201125392 六、發明說明： 【發明所屬之技術領域】 本發明係關於包含電腦的終端裝置與伺服器裝置經由 網路而相互連接的網路系統。 【先前技術】 作爲對於連接於網路的終端裝置，從伺服器裝置提供 內容遞送之服務的系統’提案有因應終端裝置的屬性（作 爲一例’例如地域）而切換控制允許或禁止提供服務的系 統。例如’提案有從音樂遞送用的終端裝置對於傳送來源 的伺服器裝置要求內容（content)的傳送時，將設定於終 端裝置之ID碼發送至伺服器裝置，在伺服器裝置中，藉由 比對包含於其ID碼的區域代碼，與依毎一區域代碼設定內 容之傳送或禁止的資料，判別對於來自其終端裝置的傳送 要求’是否應傳送內容，僅在判別可傳送時，傳送內容的 系統（參照專利文獻1 )。又提案有即使在利用網路之遊 戲系統的分野中，爲了限制有稀少性之特定遊戲資料的遞 送次數’利用從遊戲終端與遞送要求一起被發送之區域代 碼’依毎一地域來計算特定遊戲資料相關之遞送次數，如 超過所定遞送次數的話，則禁止對於其地域之特定遊戲資 料的遞送之系統（參照專利文獻2 )。 〔先前技術文獻〕 〔專利文獻〕 〔專利文獻1〕日本特開2001 -1 55069號公報 201125392 〔專利文獻2〕日本特開2004- 1 94927號公報 【發明內容】 〔發明所欲解決之課題〕 包含電腦的終端裝置，係一般以適合於有其終端裝置 的使用預定之地域等的屬性之方式調整硬體及軟體而供使 用者的利用》在不整合適合終端裝置之硬體的屬性，與適 合軟體的屬性時，有終端裝置的動作會發生某些不便之狀 況。或者，即使終端裝置的動作本身沒有問題，也因應終 端裝置的屬性來管理終端裝置的流通及對於終端裝置從伺 服器應提供之服務時，會有在對於被帶到不同地域之硬體 ’安裝新的地域用的軟體之想定外的樣態中使用終端裝置 ’而產生管理面上之不便之虞。在上述之先前技術中，無 法排除此種不便。 在此，本發明的目的係提供可對於終端裝置之想定外 的使用而產生抑制效果的網路系統等。 〔用以解決課題之手段〕201125392 VI. Description of the Invention: [Technical Field] The present invention relates to a network system in which a terminal device including a computer and a server device are connected to each other via a network. [Prior Art] As a system for providing a content delivery service from a server device to a terminal device connected to a network, it is proposed to switch the control to allow or prohibit the provision of a service in response to the attribute of the terminal device (as an example, for example, a region) . For example, when a terminal device for music delivery requests content transmission from a server device of a transmission source, the ID code set in the terminal device is transmitted to the server device, and the server device is compared by the server device. The area code included in the ID code, and the system for transmitting or transmitting the content only when the transmission request from the terminal device is determined as to whether the content should be transmitted or not based on the transmission or prohibition of the content of the area code setting content. (Refer to Patent Document 1). In addition, in the field of the game system using the Internet, in order to limit the number of times of delivery of a specific game material having a rareness, 'the area code used to be transmitted from the game terminal together with the delivery request' is used to calculate a specific game. The number of times of delivery of the data, if the number of times of delivery exceeds the predetermined number of times, the system for the delivery of the specific game material in the region is prohibited (see Patent Document 2). [PRIOR ART DOCUMENT] [Patent Document 1] [Patent Document 1] Japanese Laid-Open Patent Publication No. JP-A No. 2001-1-556069 (Patent Document 2) The terminal device including the computer generally adjusts the hardware and the software for use by the user in such a manner as to be suitable for the use of the predetermined location of the terminal device, etc., and does not integrate the properties of the hardware suitable for the terminal device, and When it is suitable for the properties of the software, there are some inconveniences in the operation of the terminal device. Or, even if there is no problem in the operation of the terminal device itself, and the distribution of the terminal device in response to the attributes of the terminal device and the service to be provided by the terminal device from the server, there is a case where the hardware is installed in a different area. The use of the terminal device in the appearance of the new software for the region is used to cause inconvenience on the management surface. In the prior art described above, such inconvenience cannot be ruled out. Here, an object of the present invention is to provide a network system or the like which can suppress the use of the terminal device. [Means to solve the problem]
S 本發明的網路系統（1 )，係包含電腦（1 0 )的終端 裝置（3)與伺服器裝置（5)經由網路（6)而相互連接 的網路系統（1 ) ’其中，於前述伺服器裝置係設置有： 比對資料記憶手段（2 1 )，係記憶將用以識別前述終端裝 置之屬性的屬性資訊、被固有分派至該當終端裝置的硬體 識別資訊（15)、被分派至前述終端裝置之軟體的軟體識 -6 - 201125392 別資訊（1 6 )相互建立對應的比對資料（2 3 ) •，比對手段 (24 )，係在從前述終端裝置分別發送前述硬體識別資訊 及前述軟體識別資訊時，則參照前述比對資料，判定對應 前述硬體識別資訊的屬性資訊與對應前述軟體識別資訊的 屬性資訊之一致或不一致；及比對資訊發送手段（24 )， 係將前述比對手段的判別結果發送至前述終端裝置；於前 述終端裝置係設置有：識別資訊發送手段（1 8 )，係對於 前述伺服器裝置，發送前述硬體識別資訊及前述軟體識別 資訊；及終端動作控制手段（1 7 )，係在從前述比對資訊 發送手段發送來之判別結果是不一致時，比一致時更加限 制前述終端裝置的動作。 依據本發明，從終端裝置對於伺服器裝置發送硬體識 別資訊及軟體識別資訊時，於其伺服器裝置中，判別根據 硬體識別資訊被特定之屬性資訊與根據軟體識別資訊被特 定之屬性資訊是否一致，在其判別結果不一致時，比一致 時更加限制終端裝置的動作。所以，可對於在終端裝置的 硬體作爲對象的屬性與終端裝置的軟體作爲對象的屬性不 一致之狀態下使用終端裝置之狀況，產生抑制效果。藉此 ，以使終端裝置在其硬體及軟體是本來想定之屬性下被使 用之方式進行導引，可減低對於終端裝置之想定外的使用 之動作上或管理上的不便產生之虞。 於本發明的一形態中，可從前述伺服器裝置經由前述 網路對前述終端裝置提供服務；前述終端動作控制手段， 係在前述不一致時，比前述一致時更加對從前述伺服器裝 201125392 置提供之服務的利 硬體作爲對象的屬 一致時，對於伺服 施加限制。藉此， 產生抑制效果。 進而，前述終 該當終端裝置的啓 體識別資訊；前述 是前述不一致時， 端裝置的動作亦可 體識別資訊及軟體 可因應其判別結果 此，可提升本發明 供商業用途時，不 動操作不同的操作 是伴隨終端裝置的 置進行存取而要求 隨終端裝置的啓動 別，與依據其判別 話，有可未然地防 服務的效果。 於本發明的一 別應使用前述終端 裝置被帶出到當初 用施加限制亦可。此時，在終端裝置的 性與終端裝置的軟體作爲對象的屬性不 器裝置所提供之服務的終端裝置之利用 可對於終端裝置之想定外的使用而適切 端裝置的前述識別資訊發送手段，係在 動時，發送前述硬體識別資訊及前述軟 終端動作控制手段，係在前述判別結果 比前述一致時更加限制啓動後之前述終 。據此，終端裝置的啓動時判別依據硬 識別資訊的屬性資訊之一致或不一致， 而使啓動後之終端裝置的動作變化。爲 所致之抑制效果。尤其，有在終端裝置 是依據與終端裝置的營運者等所致之啓 ，終端裝置對伺服器裝置進行存取，而 啓動，終端裝置本身主動地對伺服器裝 服務的提供之狀況。此時，如果執行伴 而上述之屬性資訊的一致或不一致的判 結果的終端裝置之啓動後的動作控制的 止從伺服器裝置對終端裝置提供不適切 形態中，前述屬性資訊，係包含用以識 裝置之地域的資訊亦可。藉此，在終端 預定之地域外時可對其動作施加限制。 -8 - 201125392 於本發明的一形態中，作爲前述硬體識別資訊，利用 用以在前述網路上單一性識別前述終端裝置的IP位址亦可 。IP位址係在利用TCP/IP協定之網際網路、內部網路等的 網路中作爲特定終端裝置之硬體的資訊而被廣泛通用，藉 由利用其，可易於對於終端裝置，分派硬體識別資訊。 本發明亦可實現化爲一種終端裝置的檢證方法，係適 用於包含電腦（1 0 )的終端裝置（3 )與伺服器裝置（5 ) 經由網路（6 )而相互連接的網路系統（1 )，用以檢證前 述終端裝置之硬體與軟體的整合性之終端裝置的檢證方法 ’具備：從前述終端裝置，將被固有分派至該當終端裝置 的硬體識別資訊（1 5 )，與被分派至該終端裝置之軟體的 軟體識別資訊（1 6 )，發送至前述伺服器裝置的步驟（ S 1 〇 1 );參照將記錄於前述伺服器裝置的記憶手段（2 1 ) 之用以識別前述終端裝置之屬性的屬性資訊、前述硬體識 別資訊、前述軟體識別資訊相互建立對應的比對資料（2 3 )’判別對應從前述終端裝置發送之前述硬體識別資訊的 屬性資訊與對應前述軟體識別資訊的屬性資訊之一致或不 —致的步驟（S202〜S204 );將前述判別的步驟之判別結 果’從前述伺服器裝置發送至前述終端裝置的步驟（S207 ):及在從前述伺服器裝置發送至前述終端裝置的判別結 果是不一致時，比一致時更加限制前述終端裝置的動作的 步驟。依據本發明的檢證方法’可在從伺服器裝置之判別 結果不一致時，比一致時更加限制終端裝置的動作。