201220801 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種密碼系統，特別是指一種具有防 側錄功能之密碼系統。 【先前技術】 目前信用卡使用的方便性大可依其廣受歡迎的程度可 窺知，然而正因為信用卡在消費過程之便利性甚至幾乎可 達認卡不認人之情形，導致偽造信用卡者大行其it，造成 持卡人及發卡銀行損失極A，更進而擾亂金融秩序。 信用卡偽造人士通常是將信用卡刷過一側錄機或是藉 磁感方式感應，藉以盜錄持卡人之個人資料，進而製造出 偽卡’由於錢㈣卡的人料是利詩客戶至收銀台结 帳期間偷偷側錄下資料，且時間只要一至二秒，並不：： 查覺，所以-般人並不知信用卡是否已被不當侧錄。 參閱圖1 ’為中華民國新型專利公告第507910號厂簡 易信用卡防側錄及盜刷警示套件」專利案，其主要以一套 體1供-信用卡2置人其内，並使信用卡2之磁條21呈外 :狀-另外於套體丨内設一感知電路，該感知電路包括有 隨it::;開關元件、警示元件及-電池，該起動元件可 之磁條21被讀取時而同時作動並回應一次訊號 次數2路’藉預設㈣間隔内’該起動元件提供訊號之 。忒感知電路啟動該警示元件提供警訊供持卡人判別 而’上述作法不論警示多麼迅速敏銳，在資料傳輸 201220801 的過程中’若是資料被駭客攔戴或是側錄，還是無法避免 仏用卡2因資料外洩而被製成偽卡以致喪失警示作用之情 形。 以上所舉的例子只是我們日常生活中常會遇見的其中 一種，舉凡遙控汽車鎖定、居家大門防護，或是網路上的 各種認證行為等等都關係到資料防護的重要，因此若只是 消極且一昧地加入各種警示作用，除了製造生活中的不便 ，也無法真正杜絕個人資料遭側錄等不法行為，徒增財物 損失。 【發明内容】 因此’本發明之目& ’即在提供一種加入時間間隔而 具有防側錄功能之密碼系統。 於是，本發明具有防側錄功能之密碼系統適用於對一 物件或狀況進行鎖定及解鎖狀態，該具有防側錄功能之密 碼系統包含一發射模組及一接收控制模組。 該發射模組包括-微控制器、一與該微控制器電性連 接之第-訊號傳收器，及一電性連接該微控制器與該第一 訊號傳收器之第-電源供應器。該第一電源供應器提供該 微控制器及該第一訊號傳收器運作所需之電力，該第一訊 號傳收器是受該微控制器驅動而發射至少一密碼訊號，且 該密碼訊號上具有多數碼別’而相鄰碼別之間存在有預設 的時間間隔。 該接收控制模組包括一微處理器、—與該微處理器電 性連接之第二訊號傳收器，及一電性連接該微處理器與該 201220801 第一说號傳收器之第二雷、、择征庙BZ vj M 一源供應^，該第二電源供應器提 供該微處理器及該第二訊號傳收器運作所需之電力，該第 4號傳收器可接收該第—訊號傳收器所發出之密碼訊號 ’並經4微處理器罐認碼別及相鄰 該微處理器發出一控制俨妒選妯 之、間間隔後， _5 5虎以選擇地對該物件或狀況進行 鎖定及解鎖。 之功效在於：該微控制器控制該第一訊號傳收 益發射出多數碼別，且相鄰碼別之間存在有預設的時間間 :，而該微處理器必須確認碼別及相鄰碼別間之時間間隔 能進行鎖定或解鎖，因此縱算所有的碼別都被側錄 一疋去真正掏取碼別間隔的時間，還是無法進行鎖定或 解鎖，所以能有效防止側錄。 〆 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三個較佳實施例的詳細說明中，將可 清楚的呈現。 在進行詳細說明之前，要洼咅 θ , 】I主意的疋，以下類似的構件 疋以相同的編號來表示。 參閱圖2,為本發明具有防側錄功能之密碼系統3的較 佳貫施例’該具有防側錄功能之密碼系統3是適用於對一 物件30或狀況進行鎖定及解鎖狀態，所述物件可以曰 大門門禁鎖、汽車遙控門鎖，或窗疋 ότ ,、，β , 貝寻而所述狀況則 Ί以疋網路銀行的認證事件或網路銀行的付款事件等 本較佳實施例中’是以該具有防側錄功能之密碼系統3對 201220801 大門門禁鎖形態之物件30進行鎖定及解鎖做為舉例說明。 該具有防側錄功能之密碼系統3包含有—發射模組Μ 及-接收控·組32。該發射模組31與該接收控制模組 32之間可以是無線傳輸，或是有線傳輸。 該發射模組31包括一微控制器311、一與該微控制器 電性連接之第-訊號傳收器312，及一電性連接該微控 制器3U與該第—訊號傳收器312之第-電源供應器313。 該^訊號傳收器312是受該微控制器311驅動而發射至少 岔碼sfl號，而該第一雷、、语/i£ nfc Οβ Λ 1 弟電/原供應益313可提供該微控制器 311與該第一訊號傳收器312運作所需之電力。 ° …參閱圖2、3 ’該第—訊號傳收器312所發射出之密碼 號具有多數碼別’而相鄰碼別之間存在有預設的時間間 隔：舉例來說’如圖3所示，該密碼訊號具有6個碼別 刀別代表1、2、3、4、5及6，而各個碼別之間存在有不 :的時間間隔γ,〜Γ5。該接收控制模組32包括一微處理 器321、-與該微處理器321電性連接之第二訊號傳收器 22及冑性連接該微處理器321與該第二訊號傳收器 ▲之第一電源供應器323，該第二訊號傳收器可接收 :第Λί虎傳收器312所發出之密碼訊號，並經該微處理 器32 1確吻碼別及相鄰碼別間之時間間隔後，該微處理器 1發出控制仏號以對該物件项即大門門禁鎖）進行解鎖 亥第一電源供應器323可提供該微處理器321與該第 -訊號傳收器312運作所需之電力。 在此特別說明的是，該微控制器3 11控制該第〆訊號傳 201220801 3所發射出的密碼訊號是逐-發射碼別，同時在相 鄰兩碼别之間並含有時間間隔r，例如發射出多數碼別， 且相鄰碼狀間存在有預設的時„^，而該微處理薄 對祕件30進行鎖定或解鎖，因此縱算所有的碼別都被側 錄但疋無法真正㈣碼闕隔的相，還是無法進行鎖定 或解鎖，故能有效防止側錄，或是密碼被竊取的風險。201220801 VI. Description of the Invention: [Technical Field] The present invention relates to a cryptosystem, and more particularly to a cryptosystem having an anti-sliding function. [Prior Art] At present, the convenience of the use of credit cards can be gleaned according to its popularity. However, because the convenience of the credit card in the consumption process is even almost unrecognizable, the counterfeit credit card is large. By doing it, the cardholders and the issuing bank lost A, which further disrupted the financial order. Credit card counterfeiters usually send a credit card over a single deck or use magnetic sensing to pirate the cardholder’s personal data to create a fake card. The money (four) card is a Lishi customer to the cashier. During the checkout, the information was sneaked in the side, and the time was only one to two seconds. It did not:: I noticed that the average person did not know whether the credit card had been improperly recorded. Refer to Figure 1 for the patent