201242321 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種驗證系統及方法。 【先前技術】 [0002] 觸摸屏的手機越來越大眾化。當使用觸摸手機瀏覽網頁 或QQ登入網上活動時，為了保證安全，經常要求輸入隨 機生成的驗證碼。所述的驗證碼一般是將一串隨機產生 的數位或符號，生成-一幅圖片，圖片里加上一些干擾圖 元以防止 OCR ( Optical Character Recognition 光 學字元識別）識別，當用戶輸入正確的驗證碼資訊時才 能使用某項功能。所述的驗證碼一般是防止批量註冊以 及防止大規模回帖灌水的情況。觸摸屏手機在輸入驗證 碼時，操作比較麻煩，需要點擊驗證碼輸入框輸入驗證 資訊，在輸入時需要切換數位與字元，造成操作上的不 方便。 【發明内容】 [0003] 鑒於以上内容，有必要提供一種驗證系統及方法，隨機 生成包括一個方向指示的驗證圖像，使用戶通過電子裝 置的觸摸屏按照驗證圖像中的方向指示進行操作來進行 驗證。 [0004] 所述的驗證方法，應用於網站伺服器上，該方法包括： 構建步驟：在網站伺服器上構建包括多個方向指示圖示 的圖示庫；第一生成步驟：當與網站伺服器通訊連接的 電子裝置向網站伺服器請求的頁面需要驗證時，從圖示 庫隨機選取一個方向指示圖示，並生成驗證圖像；第二 100113311 表單編號 A0101 第 4 頁/共 19 頁 1002022246-0 201242321 生成步驟：根據該驗證圖像生成一個驗證頁面，該驗證 頁面包括驗證框，驗證框中顯示的是所述生成的驗證圖 像；第一發送模組：將生成的驗證頁面發送至電子裝置 ，並顯示該驗證頁面在電子裝置上；接收步驟：接收電 子裝置發送的用戶在該電子裝置觸摸屏上進行操作的操 作路徑的信號；校驗步驟：將所接收的操作路徑的方向 與上述生成的驗證圖像中的方向進行比對，判斷方向是 否一致；第二發送模組：當方向一致時，將電子裝置所 請求的頁面發送給電子裝置。 ❹ [0005]201242321 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a verification system and method. [Prior Art] [0002] Touch screen mobile phones are becoming more and more popular. When using a touch phone to browse the web or QQ to log in to an online event, it is often required to enter a random verification code to ensure security. The verification code generally generates a string of randomly generated digits or symbols, and generates a picture with some interference primitives to prevent OCR (Optical Character Recognition) recognition, when the user inputs the correct verification. A feature can only be used when using code information. The verification code is generally for preventing batch registration and preventing large-scale reply flooding. When the touch screen mobile phone enters the verification code, the operation is troublesome. It is necessary to click the verification code input box to input the verification information, and it is necessary to switch the digits and characters when inputting, which is inconvenient in operation. SUMMARY OF THE INVENTION [0003] In view of the above, it is necessary to provide a verification system and method for randomly generating a verification image including a direction indication, such that the user operates through the touch screen of the electronic device according to the direction indication in the verification image. verification. [0004] The verification method is applied to a website server, and the method includes: a constructing step: constructing a graphic library including a plurality of direction indication icons on a website server; and first generating step: when working with a website server When the electronic device connected to the website server needs to verify the page requested by the website server, a direction indication icon is randomly selected from the graphic library, and a verification image is generated; second 100113311 Form No. A0101 Page 4 of 19 1002022246- 0 201242321 generating step: generating a verification page according to the verification image, the verification page includes a verification box, the verification frame displays the generated verification image; and the first sending module: sending the generated verification page to the electronic a device, and displaying the verification page on the electronic device; receiving step: receiving a signal of an operation path of the user that is operated by the electronic device on the touch screen of the electronic device; and verifying: the direction of the received operation path is generated by the foregoing Align the directions in the verification image to determine whether the directions are consistent; the second sending module: when the direction When activated, the requested page of the electronic device to the electronic device. ❹ [0005]