所以 ’與本發明的網路系統相同，可對於在終端裝置的硬體作 -9 - 201125392 爲對象的屬性與終端裝置的軟體作爲對象的屬性不—致之 狀態下使用終端裝置之狀況，產生抑制效果。藉此，以使 終端裝置在其硬體及軟體是本來想定之屬性下被使用之方 式進行導引，可減低對於終端裝置之想定外的使用之動作 上或管理上的不便產生之虞。 進而’本發明之伺服器裝置用的電腦程式（2 2 )，係 構成爲使與包含電腦（10)的終端裝置（3)經由網路而 連接，並具備記億將用以識別前述終端裝置之屬性的屬性 資訊 '被固有分派至該當終端裝置的硬體識別資訊、被分 派至前述終端裝置之軟體的軟體識別資訊相互建立對應的 比對資料（2 3 )之比對資料記憶手段（2 1 )的伺服器裝置 (5 )的電腦（20 )，作爲以下手段而作用：比對手段， 係在從前述終端裝置分別發送前述硬體識別資訊及前述軟 體識別資訊時，則參照前述比對資料，判定對應前述硬體 識別資訊的屬性資訊與對應前述軟體識別資訊的屬性資訊 之一致或不一致；及比對資訊發送手段，係將前述比對手 段的判別結果發送至前述終端裝置。 藉由使伺服器裝置的電腦讀取並執行本發明的電腦程 式，可使其伺服器裝置作爲本發明的網路系統之伺服器裝 置而作用。 再者，在以上之說明，爲了易於理解本發明，將添附 圖面之參照符號以括弧附記，但是，本發明並不爲因此而 限定圖式之形態者。 201125392 〔發明之效果〕 如以上所說明般，依據本發明，根據從終端裝置發送 至伺服器裝置之硬體識別資訊及軟體識別資訊分別特定屬 性資訊，並判別其一致或不一致，在判別結果是不一致時 ，則比一致時更加限制終端裝置的動作，故可對於在終端 裝置之硬體作爲對象的屬性與終端裝置之軟體作爲對象的 屬性不一致之狀態下使用終端裝置之狀況，產生抑制效果 。藉此，以使終端裝置在其硬體及軟體是本來想定之屬性 下被使用之方式進行導引，可減低對於終端裝置之想定外 的使用之動作上或管理上的不便產生之虞。 【實施方式】 首先，參照圖1，說明作爲遊樂場系統而構成本發明 的網路系統之一形態的槪要。圖1的遊樂場系統1，係具備 作爲操作員2設置於遊樂場設施等之商業設施（以下稱爲 店舖）之1台或複數台的終端裝置之遊戲終端3，與服務管 理者4管理或營運之複數台的伺服器裝置（以下略稱爲伺 服器）5。遊戲終端3、伺服器5係經由網際網路等的網路6 ’而可相互通訊地連接。遊戲終端3係對於使用者7，依據 所定額之貨幣價値的消費，允許遊戲之遊玩的業務用遊戲 機。 於遊樂場系統1中，也安裝有對於操作員2及使用者7 個別提供各種服務的系統。例如，對於使用者7賦予作爲 使用者識別手段的卡片8，藉由在記錄於其卡片8的記憶媒 -11 - 201125392 體（作爲一例，例如1C晶片）之卡片ID與用以在伺服器5 上識別使用者7的使用者ID之間設定建立對應，識別使用 者7而對使用者7提供各種服務。作爲此種服務，係例如在 使用者7使遊戲終端3辨識卡片8的卡片ID而進行遊玩遊戲 時，包含其遊戲成績等的遊玩資料在遊戲終端3中被產生 ，其遊玩資料與卡片ID—起被發送至伺服器5，其遊玩資 料與對應卡片ID的使用者ID建立關聯並被保存。藉由伺服 器5保存之遊玩資料，亦可於下次之後的遊玩機會中利用 。例如，使用者7再次遊玩相同遊戲時，藉由在其遊玩之 前，使遊戲終端3辨識卡片8的卡片ID，可從伺服器5將與 對應其卡片ID的使用者ID建立關聯而保存之遊玩資料讀入 至遊戲終端3來利用。或者，經由網路6之對戰遊戲可在遊 戲終端3之間進行遊玩時，對使用者7提供於所定期間內對 伺服器5進行存取而申請對戰之使用者7彼此之間，依據與 該等使用者7建立對應而保存之遊玩資料’伺服器5進行匹 配對戰對手之服務。而針對操作員2 ’也例如從伺服器5提 供被組入於遊戲終端3之遊戲用的電腦程式或資料的更新 之服務。 參照圖2，進而說明遊戲終端3及伺服器5的構造。於 遊戲終端3係設置有控制單元1 〇。控制單元1 〇係具備微處 理器、記錄應利用其微處理器執行之作業系統等的程式之 ROM及提供對於微處理器之作業區域的RAM等之內部記憶 裝置（未圖示）的電腦單元。於控制單元10 ’連接有輸入 裝置11、輸出裝置12及硬碟等之外部記憶裝置13。輸入裝 201125392 置11係輸出因應使用者7之操作內容的訊號之輸入手段。 輸出裝置12係包含顯示遊戲畫面等之監視器及輸出之聲音 的揚聲器等。外部記憶裝置1 3係記億應在控制單元1 0執行 之遊戲用程式14及其程式14參照之各種資料（未圖示）。 於控制單元10的內部記憶裝置係設置有如EEPRO Μ之 可改寫的非揮發性記億體，於其非揮發性記憶體係記錄有 IP位址1 5。IP位址1 5係爲了在遊樂場系統1內單一性識別 遊戲終端3，而固有分派至遊戲終端3之硬體識別資訊。對 於各店舖規定可利用之IP位址的範圍。於遊戲終端3係在 被分派至該當遊戲終端3之店舖的範圍內，1個IP位址15在 其遊戲終端3的設置時被設定。再者，在網路6是如網際網 路般有公開性的網路時，於各店舖的遊戲終端3與網路6之 間，設定路由器，於其路由器設定有在網路6上獨特之固 定位址。於遊戲終端3係作爲IP位址1 5，藉由與其固定位 址的組合而設定在網路6上用以單一性識別遊戲終端3的私 用位址。 另一方面，於遊戲用程式1 4係寫入軟體識別代碼1 6。 軟體識別代碼1 6係用以識別遊戲用程式1 4的對象地域（國 家或國家的集合）、遊戲的標題（遊戲的名稱）、軟體的 版本等之遊戲用程式14的詳細內容的軟體識別資訊。所謂 遊戲用程式1 4的對象地域係例如代表遊戲終端3是意圖在 曰本國內使用而提供時，於畫面顯示等的語言使用日語， 遊戲用程式14所意圖之利用地域。亦即，遊戲用程式14的 對象地域係遊戲用程式14的發送地。IP位址15及軟體識別 -13- 201125392 代碼1 6任一皆與用以識別應使用終端裝置3之地域的區域 代碼建立對應。區域代碼係相當於用以識別終端裝置3之 屬性的屬性資訊。關於區域代碼係於後詳述。 藉由控制單元10讀取出外部記億裝置13的遊戲用程式 14並加以執行，於控制單元10內部設置有作爲邏輯裝置的 遊戲控制部17及啓動檢査部18。遊戲控制部17係遵從遊戲 用程式14執行在遊戲終端3提供給使用者7之遊戲的開始、 進行及結束的管理之遊戲遊玩所需之各種處理，以及從伺 服器5接受所定服務的提供所需之處理。啓動檢査部18係 與伺服器5協力作動而執行利用IP位址1 5及軟體識別代碼 16的啓動檢査處理。啓動檢査部18的處理係於後詳述。 於伺服器5係設置有控制單元20與外部記憶裝置21。 控制單元20係具備微處理器、記錄應利用其微處理器執行 之作業系統等的程式之ROM及提供對於微處理器之作業區 域的RAM等之內部記憶裝置（未圖示）的電腦單元。控制 單元20連接鍵盤等之輸入裝置與監視器等之輸出裝置，但 是，省略該等圖示。外部記憶裝置2 1係記億應在控制單元 20執行之伺服器用程式22及其程式22參照之各種資料（未 圖示）。於外部記億裝置2 1，作爲控制單元20應參照之資 料的一種，記錄有代碼資料庫（代碼DB ) 23。代碼DB 23 係相當於將IP位址、軟體識別代碼、區域代碼相互建立對 應的比對資料，於後敘述其詳細內容。 藉由控制單元20讀取出外部記憶裝置21的伺服器用程 式22並加以執行，於控制單元20內部設置有作爲邏輯裝置 -14 - 201125392 的服務管理部25及啓動檢查部24。服務管理部25係管理對 於遊戲終端3等之各種服務的提供。啓動檢查部24係與遊 戲終端3協力作動而執行利用IP位址1 5及軟體識別代碼1 6 的啓動檢査處理。啓動檢査部24的處理係於後詳述。除了 圖示之邏輯裝置之外，於遊戲終端3的控制單元1 0及伺服 器5的控制單元20，因應需要而設置各種邏輯裝置亦可。 圖3及圖4係詳細揭示代碼DB23。如該等圖所示，代碼 DB23係包含複數表格TB1〜TB5。如圖3所示，表格TB1係 將IP位址與店舖代碼建立對應並加以記述的資料。店舖代 碼係依每一店舖獨特地附加之代碼。亦即，如上述般，於 遊樂場系統1中，於各店舖係規定有可設定於遊戲終端3之 IP位址的範圍。表格TB 1係設置作爲記述該等IP位址與店 舖的對應關係之資料。 表格TB2係將店舖代碼與國家代碼建立對應並加以記 述的資料。國家代碼係依每個國家獨特地附加之代碼。進 而，表格TB3係將國家代碼與區域代碼建立對應並加以記 述的資料。區域代碼係用以識別地域的代碼，1個區域代 碼與1或複數個國家代碼建立對應。又，如圖4所示，表格 TB4係將識別母代碼與區域代碼建立對應並加以記述的資 料。識別母代碼係包含於軟體識別代碼之一部份的代碼。 區域代碼係如上述般。 於圖5揭示圖3及圖4所示之各代碼的對應關係之一例 。於圖5的範例中，被遊戲終端3保持之IP位址15係仿效在 網際網路中被利用之IPv4協定，記述爲32位元的代碼。在 -15- 201125392 圖3的範例中，作爲IP位址15，設定“ 10.20.30.xxx” （但 是，X係任意自然數）。另一方面，於軟體識別代碼係作 爲一例，設定“ GSA 1 000” 。IP位址15及軟體識別代碼16 從遊戲終端3通知伺服器5時，在伺服器5中，根據該等IP 位址1 5與軟體識別代碼1 6，如下所述，檢證遊戲終端3之 設置地域與遊戲用程式14之對象地域的整合性。 首先，關於IP位址15，利用上述之表格TB1及TB 2，IP 位址15依序被轉換爲店舖代碼及國家代碼。於國家代碼， 如日本是“ A ” ，香港是“ B ” ，新加坡是“ C ” ，美國是 “ D ” ，英國是“ E ” ，韓國是“ F ” ’使用字母等，設定 每個國家獨特之代碼。國家代碼與區域代碼係遵從適切的 區分而建立對應。例如，日本的國家代碼“A”單獨與區 域代碼“ RG-A”建立對應，香港的國家代碼“ B”及新加 坡的國家代碼“ C ”與表示亞洲地域的區域代碼“ RG-ASIA”建立對應’美國的國家代碼“D”單獨與區域代碼 “RG-US”建立對應，英國的國家代碼“ E”單獨與區域 代碼“ RG-GB”建立對應，韓國的國家代碼“F”單獨與 區域代碼“RG-KR”建立對應。 另一方面，軟體識別代碼1 6係與識別母代碼以多對1 建立對應。識別母代碼係對象地域與遊戲的標題對於相同 之遊戲用程式，共通設定之代碼。例如，於特定標題的遊 戲且將日本設爲對象地域的遊戲用程式14，係無關於其程 式14的版本，而設定相同的識別母代碼。在圖5的範例中 ，軟體識別代碼內之上位字母3文字相當於識別母代碼。 -16- 201125392 例如，“ G S A 1 0 0 0 ”〜“ G S A 1 Ο Ο X ” （ X係任意數）係任 一皆爲被分派至遊戲的標題相同且將日本設爲對象地域而 被提供之遊戲用程式14的軟體識別代碼，其下面5個數値 係表示版本。另一方面，軟體識別代碼的上位3個文字列 “ GSA”係共通設定於對象地域是日本且標題共通之遊戲 用程式14。軟體識別代碼“ GSB100Y”係雖然遊戲的標題 相同，但是，對於香港用之遊戲用程式1 4設定，其識別母 代碼係“ GSB” 。識別母代碼係與任一個區域代碼建立對 應。例如，識別母代碼“ GSA”係與區域代碼“ RG-JP” 建立對應。再者，在圖5中，僅例示區域代碼“ RG-JP”及 “ RG-ASIA”與軟體識別代碼之間的對應關係，但是，即 使關於其他區域代碼，也同樣地設定與軟體識別代碼之間 的對應關係。 如利用以上的關係，除了根據作爲遊戲終端3之硬體 識別資訊的IP位址來特定區域代碼之外，根據作爲遊戲用 程式1 4固有之軟體識別資訊的軟體識別代碼來特定區域代 碼，比對兩者而判別該等的一致或不一致，藉此，可判別 遊戲終端3之設置地域與遊戲用程式1 4之對象地域的整合 性。 上述之代碼的比對係藉由遊戲終端3的啓動檢查部（ 以下稱爲終端啓動檢查部）1 8及伺服器5的啓動檢查部（ 以下稱爲伺服器啓動檢查部）24分別執行圖6所示之終端 啓動檢查常式及伺服器啓動檢查常式來實現。以下，針對 其處理詳細說明。 -17- 201125392 首先，遊戲終端3開啓電源而遊戲用程式14被控制單 元1 〇讀入時，在遊戲終端3中，作爲啓動開始時所需之處 理’開始圖6的終端啓動檢查常式。於終端啓動檢査常式 的初始步驟S 1 0 1中，終端啓動檢査部1 8係對於伺服器5發 送啓動可否檢查的要求。於其要求係包含被分派至遊戲終 端3之IP位址15及寫入遊戲用程式14之軟體識別代碼16。 接受來自遊戲終端3之要求的發送時，伺服器啓動檢 査部2 4係開始伺服器啓動檢査常式。於初始的步驟S 2 〇 1中 ’伺服器啓動檢查部24係取得包含於從遊戲終端3送來之 要求的資料（包含IP位址及軟體識別代碼）。於下個步驟 S2 02中，伺服器啓動檢査部24係依序參照圖3的表格TB1、 TB2 ’取得對應IP位址的國家代碼。於接下來的步驟S2 〇3 中’伺服器啓動檢査部24係依序參照圖4的表格TB4、TB5 ’取得對應軟體識別代碼的區域代碼。之後，伺服器啓動 檢查部24係前進至步驟S204，參照圖3的表格TB3，判別在 步驟S2〇2取得之國家代碼是否與在步驟s2〇3取得之區域代 碼建立對應。亦即，在步驟S 2 0 4，經由區域代碼來檢證從 遊戲終端3發送來之IP位址與軟體識別代碼是否整合》 在步驟S204中國家代碼與區域代碼建立對應時，伺服 器啓動檢查部24係前進至步驟S205，識別遊戲終端3是可 啓動之狀態。另一方面’在步驟S2〇4中國家代碼與區域代 碼並未建立對應時’伺服器啓動檢查部24係前進至步驟 S 2 0 6 ’識別遊戲終端3是不可啓動之狀態。步驟s 2 0 5或 S206的處理後’伺服器啓動檢查部24係前進至步驟S207， -18- 201125392 產生表示遊戲終端3之可啓動或不可啓動的回應，並將其 回應發送至遊戲終端3。