201003453 九、發明說明： ‘ 【發明所屬之技術領域】 本發明涉及資讯安全技術，特別涉及一種密碼保護系 •統和密碼保護方法及密碼產生裝置。 【先前技術】 電腦科學技術及互聯網技術的進步，數位化資訊服務 為人們的生活提供了㈣。與此同時，資訊安全也越來越 叉到人們的重視。通常狀況下，使用者都會為自己的電腦 等資訊處理設備設置複雜的密碼來防止非法用戶盜用資訊 處理設備。 然而，使用者在輸入密碼時，需要經過滑鼠與鍵盤交 替選擇、大小寫切換等繁雜輸入操作才能完成密碼的輸 入’給使用者帶來了不便。 【發明内容】 鑒於此，有必要提供一種操作簡易的密碼保護系統。 還有必要提供一種操作簡易的密碼保護方法。 還有必要提供一種密碼產生裝置。 、一種密碼保護系統，包括存儲模組、動作感應模組、 識別模組、記錄控制模組、字符資料庫及密碼驗證模組。 存儲模組用於存儲預設密石馬資訊。動作感應模組用於感應 用戶的連貫動作以產生動作資訊，並將動作資訊提供給該 識別模組。記錄控制模組響應用戶操作產生控制訊號，並 提=給識別模組。識別模組在接收到控制信號期間，將動 作資訊轉換成動作執跡資,料，並纟未接收到控制訊號時， 201003453 ‘將動作軌跡資料匹配字符資料庫中的字符，以生成字符密 碼資訊。密碼驗證模組用於將字符密碼資訊與預設密碼資 . 汛進行比較，以進行密碼驗證。 、種雄、碼保濩方法，包括如下步驟： 感應用戶的連貫動作以產生動作資訊； 根據動作資訊產生動作轨跡資料； —根據動作軌跡資料匹配字符資料庫中的字符，以 予符密碼資訊； 將生成的字符密碼資訊與預設密碼資訊比較， 费碼驗證。 么 種雄碼產生裝置’包括動作感應模組、記錄控制模 =、傳送控制模組、識別模組、輸出模組及字符資料庫。、 ^控制模組用於響應用戶操作產生提交訊號。記錄控制 …且：於響應用戶操作產生控制訊號，並提供給識別模 ^識職組在接__信號_，絲❹訊轉換成 ‘動作軌跡貢料，並在未接收到控制 =配字符資料庫中的字符，以生成字符密碼 於父訊號’將識別模組提供的字符密碼資訊 訊處理設備1使該資减理設備根據字符密 碼貝訊完成密碼驗證操作。 2由上述密碼保護线、密碼保護方法及密碼產生裝 ’抗碼保護系統感應用戶的連貫動作以產生 訊產生動作軌跡資料，並根據動作執跡㈣匹 配予付，料庫中的字符，以生成字符密碼資訊，最後將字 8 201003453 符逸、碼貝矾與預設密碼資訊進行比較，以進行密碼驗證。 •這樣，用戶只需藉由揮動密碼產生裝置來產生密碼並實現 密碼的輸入，從而簡化了密碼的輸入操作。 ’【實施方式】 本發明提供一種密碼保護系統，該密碼保護系統感應 用戶的連貫動作。其中，連貫動作是用戶所作出的表示字 符形狀的動作。密碼保護系統將感應的連貫動作轉換為包 括空間里一組座標點，並對該組座標點分析以得到動作軌 跡資料。密碼保護系統再根據動作執跡資料匹配預存字符 資料庫中的字符以獲得字符密碼資訊。例如，密碼保護系 統將感應到用戶所做的一 “z”字形連貫動作轉換為二維 二間里的一組座標點，然後分析該組座標點的特徵以得到 動作執跡資料，最後根據動作軌跡資料從字符資料庫中查 找相匹配的“Z”字符以得到字符密碼資訊。密碼保護系統 將產生的字符密碼資訊與預先存儲的原始密碼比較來完成 丨密碼驗證。 …如圖1所示的-較佳實施方式的密碼保護系統1〇的功 月b模組圖。密碼保護系統10包括密碼產生裝置仞及 處理設備30。 、° 密碼產生裝置40用於感應用戶的連貫動作，產生動作 ，跡 > 料’並根據動作執跡資料匹配密竭產生震置4〇中的 字符資料庫中的字符以獲㈣應的字符作為字符密瑪資 訊0 、 貧訊處理設備30包括接收模組3〇1、密碼驗證模組则 9 201003453 及存儲模組304。存儲模組綱用於存儲原始密碼。接收 換組3〇1接收密碼產生褒置4〇提供的字符密碼資訊。密碼 驗證模組303接收接收模組3G1提供的字符密碼資訊，並 將字符密碼資訊與存㈣原始密碼比較來完成密碼驗證。 即’如果相同’資訊處理設備列開始提供資 否則輸出密碼錯誤訊號。 綠 如圖2所示的圖！中密碼產生裝置4〇的功能模組圖。 其中’用戶用手握住密碼產生裝置4〇進行揮動，以使密碼 產生裝置40感應到用戶的揮動的動作執跡而產生字符密 碼資訊。密碼產生裝置40包括動作感應模組420、記錄控 制模組440、傳送控制模組45〇、識別模組46〇、輸出模組 伽及字符資料庫彻。識別模組46()分別與動作感應模組 420、記錄控制模組44〇、輸出模組48〇及字符資料庫4卯 相連。傳送控制模組450與輸出模組480相連。 動作感應模組420用於感應用戶的連貫動作以產生動 作資訊，並將動作資訊提供給識別模組46〇。例如，動作 感應模組420為一加速度感測器，其感應用戶的連貫動作 以產生包括一組電壓值的動作資訊。 記錄控制模組440用於響應用戶操作產生控制訊號， 該控制訊號用來標識用戶開始輸入動作。例如，記錄控制 杈組440可以為一控制按鍵，當控制按鍵被按下時產生控 制訊號。 "" 傳送控制模組450用於響應用戶操作產生提交訊號， 該提交訊號用來指示輸出模組48〇傳送識別模組46〇提供 201003453 H密碼資t緣資訊處理設備3卜例如，傳送控制模組 .號。1為-提交按鍵，當提交按鍵被按下時產生提交訊 . 識難組46G用於在接㈣控制信_間，將動作資 〇凡轉換成動作軌跡資料，並在未 、 ^亚在禾接收到控制訊號時，根據 —乍轨跡資料匹配字符資料庫携中的字符，以生成字符 =碼資訊。例如，識別模組偏將動作資訊轉換為二維空 里的la座標點’然後分析該組座標點的特徵以得到動 執跡資料’最後根據動作軌跡資料從字符資料庫49〇中 查找相匹配的字符以生成字符密碼資訊。 。進一步的，密碼產生裝置4〇中的識別模組46〇包括檢 測單元461、執跡記錄單元463、匹配單元465、計數單元 467及判斷單元469。 檢測單元461用於在接收到記錄控制模組44〇提供的 控制訊號期間，提供第一檢測訊號給轨跡記錄單元463及 ^數單兀467;在記錄控制模組44〇停止提供控制訊號時， 提供第二檢測訊號給匹配單元465、執跡記錄單元463和 计數早tl 467。軌跡記錄單元463用於根據第一檢測訊號 將動作資訊轉換成動作執跡資料，根據第二檢測訊號停止 轉換操作。計數單元467用於根據第二檢測訊號後開始計 數密碼保護系統1〇的時鐘週期以產生計數值，並在接收到 第一檢測訊號時置零。其中，該計數值為前、後兩個匹配 操作間隔的時間。計數值判斷單元469用於接收計數單元 467產生的计數值，並在計數值大於一預設值時，輸出間 11 201003453 隔貧訊給匹配單元465。匹配單元465用於根據第二檢測 讯號及執跡記錄單元263提供的動作軌跡資料匹配字符資 料庫490巾的字符以㈣字符密碼資訊。另外，匹配單元 465接收到間隔資訊時，將間隔資訊添加匹配所得之字符 中以得到更加複雜的字符密碼資訊，進而增加 系統㈣安全性能。例如，匹配單元465在第— 作得到‘Z”字符、在第二匹配操作得到“ H，，字符，在第一 次=配操作之後、第二匹配操作之前接收到間隔資訊，匹 配單7G 465形成的字符密碼資訊為“Z*H，，。其中，“*，,表 示間隔資訊。 輸出模組480用於回應提交訊號，將匹配單元私5提 供的字符密碼資訊提供給資訊處理設備3〇。輸出模組48〇 可以藉由無線或有線方式將字符密碼資訊提供給資訊處理 设備3 〇。 在其他實施方式中，可以將密碼產生裝置4〇裝設於資 訊處理設備30中。 长如圖3所示，其為一較佳實施方式的密碼保護方法的 流程圖’包括如下步驟： 步驟S300，感應用戶的連貫動作，產生動作資訊。其 中，連貫動作是用戶所作出的表示字符形狀的動作。 步驟S302 ’根據動作資訊產生動作執跡資料。 步驟S304 ’根據動作軌跡資料匹配字符資料庫中的字 符’以生成字符密碼資訊。 步驟S306,將字符密碼資訊與預設密碼資訊比較，以 12 201003453 進行密碼驗證。 . 如圖4所示，其為另一較佳實施方式的密碼保護方法 •的流程圖’包括如下步驟： 步驟S400,感應用戶的連貫動作，產生動作資訊。並 中，連貫動作是用戶所作出的表示字符形狀的動作。… 步驟S402，根據動作資訊產生動作執跡資料。 巧步驟S404,根據動作轨跡資料匹配字符資料庫中的字 付 〆. 步驟S406,計數前、後兩個匹配操作間 到一計數值。 付 步驟S408,判斷計數值是否大於預設值。 步驟S410，右外數值大於預設值，則在 付中增加間隔資訊，以生成字符密碼資訊。斤杆的子 字符生成字符密碼資十^值小於預設值’則根據匹配所得的 s 步驟S4U，傳送字符密碼資訊。