201039226 六、發明說明： 【發明所屬之技術領域】 本發明涉及一種加密/解系統及方法。 【先前技術】 Ο 電子裝置在使用過程中往往會對電子檔中的檔進行加 密/解密，如在使用電腦的過程中’滑鼠是常用的操作裝置， 滑鼠靈敏快速的操作特性使電腦的使用變得更加的快捷方 便。然^，現有的滑鼠基本上*具有對行加/解密的功 能’-般的檔加/解密均須藉由鍵盤來輸人密碼，如此便失 去了便，性’尤其在現如今社會中資訊之機密性越來越重 要’不能快速枝對财訊進行加密使得H㈣風險增 大傳統的加费方法繁續的操作過程使使用者迫切需— ::::速的加密方法，以上的需求同樣存在於其他的電 于衮置中，如手機或相機等電子裝置中。 ❹ 【發明内容】 統及=於此，有必要提供一種可快速加/解密的加/解密系 作單元種:：:糸統，其包括-用戶介面顯示單元、-操 二:二作單元用以在所述用戶介面顯示單元上選 擇而要加/解岔的檔。所述壓力 、 ，元，力並 …。所述壓力指示單元集成在所述操作單元 4 201039226 ==接收所述壓力感測單元所輸出的壓力訊號並根據 a力讯遽發出相應的指示訊號指示壓力大小 變化將持續-段時間不變的壓力值及其持續 碼存儲至存儲單元中對選中的檔加密， ，者作為解密密碼提供給比較單元，料_單元 存儲在存儲區的密碼進行比較，從輯選中的㈣201039226 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an encryption/solution system and method. [Prior Art] Ο Electronic devices often encrypt/decrypt files in electronic files during use. For example, in the process of using a computer, 'mouse is a common operating device, and the mouse's sensitive and fast operating characteristics make the computer Use becomes faster and more convenient. However, the existing mouse basically has the function of adding/decrypting the line. The general file encryption/decryption must use the keyboard to input the password, so that it loses its character, especially in today's society. The confidentiality of information is becoming more and more important. 'Can't quickly encrypt the financial information to make the risk of H(4) increase. The traditional operation of the fee-adding method makes the user urgently need to use :: ::: speed encryption method, the above requirements It also exists in other devices, such as mobile phones or cameras. ❹ [Summary] In this case, it is necessary to provide an encryption/decryption system that can be quickly added/decrypted as follows::: System, including - user interface display unit, - operation 2: two units A file to be added/unblocked by selection on the user interface display unit. The pressure, the element, the force and the .... The pressure indicating unit is integrated in the operating unit 4 201039226 == receives the pressure signal output by the pressure sensing unit and sends a corresponding indication signal according to a force signal to indicate that the pressure magnitude change will last for a period of time. The pressure value and its continuous code are stored in the storage unit to encrypt the selected file, and the decrypted password is provided to the comparison unit, and the password stored in the storage area is compared, and the selected (4)
種加/解密系統的加密方法 選擇檔並生成選擇功能表， 及解密選項； ’其包括以下步驟： 在功能表中包括有加密 以 選擇加密選項； 將密碼的存儲位置設定在存儲單元； 生成並顯示密碼輸入提示； ❹ 接：壓力訊號，對綱力訊號發出指示 小疋否變化，並將持續一段時間不變的 ^曰 二:!:化__力訊號進行計時，當所述:力1 訊 間::::存::r述*力所對應的數位 的加密。 碼存儲在存健單^完成對選中檀 種加/解密系統的解密方法，並包 遝婼於、，4, 八匕栝以下步驟： &擇私亚生成選擇功能表， 及解密選項 密選頊； *功此表+包括有加密以 選擇解密選項； 生成並顯示密碼輸入提示； 5 201039226 ::接，壓力訊號，對應該壓力訊號發出指示訊號指 J疋否夂化’亚將持續一段時間不變的壓力值轉 力同時對所述壓力訊號進行計時，當所述壓 :W生變化時’停止計時並將該壓力訊號所對應 的數位㈣及持續時間作為解密密碼； 將所述解密密碼與已存儲在存儲區内的加密密碼進行 ’兩者若相_對選中的槽進行解密並進入下一程 〇解密=二選擇是否重新輸入’若是則重新輸入 加/ 於切技術，本發明加/解密系統及該加/解密系統 σ在法可猎由滑鼠對槽進行加密或者解密，從而可供 用戶快捷迅速加密檔使用。 、 【實施方式】 二參_ 1’本發明較佳實施方式提供的加/解密系統 Ο ’八〇括一用戶介面顯示單元110、操作單元120、校 驗碼選擇單尸30、一壓力感測單元14〇、一壓力指示單元 150、-存儲單元⑽、—比較單元m以及—控制單元. ^所述用戶介面顯示單元110用以顯示系統標同時為用 戶提供k擇功月匕表’該選擇功能表中除了常用的複製、粘 貼、刪除、剪料選項以外，還設置有加密以及解密選項， 所^密選項以及解密選項所對應密碼的存儲路徑可以預 疋並在用戶選擇了加雄、或者解密選項後向用戶提供 -密碼輸人介面’該密碼輸人介面至少包括—校驗碼輸入 201039226 框以及至少一密碼輸入框，分別用以提供給用戶輸入校驗 碼及密碼。當校驗碼及密碼均輸入正確後該用戶介面顯示 單元110會進入相應的業務模組並顯示相應的内容。 