201204582 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種汽車防盜系統， 九知一種以藍芽丰 持裝置進行控制之汽車防盜系統。 【先前技術】 習知以藍芽手機進行控制的汽車防盜系統，係使 =動模式或藍芽連線認證方式，以固定的個人識別碼對 ^車防以統進行控制。然而，當藍芽手機料定為 測杈式時，會發送訊號表示可於與另—藍 :' 行雙向資料傳輸，但收到此訊號的攻擊者亦能嘗^進H 對以藉機竊取固定的個人識別碼，進而破解汽車防^ 二知以藍芽手機控制的汽車防盜系統，其安：： 像中安全。因此，如何提供—種安全性高的「以藍 牙機進灯控制的汽車防盜系統」實有待努力開發研究。 【發明内容】 本發明之目的係在提供一種安全 置進行控狀汽車防m 【牙手持裝 =據=明之一特色’本發明係提出—種以藍芽手持 =進=制之汽車防盜系統，包括：一行控主機，係設 用以執行汽車内部之控制作業； 二=置：汽車内並連接至行控主機，用以切換汽車之 ^ /飞車於電門開關開啟時供給全車所需之電力， 201204582 並於電⑽關關閉時僅供給汽車 藍芽模组，机罢^ 土 千丨々瓜糸統所而之電力，一 牙棋，，且車内並連接 認證密碼，俜用u ώ廿 微，、褚存有 業，當辨識㈣“、…、他藍芽模組進行密碼辨識比對作 電門門Μ:、功即輸出-控制命令至行控主機以開啟 以持裝置，儲存有碰㈣，係用 功時了藍==進行密碼辨識比對作業，當辨識比對成 ，-牙手持裝置產生一新設密碼並儲存為切地京踩 然後將其發送至藍芽樓m甘w儲存為。…、碼’201204582 VI. Description of the Invention: [Technical Field] The present invention relates to a car anti-theft system, and a car anti-theft system controlled by a Bluetooth augmentation device. [Prior Art] It is customary to use a Bluetooth mobile phone to control the car anti-theft system, which is to control the mode of the car or the Bluetooth connection with a fixed personal identification code. However, when the Bluetooth mobile phone device is set to the test mode, it will send a signal indicating that it can transmit data in two-way data with the other-blue:', but the attacker who receives the signal can also try to enter the H pair to take the opportunity to steal the fixed. The PIN, which in turn cracks the car's anti-theft system. The car's anti-theft system controlled by the Bluetooth mobile phone, its security:: like security. Therefore, how to provide a kind of "safe car anti-theft system controlled by blue-toothed lights" is still waiting to be developed. SUMMARY OF THE INVENTION The object of the present invention is to provide a safely placed control car anti-m [tooth hand-held device = according to one of the characteristics of the invention] proposed by the present invention - a Bluetooth handheld = input = system car anti-theft system, Including: a row of control host, is designed to perform the control operation inside the car; 2 = set: inside the car and connected to the line control host, used to switch the car / / fly to the power required to supply the whole car when the switch is opened , 201204582 and only when the power (10) is closed, only the car Bluetooth module is supplied, and the machine is powered by the power of the earth, and the game is connected with the authentication password. , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , When the work is done, the blue== password identification comparison operation is performed. When the identification is made, the tooth handheld device generates a new password and stores it as a cut-and-step and then sends it to the blue building. …,code'
碼辨識比對作業使用。、其儲存為認證密碼供下次密 【實施方式】 制之：H 圖1係本發明之以藍芽手持裝置進行控 ’飞方蛊系統之不意圖。如圖1所示，本發明之以藍芽 手持裝置進行控制之汽車防盜系統包括—藍芽手持裝置 藍芽核·姐2、-行控主機9 !、一電門開關％、一中# ，開關95、-無線通訊裝置％、以及一揚聲器94,其中^ 牙私組2、行控主機91、電門開關92、-中控鎖開關95 '無 線通訊裝置93、以及揚聲器9错設置於—汽車9内，且行控 主機91係分別連接至藍芽模組2、電門開關％ 95、無線通訊裝置93、職揚聲㈣。 鎖開關 其中’藍芽手持裝置阿為一藍芽手機、或一藍芽個人 ，位助理」其係、可自動制其通訊範圍内是否存在其他藍 牙模組’藍芽手持裝置丨包括—密碼設定模組U，儲存有一 認證密碼，隸與其他藍芽模組進行密碼辨識比對作業， 201204582 並於辨識比對成功時由密碼設定模組1}產生一新設密碼並 將其儲存為認證密碼，以供下次密碼辨識比對作業使用； 藍芽模組2亦可自動偵測其通訊範圍内是否存在其他藍芽 模、’且’其用以與其他藍芽模組進行密碼辨識比對作業，藍 芽模組2包括—密碼儲存單元2卜以及-微處理單元22，密 碼儲存單元21用以健存認證密碼’微處理單元细以對所 接收的新設密碼進行處理，並將其存人密碼儲存單元^作 為認證密碼以供下次密碼_㈣作業❹；行控主㈣ ，佳ίτ'為/飞車9的主系统 '車輛影音系統、或獨立控制系 統’其係用以執行汽車9内部的控制作業；電門開關％用以 =^車9的供電迴路，汽車9於電門開關爛啟剛時供 ^全車所需的電力’並於電門開關92_(〇ff)時僅供給汽 車防盜系統所需的電力；中控鎖開關95用以控制車門之開 ^或鎖定；無線通訊裝置93係供行控主機91於異常狀況發 :，透過第二代行動通訊技術、第三代行動通訊技術、 3四代行動通訊技術之行動電話系統，以無線方式發送 =如-簡訊或-電子郵件之警告訊息、或撥打一預設電話 唬碼；揚聲器94係供播放警示音以進行提示。 ^使用者欲關閉本發明之汽車防盜系統以啟動汽車9 =睛參照圖2’圖2係本發明之於汽車防盜㈣以藍芽手 ^置進行控制之-方法流程。首先，係由藍芽手持裝置1 偵’出其通訊範圍内的藍芽模組2、或由藍芽模組2自 芽^出其通訊範圍内的藍芽手持裝置卜或由使用者於藍 '裝置1手動輸入以偵測出其通訊範圍内的藍芽模組 201204582 2’接著藍芽手持裝置丨與藍芽模組2進行密碼辨識比對作業 (步驟切）；當辨識比對成功，藍芽手持裝係透過認證密 碼與藍芽模組2係形成配對關係，藍芽模組2輸出一控制命 π至仃控主機91(步驟S22);行控主機91開啟（〇N)電門開關 92(步驟S23);藍芽手持裝置丨中的密碼設定模組丨丨產生一新 設密碼並儲存為認證密碼，其較佳係為隨機產生然後將 =設密碼發送至藍芽模組2(步驟S24);藍芽模組2接收新設 岔碼，並將其儲存為認證密碼（步驟S25)，以供下次密碼辨 _ 識比對作業使用。 當使用者關閉汽車9的引擎時，請參照圖3’圖3係本發 月之於八車防盜系統以藍芽手持裝置進行控制之另一方法 流，，行控主機9i發送一關閉訊息至藍芽模組2(步驟S31); 藍芽杈組2接收關閉訊息，並經藍芽傳輸發送一詢問訊息至 藍芽手持裝置i(步驟S32);藍芽手持裝置丨接收詢問訊^， 使用者於其上輸入以進行確認（步驟S33)，藍芽手持裝置1 經藍芽傳輸發送一確認訊息至藍芽模組2(步驟S34);藍芽模 • 組2接收確認訊息，然後發送—已確認訊息至行控主機 91(步驟S35);行控主機91接收已確認訊息，關閉（丨〇ck)中控 鎖開關95以鎖定車門、並將電門開關％關閉（〇ff)(步驟 S36)·’若行控主機91於發送關閉訊息之後一預定時間之内 沒有接收到鎖定車門並將電門開關92關閉（〇汀）之已確認 汛息，則以揚聲器94播放警示音以進行提示（步驟S37)，如 此可避免使用者將藍芽手持裝置丨忘於汽車9内而未鎖定車 門。 201204582 接/署奢參照圖4，圖4係本發明另—較佳實施例之以藍芽手 ' 進仃控制之汽車防盜系統之示意圖。藍芽手持沪置！ 包括密碼設定模組Η、藍芽通訊模組12、應用程式Η、、以 及應用程式密碼設定模組丨4，其中密碼設定模組Η儲存有 認證密碼，藍芽通訊模組12用以執行藍芽手持裝L的藍芽 無，通訊功能，應用程式13係供使用者以手動輸入本發明 :汽車防盜系統出廠時的認證密碼，以將認證密碼重新設 定’進而可防範例如藍芽手持裝置I遺失或本發明之汽車防 盜系統之各項軟硬體出錯等之狀況，應用程式密碼設定模 組14用以設定進入應用程式13所需的密碼其係為針對本 發明之汽車防盜系統以及藍芽手持裝置丨所做的多一層防 範’使用者可依所需決定是否使用。藍芽模組2包括密碼储 存单U、微處理單⑽、藍芽通訊單心以及密媽還原 按鍵24 ’密碼健存單元則以儲存認證密碼及本發明之汽 車防盜系統出廠時的認證密碼，微處理單元U用以處理所 接收的新設密碼，並將其存入密碼儲存單元2]，藍芽通訊 早TC23用以執行藍芽模組2的藍芽無線通訊功能密碼還原 按鍵24用以按壓以將認證密碼重新設定為本發明之汽車防 盜系統出廠時的認證密碼。汽車9包括行控主機91、電門開 關92、無線通訊裝置93、揚聲器94、中控鎖開關％、引& 啟動開關96、防盜裝置97。 當使用者欲發動汽車9時，首先係以藍芽手持裝置1與 藍芽模組2進行密碼辨識比對作業，當辨識比對成功，藍芽 手持裝置】係透過認證密碼與藍芽模組2係形成配對關係， 201204582Code identification is used for comparison jobs. It is stored as an authentication password for the next time. [Embodiment] H: Figure 1 is a schematic diagram of the control of the 'flying party' system by the Bluetooth handheld device of the present invention. As shown in FIG. 1 , the automobile anti-theft system controlled by the Bluetooth handheld device of the present invention includes: a Bluetooth handheld device, a Bluetooth core, a sister 2, a line control host 9 , an electric door switch %, a middle #, a switch. 95, a wireless communication device%, and a speaker 94, wherein the private group 2, the row control host 91, the electric door switch 92, the central locking switch 95 'wireless communication device 93, and the speaker 9 are set in the wrong way - the car 9 The line control host 91 is connected to the Bluetooth module 2, the door switch % 95, the wireless communication device 93, and the office speaker (4). The lock switch, in which the 'Bluetooth handheld device is a Bluetooth mobile phone, or a Bluetooth personal, assistant's system, can automatically make other Bluetooth modules in the communication range. 'Bluetooth handheld device' includes - password setting The module U stores an authentication password and performs password identification comparison operation with other Bluetooth modules. 201204582 and generates a new password by the password setting module 1} when the identification comparison is successful, and stores it as an authentication password. For the next password identification comparison operation; Bluetooth module 2 can also automatically detect whether there are other Bluetooth models in its communication range, and 'and' it is used for password identification comparison with other Bluetooth modules. The Bluetooth module 2 includes a password storage unit 2 and a micro processing unit 22, and the password storage unit 21 is