200923864 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種對用以生成密碼輸入器（PINPAD) 的主要金錄（masterkey)的元件資料輸入，進行確認的檢 查值之確認方法及其裝置。 【先前技術】 先前’當操作配設於銀行、信用金庫、郵局等金融機 關的分店等中的ATM ( Automatic Teller Machine :自動櫃 員機）、CD(CashDispenser:自動提款機）等自動交易裝 置，進行存入、提取、存款、轉帳、匯款等金融交易之情 形時’客戶使用現金卡（cash card)等卡片的同時需要輸 入密碼。又’於飲食店、商店等店鋪中，進行費用的餘額 結算時使用轉帳卡、信用卡等卡片進行餘額結算之情形 時’客戶使用卡片的同時，對配設於店鋪收銀機的p〇S (Point of Sales，銷售點系統）終端、信用卡終端等終端 或者其附屬設備進行操作，並輸入密碼。 繼而’上述自動交易裝置以及終端，對經由通信線路 而連接的電腦主機等的上位裝置，發送金額等資訊，並且 發送自卡片中所讀取的卡片 資訊以及已輸入的密碼，執行 ^融交易、餘額結算交易等交易處理。此時，若不進行加 ，處理，亦即以明文將密碼發送至上位裝置，則第三者可 成根據通信内容而破解密碼。 —因此’近年來，有採用對經輸入的密碼進行加密處理 的密碼輸入裝置，稱作密碼輸入器之裝置。可藉由將密碼 200923864 於或者組裝於上述自動交易裝置以及終端’而 二二加费處理的密碼發送至上位裝置中，因此，不 二者根據通信内容而破解密碼。 =雄、碼輸入器中，加密需要密鑰，而為了生成作 2输的主要金餘，需要將複數個稱作密瑜元件 ^子序列’亦即元件資料輸入至密碼輸入器中。接著;^ j碼輸人n所輸人的元件資料進行運算，並生成主要金 餘進仃註^ (例如，參照非專利文獻1及、 =是表示賴的密碼輸人器的輸人操作部的圖 一示先剷的主要金錄生成處理動作的流程圖，圖4异 不先前的元件資料註冊的次程式動作的流程圖。 入金^圖是密碼輸人器的輸人操作部，具備用以輸 額、⑥碼等的數字鍵盤，以及帶種、確認、修訂按紐 而’切上述密碼輸人器連接於或者組裝於自動交 置以及終端上時’對上述密褐輸人器輸人元件資料。 上述密碼輸人輯所輸人的元件㈣ 生成主要金鑰進行註冊。 崎异亚 個，=為=密性’而將元件資料預先分割為複數 而，：==資料分別移交給各操作員。繼 作密^人1 2金料，各操作員於各別的時間内操 元:資:註該元件資料註冊的順序而言，所有的 繼之，若所有分割為複數個的各元件資料，均結束元 200923864 件資料註冊，則密碼輸入器根據已註冊的元件資料自動生 成主要金繪，並註冊所生成的主要金繪。藉此，該主要金 鑰之生成結束。 再者，於元件資料的輸入時，將密封著記载有密碼輸 入器工廠出貨時所指定的元件資料、以及用以確認該元件 資料是否正確輸入至密碼輸入器中的檢查值的紙箋的信 封，分別移交給進行元件資料輸入的操作員。而且，亦將 用於元件資料輸入處理的通行碼（passw〇rd)移交給各操 作員。 一繼而，當元件資料註冊開始時，首先，操作員輸入用· 於元件資料輸入處理的通行碼。當用於元件資料輸入處理 的通行碼輸入若未能正確進行時，將重複進行直至正確為 止。接著，當用於元件資料輸入處理的通行碼輸入正確時， 於密碼輸人器所具有的顯示裝置、或者連接或組裝著密碼 ，入器的自動交易裝置以及終端所具有的顯示裝置中，進 行7G件資料輸入引導顯示，以提示輸入元件資料。 繼之，操作員對密碼輸入器進行操作輸入元件資料。 接著’上述密碼輪人器根據已輸人的猶資料生成檢查 值、°、，而’上述顯示裝置巾顯示已生成的檢查值。接著， 上述操作貞對所顯示的檢查值翻先移交的檢查值進行比 較’以確認是否-致。亦即，域作員目測確認檢查值。 繼=，操作員於確認上述兩者一致之情形時，按下密 T入器的輪人操作部所具有的確認按钮。而於無法確認 V兩者致之情形時’則按下密碼輸人器的輸入操作部 200923864 紐。亦即，按下確認或者修訂按鈕。繼而， j下確認触之情形時，對由密碼輪人器輸人的 註冊’完成元件資料註冊4，當按下修訂按^ 月形時’則再次進行元件資料輸入引導顯示，並重複進行 其=動作。亦即，當自密碼輸人器中退回的檢查值與和 =件-貝料-併記载於紙财的檢查值不同時，自最初開始 重新輸入元件資料。 ° 就表示主要金繪生 r: 其次’就流程圖加以說明。首先， 成處理動作之流程圖加以說明。 步驟S1-1執行元件資料註冊。 步驟S1-2執行元件資料註冊。 步驟Sl-n執行元件資料註冊。 完成主要 步驟S2根據元件資料自動生成主要金鑰， 金輪的生成。 以說^次’就完成元件㈣註_絲式動作之流程圖加 -步驟S11輸入用於元件資料輸入處理的通行碼對 於元件資料輸入處理的通行瑪輸入正碟，抑或是不正確、 行判斷。當用於元件資料輸入處理的通行碼輪入正確之= 形時，進入步驟S12，用於元件資料輸入處理的通行碼^ 入不正確之情形時，則再次輸入用於元件資料輪入處理^ 通行瑪。 步驟S12進行元件資料輸入引導顯示。 步驟S13進行元件資料輸入。 200923864 步驟S14於顯示裝置中顯示所生成的檢查值。 步驟S15由操作員進行檢查值的目測確認。 、步驟S16對按下確認按鈕，抑或是按下修訂按鈕進行 判斷。§按下確認按紐之情形時，進入步驟Sl7，當按下 修訂按叙之情形時則返回至步驟S12。 步驟S17進行元件資料註冊，並完成元件資料註冊。 【非專利文獻1】 Γ ； http://partnemetwork.visa.com/dv/pin/mainjsp 【非專利文獻2】 htiEj//www.ec〇m，iP/gec〇m/aboiit wg/wgQS/cr-swp/r.nH^ 二4.html 然而，於上述先前的檢查值確認方法中，由於檢查值 的確認依賴於進行元件資料輸入的操作員本人唯一一次的 目測確認，所以存在如下問題：當誤輸入元件資料，即便 檢查值並非規定的值，若操作員誤識而按下確認按鈕，則 會導致註冊錯誤的元件資料。 如此般，於主要金錄生成前的元件資料註冊時，若即 便檢查值錯誤，亦按下確認按鈕，則會導致生成錯誤的主 要金鍮，而導致該密碼輸入器無法使用，需要退還到製造 工廠。 【發明内容】 本發明之目的在於解決上述先前問題，提供一種檢查 值確涊方法及其裝置，於輸入註冊用以生成主要金鑰的元 件為料時，對檢查值進行多次綠認，能夠可靠防止錯誤元 200923864 件資料的S主冊’且可靠防止生成錯誤的主要金鑰。 因此’本發明的檢查值確認方法是使用如下裝置之檢 查值破認J法’該裝置具備：密碼輸人裝置，其包括對密 碼進行加密的加密處理機構、根據元件資料而生成加密所 需的主要金鑰的主要金鑰生成機構、根據上述元件資料而 生成檢查值的檢查值生成機構、以及用以輸入上述元件資 料的輸入操作部；以及交錄置，其具備顯示導引的顯示 裝置，且與上位裝置連接能夠進行通信，對該上位裝置發 送經加您的密碼並進行交易；上述檢查值確認方法的特徵 在於：當輪入上述元件資料之情形時，多次確認出根據所 輸入的70件資料而生成的檢查值與預先生成的檢查值一致 後，對根據上述經輸入的元件資料而生成的檢查值進行唑 冊。 。 於本發明的其他檢查值確認方法中，進而，當輸入上 述元件資料之情形時，若確認出根據經輸入的元件資料而 生成的檢查值與預先生成的檢查值一致，則於確認出根據 經輸入的7G件資料而生成的檢查值與預先生成的錯誤檢查 值不一致後，再次對根據上述經輸入的元件資料而生成的 檢查值與預先生成的檢查值一致之情形進行確認。 本發明的進而其他檢查值確認方法是使用如下装置的 檢查值確認方法，該裝置具備：密碼輸入裝置，其包括對 密碼進行加密的加密處理機構、根據元件資料而生成加密 所需的主要金鑰的主要金鑰生成機構、根據上述元件資料 而生成檢查值的檢查值生成機構、以及用以輸入上述元件 200923864 資料的輸入操作部；以及交易裝置’其具備顯示導引的顯 示裝置，且與上位裝置連接能夠進行通信，對該上位裝置 發送經加密的密碼並進行交易，上述檢查值確認方法的特 徵在於··當輸入上述元件資料之情形時，若根據經輸入的 元件資料而生成了檢查值，則輸入預先生成的檢查值，當 根據上述經輸入的元件資料而生成的檢查值與預先生成的200923864 IX. Description of the Invention: [Technical Field] The present invention relates to a method for confirming a check value of a component data input for generating a master key of a password input device (PINPAD) Device. [Prior Art] An automatic trading device such as an ATM (Automatic Teller Machine) or a CD (Cash Dispenser) that is installed in a branch of a financial institution such as a bank, a credit bank, or a post office. In the case of financial transactions such as deposit, withdrawal, deposit, transfer, and remittance, the customer needs to enter a password while using a card such as a cash card. In the case of the settlement of the balance of the fee, the use of a card such as a debit card or a credit card to settle the balance is used in the case of the customer's use of the card and the p〇S (Point) at the store cash register. Of Sales, a point-of-sale system, a terminal such as a credit card terminal, or an accessory device, and input a password. Then, the automatic transaction device and the terminal transmit information such as the amount of money to the host device such as the host computer connected via the communication line, and transmit the card information read from the card and the entered password, and execute the transaction, Transaction processing such as balance settlement transactions. At this time, if the encryption and processing are not performed, that is, the password is sent to the upper device in plaintext, the third party can crack the password according to the communication content. - Therefore, in recent years, there has been a device for inputting a password input device for encrypting an input password, which is called a password input device. The password that is processed by the password 200923864 or assembled in the above-mentioned automatic transaction apparatus and the terminal' can be transmitted to the upper device, so that the password is not cracked according to the communication content. In the male and the code input devices, the encryption requires a key, and in order to generate the main gold balance for the 2nd input, it is necessary to input a plurality of components called sub-sequences, that is, component data, into the password input device. Then, the component data of the person input by the input code is calculated, and the main gold surplus is generated. (For example, refer to Non-Patent Document 1 and = is the input operation unit of the password input device. Figure 1 is a flow chart showing the main golden record generation processing operation of the first shovel, and Fig. 4 is a flow chart showing the secondary program