所述操作單元120為一操作終端，用以供用戶發出操 作指令，如用以在用戶介面顯示單元110所顯示的介面中 選擇需加/解密的檔並在選擇功能表中選擇加密或者解密選 項以及其他的退出功能表選項、關閉密碼輸入介面等等操 作指令。 ® 所述校驗碼選擇單元130設置在所述操作單元120 中，用以在用戶進行加密或者解密時為用戶所設定的密碼 添加一對應的校驗碼，並藉由所述操作單元120輸入至用 戶介面顯示單元110所顯示的校驗碼輸入框中。該校驗碼 選擇單元130的設置是為了增加加/解密系統100的密碼保 護安全性，該校驗碼選擇單元130中提供至少兩個可供用 戶選擇的校驗碼，可以理解校驗碼越多則安全性越高，優 _選提供10個校驗碼，該校驗碼的形式為任何可以被電腦識 別的代碼，如數位或者字母。該校驗碼選擇單元130可以 藉由軟體程式嵌入在所述加/解密系統100中，也可以是藉 由硬體方式設置在所述操作單元120上。無論採用軟體方 式嵌入在所述加/解密系統100中或者是採用硬體方式設置 在操作單元120上，當用戶選擇了一校驗碼後，該校驗碼 便會被存儲在存儲單元160中。可以理解，若在保密等級 不需要很高的環境中使用該加/解密系統100，該校驗碼選 擇單元130可以省略。 7 201039226 所述壓力感測單元14〇集成在所述操作單元12〇上， 並位於所述操作單元120中可被使用者所觸及的位置處， 其用以感測施加在滑鼠上的璧力並將所㈣力轉換為壓力 訊號’該壓力訊號可以是數位訊號也可以是類比訊號。本 K把方式巾”錢力感測單A 14G包括―塵力感測器⑷ 以及一模數轉換器144。所述壓力感測器142設置在所述操 作單兀120上可被觸壓到的位置處，用以感測施加在所述 操作單元120相應位置處的壓力，並將感測到的壓力訊號 輸送給模數轉換器144。所述壓力訊號經過所述模數轉換器 144轉換為數位訊號後傳輸給壓力指示單元15〇。 所述壓力指示單元15〇集成在所述操作單元12〇上， 用以接收壓力感測單元14〇所輸出的壓力訊號，並根據所 述壓力訊號發出不同的指示訊號指示壓力變化，當壓力感 測單元140輸出的壓力不再變化時該壓力指示單元15〇記 錄該壓力訊號及該壓力訊號所持續的時間並將該壓力訊號 ❹及持續的時間作為加密密碼或者解密密碼存儲至存儲單元 160的相應區域中從而實現加密或者供解密使用。本實施方 式中，該壓力指示單元150包括一指示裝置152以及一計 時裝置154。所述指示裝置152用以根據所述壓力感測單元 140所發出的數位訊號發出相應的指示訊號，該指示訊號可 以是任何一種可以被使用者所感知並可識別的形式，如燈 光的明暗、聲音的大小、指示燈顏色的變化等等。本實施 方式中優選採用指示燈顏色的變化來指示所述壓力感測單 元140所感測到的壓力的大小。所述計時裳置154用以計 201039226 算施加在所述壓力感測單元140上並維持一段時間不變的 壓力所持續的時間。優選地，所述壓力計時裝置154中預 先設定有壓力持續時間，當所述壓力感測單元140感測到 壓力持續一段時間不變且該壓力的持續時間大於預先設定 的壓力持續時間時，所述壓力計時裝置154開始計時，當 在所述壓力再次發生變化時停止計時，此時，該壓力指示 單元150將與所述持續的壓力相對應的數位訊號及其持續 的時間作為密碼一併存儲至存儲單元160中用以對選中檔 ®進行加密或者解密。 所述存儲單元160用以存儲用戶加密及解密時藉由所 述校驗碼選擇單元130、壓力感測單元140及壓力指示單元 150所生成的加密校驗碼、加密密碼、解密校驗碼及解密密 碼。本實施方式中，所述存儲單元160包括一存儲區162 以及一暫存區164。所述存儲區162用以用以存儲用戶加密 時錄入的加密校驗碼及加密密碼。所述暫存區164用以存 0儲用戶解密時錄入的解密校驗碼及解密密碼。 所述比較單元170用以在用戶選擇解密時，將暫存在 所述存儲單元160的暫存區164内的解密校驗碼及解密密 碼與存儲在存儲區162的加密校驗碼及加密密碼進行比 較，若暫存區164内的解密校驗碼及解密密碼與存儲在存 儲區162内的加密校驗碼及加密密碼相同，則輸出密碼正 確指令給控制單元180,反之則輸出密碼錯誤指令給控制單 元180。可以理解，在解密過程中，所述壓力指示單元150 可將解密密碼直接提供給所述比較單元170。 9 201039226 所=制早元⑽用以接收所述比較軍元m的輸出 指々，亚根據所述指令控制下一步程式的 較單元谓輸出密碼正確指令，則在該指 1 啟的播或者進入需要進入的#務模組中。若比丄文：= 輸出密碼錯誤指令，則根據該指令在所述用戶 =no上顯㈣碼錯誤的語言提示，並提示請重新輸: 〇現對ΐί 100採用施加在滑鼠上的壓力來實 現對目仏的加掛或者解密，其操作方便快捷，同 驗碼來提高該加/解密系統⑽的解密難度，極大的 用戶對目標的快速加解密的需求。 圖：本發明較佳實施方式提供的-種加/解密 系統100的加德、方法，其包括以下步驟： S11選擇檔並生成選擇功能表，在功 密以及解密選項； π I括有加 Q S12選擇加密選項； S13將加密密碼的存儲位置設置在存儲裝置中； S14生成並顯示校驗碼選擇提示； 置中S;15選擇校驗碼，並存儲在與加密密石馬相同的存儲裝 S16生成並顯示密碼輸入提示； 示愿Γ1接，壓力訊號’對應該壓力訊號發出指示訊號指 X否i化’並將持續—段時間不變的壓力值轉 換為數位訊號，同時對所述壓力訊號進行計時，當所述壓 201039226 力訊號再次變化時，停止計時，並 數位訊號及持續時間作為密在存巴^所對應的 檔的加密。 ：存储在存儲區中完成對選中 藉由上述方法，用戶可 密。 错由β鼠對目標進行快速加 請參閱圖3’本發明較佳實施方式提 系統100的解密方法，其包括以下步驟： ’解在 似選擇檔並生成選擇功能表，在功能表中包 U密以及解密選項； 匕祜有加 S22選擇解密選項； ⑵將解密密碼的存儲位置設置在暫存區中 應不同的需求可以省略； μ v驟 S24生成並顯示校驗碼選擇提示； SM選擇解密校驗碼，並存儲在與解密密碼相同的存 儲區中；該步驟同步驟S23 一樣應不同的需求可以省略； ❹ S26生成並顯示密碼輸入提示； S27藉由接收壓力訊號’對應該壓力訊號發出指示訊 號指示壓力大小是否變化，並將持續一段時間不變的壓力 值轉換為數位訊號，同時對所述壓力訊號進行計時，當所 述壓力訊號再次發生變化時，停止計時，並將該壓力:號 所對應的數位訊號及持續時間作為解密密碼； S28將解密校驗碼及解密密碼與已存儲在存儲區内的 加密校驗碼及加密密碼進行比較，兩者若相同則對選中檔 進灯解岔亚進入下一程式。若兩者不同，則選擇是否重新 11 201039226 輸入，若是則返回S27,若否則結束。 藉由上述方法，用戶可以藉由滑鼠對目標進行解密。 方便快捷，且密碼的破解難度高。 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，以上所述者僅為本發明之較佳實施方式，本 發明之範圍並不以上述實施方式為限，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。 〇 【圖式簡單說明】 圖1係本發明加/解密系統的結構框圖； 圖2係本發明加/解密系統的加密方法流程圖； 圖3係本發明加/解密系統的解密方法流程圖。