步驟S2〇7的處理完成時，伺服器 啓動檢査部24係結束圖6的伺服器啓動檢查常式。 另一方面，遊戲終端3的終端啓動檢查部1 8係在步驟 S101中發送要求時前進至步驟S102，判別是否已接收來自 伺服器5的回應。在未接收時，終端啓動檢查部1 8係前進 至步驟S 1 03，判別要求發送後是否已經過所定等待時間。 如果未經過等待時間，終端啓動檢查部1 8係回到步驟S 1 02 的處理。在步驟S 1 02判斷已接收回應時，終端啓動檢查部 18係前進至步驟S1 04，取得來自伺服器5之回應的內容。 於接下來的步驟S 1 05中，終端啓動檢查部1 8係判別來自伺 服器5的回應是否表示可啓動。在可啓動時，終端啓動檢 查部1 8係前進至步驟S 1 0 6，對於遊戲控制部1 7指示遊戲終 端3的正常啓動’之後結束本次的終端啓動檢查常式。此 時’遊戲終端3係以可接受來自伺服器5之各種服務的提供 之狀態啓動。 另一方面’在步驟s 1 03中判斷已經過等待時間時，或 在步驟S105中判斷不可啓動時，終端啓動檢查部18係前進 至步驟S 1 07 ’對於遊戲控制部〖7指示所定錯誤處理。之後 ’終端啓動檢查部1 8係結束本次的終端啓動檢查常式。在 步驟S 1 0 7中指示錯誤處理時，遊戲控制部〗7係使遊戲終端 3停止’禁止包含之後遊戲的遊玩之—切處理亦可。或者 ’遊戲控制部1 7係作爲錯誤處理，在禁止對網路6的連接 之狀態下使遊戲終端3啓動亦可。不管如何，錯誤處理係 -19- 201125392 只要是對遊戲終端3的動作之至少一部份施加限制者即可 〇 依據以上的處理，在固有分派至遊戲終端3的硬體之 IP位址，與作爲安裝於遊戲終端3之軟體的遊戲用程式1 4 固有之軟體識別代碼整合時，則可接受來自伺服器5之服 務的提供，在未整合時，則無法利用應從伺服器5提供之 服務的至少一部份。爲此，在遊戲終端3的設置地域與遊 戲用程式I4的對象地域並未整合時，可未然地排除從伺服 器5提供不適切之服務之虞。例如，即使遊戲終端3被移動 設置於與當儲設置地域不同之地域，因應新的設置地域之 IP位址設定於遊戲終端3時，只要遊戲用程式14不被變更 爲因應其設置地域者，則會限制服務的利用。藉此，可對 於遊戲終端3被帶到與當初不同之地域之狀況，產生抑制 效果。 於以上形態中，伺服器5的外部記億裝置2 1作爲比對 資料記憶手段而作用，伺服器5的啓動檢査部24藉由執行 圖6之步驟S202〜S206的處理，作爲比對手段而作用，啓 動檢査部24藉由執行步驟S207的處理，作爲比對資訊發送 手段而作用，遊戲終端3的啓動檢査部1 8藉由執行圖6之步 驟S 1 0 1的處理，作爲識別資訊發送手段而作用，遊戲控制 部17藉由接受圖6之步驟S106或S107的指示，控制遊戲終 端3的動作，作爲終端動作控制手段而作用。 本發明係並不限於上述之形態，亦可以適切之形態實 施》例如，在前述形態中，作爲硬體識別資訊而利用IP位 -20- 201125392 址’但是’只要是固有設定於終端裝置之資訊，皆可 硬體識別資訊而適切利用。作爲硬體識別資訊，利用 判別網路機器的MAC位址等亦可，在控制單元的微處 附加有獨特之號碼或代碼時，作爲硬體識別資訊，利 等亦可。作爲屬性資訊的區域代碼係不限於附加於單 家或每個複數國家的集合之範例，獨特地附加於比國 細微之每一地域者亦可。屬性資訊係不限定於表示地 區域代碼，與終端裝置作爲對象之年齡層或性別，設 端裝置之設施或環境的種類（例如，商業設施、公共 、職場、家庭別等）等之適切槪念建立關聯而設定屬 訊亦可。終端裝置係不限定於遊戲終端，將適切裝置 對象亦可。例如，將運動設施的器具設爲終端裝置亦 個人電腦、行動電話機等的行動終端等，只要可連接 ，可將各種終端裝置設爲對象。所以，本發明的網路 也不限定於構成爲遊樂場系統的範例。硬體識別資訊 體識別資訊及屬性資訊的建立關聯也不限定於圖3及S 示之形態，只要是可根據硬體識別資訊及軟體識別資 別來特定屬性資訊的形態，可適切變更。 【圖式簡單說明】 〔圖1〕揭示關於本發明一形態之遊樂場系統的 構成圖。 〔圖2〕圖1之遊戲終端及伺服器的功能區塊圖。 〔圖3〕揭示記錄於伺服器的記億裝置之代碼資 作爲 用以 理器 用該 一國 家更 域的 置終 設施 性資 設爲 可， 網路 系統 、軟 Μ所 訊個 槪略 料庫 5 -21 - 201125392 之一部份的圖。 〔圖4〕揭示代碼資料庫之另一部份的圖。 〔圖5〕揭不I p位址及軟體識別代碼與區域代碼之間 的對應關係的圖。 〔圖6〕揭示遊戲終端及伺服器各別的啓動檢査部所 執行之啓動檢查常式的流程圖。 明 說 符 件 元 要 主The network system (1) of the present invention is a network system (1) including a terminal device (3) of a computer (10) and a server device (5) connected to each other via a network (6). The server device is provided with: a comparison data storage means (2 1 ) for memorizing attribute information for identifying attributes of the terminal device, hardware identification information (15) that is inherently assigned to the terminal device, The software assigned to the software of the terminal device -6 - 201125392 Other information (1 6 ) mutually corresponding correspondence data (2 3 ) • The comparison means (24) are respectively transmitted from the terminal device When the hardware identification information and the software identification information are used, referring to the comparison data, it is determined that the attribute information corresponding to the hardware identification information is consistent or inconsistent with the attribute information corresponding to the software identification information; and the comparison information transmission means (24) And transmitting, to the terminal device, a recognition information transmitting means (18) for the server device, And transmitting the hardware identification information and the software identification information; and the terminal operation control means (17), when the determination result transmitted from the comparison information transmission means is not uniform, restricting the operation of the terminal device more than when the ratio is the same . According to the present invention, when the terminal device transmits the hardware identification information and the software identification information to the server device, the server device determines the attribute information that is specified based on the hardware identification information and the attribute information that is specified based on the software identification information. Whether they are consistent or not, when the determination results are inconsistent, the operation of the terminal device is more restricted than when it is coincident. Therefore, it is possible to use the state of the terminal device in a state in which the attribute of the hardware of the terminal device does not match the attribute of the software of the terminal device, and the suppression effect is produced. Thereby, the terminal device can be guided so that the hardware and the software are used under the originally intended attributes, and the inconvenience in the operation or management inconvenience of the use of the terminal device can be reduced. In one aspect of the present invention, the server device may be provided with a service from the server device via the network; and the terminal operation control means may be installed from the server device 201125392 when the above-mentioned mismatch occurs. When the hardware of the service provided is the same as the object of the object, a limit is imposed on the servo. Thereby, an inhibitory effect is produced. Further, the foregoing is the activation identification information of the terminal device; when the foregoing is inconsistent, the operation of the end device may also identify the information and the software may respond to the determination result, thereby improving the operation of the present invention for commercial use, and different operations are not performed. The operation is accompanied by the access of the terminal device, and the activation of the terminal device is required, and it is possible to prevent the service based on the discrimination. It is also possible to use the aforementioned terminal device to be taken out to the original use restriction. In this case, the use of the terminal device of the service provided by the attribute device of the terminal device and the software provided by the device of the terminal