201003453 IX. Description of the invention: ‘Technical field to which the invention pertains. The present invention relates to information security technology, and in particular to a password protection system and a password protection method and a password generation device. [Prior Art] The advancement of computer science and technology and Internet technology, digital information services provide people's lives (4). At the same time, information security is becoming more and more important to people. Under normal circumstances, users will set up complex passwords for information processing devices such as their own computers to prevent illegal users from stealing information processing devices. However, when a user enters a password, it is necessary to perform a complicated input operation such as a mouse and keyboard exchange selection, a case switch, and the like to complete the input of the password, which brings inconvenience to the user. SUMMARY OF THE INVENTION In view of the above, it is necessary to provide an easy-to-use password protection system. It is also necessary to provide an easy-to-use password protection method. It is also necessary to provide a password generating device. A password protection system includes a storage module, a motion sensing module, an identification module, a recording control module, a character database, and a password verification module. The storage module is used to store the preset secret stone information. The motion sensing module is used to sense the user's coherent motion to generate motion information and provide motion information to the recognition module. The recording control module generates a control signal in response to the user operation, and provides a recognition module. The recognition module converts the action information into the action execution information, and does not receive the control signal during the reception of the control signal, 201003453 'match the action track data to the characters in the character database to generate the character password information. . The password verification module is used to compare the character password information with the preset password information for password verification. , the method of breeding, and the method of ensuring the code includes the following steps: sensing a continuous motion of the user to generate motion information; generating motion trajectory data according to the action information; - matching characters in the character database according to the motion trajectory data to pre-code the password information; The generated character password information is compared with the preset password information, and the fee code is verified. The male code generating device includes a motion sensing module, a recording control module, a transmission control module, an identification module, an output module, and a character database. , ^ Control module is used to generate a submission signal in response to user operations. Record control... and: in response to the user's operation, the control signal is generated, and is provided to the identification mode control group to receive the __signal_, the silk signal is converted into the 'action track tribute, and the control is not received = the character data is The characters in the library are used to generate a character password in the parent signal. The character password processing device 1 provided by the recognition module causes the resource reduction device to complete the password verification operation according to the character password. 2 by the above password protection line, password protection method and password generation device, the anti-code protection system senses the user's coherent action to generate the motion-generating motion track data, and according to the action detour (4), the characters in the material library are matched to generate Character password information, and finally compare the word 8 201003453 Fu Yi, code Bell and the default password information for password verification. • In this way, the user simply generates a password and inputs the password by waving the password generating means, thereby simplifying the input operation of the password. [Embodiment] The present invention