basic database of the object to record the identity of the objects; and a data inventory interface for connecting The basic database of the object serves as a data access interface of the database unit; an object information recorder receives the communication transmission content from the network, and records the dynamic data of the object to the dynamic data of the object every other time interval. a search unit, connected to the object dynamic database, and searching for the database unit according to the preset condition; an auxiliary positioning operator connected to the search operation unit, And calculating an orientation of the result object searched by the search operation unit; and a display operator connecting the object basic database, the map database and the auxiliary positioning operator, and calculating the result by the auxiliary positioning operator The orientation of the object displays a representative image of the result object on the map material. In another aspect of the present disclosure, another embodiment provides a mobile information management system architecture, including: an ID transmitter having a first ID, And disposed on a movable object, the first ID can be used to indicate the category of the object; an ID receiver, each having a second ID, disposed at a fixed coordinate and wirelessly communicating with the ID transmitter, The second ID can be used to indicate the category of the ID receiver; and a cloud server is in communication with the ID receiver, the cloud server includes a search service engine for including one according to a preset condition Searching for the information of the object information, the information of each object includes a body information and a dynamic location data; and a smart processing engine, and search The cooperative operation of the service engine can handle at least one of the following functions: smart navigation to avoid the traffic jam path, the record of the object travel route, the record and notification of the object violation event, the processing of the smart parking space information, and the automatic use of the graded road The management of the charge and the public 4 M419112 lUU. 9.02. The management of the automatic billing charge in the replacement page area is corrected. The search service engine of this embodiment may be the object search service engine of the foregoing embodiment. For the purpose of enabling the review committee to have a better understanding and understanding of the features, purposes and functions of the present invention, please refer to the following figure for details: Please refer to FIG. 1 for an object search service according to an embodiment of the present invention. A block diagram of an engine. The search service engine 1 includes a database φ unit 110, an object information recorder 120, a search operation unit 130, an auxiliary positioning operator 140, and a display operator 150. The search service engine 100 searches for the database unit 110 including a plurality of object information according to a preset condition, and the information of each object in the embodiment includes an identity data and a dynamic location data. The above objects may be movable people, cars or objects. As shown in FIG. 1 , the database unit 110 is a target database for searching for the search service engine 100, and can be divided into three sub-data Φ libraries according to functions, and includes an object dynamic database 111 and a map database 112. And an object basic database 113. The object dynamic database 111 is used to record the location, time, and content of the objects. The 5H map waste library 112 is used to store a map material, which may be Google map or the like. The object basic database 113 is used to record the identity identification data of the objects. In order to enable the operator or the user to increase or decrease the information in the database, the database unit 110 further includes a data inventory interface 114 for connecting to the object basic database 113 as the database unit 110. Data access interface; for example, the user can input information about the object as the object base 5 M419112