operation of the previous component data registration. The deposit is the input operation unit of the password input device, and is used. With the numeric keypad of the output amount, 6 yards, etc., and the type, confirmation, and revision button, when the above-mentioned password input device is connected or assembled on the automatic delivery and terminal, the input to the above-mentioned dense brown input device is input. Component data. The above-mentioned password input unit (4) generates the main key to register. Singular sub-, = = confidentiality, and the component data is pre-divided into plural, and: == data are handed over to each Operator. Following the secret of the person 1 2 gold material, each operator operates the yuan in each time: capital: note the order of the component data registration, all followed, if all divided into multiple Component information, all end yuan 200923864 data registration , the password input device automatically generates the main gold drawing according to the registered component data, and registers the generated main gold drawing. Thereby, the generation of the main key is completed. Furthermore, when the component data is input, the sealing will be sealed. An envelope indicating the component data specified at the time of shipment of the password input factory and the paper cassette for confirming whether the component data is correctly input to the check value in the password input device is respectively transferred to the operator who performs component data input. Moreover, the pass code (passw〇rd) for the component data input processing is also handed over to each operator. Then, when the component data registration is started, first, the operator inputs the pass code for the component data input processing. If the pass code input for the component data input processing is not performed correctly, it will be repeated until it is correct. Then, when the pass code input for the component data input processing is correct, the password input device has The display device, or the automatic transaction device that connects or assembles the password, the device, and the display device that the terminal has, performs 7G The data input guides the display to prompt the input of the component data. Then, the operator operates the input device data on the password input device. Then the above-mentioned password wheel human device generates the inspection value according to the input data, °, and 'the above The display device towel displays the generated check value. Then, the above operation 贞 compares the displayed check value with the previously checked check value to confirm whether or not - that is, the domain clerk visually confirms the check value. When confirming that the above two match, the operator presses the confirmation button of the wheel operator's operation unit. If the V cannot be confirmed, the user enters the input of the password input device. Operation Department 200923864 New. That is, press the confirmation or revision button. Then, when j is confirmed to touch the situation, the registration of the input by the password wheel is 'Complete the component data registration 4, when pressing the revision button ^ shape At the time of 'the component data input guidance display again, and repeat its = action. That is, when the check value returned from the password input device is different from the check value of the piece and the bedding material, and is recorded in the paper money, the component data is re-entered from the beginning. ° indicates the main gold painting r: second, the flow chart is explained. First, a flowchart of the processing operation will be described. Step S1-1 performs component data registration. Step S1-2 performs component data registration. Step S1-n performs component data registration. The main step S2 is completed to automatically generate the main key and the generation of the gold wheel based on the component data. In order to complete the component (four), the flow chart of the wire action is added - the step S11 is input to the pass code for the component data input processing, and the input code of the component data input processing is input to the positive disk, or is incorrect or the line is judged. . When the pass code for the component data input processing is rotated into the correct shape, the process proceeds to step S12, and when the pass code for the component data input process is incorrect, the input data for the component data is processed again. Passing Ma. Step S12 performs component data input guidance display. Step S13 performs component data input. 200923864 Step S14 displays the generated check value in the display device. The visual confirmation of the inspection value is performed by the operator in step S15. In step S16, it is judged whether the confirmation button is pressed or the revision button is pressed. § When the confirmation button is pressed, the process proceeds to step S17, and when the revision is pressed, the process returns to step S12. Step S17 performs component data registration and completes component data registration. [Non-Patent Document 1] Γ ; http://partnemetwork.visa.com/dv/pin/mainjsp [Non-Patent Document 2] htiEj//www.ec〇m, iP/gec〇m/aboiit wg/wgQS/cr -swp/r.nH^ 2 4.html However, in the above-mentioned previous check value confirmation method, since the check value is confirmed by the operator's own visual confirmation of the component data input, there is the following problem: If the component data is entered by mistake, even if the check value is not the specified value, if the operator mistakenly presses the confirmation button, the component data of the wrong registration will be caused. In this way, when registering the component data before the main gold record is generated, if the check value is pressed even if the check value is wrong, the main error of the error will be generated, and the password input device will be unusable and need to be returned to the manufacturing. factory. SUMMARY OF THE INVENTION An object of the present invention is to solve the above