provides a password protection system that senses a user's coherent action. Among them, the coherent action is an action made by the user to represent the shape of the character. The password protection system converts the sensed coherent motion into a set of coordinate points in the space and analyzes the set of punctuation points to obtain the motion track data. The password protection system then matches the characters in the pre-stored character database according to the action trace data to obtain the character password information. For example, the password protection system converts a "z"-shaped coherent action made by the user into a set of coordinate points in the two-dimensional two-room, and then analyzes the features of the set of punctuation points to obtain the action-performing data, and finally according to the action. The track data finds the matching "Z" character from the character database to get the character password information. The password protection system compares the generated character password information with the pre-stored original password to complete the password verification. ...the power module b block diagram of the password protection system 1 of the preferred embodiment shown in FIG. The password protection system 10 includes a password generating device and a processing device 30. , the password generating device 40 is configured to sense the user's coherent action, generate an action, track > material 'and according to the action track data matching exhaustion to generate the character in the character database in the shock 4 to obtain the (four) should be the character The character processing device 30 includes a receiving module 3〇1, a password verification module 9 201003453, and a storage module 304. The storage module is used to store the original password. Receiving the change group 3〇1 receives the password to generate the character password information provided by the device. The password verification module 303 receives the character password information provided by the receiving module 3G1, and compares the character password information with the stored (4) original password to complete the password verification. That is, if the same information processing device column starts to provide funding, a password error signal is output. Green Figure as shown in Figure 2! A functional module diagram of the middle password generating device 4〇. Wherein the user holds the password generating device 4 to swing, so that the password generating device 40 senses the user's waving action to generate the character password information. The password generating device 40 includes a motion sensing module 420, a recording control module 440, a transmission control module 45, an identification module 46, an output module, and a character database. The identification module 46() is connected to the motion sensing module 420, the recording control module 44, the output module 48, and the character database 4A, respectively. The transmission control module 450 is coupled to the output module 480. The motion sensing module 420 is configured to sense a continuous motion of the user to generate motion information, and provide motion information to the recognition module 46. For example, motion sensing module 420 is an acceleration sensor that senses a user's coherent motion to generate motion information that includes a set of voltage values. The record control module 440 is configured to generate a control signal in response to a user operation, and the control signal is used to identify a user to start an input action. For example, the recording control group 440 can be a control button that generates a control signal when the control button is pressed. "" The transmission control module 450 is configured to generate a submission signal in response to a user operation, the submission signal is used to instruct the output module 48 to transmit