年月 日條正替換頁 本資料之外的額外說明。此外，該資料庫單元110亦可連 接至公營機構或一般企業服務部門或一般性管理服務機構 的物件管理服務資料庫，以運用外部的資料庫。該搜尋服 務引擎100更可包含一監測管理服務介面180，連接一管 理服務中心（圖中未示）至該資料庫單元110,並具有該資料 庫單元110的存取權限管理功能，其中該管理服務中心可 依據該等物件的請求而提供預設的服務功能。 物件資訊紀錄器120接收來自網路190的通訊傳輸内容， 並且每隔一時距紀錄該物件的動態位置資料至該物件動態 資料庫111。該搜尋運算單元130亦連接該物件動態資料庫 111，並依據操作員或使用者所設定的搜尋條件而對該資料 庫單元110進行搜尋。該輔助定位運算器140連接該搜尋 運算單元130，並對於該搜尋運算單元130所搜尋出結果 物件進行方位的計算。倘偌該物件的動態位置資料無法由 該物件所繫屬的行動運算裝置而精確獲知，則可以經由該 輔助定位運算器140進一步計算以得知該物件的位置，其 輔助定位的演算操作可以根據物件被ID接收器接收之多 寡及計算物件之速率資訊而進行其動態位置的定位。該顯 示運算器150連接該物件基本資料庫113、該地圖資料庫 112及該輔助定位運算器140,則以上所算得出結果物件的 位置傳送給該顯示運算器150,並由該顯示運算器150將 該結果物件的代表圖像顯示於該地圖資料上。該顯示運算 器150更可具有放大顯示該結果物件代表圖像的功能，並 藉由點選該圖像可以顯示該結果物件的基本資料、圖像、 影片、或其網頁的超連結。 6 該後尋服務引擎loo可進一步包括一換1 為讀物件資訊紀錄器12G接收通訊面⑽， 拽尋顯示介面170，連接該顯示運首写3内谷的介面， 、作員或使用者101透過網路19〇設| J寺50，用以提供 例如’對各種類別的移動物件之搜尋 ^條件的介面。 物件之條件式搜尋、放大地圖顯示物件點ϋ類別的移動 :^員示物件點選其超連結功能等服;;=:、 例，搜尋服務引擎在接收到來自網路的通訊 内各並進打育訊分析後，所得的結果可結合Go ^，以物件位置演算法運算’繪出該結果物件在地圖上 的位置，並支援物件分類搜尋及點選而顯示物件資訊，例 如：基本資訊(姓名、性別、血型等）、其他資訊（進一步介 紹物件之文字說明、圖片與影片等）、及物件網頁資訊。藉 此，使用者可以經由上網，可以查詢物件路徑上之人2〇1、 車202或物203的移動資訊。 以上述的搜尋服務引擎為基礎，圖3為根據本創作另 一實施例之動態資訊管理糸統架構的方塊示意圖。請參照 圖3，該系統架構包括一雲端伺服器210、一管理服務中心 22〇、及1D(身份，Identification)發射器及ID接收器（圖中未 示）。 該ID發射器具有一第一 ID，可裝設、崁入、黏貼或 攜帶於人、車、動物或物品等可移動的物件，各ID發射器 具有單一註冊的第一 ID，藉以映射該物件的身分及類別， 便於經由網路搜尋而得知此物件的移動資訊及其他參考資 訊。該ID發射器可以設計於電池供電裝置内，例如手機或 '另t i修正替換頁 車用電腦或為RF ID (射頻身分辨識，Radio Frequency 池式供絲置，例如電子標鐵或電 二"丘該ID發射器可傳送出的資訊包含該物件的ID 1及貧皆錯存於ID發射器的記憶模組内。物件ι〇 «、与 /1^1 ^»,1 ’用以指示物件之類別 物件資，為可設定或重設的傳送資訊，例如Gps 位置貧訊、計料空m求助等功能。 位置：二接具有一第二1D，可佈建於-固定座標的 收器發射器進行無線通訊，㈣接 別，並弟二1D，藉以指示該ID接收器的類 器的、、㈣=位置的座標。該1D接收器與該雲端伺服 該：接收容包含該第二1D;-位置資料’用以指示 收器的^^置資訊；一時間資料，用以指示該ID接 二=及一傳輸資料，為該ID接收器得自① 内谷貧訊。該ID接收器可加設⑽接收器，可 與該1D發射器進行單向或雙向的收發，其設置地點 乂疋屋頂、路燈、紅綠燈、電桿、道路上方的指示物， 十-不限於此，亦可裝設於地下室、隨道、或人行地下道等 至内區域。該ID接收器可擁有多個通訊模組，以因應不同 之ID發射器通訊。 , 该雲端伺服器210會藉由網路19〇而與該ID接收器進 行通訊。該雲端伺服器210包含一搜專服務引擎100及一 ^慧處理弓丨擎230,其中的搜尋服務弓丨擎可以上述圖j的 貫施例來實現，用以依據一預設的條件而對一包含該移動 物件資訊的資料庫進行搜尋，各物件的資訊包含一身分資 M419112 Γ™Γ9~-02--- 年-月 日修正替換百 料及一動態位置資料·，其相關描述請參考上文，在此不在 贅述。本實施例的該智慧處理引擎23〇與搜尋服務引擎相 互運作下’可處理下列的功能：智慧導般以迴避塞車路徑、 物件行進路線的紀錄、物件違規事件的紀錄與通報、智慧 停車位資訊的處理、分級道路使用自動收費的管理、及^ 共區域自動計費收費的管理。 基於上述實施例的系統架構，該ID發射器及冚接收 益可發展出第一範例，如圖4所示。該可移動的物件可以 是以行動電話或行動電腦為例的行動運算裝置，屬於電池 裝置’如圖之手持行動手機的人3〇1及具車用電腦 的4 3G2,該行動運算裝置能無線接收全球定位系統 或是基地台電信定位資訊所提供的位置資訊:該 至訊及該位置該㈣由該1D發射器傳送 i細接收器可設置為行動電話基地台310 或WIFI無線網路基地台32〇，兹Year, month, and day are replacing pages. Additional instructions beyond this document. In addition, the database unit 110 can be connected to a public organization or a general enterprise service department or a general management service organization object management service database to use an external database. The search service engine 100 further includes a monitoring management service interface 180, connected to a management service center (not shown) to the database unit 110, and has an access rights management function of the database unit 110, wherein the management The service center can provide preset service functions according to the request of the objects. The object information recorder 120 receives the communication transmission content from the network 190, and records the dynamic location data of the object to the object dynamic database 111 every other time. The search operation unit 130 is also connected to