case of the Republic of China New Patent Announcement No. 507910 Factory Simple Credit Card Anti-Surface Recording and Burglary Warning Kit, which mainly uses a set of 1 for the credit card 2 and the credit card 2 The strip 21 is external: in the form of a sensing circuit, the sensing circuit includes a switching element, a warning element and a battery, and the starting element can be read by the magnetic strip 21 Simultaneously act and respond to a signal number 2 times 'by default (4) interval 'the starter component provides the signal. The 忒 sensing circuit activates the warning component to provide a warning for the cardholder to discriminate. 'The above method is quick and sensitive regardless of the warning. In the process of data transmission 201220801, if the data is blocked or recorded by the hacker, it is still unavoidable. The card 2 is made into a fake card due to the leakage of data, so that the warning effect is lost. The above examples are just one of the things that we often encounter in our daily life. The remote control car lock, home door protection, or various authentication behaviors on the Internet are all important to data protection, so if it is only negative and a glimpse Adding various warning functions to the ground, in addition to the inconvenience in manufacturing life, it is impossible to truly eliminate illegal acts such as side-recording of personal data, and increase the loss of property. SUMMARY OF THE INVENTION Therefore, the object of the present invention is to provide a cryptosystem having an anti-slide function by adding a time interval. Therefore, the cryptographic system with anti-sliding function of the present invention is suitable for locking and unlocking an object or condition. The cryptographic system with anti-sliding function includes a transmitting module and a receiving control module. The transmitting module includes a microcontroller, a first signal transmitter electrically connected to the microcontroller, and a first power supply electrically connected to the microcontroller and the first signal transceiver . The first power supply device provides power required for the operation of the microcontroller and the first signal transceiver, and the first signal transceiver is driven by the microcontroller to transmit at least one cryptographic signal, and the cryptographic signal There are multiple digits on the top and there is a preset time interval between adjacent codes. The receiving control module includes a microprocessor, a second signal transceiver electrically connected to the microprocessor, and a second electrical connection between the microprocessor and the 201220801 first number receiver The second power supply provides the power required for the operation of the microprocessor and the second signal transceiver, and the fourth power receiver can receive the first - the cryptographic signal sent by the signal transmitter 'and the 4 microprocessor can recognize the code and the adjacent microprocessor sends a control selection interval, _5 5 tiger to selectively select the object Or status to lock and unlock. The effect is that the microcontroller controls the first signal transmission to transmit multiple digits, and there is a preset time interval between adjacent codes: and the microprocessor must confirm the code and the adjacent code. The time interval between the other can be locked or unlocked. Therefore, all the codes are recorded by the side of the code to actually capture the time interval of the code, and it is still impossible to lock or unlock, so the side recording can be effectively prevented. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the drawings. Before the detailed description, the following components are denoted by the same number. Referring to FIG. 2, a preferred embodiment of the cryptographic system 3 having the anti-sliding function of the present invention is provided. The cryptographic system 3 having the anti-sliding function is adapted to lock and unlock an object 30 or a condition. The object may be a door lock, a car remote control door lock, or a window 疋ό, ,, β, and the situation is the authentication event of the online bank or the payment event of the online bank, etc. In the middle, the password system 3 with anti-sliding function locks and unlocks the object 30 in the form of the 201220801 gate access lock as an example. The cryptographic system 3 with anti-slide function includes a transmitting module Μ and a receiving control group 32. The transmitting module 31 and the receiving control module 32 may be wirelessly transmitted or wired. The transmitting module 31 includes a microcontroller 311, a first signal transmitter 312 electrically connected to the microcontroller, and an electrical connection between the microcontroller 3U and the first signal receiver 312. The first power supply 313. The signal transmitter 312 is driven by the microcontroller 311 to transmit at least a weight sfl number, and the first lightning, the language /i £ nfc Οβ Λ 1 / the original supply 313 can provide the micro control The 311 and the first signal transceiver 312 operate the required power. ° ... see Figures 2, 3 'The first signal-transmitter 312 transmits a password number with multiple digits' and there is a preset time interval between adjacent codes: for example, as shown in Figure 3. It is shown that the cipher signal has six code knives representing 1, 2, 3, 4, 5 and 6, and there is a time interval γ, Γ5 between each code. The receiving control module 32 includes a microprocessor 321 , a second signal transceiver 22 electrically connected to the microprocessor 321 , and a second connection between the microprocessor 321 and the second signal transceiver ▲ The first power supply 323, the second signal transceiver can receive the cryptographic signal sent by the third transceiver 312, and the time between the code and the adjacent code is confirmed by the microprocessor 32 1 After the interval, the microprocessor 1 issues a control nickname to unlock the object item, that is, the gate access lock). The first power supply 323 can provide the microprocessor 321 and the first signal receiver 312 to operate. Electricity. Specifically, the microcontroller 3 11 controls the cryptographic signal transmitted by the third signal transmission 201220801 3 to be a transmit-by-transmit code, and between the adjacent two codes, and includes a time interval r, for example The multi-digits are emitted, and there is a preset time between the adjacent codes, and the micro-processing thin locks or unlocks the secrets 30, so all the codes are recorded sideways but cannot be truly (4) The phase of the code is still unable to be locked or unlocked, so it can effectively prevent the risk of side recording or password being stolen.