the identification module 46 to provide the 201003453 H password information processing device 3, for example, to transmit Control module. No. 1 is the - submit button, when the submit button is pressed, the report is generated. The 46C is used to connect the action message to the action track data, and in the case of When the control signal is received, the characters in the character database are matched according to the 乍 trajectory data to generate character=code information. For example, the recognition module converts the action information into a la coordinate point in the two-dimensional space and then analyzes the features of the set of coordinate points to obtain the dynamic trace data. Finally, the matching is searched from the character database 49〇 according to the motion track data. The character to generate character password information. . Further, the identification module 46A in the password generating device 4A includes a detecting unit 461, a tracking recording unit 463, a matching unit 465, a counting unit 467, and a determining unit 469. The detecting unit 461 is configured to provide the first detecting signal to the track record unit 463 and the number unit 467 during receiving the control signal provided by the record control module 44; when the record control module 44 stops providing the control signal The second detection signal is provided to the matching unit 465, the trace recording unit 463, and the count early t1 467. The track record unit 463 is configured to convert the action information into the action trace data according to the first detection signal, and stop the conversion operation according to the second detection signal. The counting unit 467 is configured to start counting the clock cycle of the password protection system 1〇 according to the second detection signal to generate a count value, and set the zero when the first detection signal is received. The count value is the time between the first and last matching operation intervals. The count value judging unit 469 is configured to receive the count value generated by the counting unit 467, and output the intervening signal to the matching unit 465 when the count value is greater than a preset value. The matching unit 465 is configured to match the character of the character database 490 with the (four) character password information according to the action track data provided by the second detection signal and the trace recording unit 263. In addition, when the matching unit 465 receives the interval information, the interval information is added to the matched characters to obtain more complicated character password information, thereby increasing the security performance of the system (4). For example, the matching unit 465 obtains the 'Z' character at the first, the "H,, the character in the second matching operation, and receives the interval information after the first = matching operation and before the second matching operation, matching the single 7G 465 The formed character password information is "Z*H,,. Among them, "*," indicates interval information. The output module 480 is configured to respond to the submission signal and provide the character password information provided by the matching unit private 5 to the information processing device. The output module 48A can provide character password information to the information processing device 3 by wireless or wired means. In other embodiments, the password generating device 4 can be installed in the information processing device 30. As shown in FIG. 3, the flowchart of the password protection method of a preferred embodiment includes the following steps: Step S300, sensing a continuous action of the user, and generating action information. Among them, the coherent action is an action made by the user to represent the shape of the character. Step S302' generates action trace data based on the action information. Step