problems, and to provide a method for verifying a value and a device thereof. When inputting a component registered to generate a primary key as a material, the check value is subjected to multiple green recognitions. Reliable prevention of error element 200923864 piece of data in the S main volume 'and reliably prevent the generation of the wrong key. Therefore, the method for confirming the inspection value of the present invention is to use the inspection value of the following device to eliminate the J method. The device includes: a password input device, which includes an encryption processing unit that encrypts the password, and generates an encryption required based on the component data. a primary key generating unit of the primary key, an inspection value generating unit that generates a check value based on the component data, and an input operation unit for inputting the component data; and a recording device having a display guide, And communicating with the upper device to communicate, sending the password to the upper device and performing the transaction; the method for confirming the check value is characterized in that, when the component data is rounded, the input is confirmed multiple times according to the input After the inspection value generated by the 70 pieces of data is identical to the previously generated inspection value, the inspection value generated based on the input component data described above is subjected to an azole. . In the other inspection value checking method of the present invention, when the component data is input, if it is confirmed that the inspection value generated based on the input component data coincides with the previously generated inspection value, the basis is confirmed. After the inspection value generated by the input 7G piece of data does not match the previously generated error check value, the inspection value generated based on the input component data is again confirmed to coincide with the previously generated inspection value. Still another method for checking the inspection value according to the present invention is a method for confirming a check value using a device including: a password input device including an encryption processing unit that encrypts a password, and a main key required to generate encryption based on the component data. a main key generation unit, an inspection value generation unit that generates an inspection value based on the component data, and an input operation unit for inputting the information of the component 200923864; and a transaction device that has a display device for displaying guidance, and is associated with the upper device The device connection can communicate, and the encrypted device transmits the encrypted password and performs the transaction. The check value confirmation method is characterized in that, when the component data is input, the check value is generated based on the input component data. Enter a pre-generated check value, and the check value generated based on the input component data described above is pre-generated
檢查值一致時，對根據上述經輸入的元件資料而生成的檢 查值進行註冊。 本發明的檢查值確認裝置具備：密碼輸入裝置，其包 括對密碼進行加密的加密處理機構、根據元件資料而生成 =密所需的主要金鑰的主要金鑰生成機構、根據上述元件 資料而生成檢查值的檢查值生成機構、以及用以輸入上述 疋件資料的輸入操作部；以及交易裝置，其具備顯示導引 的顯示裝置，且與上位裝置連接能夠進行通信，對該上位 裝置發送經加畨的密碼並進行交易，上述檢查值確認裝置 的特徵在於：由上述輸入操作部輸入元件資料之時，對根 據經輸入的元件資料而生成的檢查值與預先生成的檢查值 一致之情形進行多次確認後，對根據上述經輸入的元件資 料而生成的檢查值進行註冊。 。於本發明的其他檢查值確認裝置中，進而，由上述輸 2作部輸人元件資料之時，若確認出根據經輸入的元件 ^料而生成的檢查值與預先生成的檢查值—致，則於確認 經輸人的元件資料而生朗檢查值與預先生成的錯 =、—值不致後’再次對根據上述經輸人的元件資料而 11 200923864 生成的檢查值與預先生成的檢查值一致之情形進行確認。 本發明的其他檢查值確認裝置具備··密碼輸入裝置， 其包括對密碼進行加密的加贼理機構、根據元件資料而 ±成加密所需的主要金餘的主要金齡成機構、根據上述 元件資料而生成檢查值的檢查值生成機構、以及用以輸入 上述7〇件資料的輸入操作部；以及交易裝置，其具備顯示 導引的顯示裝置’且與上位裝置連接能夠進行通信，對該 Γ 上位裝置發送經加密的密碼並進行交易，上述檢查值確認 f置的特徵在於：由上述輸入操作部輸入元件資料之時， 若根據經輸入的元件資料而生成檢查值，則自上述輪入操 作。P輸入預先生成的檢查值，且若根據上述經輸入的元件 資料而生成的檢查值與預先生成的檢查值一致，則對根據 上述經輸入的元件資料而生成的檢查值進行註冊。 [發明效果] 根據本發明，當輸人註以生駐要金_元件資 2 ’可以對檢查值進行多次確觸方式，而能夠可靠防 =件資料的註冊。藉此’便能可靠防止生成錯誤的 為讓本發明上述和其他目的、特徵和優 二，下文特舉較佳實施例，並配合所附圖式，詳= 【實施方式】 =參矣照圖對本發明的實施形態，行詳細說明。 圖1疋表不本發明第^施形態中的交易裝置的構成 12 200923864 的方塊圖。 Γ'When the check values match, the check value generated based on the input component data described above is registered. The inspection value checking device of the present invention includes: a password input device including an encryption processing unit that encrypts a password, a main key generation unit that generates a main key required for the density based on the component data, and generates a key key generation unit based on the component data. a check value generating unit for checking the value, and an input operation unit for inputting the piece of the piece of data; and a transaction device having a display device for displaying the guidance, and being connectable to the upper device for communication, and transmitting the added device to the upper device The check value confirming device is characterized in that when the component data is input by the input operation unit, the check value generated based on the input component data is consistent with the pre-generated check value. After the confirmation, the inspection value generated based on the input component data described above is registered. . In the other inspection value checking device of the present invention, when the component data is input by the input/output unit, it is confirmed that the inspection value generated based on the input component is compared with the previously generated inspection value. Then, after confirming the input component data and the raw check value and the pre-generated error=, the value is not satisfied, the test value generated according to the above-mentioned input component data and 11 200923864 is consistent with the pre-generated check value. Confirm the situation. The other check value confirming device of the present invention includes a password input device including a thief mechanism for encrypting a password, a main golden ageing mechanism for encrypting a main gold amount required for encryption according to component data, and a test value generating means for generating a check value, an input operation