G 所述的驗證系統，運行於網站伺服器上，該系統包括： 構建模組，用於在網站伺服器上構建包括多個方向指示 圖示的圖示庫；第一生成模組，用於當與網站伺服器通 訊連接的電子裝置向網站伺服器請求的頁面需要驗證時 ，從圖示庫隨機選取一個方向指示圖示，並生成驗證圖 像；第二生成模組，用於根據該驗證圖像生成一個驗證 頁面，該驗證頁面包括驗證框，驗證框中顯示的是所述 生成的驗證圖像；第一發送模組，用於將生成的驗證頁 面發送至電子裝置，並顯示該驗證頁面在電子裝置上； 接收模組，用於接收電子裝置發送的用戶在該電子裝置 觸摸屏上進行操作的操作路徑的信號；校驗模組，用於 將所接收的操作路徑的方向與上述生成的驗證圖像中的 方向進行比對，判斷方向是否一致；第二發送模組，還 用於當方向一致時，將電子裝置所請求的頁面發送給電 子裝置。 [0006] 相較於習知技術，本發明所述的驗證系統及方法，隨機 100113311 表單編號A0101 第5頁/共19頁 1002022246-0 201242321 生成包括一個方向指示的驗證圖像，使用戶可以按照驗 證圖像中的方向指示，在電子裝置的觸摸屏用手指或觸 控筆進行移動，更加方便地完成驗證，避免了帶觸摸屏 的電子裝置在上網時需要手動輸入及切換驗證資訊的麻 煩。 【實施方式】 [0007] 如圖1所示，是本發明驗證系統較佳實施例的架構示意圖 。所述的驗證系統1 2運行於網站伺服器1上。所述的網站 伺服器1為電子裝置2提供服務。所述的電子裝置2通過無 線網路（圖中未示出）訪問網站伺服器1，請求服務。所 述的網站4司服器1可以是WAP (Wireless Application Protocol ， 無線應 用協定 ） 網站飼服器， 也可以 是WEB伺服器等適用的網站伺服器。所述的電子裝置2包 括觸摸屏20。所述的觸摸屏20可以是電容式觸摸屏或電 阻式觸摸屏等。當電子裝置2需要上網時，會通過電子裝 置2上的瀏覽器（圖中未示出）向網站伺服器1發送頁面 請求來請求服務。 [0008] 如圖2所示，是本發明驗證系統較佳實施例的功能模組圖 。所述的驗證系統12包括構建模組120、第一生成模組 121、第二生成模組122、第一發送模組123、接收模組 124、校驗模組125、提示模組126以及第二發送模組127 。本發明所稱的模組是完成一特定功能的程式段，比程 式更適合於描述軟體在晶片中的執行過程，因此在本發 明以下對軟體描述中都以模組描述。 [0009] 所述的構建模組1 20用於在網站伺服器1上構建一圖示庫 100113311 表單編號A0101 第6頁/共19頁 1002022246-0 201242321 JO。如圖3 (a)所示，所述的圖示庫10包括多個方向指 示圖示。所述的方向可以是從左向右、從右向左、從上 往下、從下往上等方向，也可以是比較複雜點的由左向 右與由下向上的兩者結合的方向等。但實際應用中，並 不扃限於圖3中所示的方向指示圖示。 [0010] 所述的第一生成模組121用於當電子裝置2向網站伺服器] 請求的頁面需要驗證時’從圖示庫10隨機選取一個方向 指米圖示，並生成驗證圖像。所述的第一生成模組1 21通 過在隨機選取的方向指示圖示上加上干擾圖元來生成驗 證圖像，以防止OCR識別。所述的第一生成模組121可以 在方向指示圖示上加上淺色背景或其他干擾圖元，其干 擾圖元可採用不規則點、筆劃等》 [0011] 所述的第二生成模組122還用於生成一個驗證頁面，該驗 證頁面包括驗證框，驗證框中顯示的是所述生成的驗證 圖像。 [0012] 所述的第一發送模組丨23用於將生成的驗證頁面發送至電 子裝置2，並顯*在電子裝置2上。當電子襄置2接收並顯 禾所述的驗證頁面時，電子裝置2開始接收用戶在電子裝 置2的觸摸屏20上的操作路徑，f此次操作結束時即一 旦沒有接收到觸摸信號時，電子裝置2將上述操作路徑的 信號傳送至網站伺服器丨。所述的操作路徑包括當顯示所 述生成的驗證圖像後，在_屏上由於觸模產生的連續 軌跡’包糾始座標值、經過的錢值錢結東座標值 。其中’所述的操作路徑可以是由從左 及向右、從右向左 、從上往下、從下往上等方向，也可以是由左向右與由 100113311 表單編號A0101 第7頁/共ig頁 1002022246-0 201242321 下向上的兩者結合的方向等。 [0013] 例如，當顯示所述的驗證頁面時，用戶可以按照驗證框 中所顯示的方向指示圖示，通過手指或觸摸筆等在觸摸 屏20上的隨機位置進行操作，例如，當所顯示的方向指 示圖示中的方向為從下往上時，用戶可以在觸摸屏20上 從下往上移動手指，電子裝置2接收觸摸屏20上的操作路 徑，當操作觸摸屏20的手指或觸摸筆離開觸摸屏20時， 所述的電子裝置2將上述用戶的操作路徑的信號發送給網 站伺服器1。 [0014] 所述的接收模組124用於接收電子裝置2發送的用戶在電 子裝置2的觸摸屏20上的操作路徑的信號。 [0015] 所述的校驗模組125用於根據該操作路徑的信號，將操作 路徑的方向與上述生成的驗證圖像中的方向進行比對， 判斷方向是否一致。若操作路徑的方向是由下往上，驗 證圖像中的方向也是由下往上時，所述的校驗模組1 25判 斷方向一致。所述的校驗模組1 2 5在比對時，可以通過比 對座標的變化是否一致來比對。例如，當驗證圖像中的 方向指示為從下往上（X值不變，y值變大，其中水準方 向為X軸，垂直方向為y轴），若當所接收的操作結果中 ，只要y座標值是始終連續變大的，所述的校驗模組12 5 判定操作結果與上述生成的驗證圖像中的方向是一致的 。應說明的是，如果圖示庫10中的方向指示圖示較多時 ，那麼，所述的校驗模組125也可設計為根據實際情況來 進行比對。 100113311 表單編號A0101 第8頁/共19頁 1002022246-0 201242321 [0016] 當判斷方向不一致時，所述的提示模組126提示輸入方向 不一致，並重新從圖示庫10中隨機選取一圖示生成驗證 圖像。 [0017] 當判斷方向一致時，即表示通過驗證，所述的第二發送 模組127將電子裝置2所請求的頁面發送給電子裝置2，電 子裝置2可以使用網站伺服器1中的提供的功能。 [0018] 如圖4所示，是本發明驗證方法較佳實施例的流程圖。 [0019] 步驟S10，所述的構建模組120在網站伺服器1上構建一圖 〇 I 示庫10。所述的圖示庫10包括多個方向指示圖示。其中 ，所述的方向可以是由從左向右、從右向左、從上往下 、從下往上等方向，也可以是由左向右與由下向上兩者 結合的方向等。 [0020] 步驟S11，當電子裝置2向網站伺服器1請求的頁面需要驗 證時，所述的第一生成模組121從圖示庫10隨機選取一個 方向指示圖示，並生成驗證圖像。所述的第一生成模組 Q 121通過在隨機選取的方向指示圖示上加上干擾圖元來生 成驗證圖像，以防止OCR識別。所述的第一生成模組121 可以在方向指示圖示上加上淺色背景或其他干擾圖元， 其干擾圖元可採用不規則點，筆劃等等。 [0021] 步驟S12，所述的第二生成模組122根據上述生成的驗證 圖像生成一個驗證頁面，該驗證頁面包括驗證框，驗證 框中顯示的是所述生成的驗證圖像。 [0022] 步驟S1 3，所述的第一發送模組123將生成的驗證頁面發 送至電子裝置2，並顯示在電子裝置2上。當電子裝置2接 100113311 表單編號A0101 第9頁/共19頁 1002022246-0 201242321 收並顯示所述的驗證頁面時，電子裝置2開始接收用戶在 電子裝置2的觸摸屏20上的操作路徑，當此次操作結束時 ，即一旦沒有接收到觸摸信號時，電子裝置2將上述操作 路徑的信號傳送至網站伺服器1。所述的操作路徑包括當 顯示所述生成的驗證圖像後，在觸摸屏上由於觸摸產生 的連續軌跡，包括開始座標值、經過的座標值以及結束 座標值。其中，所述的操作路徑可以是由從左向右、從 右向左、從上往下、從下往上等方向，也可以是由左向 右與由下向上兩者結合的方向等。 [0023] 步驟S14，所述的接收模組124接收電子裝置2發送的用戶 在電子裝置2的觸摸屏20上的操作路徑的信號。 [0024] 步驟S15，所述的校驗模組125將所接收的操作結果與上 述生成的驗證圖像中的方向進行比對，判斷方向是否一 致。所述的校驗模組125在比對時，通過比對座標的變化 是否一致來比對。當方向不一致時，進入步驟S16 ;當方 向一致時，進入步驟S17。 [0025] 步驟S16，所述的提示模組126提示輸入方向不一致，並 重新從圖示庫10中隨機選取一圖示生成驗證圖像，流程 返回至步驟S12。 [0026] 步驟S17，所述的第二發送模組127將電子裝置2所請求的 頁面發送給電子裝置2，電子裝置2可以使用網站伺服器1 中的提供的功能。 [0027] 綜上所述，本發明符合發明專利要件，爰依法提出專利 申請。惟，以上所述者僅爲本發明之較佳實施例，本發 100113311 表單編號A0101 第10頁/共19頁 1002022246-0 201242321 明之範圍並不以上述實施例爲限，舉凡熟悉本案技藝之 人士援依本發明之精神所作之等效修飾或變化，皆應涵 蓋於以下申請專利範圍内。 【圖式簡單說明】 [0028] 圖1是本發明驗證系統較佳實施例的架構示意圖。 [0029] 圖2是本發明驗證系統較佳實施例的功能模組圖。 [0030] 圖3是本發明驗證系統較佳實施例的方向指示圖標示意圖 [0031] 圖4是本發明驗證方法較佳實施例的流程圖。 