續參閱圖2,在本較佳實施例中，該發射模組η令更 包括有-與該微控制器311電性連接之第一儲存單元…及 第》十數單元315，該第一儲存單元314是用以儲存一具 有多數組密碼訊號之密碼訊號列表，以供該微控制器3ΐι確 認選用。而該接收控制模組32中更包括有—與該微處理器 321電性連接之第二儲存單元324及—第二計數單元325， 第儲存單元324同樣用以儲存一具有多數組密碼訊號 之密碼訊號列表，供該微處理器321確認選用。 特別說明的是，該第一儲存單元314與該第二儲存單 元324也可以皆儲存有多數密碼訊號列表，每一密碼訊號 列表亦具有多數組密碼訊號，藉此每一密碼訊號列表上的 密石馬訊號使用完後，可接著使用下一張密碼訊號列表，藉 此更可提昇密碼訊號的變化性。 該第一計數單元315是用以記錄該第一儲存單元314 的夕數密碼訊號列表中已使用過之密碼訊號，以供該微控 制器311選用未使用過之密碼訊號並驅使該第一訊號傳收器 312進行發射。該第二計數單元325是記錄該第二儲存單元 201220801 324之密碼訊號列表中已確認過之密碼訊號，以供該微處理 器321選用未確認過之密碼訊號進行確認。 換句話說’本發明具有防側錄功能之密碼系統3可藉 由不同的碼別暨不同的時間間隔τ，而達成每次發射的密 碼訊號皆不相同，外人縱算擷取了本次的密碼以及碼別的 時間間隔r也無法進行解鎖’真正做到防止側錄的功能。 在此應注意的是，隨著科技的演進發展，該微控制器 311與該微處理器321也可以是可程式單晶片形態，該第一 儲存單元314及該第一計數單元315可以内建於該微控制# 器311中’該第二儲存單元324及該第二計數單元325則是 内建於該微處理器321中。 值得提的疋，本發明具有防侧錄功能之密碼系統3 之該發射模組31更包括一與該微控制器311電性連接之第 連接琿3 16用以連接一外部機器（圖未示，如個人電腦） 以將資料輸入或輸出該微控制器311中。該接收控制模組 32更包括一與該微處理器32電性連接之第二連接埠326， 用以連接一外部機器（圖未示，如個人電腦）將資料輸入或輸籲 出該微處理器321中。 s亥第一、二連接埠316、326可以是RS 232或是其他 型式之傳輸介面，當該微控制器311與該微處理器321為一 可程式單晶片時，就可以利用該第一、二連接埠3 1 ό、326 連接外部個人電腦，進行資料及控制指令的編輯。 此種设置方式可以方便使用者手動更換密碼序號列表 ，同時還可以對該微控制器311與該微處理器32進行功能 8 ⑧ 201220801 上的擴充與除錯。Referring to FIG. 2, in the preferred embodiment, the transmitting module n further includes a first storage unit electrically connected to the microcontroller 311 and a tenth unit 315, the first storage. The unit 314 is configured to store a list of cryptographic signals having a multi-array cryptographic signal for the microcontroller to select and select. The receiving control module 32 further includes a second storage unit 324 electrically coupled to the microprocessor 321 and a second counting unit 325. The storage unit 324 is also configured to store a multi-array cryptographic signal. A list of cryptographic signals for the microprocessor 321 to confirm selection. Specifically, the first storage unit 314 and the second storage unit 324 may also store a plurality of cryptographic signal lists, and each cryptographic signal list also has a multi-array cryptographic signal, thereby using a secret on each cryptographic signal list. After the Shima signal is used, you can use the next password signal list to improve the variability of the password signal. The first counting unit 315 is configured to record the used password signal in the ciphertext signal list of the first storage unit 314, so that the microcontroller 311 selects an unused cryptographic signal and drives the first signal. The transceiver 312 transmits. The second counting unit 325 records the password signal confirmed in the password signal list of the second storage unit 201220801 324 for the microprocessor 321 to select the unconfirmed password signal for confirmation. In other words, the cryptographic system 3 with anti-sliding function of the present invention can achieve different cryptographic signals for each transmission by different codes and different time intervals τ, and the outsider draws the current time. The password and the time interval r of the code can not be unlocked' to truly prevent the side recording function. It should be noted that, as the technology evolves, the microcontroller 311 and the microprocessor 321 can also be in the form of a programmable single chip. The first storage unit 314 and the first counting unit 315 can be built in. The second storage unit 324 and the second counting unit 325 are built in the microprocessor 321 in the micro control unit 311. It is to be noted that the transmitting module 31 of the cryptographic system 3 having the anti-sliding function of the present invention further includes a third port 16 electrically connected to the microcontroller 311 