unit for inputting the seven pieces of data, and a transaction device having a display device for displaying guidance and being connectable to the host device for communication The upper device transmits the encrypted password and performs the transaction, and the check value confirmation f is characterized in that, when the component data is input by the input operation unit, if the check value is generated based on the input component data, the round-up operation is performed. . P inputs a previously generated inspection value, and if the inspection value generated based on the input component data matches the previously generated inspection value, the inspection value generated based on the input component data is registered. [Effect of the Invention] According to the present invention, it is possible to reliably check the registration of the pieces of information by inputting the check value to the check value multiple times. The above and other objects, features and advantages of the present invention can be reliably prevented from being generated. The preferred embodiments of the present invention are described below, and the drawings are combined with the details of the present invention. The embodiment of the invention will be described in detail. Fig. 1 is a block diagram showing the composition of a transaction apparatus in the first embodiment of the present invention 12 200923864. Γ'
於圖中，10是本實施形態中的交易裝置，例如配設於 銀行、信用金庫、郵局等金融機關的分店等中的ATM、CD 等自動交易裝置，配設於便利店、超市、商場等商店店鋪、 地下街等且具備售票賴功能、商品購買申請功能、信用 卡的信用確認功能、設施資齡紹魏等的如同公共^訊 查詢站（KIOSK)終端般的多功能終端，配設於類似餐應、 酒吧等飲食店或便利店、超市、商料商店㈣店鋪收銀 機的POS終端，信时終料終端，蚊概金卡、轉帳 卡、信用卡等卡片’進行存人、提取、存款、轉帳、匯款 等金融父易或費用餘額結算般的各種交易時，若為輸入密 碼進行認證的裝置，則配設於任何場所的任何種類^ 均能使用。 ' 於此，就交易裝置10為自動交易裝置、多 POS終端等的具備存取功能的裝置之情形加以說^、。此 時，交易裝置H)具有：控制部u、作為通信介面裝置的 對主機介面部12、作為交易用輪入裝置的觸摸面 為密碼輸人裝置的密碼輸人器14、作為顯示裝置板的LCD (Liquid Crystal Display，液晶顯示器）i 5 的磁碟（眶）16、作為印刷裝置的收為n 幣存取機18以及硬幣存取機19。 I衣機17紙 接著，上述交易裝置ίο中，對主機介面部12連接於 ，話線路網、LAN (Local Area Net蘭k、區翻路）、内 糊路、線上網絡、網際網路等的通信線路網，並經由該 200923864 通^線路網’而與未圖示的主電腦等上 打通信。繼而’將金㈣的資訊與 = 至上位裝置中，執行金融交易、餘算^併發送 上述控制部。備作為運算機構的⑽（叫 ΡΓ〇觀Umt，巾央處理單元）、则⑽⑽p職随 單元）等微處理11、作為域機構的記憶體、 作為计時機構的計時器、作為通信介面的1/0埠等且上 述控制部U是按照㈣妨動作的—種電腦，並對包含對 主機介面部12、觸摸面板13、密碼輸人器14、Lcm5、 磁碟16、收據印表機17、、崎存取機18以及硬幣存 19的動作在内的交易裝置1㈣整體動作進行綜合控制。 又，上述觸摸面板13是由客戶、操作員等操作而進行 交易選擇、交易金額輸人等的裝置，但亦可與上述[咖5 一體化，作為顯示裝置的功能。再者，上述LCD15作為顯 示機構，亦可包含LCD以外的機構，例如LED (Ught EmittiingDiode ’發光二極體）顯示器等。 進而’上述密碼輸入器14是由客戶操作而進行密瑪輸 入的裝置，衫僅具備「先前技術」之項中所說明的如圖 2所不的輸人操作部，而且具備對輯人的料進行加密 處理後，送經加密的密碼的加密處理機構、產生加密所需 的作為密輪的主要金軸主要金敎成機構、以及根據為 了生成主要麵而輸人的元件資料來生成檢查值的檢查值 生成機構。再者，上述密碼輸入器14既可組裝於交易&置 ίο内’亦可與交易裝置1()分開而獨立_，並經由通信 200923864 電纜等而連接於交易裝置1〇。 單收據印表機17發行印刷著交易内容的明細 二早是?刷ί客戶進行存入、提取、餘額查詢、 笼7"人如難姐匯私、疋期存款設置等交易相關的資訊的紙 笑，印刷著帳戶號碼、交易種類、交易金額等。 翻ΐ，，ΐ返紙幣存取機18，對由客戶存入的紙幣進行真 ^播/n仃梢後收納於各幣種保管金庫中，並且自各 幣種保官金庫中提取對客戶支付的紙幣。 吉展=而上述硬帶存取機，19對由客戶存入的硬幣進行 進行計數並收納於各幣種保管金庫中，並且自 各幣種^金庫中提取對客戶支付的硬帶。 本ϋ ^上述構成的交易裝置1 g的動作進行說明。首 行說明操作交易裝置ig崎行μ之情糾的動作進 层凝ΐ時’客戶錢賴摸面板13進行操作，藉此確定交 輸入導引=，LCD15於顯示畫面中顯示與該交易相應的 =，引畫面中所顯示的各項目資料。又，客戶對密碼輸 入器14進行操作，藉此輸入密碼。接著，控 對主機介面部12’而將經輸人的各 工。= $送至上峨中。再者，__輸 毯處理，並於經加密的狀態下被發送至上位裝置中。 又，於存入交易等情形時，若客戶將紙幣置钿 取機18的紙幣存取π中，則紙幣存取機18對紙 15 200923864 數，並對每一幣種加以區分後收納於各幣種保管金庫中 同樣地，若客戶將硬幣置於硬幣存取機19的硬幣存取: 中’則硬幣存取機19對硬幣進行計數，並對每一幣種加口 區分後收納於各幣種保管金庫中。再者，於提取交易等= 形時，紙幣存取機18以及硬幣存取機19，自紙幣存取二 以及硬幣存取口中遞交經指定金額的紙幣以及硬幣。= 而，收據印表機17發行印刷著交易内容的明細單。 再者’交易装置10藉由與上位裝置的交互作用來 此類交易中的一系列動作。 仃 其次，對主要金鑰生成處理動作中的元件資料註冊動 作加以說明。再者’主要金社核理動作，由於與「先 前技術」之項中所說明的如圖3流程圖所示的動作相 故省略其說明。 圖5是表示本發明第1實施形態中的元件資料註冊動 作的流程圖。 那 L, 為了/吏密碼輸入器14成為能夠使用的狀態，而使該密 碼輸入器14連接或安裝於交易裝置1()時，將生成主要金 鑰所需的複數個稱倾鑰元件㈣的數字序列即元件 輸入註，到密碼輸人器14中。密碼輸人器14於工廠出貨斗 時’和疋件資料的數量、用以進行各元件資料註冊的 各別的通打碼、各元件資料的值、以及用讀查各元件資 ’且密封著分別印刷的紙箋的信封被移 交、、.《上速父易裝置1〇的各操作員。 此時持機n元件資料被預先分割為複數 16 200923864 Γ 各個元件資料移交給各別的操作員。繼 而’备開始生成主要金餘時，各接作 、 密碼輸入器14進行摔作，輸八別 ^的時間内對 行元件資料替輸 移交的元件資料，並進 ^的疋件資料註冊均相同。又，錢作員按照控制部= 中編入之程式的料，而展開元件資料註冊的動作。。 ^^^’^^轉資料註冊時’首先’操作員對密碼 ，入器、14的輸人操作部進行操作，輸人用於元件 於。用於元件㈣輸人處理的通行碼的輸入， 而t之情形時’將重複進行直至正確為正。繼 於uL Γ顯干資書料面幹;入處理的通行碼的輸入正確時，則 提，_件_人_示，以 並輸員對密瑪輸入器14的輸入操作部進行操作 元件資料著’上述密碼輸入器14根據經輸入的 舍 丁汁算，而生成檢查值。繼而，於上述LCD15 的顯tf :經生成的檢查值。同時，於上述LCD15 下像二：颂不「若正確請按下確認按鈕，若錯誤請按 下修:按紐」等提示操作員進行確認的訊息。 杳信上述操作員對所顯示的檢查值與預先移交的檢 員f+仏:比較，對兩者一致之情形進行確認。亦即，操作 —值進行目測確認。 ^而操作員於確認一致之情形時，按下密碼輸入器 3入操作部所具有的確認按鈕，而於無法確認一致之 17 14 200923864 i#形時則按下③、碼輸人II 14的輸人操作部所具有的修訂 按紐。亦即，按下確認餘或者修訂按紐。於此，按下修 訂=½之情形時’再次進行元件資料輸人引導顯示，並重 複其後的動作。 又，於按下確認按鈕之情形時，密碼輸入器14為了確 認已正確確認檢查值，而於咖15的顯示畫面中顯示錯誤 的檢查值，例如較根據經輸入的元件資料而生成的檢查值 Γ' ^ 7的檢查值。同時，於上述LCD15 _示畫面中顯示 再-人確涊，若正確請按下確認按鈕，若錯誤請按下修訂 按鈕」等提示操作員進行再次確認的訊息。 接者，上述操作員再次對所顯示的檢查值與預先移交 的檢查值進行tb較’確認兩者—致。亦即，操作員再次對 檢查值進行目測確認。 ，、而，操作員於確認為一致之情形時，按下密碼輸入 器的輸人操作部所具有的確認按纟*於無法確認為一 致之情形時，按下密碼輸入器14的輸入操作部所具有的修 訂按鈕。亦即，再次按下確認按鈕或者修訂按鈕。再者， 此-人特思顯示錯誤的檢查值，因此按下確認按叙之情形 時’上述LCD15的顯示畫面中顯示包含「請再次重新輸入 70件資料」等包含提示操作員再讀人元件資料的訊息在 内的το件資料輸入引導顯示，並重複其後的動作。 又，按下修訂按鈕之情形時，於上述LCD15的顯示畫 面中•’肩示基生成的檢查值，並根據經輸入的元件資料來進 行計算，而顯示經生成的檢查值。同時，於上述lcd15 200923864 若伊誤中顯不「再次確認，若正球請按下確認按紐， 的下修訂按紐」等用以提示操作員進行再次確認 的捨述操作員再次對所顯示的檢查值與預先移交 藉由^Ϊ订比較’並對兩者一致的情形進行確認。亦即， 呆作員再次對檢查值進行目測確認。 繼而’操作員於確認為一致之情形時 r =輸入操作部所具有的確認按紐，而於無=致 按下密碼輸人器14的輸人操作部所具有的修訂 ，，·再次按下相按纽或者修訂按叙。於此，按 示二作則將再次進行元件資料輸入引導顯 又’於按下顧她之_時，S 件資料進行註冊，使元件資料得以註冊。亦= 列的3次確認’完成元件資料註冊。如此般，一名 資料註冊後’則由其他操作員對其他元件 其次’說明流程圖。 步驟S21輸入用於元件資料輸入處理 處理的通行碼的輸人正破，抑或是不= ^ :。牛資料輸入處理的通行碼的輸入正確 tit 2，而當用於元件資料輸入處理的 通仃碼的輸入不正叙情科，祕 輸入處理的通行碼。 兀*件貝科 200923864 步驟S22進行元件資料輸入引 步驟S23輸入元件資料。 ’ 步驟S24於LCD15的顯示晝面中顯示經生成的檢查 值。 — 步驟S25由操作員對檢查值進行目測確認。 步驟S26對按下確認餘，抑或是按下修訂按紐進行 判斷:當按下確認按紐之情形時，則進入步驟s27，而按 下修盯按鈕之情形時，則返回至步驟S22。 步驟S27於LCD15的顯示晝面中顯示錯誤的檢查值。 步驟S28由操作員對檢查值再次進行目測峰認。 步驟S29對按下確認按紐，抑或是按下修訂按钮進行 判斷。當按下確認按紐之情形時，則返回至步驟S22，而 按下修訂按鈕之情形時，則進入步驟 S30。 步驟S30於顯示畫面中顯示經生成的檢查值。 步驟S31由操作員對檢查值再次進行目測確認。 .y&對按下確認按紐’抑或是按下修訂按紐進行 判斷:當按下確認按钮之情形時，則進入步驟S33，而按 下修訂按鈕之情形時，則返回至步驟S22。 步驟S33進行元件資料註冊，並完成元件資料註冊。 如此般，於本實施形態中，當輸入註冊用以生成主要 ^錄的疋件資料時’可對檢查值進行多次確認。藉此，便 能可靠防止註冊錯誤的元件資料，進而，能夠可靠防止生 成錯誤的主要金輪·。 其次’對本發明第2實施形態加以說明。再者，對於 20 200923864 =第構成，衫相同 :果又省:=第1實施形態相同一 作的表示本發明第2實施形態中的元件資料註冊動 f施=施形態中’交易裝置1〇的構成由於與上述第1 其說明。又，由於對客戶交易裝置 而進行父易之情形時的動作，亦與上述第i實施形 其說明。進而，主要金鑰生成處理的動作， 項中所說明的如圖3之流程圖所示的 動作相同，故省略說明。 雜ίϊΐΛ輸人器14柄㈣制陳態，而於將該密 2輸入器14連接或者安裝於交易裝置ig時將生成主要 紐铺作密鑰轉資料的數字相即元件資 =入=密碼輸入器14中。於密碼輸入㈣工廠出 =丨二 資料的數量、用以進行各元件資料註冊 資料之龄入3左各疋件資料的值、以及用以檢查各元件 游1 / +•檢—值’且將密封著分別印綱紙㈣信封 移父給上述交易裝置1〇的各操作員。 能此?為了保持機密性’而元件賴被預先分割為複 繼而，’ + Ϊ分割的各個元件¥料被移交給各觸操作員。 