The encryption method of the encryption/decryption system selects a file and generates a selection function table, and a decryption option; 'It includes the following steps: including encryption in the function table to select an encryption option; setting a storage location of the password in the storage unit; Display password input prompt; ❹ Connect: pressure signal, give instructions to Gangli signal to change or not, and will continue for a period of time ^曰二:!:化__力信号号, when stated: force 1 Inter-information::::Save::r describes the encryption of the digits corresponding to the force. The code is stored in the deposit list ^ to complete the decryption method for the selected Tan type encryption/decryption system, and includes the following steps: 4, gossip: & select the private generation selection function table, and the decryption option Select this option; *This table + includes encryption to select the decryption option; Generate and display the password input prompt; 5 201039226 ::Receive, pressure signal, corresponding to the pressure signal to give an indication signal refers to J疋No The time value constant force simultaneously counts the pressure signal, and when the pressure: W changes, 'stops timing and uses the digit (four) and duration corresponding to the pressure signal as a decryption password; The password is encrypted with the encrypted password already stored in the storage area. 'If both phases _ decrypt the selected slot and enter the next pass 〇 decryption = two select whether to re-enter 'If yes, re-enter the add / cut technology, this The invention adds/decrypts the system and the encryption/decryption system σ can be used to encrypt or decrypt the slot by the mouse, so that the user can quickly and quickly encrypt the file. [Embodiment] The second embodiment of the present invention provides an encryption/decryption system Ο 'eight-in-one user interface display unit 110, operation unit 120, check code selection single corpse 30, a pressure sensing The unit 14A, a pressure indicating unit 150, a storage unit (10), a comparison unit m, and a control unit. The user interface display unit 110 is configured to display a system standard and provide a user with a k-powered monthly table. In addition to the commonly used copy, paste, delete, and trim options, the function table also has encryption and decryption options. The storage path of the password corresponding to the password option and the decryption option can be previewed and selected by the user. After the decryption option, the user is provided with a password input interface. The password input interface includes at least a check code input 201039226 box and at least one password input box for respectively providing the user with a check code and a password. When both the check code and the password are input correctly, the user interface display unit 110 enters the corresponding service module and displays the corresponding content. The operation unit 120 is an operation terminal for the user to issue an operation instruction, such as selecting a file to be added/decrypted in the interface displayed by the user interface display unit 110 and selecting an encryption or decryption option in the selection function table. And other exit menu options, close the password input interface and other operational instructions. The check code selection unit 130 is disposed in the operation unit 120 to add a corresponding check code to the password set by the user when the user performs encryption or decryption, and is input by the operation unit 120. The check code input box displayed by the user interface display unit 110. The check code selection unit 130 is configured