the object dynamic database 111, and searches the database unit 110 according to the search condition set by the operator or the user. The auxiliary positioning operator 140 is coupled to the search operation unit 130 and performs an orientation calculation on the result object searched by the search operation unit 130. If the dynamic position data of the object cannot be accurately known by the mobile computing device to which the object belongs, the auxiliary positioning operator 140 may further calculate to know the position of the object, and the calculation operation of the auxiliary positioning may be performed according to The location of the object is determined by the amount of information received by the ID receiver and the rate information of the object. The display operator 150 is connected to the object basic database 113, the map database 112, and the auxiliary positioning operator 140. Then, the position of the result object is calculated and transmitted to the display operator 150, and the display operator 150 is used by the display operator 150. A representative image of the resultant object is displayed on the map material. The display operator 150 can further have the function of displaying the representative object representative image by zooming in, and by clicking the image, the basic information of the result object, the image, the movie, or the hyperlink of the webpage thereof can be displayed. 6 The post-search service engine loo may further include a change 1 for reading the object information recorder 12G to receive the communication surface (10), searching the display interface 170, connecting the interface for displaying the first write valley 3, the creator or the user 101 J Temple 50 is provided through the network 19 to provide an interface for searching for various categories of moving objects. The conditional search of the object, magnifying the map shows the movement of the object category: ^ member shows the object to select its hyperlink function;; =:, for example, the search service engine receives each incoming communication from the network. After the analysis of the information, the results can be combined with Go ^, and the object position algorithm can be used to calculate the position of the result object on the map, and support the object classification search and click to display the object information, for example: basic information (name , gender, blood type, etc., other information (further introduce the text description of the object, pictures and videos, etc.), and the article web page information. Therefore, the user can query the mobile information of the person 2, the car 202 or the object 203 on the object path via the Internet. Based on the above-mentioned search service engine, FIG. 3 is a block diagram showing a dynamic information management system architecture according to another embodiment of the present creation. Referring to FIG. 3, the system architecture includes a cloud server 210, a management service center 22, and a 1D (Identification) transmitter and an ID receiver (not shown). The ID transmitter has a first ID that can be mounted, smashed, glued or carried on a movable item such as a person, a car, an animal or an item, and each ID transmitter has a single registered first ID, thereby mapping the object. Identity and category, easy to know the mobile information and other reference information of this object through web search. The ID transmitter can be designed in a battery-powered device, such as a cell phone or 'other ti-corrected replacement page car computer or for RF ID (radio frequency identification, Radio Frequency pooling, such as electronic standard or electric