for connecting to an external device (not shown). For example, a personal computer) to input or output data into the microcontroller 311. The receiving control module 32 further includes a second port 326 electrically connected to the microprocessor 32 for connecting an external device (not shown, such as a personal computer) to input or output data to the microprocessor. In 321 . The first and second ports 316 and 326 may be RS 232 or other types of transmission interfaces. When the microcontroller 311 and the microprocessor 321 are a programmable single chip, the first The two ports 13 1 ό, 326 are connected to an external personal computer for editing the data and control commands. Such an arrangement can facilitate the user to manually change the password serial number list, and can also perform expansion and debugging on the microcontroller 311 and the microprocessor 32 on the function 8 8 201220801.
參閱圖4’為本發明具有防側錄功能之密碼系統3的第 -較佳實施例，該第二較佳實施例大致與該第一較佳實施 例相同，不同的地方是在於，該發射模組31可同時對應多 個接收控制模組32，而不同的接收控制模組32可以控制不 同的物件如大門門禁鎖、汽車遙控門鎖或窗戶鎖）或狀況 33(如大門、汽車或網路認證），該發射模組η更包括有一 與該微控制器電性連接之手動輸人單元317，該手動輸 入單元317上具有多數控制按鍵，該等控制按鍵是以〇〜9 的形式佈設於該發射模組31上，藉由該手動輸入單元317 可方便使用者輸人-外部控制指令給該微控制器3ιι。 例如，當使用者輸入123按鍵時，表示目前該發射模 組是控制大門的鎖定，輸入456按鍵時，表示目前該發 :模組31是控制汽車的鎖定，而輸入7的按鍵時，表示目 前該發射模組31是_網路紐的敎。該發射模組 31對應不同的接收控制模組32時，該微控制器3ιι會選用 不同的密碼訊號，也就是藉由該手動輸入單元317可以切 換該微控制器311所選用該密碼訊號列表上的相對應密碼訊 號’達到一對多的便利控制。 參閱圖5、6,為本發明具有防側錄功能之密碼系統的 數位與類比型式密碼列纟’不豸是數位或是類比型式的密 碼訊號’都可以透過本發明之發射模組31與接收控制模組 32來加以實現，因此泛用性高。 參閱圖7，為本發明具有防側錄功能之密碼系統3的第 201220801 三較佳實施例，該第三較佳實施例大致與該第二較佳實施 例相同，不同的地方是在於，該接收控制模組32之第二訊 號傳收器322會主動發出一確認訊號。而該第一訊號傳收 器3】2可以接收該第二訊號傳收器322所發出之確認訊號 ，並由該微控制器311確認訊號無誤後始控制該第一訊號傳 收器312可以發射密碼訊號。 藉此可以限制該發射模組31發射密碼訊號的使用時機 ，只有在確認有對應的接收控制模組32存在的情況下，該 發射模組31才能進行鎖定或是解鎖的動作，除了避免誤觸鲁 控制之外’更進一步保障了本發明具有防側錄功能之密碼 系統3的安全性及嚴謹性。 藉由以上所述的設計，本發明具有防側錄功能之密碼 系統3於實際使用時具有以下所述優點·· (1) 有效防止側錄： 本發明藉由該微控制器311控制該第一訊號傳收器 312所發射出的密碼訊號是逐一發射碼別，同時在相鄰 兩碼別之間必須有時間間隔r，例如發射出多數碼別，鲁 且相鄰碼別之間存在有預設的時間間隔r，而該微處理 器321必須確涊碼別及相鄰碼別間之時間間隔r後才 flb對β物件30進行鎖定或解鎖，因此縱算所有的碼別都 被側錄但是無法準確掏取相鄰碼別之間的時間間隔，還 是無法進行鎖定或解鎖，所以能有效防止密碼遭到側錄 〇 (2) 可一對多控制：Referring to FIG. 4', a first preferred embodiment of the cryptographic system 3 with anti-sliding function is the same as the first preferred embodiment. The difference is that the transmission is The module 31 can simultaneously correspond to multiple receiving control modules 32, and different receiving control modules 32 can control different objects such as gate access locks, car remote door locks or window locks or conditions 33 (such as gates, cars or nets). The circuit module η further includes a manual input unit 317 electrically connected to the microcontroller. The manual input unit 317 has a plurality of control buttons, and the control buttons are arranged in the form of 〇~9. On the transmitting module 31, the manual input unit 317 can facilitate the user to input an external control command to the microcontroller 3 ι. For example, when the user inputs the 123 button, it indicates that the transmitting module is currently controlling the locking of the gate. When the button 456 is input, it indicates that the current module: the module 31 controls the locking of the car, and when the button of the button 7 is input, it indicates the current The transmitting module 31 is a network button. When the transmitting module 31 corresponds to different receiving control modules 32, the microcontroller 3 ιι ι Δ ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω ω The corresponding cryptographic