to increase the password protection security of the encryption/decryption system 100. The check code selection unit 130 provides at least two check codes for the user to select, and it can be understood that the check code is more The higher the security, the better _ choose to provide 10 check codes, the check code is in the form of any code that can be recognized by the computer, such as digits or letters. The check code selection unit 130 may be embedded in the encryption/decryption system 100 by a software program, or may be disposed on the operation unit 120 by hardware. Whether embedded in the encryption/decryption system 100 in a software manner or in a hardware manner on the operation unit 120, when the user selects a verification code, the verification code is stored in the storage unit 160. . It will be appreciated that the check code selection unit 130 may be omitted if the encryption/decryption system 100 is used in environments where the security level does not require a high level. 7 201039226 The pressure sensing unit 14 is integrated on the operating unit 12A and located at a position in the operating unit 120 accessible to the user for sensing the flaw applied to the mouse. Force and convert the (four) force into a pressure signal' The pressure signal can be a digital signal or an analog signal. The K-mode towel "Qi Li sensor list A 14G includes a dust force sensor (4) and an analog to digital converter 144. The pressure sensor 142 is disposed on the operation unit 120 and can be touched to The position is used to sense the pressure applied at the corresponding position of the operating unit 120, and the sensed pressure signal is sent to the analog to digital converter 144. The pressure signal is converted by the analog to digital converter 144. The digital signal is transmitted to the pressure indicating unit 15A. The pressure indicating unit 15 is integrated on the operating unit 12A to receive the pressure signal outputted by the pressure sensing unit 14 and according to the pressure signal. A different indication signal is issued to indicate a pressure change. When the pressure outputted by the pressure sensing unit 140 does not change, the pressure indicating unit 15 records the duration of the pressure signal and the pressure signal and the pressure signal is continued for a duration. The encryption password or the decryption password is stored in a corresponding area of the storage unit 160 to implement encryption or for decryption. In the embodiment, the pressure indication unit 150 includes an indication device. 152 and a timing device 154. The indicating device 152 is configured to send a corresponding indication signal according to the digital signal sent by the pressure sensing unit 140, and the indication signal can be any kind that can be perceived and recognized by the user. The form, such as the brightness of the light, the size of the sound, the change of the color of the indicator light, etc. In the present embodiment, the change of the color of the indicator light is preferably used to indicate the magnitude of the pressure sensed by the pressure sensing unit 140. The skirt 154 is used to calculate the duration of the pressure applied to the pressure sensing unit 140 and maintained for a period of time. Preferably, the pressure timer device 154 is preset with a pressure duration. When