料^生成主要金餘時’各操作員於各自的時間内 η.』入器14進行操作’並輸入分別經移交的元件資 科’進行元件資料註冊。再者，就該元件資料註冊的順序 200923864 而5 ’所有的疋件資料註冊均相 11中編入之程式的導引，展門Η…贿員按照控制部 繼而，♦…展開件資料註冊的動作。 、 田4始7C件資料註冊時，首先，操 14的輸入操作部進行操作，輸入用於元件資::: ί未:元件資料輸入處理的通行碼的輸乂， 於未月匕正確進仃之情形時，重複進行直至正確 用:元件資料輸入處理的通行碼的輸入正確繼:於In the figure, 10 is a transaction device in the present embodiment, and is, for example, an automatic transaction device such as an ATM or a CD that is installed in a branch of a financial institution such as a bank, a credit vault, or a post office, and is installed in a convenience store, a supermarket, a shopping mall, or the like. Store stores, underground streets, etc., and have a ticket-selling function, a product purchase application function, a credit card credit confirmation function, a facility-based SEO, and a multi-function terminal like a public information inquiry station (KIOSK) terminal. Ying, bar and other restaurants or convenience stores, supermarkets, commercial stores (4) POS terminals of store cash registers, letter-end terminal, mosquito card, debit card, credit card and other cards 'deposit, withdrawal, deposit, transfer In the case of various transactions such as remittances such as financial parenting or settlement of expenses, if any device that authenticates the password is used, any type that is placed in any location can be used. Here, the case where the transaction apparatus 10 is an apparatus having an access function such as an automatic transaction apparatus or a multi-POS terminal will be described. At this time, the transaction device H) includes a control unit u, a host interface unit 12 as a communication interface device, a password input device 14 as a password input device as a transaction wheeling device, and a display device board. A magnetic disk (LCD) of an LCD (Liquid Crystal Display) i 5, a receiving device as a printing device, and a coin access machine 19 are provided. I machine 17 paper, then, in the above transaction device ίο, the host interface 12 is connected to the telephone line network, LAN (Local Area Net k, area turn), internal paste road, online network, Internet, etc. The communication line network communicates with a host computer or the like (not shown) via the 200923864 communication network. Then, the information of the gold (4) and = to the upper device, the financial transaction, the remaining calculation ^ and the above control unit are transmitted. Micro-processing 11 such as (10) (called UUmt, towel processing unit), (10) (10) (10), etc., memory as a domain mechanism, timer as a chronograph, and communication interface /0埠, and the control unit U is a type of computer that operates according to (4), and includes a pair of host interface 12, a touch panel 13, a password input device 14, an Lcm5, a disk 16, a receipt printer 17, The overall operation of the transaction device 1 (4) including the operations of the Kawasaki accessor 18 and the coin deposit 19 is comprehensively controlled. Further, the touch panel 13 is a device that performs transaction selection, transaction amount input, etc. by operation of a client, an operator, or the like, but may be integrated with the above-described [coffee 5] as a function of the display device. Further, the LCD 15 as a display means may include a mechanism other than an LCD, such as an LED (Ught Emittiing Diode'). Further, the above-mentioned password input device 14 is a device that performs a megamar input by a customer, and the shirt only has the input operation unit as shown in FIG. 2 described in the item of "Prior Art", and has a material for the composer. After the encryption processing, the encryption processing unit that sends the encrypted password, the main golden axis main mechanism that generates the encryption necessary for encryption, and the inspection value that generates the inspection value based on the component data that is input to generate the main surface Generation agency. Further, the password input unit 14 may be incorporated in the transaction & </ RTI> or may be separate from the transaction device 1 () and connected to the transaction device 1 via a communication cable such as 200923864. The single receipt printer 17 issues the details of the printed transaction content. The paper is the paper for the customer to deposit, extract, balance inquiry, and the information related to the transaction such as the deposit of the person. Laugh, printed account number, transaction type, transaction amount, etc. Turning over, the banknotes are returned to the banknote depositor 18, and the banknotes deposited by the customer are stored in the voucher of each currency and stored in the voucher of each currency, and the payment is made to the customer from the voucher of each currency. Banknotes. Jizhan = The hard-belt access machine 19 counts the coins deposited by the customer and stores them in the respective currency storage vaults, and extracts the hardbands paid for the customers from the respective voucher banks. The operation of the transaction device 1g configured as described above will be described. The first line explains the operation of the trading device ig 崎 μ 之 进 进 ' ' ' ' ' ' ' ' 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户 客户=, the project data displayed in the screen. Again, the customer operates the password input 14 to enter a password. Next, the host device is controlled to the face 12'. = $ is sent to the top. Furthermore, the __ blanket is processed and sent to the host device in an encrypted state. Further, when depositing a transaction or the like, if the customer places the banknotes in the banknote access π of the picker 18, the banknote depositor 18 counts the papers 15 200923864, and separates each currency and stores them in each Similarly, in the coin deposit vault, if the customer places the coin in the coin access of the coin access machine 19, the coin access machine 19 counts the coins, and adds a distinction to each currency and stores them in each coin. The currency is kept in the vault. Further, in the case of extracting a transaction or the like, the banknote depositor 18 and the coin dispenser 19 deliver banknotes and coins of a specified amount from the banknote access 2 and the coin access port. = The receipt printer 17 issues a statement of the printed transaction. Further, the transaction device 10 acts on a series of actions in such transactions by interaction with the host device.