【主要元件符號說明】 [0032] 網站伺服器1 [0033] 圖示庫10 [0034] 驗證系統12 [0035] 電子裝置2 [0036] 觸摸屏20 [0037] 顯示單元22 [0038] 構建模組120 [0039] 第一生成模組 121 [0040] 第二生成模組 122 [0041] 第一發送模組 123 [0042] 接收模組124 100113311 表單編號A0101 第11頁/共19頁 1002022246-0 201242321 [0043] 校驗模組1 2 5 [0044] 提示模組1 2 6 [0045] 第二發送模組127 [0046] 在網站伺服器上構建包括多個方向指示圖示的圖示庫 S10 [0047] 當電子裝置向網站伺服器請求的頁面需要驗證時，從圖 示庫隨機選取一個方向指示圖示生成驗證圖像S11 [0048] 根據所生成的驗證圖像生成一個驗證頁面，該驗證頁面 包括顯示有驗證圖像的驗證框S12 [0049] 將生成的驗證頁面發送至電子裝置，並顯示在電子裝置 上S13 [0050] 接收電子裝置發送的用戶在電子裝置的觸摸屏上的操作 路徑的信號S14 [0051] 將操作結果和驗證圖像比對，判斷方向是否一致S15 [0052] 提示輸入方向不一致，重新從圖示庫中隨機選取一個圖 示生成驗證圖像S16 [0053] 將電子裝置所請求的頁面發送給電子裝置S17 100113311 表單編號A0101 第12頁/共19頁 1002022246-0The verification system described in G runs on a website server, the system includes: a building module, configured to build a graphic library including a plurality of direction indication icons on a website server; and a first generation module, configured to: When the page requested by the electronic device connected to the web server to the website server needs to be verified, a direction indication icon is randomly selected from the graphic library, and a verification image is generated; and a second generation module is used according to the verification. The image generates a verification page, where the verification page includes a verification box, and the verification frame displays the generated verification image. The first sending module is configured to send the generated verification page to the electronic device, and display the verification. The page is on the electronic device; the receiving module is configured to receive a signal sent by the electronic device to operate the operation path of the user on the touch screen of the electronic device; and the verification module is configured to generate the direction of the received operation path and the generated The direction of the verification image is compared to determine whether the directions are consistent; the second transmitting module is also used to select the electronic device when the directions are the same. The page is sent to the electronic device. [0006] Compared with the prior art, the verification system and method of the present invention randomly generate a verification image including a direction indication so that the user can follow according to the random number 100113311 Form No. A0101 Page 5 / 19 pages 1002022246-0 201242321 The direction indication in the image is verified, and the touch screen of the electronic device is moved by the finger or the stylus to complete the verification more conveniently, thereby avoiding the trouble that the electronic device with the touch screen needs to manually input and switch the verification information when surfing the Internet. [Embodiment] FIG. 1 is a schematic structural diagram of a preferred embodiment of the verification system of the present invention. The verification system 12 runs on the website server 1. The website server 1 provides services for the electronic device 2. The electronic device 2 accesses the website server 1 via a wireless network (not shown) to request a service. The website 4 server 1 can be a WAP (Wireless Application Protocol) website server or a suitable web server such as a WEB server. The electronic device 2 includes a touch screen 20. The touch screen 20 can be a capacitive touch screen or a resistive touch screen or the like. When the electronic device 2 needs to access the Internet, a page request is sent to the website server 1 through the browser (not shown) on the electronic device 2 to request the service. 