the pressure sensing unit 140 senses that the pressure is constant for a period of time and the duration of the pressure is greater than a preset pressure duration, the pressure timer device 154 starts timing, and stops timing when the pressure changes again. At this time, the pressure indicating unit 150 will compare the digital signal corresponding to the continuous pressure and its duration. The password is stored in the storage unit 160 for encrypting or decrypting the selected file. The storage unit 160 is configured to store the user's encryption and decryption by the check code selection unit 130 and the pressure sensing unit. The encryption check code, the encryption password, the decryption check code, and the decryption password generated by the pressure indicating unit 150. In the embodiment, the storage unit 160 includes a storage area 162 and a temporary storage area 164. The storage The area 162 is configured to store the encryption check code and the encryption password that are entered when the user encrypts. The temporary storage area 164 is configured to store the decryption check code and the decryption password that are input when the user decrypts. The comparison unit 170 uses When the user selects the decryption, the decryption check code and the decrypted password temporarily stored in the temporary storage area 164 of the storage unit 160 are compared with the encrypted check code and the encrypted password stored in the storage area 162, if the temporary storage area The decryption check code and the decryption password in 164 are the same as the encrypted check code and the encrypted password stored in the storage area 162, and the correct command is output to the control unit 180, otherwise the output password error is output. The control unit 180 is given. It will be appreciated that during the decryption process, the pressure indicating unit 150 may provide the decryption password directly to the comparison unit 170. 9 201039226 = = early element (10) is used to receive the output indicator of the comparative military m, sub-control according to the instruction to control the next unit of the unit to output the correct password command, then the broadcast or entry in the finger 1 Need to enter the #务模块. If the comparison text: = output password error command, according to the instruction, the user prompts (4) the wrong language prompt on the user=no, and prompts to re-enter: 〇The pressure applied to the mouse is ΐί 100 The operation of adding or decrypting the target is convenient and fast, and the same code is used to improve the decryption difficulty of the encryption/decryption system (10), and the great user needs to quickly encrypt and decrypt the target. Figure: A gamma method of an encryption/decryption system 100 according to a preferred embodiment of the present invention, comprising the steps of: S11 selecting a file and generating a selection function table, in the secret and decryption options; π I including Q S12 selects an encryption option; S13 sets the storage location of the encrypted password in the storage device; S14 generates and displays a check code selection prompt; locates S; 15 selects the check code, and stores it in the same storage device as the encrypted rock horse S16 generates and displays a password input prompt; the wish signal is connected, the pressure