仃 Next, the component data registration operation in the main key generation processing operation will be described. Further, the main Jinshe nuclear operation is omitted because it is the same as the operation shown in the flowchart of Fig. 3 described in the "prior art". Fig. 5 is a flowchart showing the component data registration operation in the first embodiment of the present invention. That L, in order for the / password input device 14 to be in a usable state, and when the password input device 14 is connected or installed in the transaction device 1 (), a plurality of keying elements (four) required for generating the primary key are generated. The digital sequence, the component input note, is entered into the password input device 14. When the password input device 14 is shipped at the factory, the number of the materials and the number of the materials, the respective codes for registering the components, the values of the components, and the contents of the components are sealed. The envelopes of the separately printed paper sheets were handed over, and the operators of the upper speed father's easy device. At this time, the data of the n-components of the machine is divided into plural numbers in advance. 16 200923864 各个 The data of each component is handed over to each operator. Then, when the backup starts to generate the main gold balance, each of the access and password input devices 14 falls and loses the component data of the component data for the time of the transmission of the component data, and the registration of the component data is the same. In addition, the money clerk expands the component data registration operation in accordance with the program of the program programmed in the control unit. . ^^^’^^ When the data is registered, the 'first' operator operates the password, the input unit, and the input operation unit of the 14th, and the input unit is used for the component. The input of the pass code for the component (4) input processing, and the case of t will be repeated until it is correct. Following the uL Γ 干 dry book materials; when the input code of the processed pass code is correct, it is mentioned, _ _ _ person _ shows, and the operator inputs the operating component data to the input operation part of the MU importer 14 The above-described password input unit 14 generates a check value based on the input kitchen juice. Then, the display tf of the LCD 15 described above: the generated check value. At the same time, in the above LCD15, the image is like 2: If you press the confirmation button if it is correct, press the button: button if the error is displayed, and the operator will be prompted to confirm. It is believed that the above-mentioned operator compares the displayed inspection value with the pre-transferred inspector f+仏: and confirms the agreement between the two. That is, the operation - value is visually confirmed. ^ When the operator confirms the agreement, press the password input device 3 to enter the confirmation button of the operation unit, and press the 3, code input II 14 when the consistency cannot be confirmed. The revision button that the input operation department has. That is, press the confirmation or revision button. Here, when the revision = 1⁄2 is pressed, the component data input guidance display is performed again, and the subsequent operation is repeated. Further, when the confirmation button is pressed, the password input unit 14 displays an erroneous check value on the display screen of the coffee maker 15 in order to confirm that the check value has been correctly confirmed, for example, a check value generated based on the input component data. Γ ' ^ 7 check value. At the same time, on the above LCD15 _ display screen, the display will be displayed again. If it is correct, please press the confirmation button. If the error is correct, please press the revision button and the message prompting the operator to confirm again. In response, the operator again performs a tb comparison with the previously checked check value to confirm both. That is, the operator visually confirms the inspection value again. When the operator confirms that they are in agreement, the operator presses the confirmation button 纟* of the input operation unit of the password input device to press the input operation portion of the password input device 14 when the confirmation cannot be confirmed. The revision button that you have. That is, press the confirm button or the revision button again. Furthermore, this person-in-person displays the wrong check value, so when the confirmation is pressed, the display on the display screen of the LCD 15 includes "Please re-enter 70 pieces of data again", etc., including the prompt operator to re-read the human component. The information of the data is input to guide the display, and the subsequent actions are repeated. Further, when the revision button is pressed, the inspection value generated by the base is displayed on the display screen of the LCD 15 and the calculation is performed based on the input component data, and the generated inspection value is displayed. At the same time, in the lcd15 200923864 if the error is not confirmed, if the positive ball is pressed, press the confirmation button, the next revision button, etc., to remind the operator to reconfirm the display operator again. The check value is compared with the pre-handover by comparing the ' and the two are consistent. That is, the sitter once again visually confirmed the inspection value. Then, 'when the operator confirms that it is the same, r = enter the confirmation button that the operation unit has, and if there is no = the revision of the input operation unit of the password input unit 14, press · again Click button or revision to follow. In this case, according to the second operation, the component data input is again displayed. When the __ is pressed, the S data is registered, so that the component data can be registered. Also = 3 confirmations of the column 'Completion of component registration. In this way, after a data is registered, the other operators will follow the other components. In step S21, the input of the pass code for the component data input processing is input, or is not = ^ :. The input code of the cow data input processing is correct tit 2, and when the input of the code for the component data input processing is not in the narrative, the secret input code is processed.