two) The information transmitted by the ID transmitter can contain the ID 1 of the object and the memory of the ID transmitter. The objects ι〇«, and /1^1 ^», 1 ' are used to indicate the object. The category object is a transferable information that can be set or reset, such as Gps location poor information, metering empty m help, etc. Location: The second connection has a second 1D, which can be built on the fixed coordinate receiver. The device performs wireless communication, (4) picks up, and the second two 1D, to indicate the coordinates of the classifier of the ID receiver, (4) = position. The 1D receiver and the cloud servo: the receiving capacity includes the second 1D; - The location data is used to indicate the information of the receiver; a time data is used to indicate that the ID is connected to the second = and a transmission data is obtained, and the ID receiver is obtained from the inner valley. The ID receiver can Adding (10) a receiver, which can perform one-way or two-way transmission and reception with the 1D transmitter, and Locations, roofs, street lights, traffic lights, poles, indicators above the road, ten - not limited to this, can also be installed in the basement, on the road, or pedestrian underground, etc. The ID receiver can have more The communication module communicates with the ID receiver by means of different ID transmitters. The cloud server 210 communicates with the ID receiver via the network 19. The cloud server 210 includes a search service engine 100 and a ^慧处理弓丨, 230, wherein the search service can be implemented by the above-mentioned example of the figure j, for searching a database containing the information of the moving object according to a preset condition, each object The information includes a part of the M419112 ΓTMΓ9~-02--- year-and-month date correction replacement material and a dynamic position data. For the related description, please refer to the above, and the details are not described here. The engine 23〇 and the search service engine operate together to handle the following functions: wisdom to avoid the traffic jam path, the record of the object travel route, the record and notification of the object violation event, and the intelligent parking space information. The management of the automatic charging and the hierarchical road use, and the management of the automatic charging and charging of the area. Based on the system architecture of the above embodiment, the ID transmitter and the receiving benefit can develop the first example, as shown in FIG. 4 . The movable object can be a mobile computing device or a mobile computer as an example of a mobile computing device. The battery device is a mobile device such as a mobile phone 33.1 and a mobile computer 4 3G2. The mobile computing device can wirelessly. Receiving location information provided by the global positioning system or the base station telecom positioning information: the information and the location (4) by the 1D transmitter, the fine receiver can be set as the mobile phone base station 310 or the WIFI wireless network base station 32〇,
藉以透過網路190傳送該ID ♦以及该位置資訊至該雲端飼服器21()。另—人％ 藉由手機或電腦連上網路190，科兮中* 7 ““ 川對該雲端飼服器210提出 查5旬或其他的服務，並將被指I丨 .0 ^打饭搜寸到地圖方位的結果（人301 或 >飞車302)顯不於其作為查詢之運算裝置上。 圖5為根據本貧施例之JD發射@ 第二範例示意圖。該Π)發射及^接收器傳輸的 圖由抓-曰古雷名“ 為無電池式供電裝置，例如 圖中所不具有電子身分證的人5〇 物口 具有RFiD電子標籤的 物。口 502、具有電子身分牌的汽車5〇3及具有版 籤的動物504。該ID接收芎吟ψ 電不 …η」 道路上等距佈建的路燈 的iA 可侍知移動物件位於二 9 M419112 日修正: 個路燈510之問，而由拎； - 位置資訊。例如，若每-5個\端飼服11210而計算其所㈣ 依路燈训所在的』3,510皆相距30公尺，則 該移動物件的位置資;::在15公尺的誤差範圍内算出 520,用以匯敕垃必本貫施例更可包括一中繼傳輸器 端舰器21〇l^^D接收器510的資料及作為該雲 網路190傳送該IDh=〇之間的帽傳輸，龙透過 別。另一人5_可藉由丰及^位置資訊至該雲端词服器 雲端飼服器210提出杳或電腦連上網路190，對該 上。本範㈣ID發射器可^於其作為查詢之運算裝置 為光通訊接《置，或是發射裝置且該①接收器 太奢浐彳，丨了置，但不以此為限。 