signal 'reaches one-to-many convenience control. Referring to FIG. 5 and FIG. 6, the digital and analog type passwords of the password system having the anti-sliding function of the present invention can be transmitted through the transmitting module 31 and the receiving module 31 of the present invention. The control module 32 is implemented to be highly versatile. Referring to FIG. 7, a third preferred embodiment of the cryptographic system 3 with anti-sliding function of the present invention is substantially the same as the second preferred embodiment. The difference is that the The second signal transceiver 322 of the receiving control module 32 actively sends a confirmation signal. The first signal transceiver 3 2 can receive the confirmation signal sent by the second signal transceiver 322, and the microcontroller 311 can confirm that the signal is correct and then control the first signal receiver 312 to transmit. Password signal. Therefore, the use timing of transmitting the cipher signal by the transmitting module 31 can be restricted. Only when the corresponding receiving control module 32 is confirmed, the transmitting module 31 can perform the locking or unlocking action, except to avoid accidental touch. In addition to the control of Lu, the security and rigor of the cryptographic system 3 with anti-sliding function of the present invention are further ensured. With the above-described design, the cryptographic system 3 having the anti-sliding function of the present invention has the following advantages when actually used. (1) Effectively preventing side recording: The present invention controls the first by the microcontroller 311 The cryptographic signal transmitted by the signal transmitter 312 is transmitted one by one, and there must be a time interval r between adjacent two codes, for example, a multi-signal is transmitted, and there is a presence between adjacent codes. The preset time interval r, and the microprocessor 321 must confirm the time interval r between the code and the adjacent code, and then flb locks or unlocks the β object 30, so all the codes are sideways. However, it is impossible to accurately capture the time interval between adjacent codes, or it is impossible to lock or unlock, so it can effectively prevent the password from being recorded. (2) One-to-many control:
10 201220801 本發明具有防側錄功能之密碼系統3藉由該手動輸 入單元M7可以切換該微控制@ 311所選用的密碼訊號 ，進而達到一對多的便利控制。 (3) 泛用性佳： 由於該具有防側錄功能之密碼系統3可以適用於大 Η門禁鎖、汽車遙控門鎖或窗戶鎖等等物件3〇，或網路 銀行的認證事件或網路銀行的付款事件等狀況33之鎖定 及解鎖因此彳以廣泛應用於各種領域，提升產品競 • 爭力。 (4) 系統安全高且數位及類比訊號皆可適用： 承上所述，不論是數位或是類比型式的密碼訊號， 都可以透過本發明之發射模組31與接收控制模組32來 傳送或是接收。此外，藉由限制該發射模組31發射密碼 訊號的時機，只有在確認有對應的接收控制模組32存在 的情況下，才能進行鎖定或是解鎖的動作，進一步保障 了系統的安全性及嚴謹性，因此系統安全高。 籲 ，宗上所述，本發明具有防側錄功能之密碼系統3是藉 由上述之設計，於實際使用時能提供有效防止側錄、可一 對多控制、可以廣泛應用於各種領域進而能提升產品競爭 力，以及系統安全高且數位及類比訊號皆可適用等功效， 故確實能達成本發明之目的。 准以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾皆仍 201220801 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一分解圖，說明新型專利公告第507910號「簡 易信用卡防側錄及盜刷警示套件」專利案之盜刷警示套件 » —圖2是-系統架構圖，說明本發明具有防側錄功能之 在' 碼系統的第一較佳實施例； 圖3是一表示圖，輔助說明該第一較佳實施例的碼別 及時間間隔態樣； $ 圖4疋一系統架構圖，說明本發明具有防側錄功能之 密碼系統的第二較佳實施例； 圖5是一數位型式密碼列表，說明本發明之密碼訊號 的碼別及時間間隔態樣； 圖6是一類比型式密碼列表，說明本發明之密碼訊號 的碼別及時間間隔態樣；以及 圖7是一系統架構圖，說明本發明具有防側錄功能之 密碼系統的第三較佳實施例。 鲁 12 ⑧ 201220801 【主要元件符號說明】 3 .........