signal 'corresponding to the pressure signal indicates that the signal X is not illuminated' and the pressure value that is constant for a period of time is converted into a digital signal, and the pressure is simultaneously The signal is timed. When the pressure 201039226 force signal changes again, the timing is stopped, and the digital signal and duration are encrypted as the file corresponding to the memory. : Stored in the storage area to complete the selection. By the above method, the user can be secret. Please refer to FIG. 3 for a method for decrypting the system 100 according to a preferred embodiment of the present invention. The method includes the following steps: 'Solving the selection file and generating a selection function table, and including U in the function table Secret and decryption options; 匕祜 have S22 to select the decryption option; (2) set the storage location of the decryption password in the temporary storage area should be different; μ v S24 generates and displays the check code selection prompt; SM select decryption The check code is stored in the same storage area as the decryption password; this step may be omitted as in step S23; ❹ S26 generates and displays a password input prompt; S27 receives a pressure signal 'corresponding to the pressure signal' The indication signal indicates whether the pressure magnitude changes, and the pressure value that is constant for a period of time is converted into a digital signal, and the pressure signal is timed. When the pressure signal changes again, the timing is stopped, and the pressure is: The digital signal and duration corresponding to the number are used as the decryption password; S28 will decrypt the check code and the decrypted password and have been stored in the memory. Encryption region the encrypted password and the check code is compared to two if the same is selected from alkylene mid bifurcated into light entering the next solution. If the two are different, choose whether to re-enter 11 201039226 input, if yes, return to S27, and if not, end. By the above method, the user can decrypt the target by the mouse. It is convenient and fast, and the password is difficult to crack. 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 the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above-described embodiments, and equivalent modifications or variations made by those skilled in the art in light of the spirit of the present invention are It should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a structural block diagram of an encryption/decryption system of the present invention; FIG. 2 is a flow chart of an encryption method of an encryption/decryption system of the present invention; FIG. 3 is a flow chart of a decryption method of an encryption/decryption system of the present invention. .
【主要元件符號說明】 加/解密系統 100 用戶介面顯示單元 110 操作單元 120 校驗碼選擇單元 130 壓力感測單元 140 壓力感測器 142 模數轉換器 144 壓力指示單元 150 指示裝置 152 計時裝置 154 存儲單元 160 存儲區 162 暫存區 164 比較單元 170 控制單元 180 12[Key Element Symbol Description] Add/Decrypt System 100 User Interface Display Unit 110 Operation Unit 120 Check Code Selection Unit 130 Pressure Sensing Unit 140 Pressure Sensor 142 Analog-to-Digital Converter 144 Pressure Indication Unit 150 Indicating Device 152 Timing Device 154 Storage unit 160 storage area 162 temporary storage area 164 comparison unit 170 control unit 180 12