兀*件贝科 200923864 Step S22 performs component data input. Step S23 inputs component data. The step S24 displays the generated check value in the display screen of the LCD 15. – Step S25 is visually confirmed by the operator on the inspection value. In step S26, it is judged whether the confirmation is pressed, or when the revision button is pressed: when the confirmation button is pressed, the process proceeds to step s27, and when the button is pressed, the process returns to step S22. Step S27 displays an erroneous check value in the display screen of the LCD 15. In step S28, the operator performs a visual evaluation of the inspection value again. In step S29, the confirmation button is pressed, or the revision button is pressed to judge. When the confirmation button is pressed, the process returns to step S22, and when the revision button is pressed, the process proceeds to step S30. Step S30 displays the generated check value on the display screen. In step S31, the operator confirms the inspection value again by visual inspection. .y& press the confirmation button or press the revision button to judge: when the confirmation button is pressed, the process proceeds to step S33, and when the revision button is pressed, the process returns to step S22. Step S33 performs component data registration and completes component data registration. As such, in the present embodiment, the check value can be confirmed multiple times when the registration is used to generate the material data of the main recording. As a result, it is possible to reliably prevent the registration of the wrong component data, and further, it is possible to reliably prevent the main gold wheel that generates the error. Next, the second embodiment of the present invention will be described. Furthermore, 20 200923864 = the first configuration, the same as the shirt: the same as the first embodiment: the same as the first embodiment, the component data registration in the second embodiment of the present invention is the same as the 'transaction device 1' The configuration is explained in the first place. Further, the operation in the case of the parent transaction is performed on the customer transaction device, and the above-described i-th embodiment is also described. Further, since the operations of the main key generation processing are the same as those shown in the flowchart of Fig. 3 described in the section, the description thereof is omitted. The input device 14 is in the form of a stalk, and when the crypto 2 input device 14 is connected or installed on the transaction device ig, the digital nucleus of the main button is generated as a key to the data, that is, the component = input = password input device 14 in. For the password input (4), the number of the factory = the number of the data, the value of the data for the registration of each component data, the value of each of the three pieces of the data, and the value of the component 1 / + • check - value will be The operators of the above-mentioned trading device are sealed by sealing the respective sheets of paper (4). In order to maintain confidentiality, the components are pre-divided into a plurality of components, and the components of the '+ Ϊ segmentation are handed over to each operator. When the material generates the main gold residue, the operators operate in the respective units η. The input device 14 is input and the component data registration is performed by the transferred component resources. Furthermore, in the order of the registration of the component data 200923864 and the guidance of the program compiled in the 5's of all the data registration details, the exhibition gates... the bribes follow the control department, and then ♦... . When the data is registered in the field of the first 4C, the input operation unit of the operation 14 is operated first, and the input is used for the component::: ί: The transmission of the pass code of the component data input processing is correctly entered in the month of the month. In the case of the case, repeat until the correct use: the input of the pass code of the component data input processing is correctly followed:
，的顯示畫面十’進行元件資料輸入引導顯示： 不進行元件資料輸入。 徒 繼之，操作員對密碼輸入器14的輸入操作部進行 作，並輸入7C件資料。接著，上述密碼輸入器Μ根據經輸 入的元件㈣核行計算，而生鎌查值。_，於上述 LCD15的顯示畫面中’進行檢查值輸入引導顯示，以提示 輸入預先移交的檢查值。 接耆，上述操作員輸入檢查值。此時，上述操作員對 密碼輸入器14的輸入操作部進行操作，並輸入預先移交的 檢查值，亦即密碼輸入器14的工廠出貨時所指定的檢查 值。 繼之，岔碼輸入器14進行檢查值的比較，對根據經輸 入的70件資料而生成的檢查值與由操作員輸入的檢查值進 行比較，判斷兩者是否一致。 繼而’於兩者一致之情形時，密碼輸入器對經輸入 的元件資料進行註冊，完成元件資料註冊。此時，於LCD15 的顯示畫面中顯示「元件資料註冊結束」的訊息，以通知 22 200923864 元件資料註冊結束。 又，於並未一致之情形時，密碼輸入器14判斷是否重 複規定次數。亦即，對根據經輪入的元件資料而生成的檢 查值與由操作員輸入的檢查值的不一致是否已持績規定次 數例如3次進行判斷。繼而，於重複規定次數之情形時， 不對經輸入的元件資料進行註冊，而結束元件資料註冊。 又，於並未重複規定次數之情形時，亦即，根據經輸入的 元件資料而生成的檢查值與由操作員輸入的檢查值的不— 致尚未達到規定次數之情形時，於上述LCD15的顯示畫面 中顯示「請再次輸入元件資料」.的‘訊息，進而，再次進行 元件資料輸入引導顯示，並重複其後的動作。 其次，說明流程圖。 步驟S41輸入用於元件資料輸入處理的通行碼，對用 於元件資料輸入處理的通行碼的輸入正確，抑或是不正確 進行判斷。备用於元件資料輸入處理的通行碼的輸入正確 之情形時，進入步驟S42，而當用於元件資料輸入處理的 通行碼的輸入不正確之情形時，則再次輸入用於元件資料 輸入處理的通行碼。 ’ 步驟S42進行元件資料輸入引導顯示。 步驟S43輸入元件資料。 步驟S44進行檢查值輸入引導顯示。 步驟S45輸入檢查值。 步驟S46判斷檢查值是否一致。於檢查值一致之情形 時進入步驟S48，而於檢查值不一致之情形時則進入步驟 23 200923864 S47 步驟S47對檢查值的不一致是否重複規定次數進行 判斷。於檢查值的不一致重複規定次數之情形時，結束元 件資料註冊，而於檢查值的不一致並未重複規定次數之情 形時，則返回至步驟S42。 步驟S48進行元件資料註冊，完成元件資料註冊。 η 如此般’於本實施形態中，當輸入用以生成主要金餘 的元件資料後，輸入密碼輸入器14的工廠出貨時所指定的 檢查值，並確認該檢查值與根據經輸入的元件資料而生成 的檢查值是否一致，於並未一致之情形.時，自最初開始重 新輸入元件資料。藉此，便能可靠防止錯誤的元件資料註 冊’進而’便能可靠防止生成錯誤的主要金鑰。 再者，本發明可適用於如密碼輸入器、1C卡讀取器等 疋件資料及密碼註冊所需的終端。 