具有防側錄功能之密碼系統10 201220801 The cryptographic system 3 with anti-slide function of the present invention can switch the cryptographic signal selected by the micro control @ 311 by the manual input unit M7, thereby achieving one-to-many convenient control. (3) Good versatility: Because the password system 3 with anti-sliding function can be applied to items such as large door locks, car remote door locks or window locks, or online banking authentication events or networks. The lock-up and unlocking of the bank's payment events, etc., 33 are therefore widely used in various fields to enhance product competitiveness. (4) The system is safe and the digital and analog signals are applicable: As described above, the digital or analog type of cryptographic signals can be transmitted through the transmitting module 31 and the receiving control module 32 of the present invention or Is receiving. In addition, by limiting the timing at which the transmitting module 31 transmits the cryptographic signal, the locking or unlocking action can be performed only when the corresponding receiving control module 32 is confirmed, thereby further ensuring the security and rigor of the system. Sex, so the system is safe. According to the above description, the cryptographic system 3 with anti-sliding function of the present invention can provide effective prevention of side recording and one-to-many control in practical use, and can be widely applied to various fields and can be widely used in various fields. The purpose of the present invention can be achieved by improving the competitiveness of the product, as well as the high system safety and the application of digital and analog signals. The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are all Still 201220801 is within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an exploded view showing the new patent publication No. 507910 "Simplified Credit Card Anti-Surface Recording and Burglary Warning Kit" patent case stolen brush warning kit» - Figure 2 is - system architecture diagram, description The present invention has a first preferred embodiment of the 'code system' with anti-sliding function; FIG. 3 is a view for explaining the code and time interval of the first preferred embodiment; The system architecture diagram illustrates a second preferred embodiment of the cryptographic system having the anti-sliding function of the present invention; FIG. 5 is a list of digit type ciphers illustrating the code and time interval patterns of the cryptographic signals of the present invention; A generic type of password list illustrating the code and time interval aspects of the cryptographic signal of the present invention; and FIG. 7 is a system architecture diagram illustrating a third preferred embodiment of the cryptographic system of the present invention having an anti-slide function. Lu 12 8 201220801 [Description of main component symbols] 3 .........The password system with anti-sliding function
30… …物件 31••… …發射模組 311 ··· …微控制器 312… …第一訊號傳收器 313… …第一電源供應器 314… …第一儲存單元 315… …第一計數單元 316… …第一連接埠 317… …手動輸入單元 32••… …接收控制模組 321… …微處理器 322… …第二訊號傳收器 323… …第二電源供應器 324… …第二儲存單元 325… …第二計數單元 326… …第二連接埠 33·..·· …狀況 τ ..... …時間間隔 1330...object 31••...transmitting module 311 ····microcontroller 312...first signal transmitter 313...first power supply 314...first storage unit 315...first count Unit 316... first connection 埠 317... manual input unit 32••... receiving control module 321 ... microprocessor 322 ... second signal transceiver 323 ... second power supply 324 ... ... Second storage unit 325 ... second counting unit 326 ... second connection 埠 33 ·..... state τ ..... ... time interval 13