device can be used for the use of the terminal device. In the case of the movement, the hardware identification information and the soft terminal operation control means are transmitted, and the end of the activation is further restricted when the determination result is equal to the above. According to this, when the terminal device is activated, it is determined that the action of the terminal device after the activation changes according to the coincidence or inconsistency of the attribute information of the hard identification information. For the suppression effect. In particular, in the case where the terminal device is based on the operator of the terminal device or the like, the terminal device accesses the server device, and the terminal device itself actively provides the server with the service. In this case, if the operation control after the activation of the terminal device with the result of the consistency or inconsistency of the attribute information described above is performed, the server device provides an unsuitable form to the terminal device, and the attribute information includes Information about the location of the device is also available. Thereby, restrictions can be imposed on the action when the terminal is outside the predetermined area. -8 - 201125392 In one aspect of the present invention, the hardware identification information may be used to uniquely identify an IP address of the terminal device on the network. The IP address is widely used as a hardware of a specific terminal device in a network such as an Internet or an internal network using the TCP/IP protocol, and by using it, it is easy to assign a hard device to the terminal device. Body identification information. The present invention can also be implemented as a verification method for a terminal device, which is applicable to a network system in which a terminal device (3) including a computer (10) and a server device (5) are connected to each other via a network (6). (1) A verification method for a terminal device for verifying integration of a hardware and a software of the terminal device is provided with hardware identification information that is inherently assigned to the terminal device from the terminal device (1 5 And the software identification information (1 6 ) associated with the software assigned to the terminal device, the step of transmitting to the server device (S 1 〇 1 ); referring to the memory means (2 1 ) to be recorded in the server device The matching information (2 3 ) of the attribute information for identifying the attribute of the terminal device, the hardware identification information, and the software identification information are mutually determined to correspond to the attribute of the hardware identification information transmitted from the terminal device a step of matching or not matching the information with the attribute information corresponding to the software identification information (S202 to S204); and transmitting the determination result of the determining step to the server device to The step (S207) of said terminal device: and a transmission means from the server to the terminal device determines the result is inconsistent, the operation is more restricted than the terminal device, the same step. According to the verification method of the present invention, when the discrimination results from the server device do not match, the operation of the terminal device can be more restricted than when the comparison is made. Therefore, in the same manner as the network system of the present invention, it is possible to use the state of the terminal device in a state in which the attribute of the hardware of the terminal device is -9 - 201125392 and the software of the terminal device is not the target. Inhibitory effect. Thereby, the terminal device can be guided in a manner in which the hardware and the software are originally used as attributes, thereby reducing the inconvenience in the operation or management inconvenience of the use of the terminal device. Further, the computer program (2 2 ) for the server device of the present invention is configured such that the terminal device (3) including the computer (10) is connected via a network, and the device is provided to identify the terminal device. The attribute information of the attribute 'is inherently assigned to the hardware identification information of the terminal device, and the software identification information corresponding to the software identification information assigned to the software of the terminal device (2 3 ) is compared with the data memory means (2) The computer (20) of the server device (5) functions as: a comparison means, when the hardware identification information and the software identification information are respectively transmitted from the terminal device, the reference is made to the comparison And determining, by the data, the attribute information corresponding to the hardware identification information and the attribute information corresponding to the software identification information, or the matching information transmission means, and transmitting the determination result of the comparison means to the terminal device. By causing the computer of the server device to read and execute the computer program of the present invention, its server device can function as a server device of the network system of the present invention. In addition, in the above description, in order to facilitate the understanding of the present invention, the reference numerals attached to the drawings are attached with parentheses, but the present invention is not intended to limit the form of the drawings. 