2 is a functional block diagram of a preferred embodiment of the verification system of the present invention. The verification system 12 includes a construction module 120, a first generation module 121, a second generation module 122, a first transmission module 123, a receiving module 124, a verification module 125, a prompt module 126, and a Two transmit module 127. The module referred to in the present invention is a program segment for performing a specific function, and the ratio is more suitable for describing the execution process of the software in the wafer. Therefore, the following description of the software is described in the module. [0009] The building module 120 is configured to construct a graphic library 100113311 on the website server 1 Form No. A0101 Page 6 / 19 pages 1002022246-0 201242321 JO. As shown in Fig. 3(a), the illustrated library 10 includes a plurality of directional indications. The direction may be from left to right, from right to left, from top to bottom, from bottom to top, or the direction of the more complicated points from left to right and from bottom to top. . However, in practical applications, it is not limited to the direction indication diagram shown in FIG. [0010] The first generation module 121 is configured to randomly select a direction indicator from the icon library 10 when the page requested by the electronic device 2 to the website server needs to be verified, and generate a verification image. The first generation module 1 21 generates an authentication image by adding an interference primitive to the randomly selected direction indication icon to prevent OCR recognition. The first generation module 121 may add a light background or other interference primitive to the direction indication icon, and the interference primitive may adopt a second generation mode according to the irregular point, the stroke, etc. [0011]. The group 122 is also used to generate a verification page that includes a verification box in which the generated verification image is displayed. [0012] The first sending module 丨23 is configured to send the generated verification page to the electronic device 2 and display it on the electronic device 2. When the electronic device 2 receives and displays the verification page, the electronic device 2 starts to receive the operation path of the user on the touch screen 20 of the electronic device 2, f, when the operation ends, once the touch signal is not received, the electronic The device 2 transmits the signal of the above operation path to the website server. The operation path includes a continuous track ‘package correction coordinate value generated by the touch mode on the _ screen after the display of the generated verification image, and a value of the money value that has passed. Wherein the operation path described may be from left and right, from right to left, from top to bottom, from bottom to top, or from left to right with 100113311 form number A0101 page 7 / A total of ig page 1002022246-0 201242321 The direction of the combination of the two up and down. [0013] For example, when the verification page is displayed, the user can follow the direction indication icon displayed in the verification box, and operate at a random position on the touch screen 20 by a finger or a touch pen or the like, for example, when displayed. When the direction in the direction indication icon is from bottom to top, the user can move the finger from bottom to top on the touch screen 20, and the electronic device 2 receives the operation path on the touch screen 20 when the finger or the touch pen operating the touch screen 20 leaves the touch screen 20 The electronic device 2 transmits a signal of the operation path of the user to the website server 1. [0014] The receiving module 124 is configured to receive a signal of an operation path of the user on the touch screen 20 of the electronic device 2 transmitted by the electronic device 2. [0015] The verification module 125 is configured to compare the direction of the operation path with the direction in