本貫％例可基於圖5的範 中心謂，其可依據物件的請求而提供預理服務 例如，政府的監理服務中心可提供伺服服務功能。 官理、交通資訊服務、分級道路使用收費服貝疏與存取權限 搜尋服務、物件於道路行進紀錄、、I、求援服務、 及交通異常狀況通報等服務。 爭件紀錄與通報、 以下所述係將前述本創作的實施例 理功能的停車位管理服務，此自動化^於具有智慧處 博物館、倉儲’農場等場所。如圖：統適用：遊 :輪盗520做為資料匯集及區域的管 斤不’該中繼 車位資訊，例如路邊停車場是否有*浐，以提供停 位等。該監測管理服務中心250可、停車位的方 〃車％或遊樂廠等業 M419112 ιυυ. y. 〇2 --—1 L 干 e 條正g ^合作，分享其完整註冊之物件㈣庫管理服務 費、入園費等費用可以由監測管理服務中心向消費者if 帳早或直接扣款，而後再和#者娜。以智慧停車= 實施方式為例，在室⑽車場及㈣停車場的各個停車位 ΚΙ置:二接：器510,兩相鄰車位之ID接收器510, 圖6所不亦可共用同-支擇桿。該ID接收器训可震設有The ID ♦ and the location information are transmitted to the cloud feeder 21 () via the network 190. Another - person % connected to the Internet 190 by mobile phone or computer, Kezhenzhong * 7 "" Sichuan to the cloud feeding device 210 to check 5 or other services, and will be referred to I丨.0 ^ The result of the inch-to-map orientation (person 301 or > speeding 302) is not displayed on the computing device as a query. Figure 5 is a schematic diagram of a second example of JD emission @ according to the present embodiment. The map of the transmission and receiver transmission is a battery-free power supply device. For example, a person who does not have an electronic identity card in the figure has an RFiD electronic tag. Port 502 The car with the electronic identity card 5〇3 and the animal with the label 504. The ID receives the 不 electric...n” The iA of the street lamp equidistantly arranged on the road can be informed that the moving object is located at 2 9 M419112 : A question of street lamp 510, and by 拎; - location information. For example, if every 5th / end feeding 11210 is calculated, the 4th, 510 of the road lamp training is 30 meters apart, then the position of the moving object;:: 520 in the error range of 15 meters For the purpose of the method, the data of the relay transmitter end processor 21 〇 ^ 接收 receiver 510 and the transmission of the ID between the IDh=〇 as the cloud network 190 can be included. The dragon passes through. The other person 5_ can provide the 饲 or the computer to connect to the network 190 by using the location information to the cloud word server. The fan (4) ID transmitter can be used as an arithmetic device for querying, for optical communication, or for the transmitting device, and the receiver is too extravagant, but not limited thereto. The % example can be based on the scope of Figure 5, which can provide pre-processing services based on the request of the object. For example, the government's supervision service center can provide servo service functions. Government affairs, traffic information services, grading road use, fee-based service and access rights, search services, object travel records, I, help services, and traffic abnormality notification services. The dispute record and notification, as described below, is the parking space management service that implements the aforementioned functional functions of the present creation, which is automated in the Museum of Knowledge, Storage, and Farm. As shown in the figure: General application: Tour: The pirate 520 is used as a data collection and regional management. The parking information, such as whether the roadside parking lot has *浐, to provide parking, etc. The monitoring management service center 250, parking lot%% or amusement park, etc. M419112 ιυυ. y. 〇2 ---1 L dry e positive g ^ cooperation, sharing its complete registration of items (four) library management services Fees, admission fees, etc. can be charged early or directly by the Monitoring Management Service Center to the consumer if, and then #者娜. Take the smart parking = implementation as an example, in the parking space of the room (10) and (4) parking spaces: two connections: 510, ID receivers 510 of two adjacent parking spaces, Figure 6 can not share the same - selection Rod. The ID receiver training can be set