S304' matches the character ' in the character database based on the motion track data to generate character password information. Step S306, comparing the character password information with the preset password information, and performing password verification on 12 201003453. As shown in FIG. 4, it is a flowchart of another preferred embodiment of the password protection method. The method includes the following steps: Step S400, sensing a continuous action of the user, and generating action information. In addition, the coherent action is an action made by the user to represent the shape of the character. Step S402, generating action trace data according to the action information. In step S404, the word 付 in the character database is matched according to the motion trajectory data. Step S406, counting the previous and last matching operations to a count value. In step S408, it is determined whether the count value is greater than a preset value. In step S410, if the right outer value is greater than the preset value, the interval information is added to the payment to generate the character password information. The sub-character generated character cipher value is less than the preset value ’, and the character cipher information is transmitted according to the s step S4U obtained by the matching.
進r二：：16’將予符密碼資訊與預設密碼資訊比較，以 進仃密碼驗證。 仅M 藉由上述密碼保謨备 置，密碼保護系統感應用戶、=保護方法及密碼產生裂 根據動作資訊產生動作執=貝動作以產生動作資訊， 配字符資料庫中的字符 斗’並根據動作執跡資料匹 符密石馬資訊與預設密成=密碼資訊，最後將字 這樣，用戶只需，由揎：丁比較’以進行密碼驗證。 而猎由揮動密碼產生裝置來產生密碼 13 201003453 密碼的輸人，從而簡化了密碼的輸入操作 ，| p w 综上所述，本發明符合發明專利要件，表依 利申請。惟，以上所述僅為本發 專 养太銮姑蓺♦ , , π个贯73之季乂佳實施例，舉凡熟 "2 2 ，在板依本案創作精神所作之等效修飾 或變化，白應包含於以下之申請專利範圍内。 【圖式簡單說明】 圖1為一較佳實施方式的密碼保護系統的功能模組 圖。 圖2為圖1中密碼產生裝置的功能模組圖。 圖3為一較佳實施方式的密碼保護方法的流程圖。 圖4為另一較佳實施方式的密碼保護方法的流程圖。 【主要元件符號說明 密碼保護系統 ] 10 資訊處理設備 30 接收模組 301 密碼驗證模組 303 存儲模組 304 密碼產生裝置 40 動作感應模組 420 δ己錄控制模組 440 傳送控制模組 450 識別模組 460 檢測單元 461 軌跡記錄單元 463 匹配單元 465 計數單元 467 判斷單元 469 輸出模組 480 字符資料庫 490Enter r 2::16' to compare the password information with the default password information to enter the password verification. Only M is prepared by the above password, the password protection system senses the user, the protection method and the password are generated according to the action information, and the action action is performed to generate the action information, and the character bucket in the character database is configured and according to the action The obsolete data is matched with the secret stone information and the default secret = password information, and finally the word is like this, the user only needs to compare the password to verify the password. The hunting is performed by the waving password generating device to generate the password 13 201003453, thereby simplifying the input operation of the password, | p w In summary, the present invention meets the requirements of the invention patent, and the application is compliant. However, the above is only for the purpose of raising the 銮 专 73 蓺 蓺 , , , , , , 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 73 White shall be included in the scope of the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a functional block diagram of a password protection system in accordance with a preferred embodiment. 2 is a functional block diagram of the password generating device of FIG. 1. 3 is a flow chart of a password protection method in accordance with a preferred embodiment. 4 is a flow chart of a password protection method of another preferred embodiment. [Main component symbol description password protection system] 10 information processing device 30 receiving module 301 password verification module 303 storage module 304 password generating device 40 motion sensing module 420 δ recorded control module 440 transmission control module 450 recognition mode Group 460 detecting unit 461 Track recording unit 463 Matching unit 465 Counting unit 467 Judging unit 469 Output module 480 Character database 490