the generated verification image according to the signal of the operation path, and determine whether the directions are consistent. If the direction of the operation path is from bottom to top, and the direction in the verification image is also from bottom to top, the verification module 125 determines that the direction is the same. When the verification module 1 2 5 is aligned, it can be compared by comparing whether the changes of the coordinates are consistent. For example, when the direction indication in the verification image is from bottom to top (the X value is constant, the y value becomes larger, where the level direction is the X axis, and the vertical direction is the y axis), if the received operation result is as long as The y coordinate value is always continuously increasing, and the verification module 12 5 determines that the operation result is consistent with the direction in the generated verification image. It should be noted that, if there are more directional indications in the library 10, the verification module 125 can also be designed to perform comparison according to actual conditions. 100113311 Form No. A0101 Page 8/19 pages 1002022246-0 201242321 [0016] When the judgment directions are inconsistent, the prompt module 126 indicates that the input directions are inconsistent, and a graph generation is randomly selected from the icon library 10. Verify the image. [0017] When the determination directions are the same, that is, by the verification, the second sending module 127 sends the page requested by the electronic device 2 to the electronic device 2, and the electronic device 2 can use the provided in the website server 1. Features. [0018] As shown in FIG. 4, it is a flowchart of a preferred embodiment of the verification method of the present invention. [0019] Step S10, the building module 120 constructs a library 10 on the website server 1. The illustrated library 10 includes a plurality of directional indication icons. The direction may be from left to right, from right to left, from top to bottom, from bottom to top, or from left to right and from bottom to top. [0020] Step S11, when the page requested by the electronic device 2 to the website server 1 needs to be verified, the first generation module 121 randomly selects a direction indication icon from the icon library 10, and generates a verification image. The first generation module Q 121 generates a verification image by adding an interference primitive to the randomly selected direction indication icon to prevent OCR recognition. The first generation module 121 may add a light background or other interference primitive to the direction indication icon, and the interference primitive may adopt irregular points, strokes, and the like. [0021] Step S12, the second generation module 122 generates a verification page according to the generated verification image, and the verification page includes a verification box, and the generated verification image is displayed in the verification box. [0022] Step S1 3, the first sending module 123 sends the generated verification page to the electronic device 2 and displays it on the electronic device 2. When the electronic device 2 receives 100113311 Form No. A0101, page 9 / 19 pages, 1002022246-0 201242321, and displays the verification page, the electronic device 2 starts to receive the operation path of the user on the touch screen 20 of the electronic device 2, when At the end of the secondary operation, that is, once the touch signal is not received, the electronic device 2 transmits a signal of the above-described operation path to the website server 1. The operation path includes a continuous trajectory generated by the touch on the touch screen after displaying the generated verification image, including a start coordinate value, a