201125392 [Effect of the Invention] As described above, according to the present invention, the attribute information is specified based on the hardware identification information and the software identification information transmitted from the terminal device to the server device, and the consistency or inconsistency is determined. In the case of the inconsistency, the operation of the terminal device is further restricted, and the effect of suppressing the use of the terminal device in a state in which the attribute of the hardware of the terminal device does not match the attribute of the software of the terminal device is obtained. Thereby, the terminal device can be guided so that the hardware and the software are used under the originally intended attributes, and the inconvenience in the operation or management inconvenience of the use of the terminal device can be reduced. [Embodiment] First, a mode of forming one of the network systems of the present invention as a playground system will be described with reference to Fig. 1 . The game system 1 of the game system 1 of FIG. 1 is provided with a game terminal 3 installed as one terminal device or a plurality of terminal devices of a commercial facility (hereinafter referred to as a store) such as a casino facility, and is managed by the service manager 4 or A plurality of server devices (hereinafter abbreviated as servers) 5 that operate. The game terminal 3 and the server 5 are communicably connected to each other via a network 6' such as the Internet. The game terminal 3 is a business game machine for the user 7 to allow the game to play according to the consumption of the fixed currency price. In the playground system 1, a system for providing various services to the operator 2 and the user 7 is also installed. For example, the user 8 is given a card 8 as a user identification means, and the card ID of the memory medium -11 - 201125392 (for example, a 1C wafer) recorded on the card 8 is used in the server 5 The user ID of the user 7 is identified to establish a correspondence, and the user 7 is identified to provide various services to the user 7. For example, when the user 7 causes the game terminal 3 to recognize the card ID of the card 8 and play the game, the game information including the game score or the like is generated in the game terminal 3, and the play information and the card ID are It is sent to the server 5, and its play material is associated with the user ID of the corresponding card ID and saved. The play data saved by the server 5 can also be utilized in the next play opportunity. For example, when the user 7 plays the same game again, the game terminal 3 can recognize the card ID of the card 8 before playing, and can save the game from the server 5 by associating with the user ID corresponding to the card ID. The data is read into the game terminal 3 for use. Alternatively, when the game is played between the game terminals 3 via the game play of the network 6, the user 7 is provided with the user 7 who has accessed the server 5 for a predetermined period of time and applied for a match. The user 7 establishes a corresponding game data saved by the user 7 to match the service of the opponent. For the operator 2', for example, the server 5 is provided with an update service of the computer program or material incorporated in the game terminal 3. The configuration of the game terminal 3 and the server 5 will be further described with reference to Fig. 2 . The control unit 1 is provided in the game terminal 3. The control unit 1 is a computer unit including a microprocessor, a program for recording a program to be executed by the microprocessor, and a computer unit for providing an internal memory device (not shown) such as a RAM for a work area of the microprocessor. . An external memory device 13 such as an input device 11, an output device 12, and a hard disk is connected to the control unit 10'. Input device 201125392 Set 11 to output the signal input means in response to the user's 7 operation content. The output device 12 includes a speaker that displays a monitor such as a game screen and a sound outputted. The external memory device 13 is a variety of materials (not shown) that the game program 14 and its program 14 executed by the control unit 10 are referred to. The internal memory device of the control unit 10 is provided with a rewritable non-volatile memory such as EEPRO, and an IP address 15 is recorded in its non-volatile memory system. The IP address 15 is hardware identification information that is inherently assigned to the game terminal 3 in order to univocally recognize the game terminal 3 in the casino system 1. The range of available IP addresses for each store. In the range in which the game terminal 3 is assigned to the shop of the game terminal 3, one IP address 15 is set at the time of setting of the game terminal 3. Furthermore, when the network 6 is a public network such as the Internet, a router is set between the game terminal 3 and the network 6 of each store, and the router is set to be unique on the network 6. Fixed address. The game terminal 3 is set as an IP address 15 by a combination of its fixed address and a private address for uniquely identifying the game terminal 3 on the network 6. On the other hand, the software identification code 16 is written in the game program 14. The software identification code 16 is a software identification information for identifying the details of the game program 14 such as the target region (the collection of countries or countries) of the game program 14 , the title of the game (the name of the game), and the version of the software. . In the case where the game program 3 is intended to be used in the country of the game, the language of the game program 14 is used in a language such as a screen display, and the area to be used by the game program 14 is used. That is, the target area of the game program 14 