人=偵測移動車輛701是否進入停車位的狀 厂。 於馬路上行衫停車需求時，駕駛人可透過 =路⑽向雲端伺服器21G提出停車位資訊的服務請求， 進彳了料位搜尋，以得職近的停車位置，並自 -導航Μ。例如’指引停車場入口方位，且於其入口處 ^二接收态51 〇偵測欲駛入之車輛’並指派停車位號碼 Ζ，而車輛701駛入停車場内，於停車位入口處， =由ID接收器51G偵測欲進人之車輛的識別碼，若權限足 或識別碼正確，職下停車路障讓該車輛停人該位置。 唯以上所述者，僅為本創作之較佳實施例，當不能以 作的範圍。即大凡依本創作申請專利範圍所做 離本創作之’仍將不失本_之要義所在，亦不脫 狀況。 申和範圍，故都應視為本創作的進一步實施 M419112 一…‘ ·月w ’曰條正替換百. 【圖式簡單說明】 圖1為根據本創作實施例之物件搜尋服務引擎的方塊示意 圖。 圖2為該搜尋服務引擎的搜尋結果顯示例。 圖3為根據本創作實施例之動態資訊管理系統架構的方塊 示意圖。 圖4為本創作動態資訊管理系統架構之第一範例示意圖。 圖5為本創作動態資訊管理系統架構之第二範例示意圖。 圖6為本創作應用於具智慧處理功能的停車位管理服務之 · 示意圖。 【主要元件符號說明】 100搜尋服務引擎 110資料庫單元 111物件動態資料庫 112地圖資料庫 $ 113物件基本資料庫 114資料庫存取介面 120物件資訊紀錄器 130搜尋運算單元 140輔助定位運算器 150顯示運算器 160網路介面 12 M419112 100. 9. ο 9 年月令條正替換頁 170搜尋顯示介面 180監測管理服務介面 190網路 210雲端伺服器 220管理服務中心 230智慧處理引擎 250管理服務中心 310行動電話基地台 320無線網路基地台 510路燈（含ID接收器） 物件（含ID發射器）： 101/201/301/303/501 人 202/502 物品 503汽車 504動物 13Person = a factory that detects whether the moving vehicle 701 enters the parking space. When the road is in need of parking on the road, the driver can make a service request for the parking space information to the cloud server 21G through the road (10), enter the material level search, get the parking position close to the job, and navigate the navigation. For example, 'direct the parking lot entrance orientation, and at its entrance, the second receiving state 51 〇 detects the vehicle to be entered' and assigns the parking space number Ζ, and the vehicle 701 enters the parking lot at the parking space entrance, = by ID The receiver 51G detects the identification code of the vehicle to be entered. If the authority is sufficient or the identification code is correct, the parking barrier is used to stop the vehicle from being in the position. Only the above is only a preferred embodiment of the present invention, when it is not possible. That is to say, the fact that the author has applied for the patent scope of this creation has left the original creed, and it does not leave the situation. The scope of the application and the scope of the application should be regarded as a further implementation of the creation. M419112 -... 'month' is a replacement for one hundred. [Simplified illustration of the drawing] FIG. 1 is a block diagram of an object search service engine according to the present embodiment. . FIG. 2 is an example of a search result display of the search service engine. 3 is a block diagram of a dynamic information management system architecture in accordance with the present creative embodiment. FIG. 4 is a schematic diagram of a first example of the architecture of the creative dynamic information management system. FIG. 5 is a schematic diagram of a second example of the architecture of the creative dynamic information management system. Figure 6 is a schematic diagram of the creation of a parking space management service with intelligent processing functions. [Main component symbol description] 100 search service engine 110 database unit 111 object dynamic database 112 map database $ 113 object basic database 114 data inventory interface 120 object information recorder 130 search operation unit 140 assist positioning operator 150 display Operator 160 Network Interface 12 M419112 100. 9. ο 9 Years Monthly Replacement Page 170 Search Display Interface 180 Monitoring Management Service Interface 190 Network 210 Cloud Server 220 Management Service Center 230 Smart Processing Engine 250 Management Service Center 310 Mobile Phone Base Station 320 Wireless Network Base Station 510 Street Light (including ID Receiver) Object (including ID Transmitter): 101/201/301/303/501 Person 202/502 Item 503 Car 504 Animal 13