passed coordinate value, and an end coordinate value. The operation path may be from left to right, from right to left, from top to bottom, from bottom to top, or from left to right and from bottom to top. [0023] Step S14, the receiving module 124 receives a signal of an operation path of the user on the touch screen 20 of the electronic device 2 transmitted by the electronic device 2. [0024] Step S15, the verification module 125 compares the received operation result with the direction in the generated verification image to determine whether the direction is consistent. When the calibration module 125 is aligned, it is compared by comparing the changes of the coordinates. When the directions do not match, the process proceeds to step S16; when the directions are the same, the process proceeds to step S17. [0025] Step S16, the prompting module 126 prompts that the input directions are inconsistent, and randomly selects a graphic to generate a verification image from the graphic library 10, and the flow returns to step S12. [0026] Step S17, the second sending module 127 sends the page requested by the electronic device 2 to the electronic device 2, and the electronic device 2 can use the provided function in the website server 1. [0027] In summary, the present invention complies with the requirements of the invention patent, and submits a patent application according to law. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those skilled in the art are not limited to the above embodiments. Equivalent modifications or variations made in accordance with the spirit of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0028] FIG. 1 is a block diagram showing a preferred embodiment of a verification system of the present invention. 2 is a functional block diagram of a preferred embodiment of the verification system of the present invention. 3 is a schematic diagram of a direction indication icon of a preferred embodiment of the verification system of the present invention. [0031] FIG. 4 is a flow chart of a preferred embodiment of the verification method of the present invention. [Main Component Symbol Description] [0032] Website Server 1 [0033] Graphic Library 10 [0034] Authentication System 12 [0035] Electronic Device 2 [0036] Touch Screen 20 [0037] Display Unit 22 [0038] Building Module 120 [0040] The first generation module 121 [0040] The second generation module 122 [0041] The first transmission module 123 [0042] The receiving module 124 100113311 Form number A0101 Page 11 / 19 pages 1002022246-0 201242321 [ 0043] verification module 1 2 5 [0044] prompt module 1 2 6 [0045] second transmission module 127 [0046] A graphic library S10 including a plurality of direction indication icons is constructed on the website server [0047] When the page requested by the electronic device to the website server needs to be verified, a direction indication icon is randomly selected from the graphic library to generate a verification image S11. [0048] A verification page is generated according to the generated verification image, and the verification page includes A verification box S12 displaying a verification image [0049] transmitting the generated verification page to the electronic device and displaying it on the electronic device S13 [0050] receiving a signal S14 of the operation path of the user on the touch screen of the electronic device transmitted by the electronic device [0051] The operation result is compared with the verification image to determine whether the directions are consistent. S15 [0052] The input directions are inconsistent, and a graphic is randomly selected from the icon library to generate a verification image S16 [0053] The page requested by the electronic device is sent. Electronic device S17 100113311 Form number A0101 Page 12 / Total 19 pages 1002022246-0