is the destination of the game program 14. IP address 15 and software identification -13- 201125392 Code 1 6 is associated with an area code for identifying the area in which the terminal device 3 should be used. The area code is equivalent to the attribute information for identifying the attribute of the terminal device 3. The area code is detailed later. The game program 14 of the external device 13 is read and executed by the control unit 10, and the game control unit 17 and the startup check unit 18 as logical devices are provided inside the control unit 10. The game control unit 17 follows various processes required for the game program 14 to execute the game play that is managed by the game terminal 3 to the start, end, and end of the game of the user 7, and the provider of the service received from the server 5. Need to deal with. The startup check unit 18 performs a startup check process using the IP address 15 and the software identification code 16 in cooperation with the server 5. The processing of the startup inspection unit 18 will be described in detail later. The server 5 is provided with a control unit 20 and an external memory device 21. The control unit 20 is provided with a microprocessor, a ROM for recording a program such as a work system to be executed by the microprocessor, and a computer unit for providing an internal memory device (not shown) such as a RAM for the work area of the microprocessor. The control unit 20 is connected to an input device such as a keyboard or an output device such as a monitor, but the illustration is omitted. The external memory device 2 1 is a variety of materials (not shown) that the server program 22 and its program 22 executed by the control unit 20 refer to. The external recording device 2 1, as one of the materials to be referred to by the control unit 20, is recorded with a code database (code DB) 23. The code DB 23 is equivalent to the comparison data in which the IP address, the software identification code, and the area code are associated with each other, and the details thereof will be described later. The server unit 22 of the external memory device 21 is read and executed by the control unit 20, and the service management unit 25 and the startup check unit 24 as the logic devices -14 - 201125392 are provided inside the control unit 20. The service management unit 25 manages the provision of various services for the game terminal 3 and the like. The startup check unit 24 performs a startup check process using the IP address 15 and the software identification code 16 in cooperation with the game terminal 3. The processing of the startup inspection unit 24 will be described in detail later. In addition to the illustrated logic device, various control devices may be provided to the control unit 10 of the game terminal 3 and the control unit 20 of the server 5 as needed. 3 and 4 disclose the code DB23 in detail. As shown in the figures, the code DB23 includes a plurality of tables TB1 to TB5. As shown in Fig. 3, the table TB1 is a material in which an IP address is associated with a shop code and described. The store code is a code uniquely attached to each store. That is, as described above, in the casino system 1, a range that can be set to the IP address of the game terminal 3 is defined in each store. The table TB 1 is set as a material for describing the correspondence between the IP addresses and the store. The table TB2 is a material that associates and stores the shop code with the country code. Country codes are uniquely attached to each country. Further, the table TB3 is a material that associates and describes the country code and the area code. The area code is used to identify the code of the area, and one area code corresponds to one or a plurality of country codes. Further, as shown in Fig. 4, the table TB4 is a data for identifying and describing the parent code and the area code. The identification parent code is the code contained in one part of the software identification code. The area code is as above. An example of the correspondence relationship between the codes shown in Figs. 3 and 4 is shown in Fig. 5. In the example of Fig. 5, the IP address 15 held by the game terminal 3 is an IPv4 protocol that is used in the Internet, and is described as a 32-bit code. In the example of Fig. 3 of -15-201125392, as the IP address 15, " 10.20.30.xxx" is set (however, X is an arbitrary natural number). On the other hand, in the software identification code system, "GSA 1 000" is set as an example. When the IP address 15 and the software identification code 16 are notified from the game terminal 3 to the server 5, the server 5 verifies the game terminal 3 based on the IP address 15 and the software identification code 16 as described below. The integration of the region and the target area of the game program 14 is set. First, with respect to the IP address 15, the IP address 15 is sequentially converted into a shop code and a country code using the tables TB1 and TB 2 described above. In the country code, such as Japan is "A", Hong Kong is "B", Singapore is "C", the United States is "D", the United Kingdom is "E", South Korea is "F", using letters, etc., setting each country unique The code. The country code and the area code are based on an appropriate distinction. For example, Japan's country code "A" alone corresponds to the area code "RG-A", Hong Kong's country code "B" and Singapore's country code "C" correspond to the regional code "RG-ASIA" representing the Asian region. 