雖然本發明已以較佳實施例揭露如上，然其 限疋本發明’任何熟習此技藝者，在不脫 和範圍’當可作些許之更動與潤飾，因此本發明 圍當視後附之中請1職_界定者為準。 …蔓範 【圖式簡單說明】 塊圖 圖1是表示本發明第i實施形態的交易裳置構成的方 r3示先前密碼輸入器的輸入操作部的圖。 ϊ Λ Γ先f主要金齡成處_動作的流程圖。 疋表4前元件資料註冊的次㈣動作的流程 24 200923864 圖。 圖5是表示本發明第1實施形態中的元件資料註冊動 作的流程圖。 圖6是表示本發明第2實施形態中的元件資料註冊動 作的流程圖。 【主要元件符號說明】 10 :交易裝置 11 :控制部 12 :對主機介面部 13 :觸摸面板 14 :密碼輸入器 15 . LCD (液晶顯不斋） 16 :磁碟 17 :收據印表機 18 :紙幣存取機 19 :硬幣存取機 31 :輸入操作部 25, Display screen ten' Performs component data input guidance display: Component data input is not performed. In any case, the operator performs an operation on the input operation unit of the password input unit 14 and inputs 7C pieces of data. Then, the above-mentioned password input device 计算 is calculated based on the input component (4), and the value is checked. _, in the display screen of the LCD 15 described above, the inspection value input guidance display is performed to prompt the input of the inspection value that is handed over in advance. In the meantime, the above operator inputs the check value. At this time, the operator operates the input operation unit of the password input unit 14 and inputs the previously checked check value, that is, the check value specified by the factory of the password input unit 14 at the time of shipment. Next, the weight input unit 14 compares the inspection values, and compares the inspection value generated based on the input 70 pieces of data with the inspection value input by the operator to determine whether the two are identical. Then, in the case where the two are consistent, the password input device registers the input component data to complete the component data registration. At this time, the message "End of component data registration" is displayed on the display screen of LCD15 to notify 22 200923864 that the registration of component data is completed. Further, when there is no agreement, the password input unit 14 judges whether or not the predetermined number of times is repeated. That is, it is judged whether or not the inconsistency between the inspection value generated based on the wheeled component data and the inspection value input by the operator has been performed for a predetermined number of times, for example, three times. Then, when the predetermined number of times is repeated, the input component data is not registered, and the component data registration is ended. Moreover, when the predetermined number of times is not repeated, that is, when the inspection value generated by the input component data and the inspection value input by the operator have not reached the predetermined number of times, the LCD 15 The message "Please enter the component data again" is displayed on the display screen. Then, the component data input guidance display is performed again, and the subsequent operations are repeated. Next, the flow chart will be explained. The step S41 inputs the pass code for the component data input processing, and judges whether the input of the pass code for the component data input processing is correct or incorrect. When the input of the pass code for the component data input processing is correct, the process proceeds to step S42, and when the input of the pass code for the component data input process is incorrect, the pass for the component data input process is again input. code. Step S42 performs component data input guidance display. Step S43 inputs the component data. Step S44 performs a check value input guidance display. Step S45 inputs the check value. Step S46 determines whether the check values are consistent. If the check values match, the process proceeds to step S48. If the check values do not match, the process proceeds to step 23. 200923864 S47. Step S47 determines whether the inconsistency of the check values is repeated a predetermined number of times. When the inconsistency of the inspection values is repeated a predetermined number of times, the registration of the component data is ended, and when the inconsistency of the inspection values is not repeated for a predetermined number of times, the process returns to step S42. Step S48 performs component data registration and completes component data registration. η is such that, in the present embodiment, after inputting the component data for generating the main gold balance, the inspection value specified by the factory of the password input device 14 is input, and the inspection value is confirmed based on the input component. Whether the check values generated by the data are consistent or not, and when the data is not consistent, the component data is re-entered from the beginning. Thereby, it is possible to reliably prevent the erroneous component data registration 'and further' from reliably preventing the generation of the erroneous primary key. Furthermore, the present invention can be applied to terminals required for registration of mail data and passwords such as a password input device, a 1C card reader, and the like. Although the present invention has been disclosed in the above preferred embodiments, it is limited to the present invention, and any person skilled in the art can make some changes and refinements in the non-disengagement range. Please take the job _ definition as the standard. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing an input operation unit of a previous password input device, showing a configuration of a transaction skirt according to an i-th embodiment of the present invention. ϊ Γ Γ f f main financial age _ action flow chart.疋The process of the fourth (four) action of the registration of the component data in Table 4 24 200923864 Figure. Fig. 5 is a flowchart showing the component data registration operation in the first embodiment of the present invention. Fig. 6 is a flow chart showing the operation of registering component data in the second embodiment of the present invention. [Description of main component symbols] 10: Trading device 11: Control unit 12: Pair of host interface 13: Touch panel 14: Password input device 15. LCD (Limited LCD) 16: Disk 17: Receipt printer 18: Banknote depositor 19: coin access machine 31: input operation unit 25