'The country code "D" of the United States is individually associated with the area code "RG-US". The country code "E" of the United Kingdom is individually associated with the area code "RG-GB". The country code "F" of Korea is separate from the area code. "RG-KR" establishes a correspondence. On the other hand, the software identification code 16 is associated with the identification of the parent code in a plurality of pairs. It is recognized that the parent code is the code of the object area and the title of the game for the same game program. For example, in the game program 14 of the specific title and the Japanese game area 14 as the target area, the same identification code is set regardless of the version of the program 14. In the example of Figure 5, the upper letter 3 of the software identification code is equivalent to the identification of the parent code. -16- 201125392 For example, “GSA 1 0 0 0” to “GSA 1 Ο Ο X ” (any X number) are provided with the same title assigned to the game and Japan is set as the target area. The software identification code of the game program 14 has the following five numbers indicating the version. On the other hand, the upper three character strings "GSA" of the software identification code are commonly set to the game program 14 in which the target area is Japanese and the title is common. The software identification code "GSB100Y" is the same as the title of the game. However, for the game program 1 for Hong Kong, the identification code is "GSB". The identification of the parent code is associated with any of the area codes. For example, the identification parent code "GSA" is associated with the area code "RG-JP". In addition, in FIG. 5, only the correspondence relationship between the area code "RG-JP" and "RG-ASIA" and the software identification code is illustrated, but even with respect to other area codes, the software identification code is similarly set. Correspondence between the two. According to the above relationship, in addition to the specific area code based on the IP address of the hardware identification information of the game terminal 3, the area code is specified based on the software identification code which is the software identification information inherent to the game program 14. By judging the agreement or the inconsistency of the two, it is possible to determine the integration of the installation area of the game terminal 3 with the target area of the game program 14. The comparison of the codes described above is performed by the activation check unit (hereinafter referred to as the terminal start check unit) 18 of the game terminal 3 and the start check unit (hereinafter referred to as the server start check unit) 24 of the server 5, respectively. The terminal startup check routine and the server startup check routine are shown. The details of the processing are as follows. -17- 201125392 First, when the game terminal 3 is powered on and the game program 14 is read by the control unit 1, the game terminal 3 starts the check-up routine of FIG. 6 as the required position at the start of the start. In the initial step S1 0 1 of the terminal start check routine, the terminal start check unit 18 requests the server 5 to initiate the check. The request includes an IP address 15 assigned to the game terminal 3 and a software identification code 16 written to the game program 14. When receiving the transmission from the game terminal 3, the server activation check unit 24 starts the server start check routine. In the initial step S 2 〇 1, the server activation check unit 24 acquires the data (including the IP address and the software identification code) included in the request sent from the game terminal 3. In the next step S2 02, the server startup check unit 24 sequentially acquires the country code corresponding to the IP address with reference to the tables TB1 and TB2' of Fig. 3 . In the next step S2 〇3, the server start detecting unit 24 sequentially acquires the area code corresponding to the software identification code with reference to the tables TB4 and TB5' of Fig. 4 . Thereafter, the server activation check unit 24 proceeds to step S204, and refers to the table TB3 of Fig. 3 to determine whether or not the country code acquired in step S2〇2 is associated with the area code acquired in step s2〇3. That is, in step S240, the IP address transmitted from the game terminal 3 is verified via the area code to be integrated with the software identification code. When the country code is associated with the area code in step S204, the server initiates the check. The department 24 proceeds to step S205 to recognize that the game terminal 3 is in a bootable state. On the other hand, when the country code does not correspond to the area code in step S2〇4, the server start check unit 24 proceeds to step S2 0 6 ' to recognize that the game terminal 3 is in an inactive state. After the processing of step s 2 0 5 or S206, the server startup check unit 24 proceeds to step S207, -18-201125392 to generate a response indicating that the game terminal 3 is bootable or unbootable, and transmits a response to the game terminal 3 . When the processing of step S2〇7 is completed, the server startup check unit 24 ends the server startup check routine of Fig. 6 . On the other hand, the terminal activation check unit 18 of the game terminal 3 proceeds to step S102 when it transmits a request in step S101, and determines whether or not a response from the server 5 has been received. When it is not received, the terminal startup check unit 18 proceeds to step S1 03 to determine whether or not the predetermined waiting time has elapsed after the transmission is requested. If the waiting time has not elapsed, the terminal startup checking unit 18 returns to the processing of step S102. When it is judged in step S102 that the response has been received, the terminal activation checking unit 18 proceeds to step S104 and acquires the content of the response from the server 5. In the next step S105, the terminal activation checking unit 18 determines whether the response from the servo 5 indicates that it is bootable. When it is bootable, the terminal startup check unit 8 proceeds to step S1 0 6. The game control unit 17 instructs the normal start of the game terminal 3, and ends the current terminal start check routine. At this time, the game terminal 3 is activated in a state in which the provision of various services from the server 5 is acceptable. On the other hand, when it is judged in step s 103 that the waiting time has elapsed, or when it is judged that the waiting time is not possible in step S105, the terminal activation checking unit 18 proceeds to step S1 07' to instruct the game control unit 7 to specify the error processing. . Thereafter, the terminal activation check unit 18 ends the current terminal start check routine. When the error processing is instructed in step S107, the game control unit 7 causes the game terminal 3 to stop the prohibition of the game-playing process including the subsequent game. Alternatively, the game control unit 17 may perform error processing, and the game terminal 3 may be activated while the connection to the network 6 is prohibited. In any case, the error handling system -19-201125392 can be based on the above processing as long as it imposes restrictions on at least a part of the action of the game terminal 3, in the IP address of the hardware that is inherently assigned to the gaming terminal 3, and When the software identification code inherent to the game program 14 installed in the software of the game terminal 3 is integrated, the service from the server 5 can be accepted, and when it is not integrated, the service to be provided from the server 5 cannot be utilized. At least part of it. For this reason, when the installation area of the game terminal 3 and the target area of the game program I4 are not integrated, it is possible to preclude the provision of uncomfortable service from the server 5. For example, even if the game terminal 3 is moved in an area different from the storage setting area, and the IP address of the new installation area is set in the game terminal 3, the game program 14 is not changed to the area in which the game program is installed. It will limit the use of the service. Thereby, it is possible to suppress the situation in which the game terminal 3 is brought to a different area from the original. In the above embodiment, the external device 2 1 of the server 5 functions as a comparison data storage means, and the activation check unit 24 of the server 5 performs the processing of steps S202 to S206 of FIG. 6 as a comparison means. The activation check unit 24 functions as a comparison information transmitting means by executing the processing of step S207, and the activation check unit 18 of the game terminal 3 performs the processing of the identification information by executing the processing of step S1 0 1 of FIG. By the means, the game control unit 17 controls the operation of the game terminal 3 by receiving an instruction from step S106 or S107 of Fig. 6, and functions as a terminal operation control means. The present invention is not limited to the above-described embodiment, and may be implemented in an appropriate form. For example, in the above-described embodiment, IP bit -20-201125392 is used as the hardware identification information, but 'as long as it is inherently set in the terminal device. , can be used to identify information and use it. As the hardware identification information, it is also possible to use the MAC address of the network device or the like, and when a unique number or code is attached to the micro unit of the control unit, it may be used as hardware identification information. The area code as the attribute information is not limited to an example of a collection attached to a single country or each plural country, and is uniquely attached to each of the subtle regions of the country. The attribute information is not limited to the area code, the age level or gender of the terminal device, and the type of facility or environment (for example, commercial facilities, public, workplace, family, etc.) of the terminal device. It is also possible to establish an association and set up a newsletter. The terminal device is not limited to the game terminal, and the device object may be adapted. For example, the device of the sports facility is a terminal device, a mobile terminal such as a personal computer or a mobile phone, and the like, and various terminal devices can be targeted as long as they are connectable. Therefore, the network of the present invention is not limited to the example constructed as a playground system. Hardware identification information The association between the body recognition information and the attribute information is not limited to the form shown in Figs. 3 and S, and may be changed as long as it is a form in which the attribute information can be specified based on the hardware identification information and the software identification. BRIEF DESCRIPTION OF THE DRAWINGS [Fig. 1] A configuration diagram of a playground system according to an aspect of the present invention is disclosed. FIG. 2 is a functional block diagram of the game terminal and the server of FIG. 1. [Fig. 3] reveals that the code of the device recorded on the server is used as a device for the use of the state-of-the-art facility in the country, and the network system and the software server 5 -21 - 201125392 Part of the map. [Fig. 4] A diagram showing another part of the code database. [Fig. 5] A diagram showing the correspondence between the IP address and the software identification code and the area code. Fig. 6 is a flow chart showing the startup check routine executed by the startup check unit of the game terminal and the server. Ming said
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