configured to store the authentication password, and the micro processing unit processes the received new password and stores it. The password storage unit ^ is used as the authentication password for the next password _ (four) operation 行; the line control master (four), Jia ίτ' is / the main system of the car 9 'vehicle audio system, or independent control system' is used to implement The control operation inside the car 9; the door switch % is used for the power supply circuit of the car 9, and the car 9 supplies the power required for the whole car when the door switch is rotten, and is only supplied when the door switch 92_(〇ff) The power required by the car anti-theft system; the central locking switch 95 is used to control the opening or locking of the door; the wireless communication device 93 is used for the abnormality of the line control host 91: through the second generation mobile communication technology, the third generation Mobile communication technology, 3rd generation mobile communication technology mobile phone system, wirelessly send = such as - SMS or - e-mail warning message, or dial a preset phone weight; speaker 94 is used to play a warning tone to prompt . ^ The user wants to turn off the car anti-theft system of the present invention to start the car 9 = eye reference Fig. 2' Fig. 2 is the flow of the method of the present invention for car anti-theft (4) controlled by the blue hand. Firstly, the Bluetooth handheld device 1 detects the Bluetooth module 2 in its communication range, or the Bluetooth module 2 sprouts out the Bluetooth handheld device within its communication range or the user is in the blue. 'Device 1 manual input to detect the Bluetooth module 201204582 2' in its communication range. Then the Bluetooth handheld device and the Bluetooth module 2 perform the password identification comparison operation (step cutting); when the identification comparison is successful, The Bluetooth handheld device forms a pairing relationship with the Bluetooth module 2 through the authentication password, and the Bluetooth module 2 outputs a control π to the control host 91 (step S22); the control host 91 turns on (〇N) the switch 92 (step S23); the password setting module in the Bluetooth handheld device generates a new password and stores it as an authentication password, which is preferably generated randomly and then sends a password to the Bluetooth module 2 (step S24); the Bluetooth module 2 receives the new weight and stores it as an authentication password (step S25) for use in the next password comparison operation. When the user closes the engine of the car 9, please refer to FIG. 3'. FIG. 3 is another method flow of the eight-car anti-theft system controlled by the Bluetooth handheld device, and the control host 9i sends a close message to Bluetooth module 2 (step S31); Bluetooth group 2 receives the close message, and sends an inquiry message to the Bluetooth handheld device i via Bluetooth transmission (step S32); the Bluetooth handheld device receives the inquiry message, and uses Entered thereon for confirmation (step S33), the Bluetooth handheld device 1 transmits a confirmation message to the Bluetooth module 2 via Bluetooth transmission (step S34); the Bluetooth mode group 2 receives the confirmation message, and then transmits - The message has been confirmed to the line control host 91 (step S35); the line control host 91 receives the confirmed message, closes (丨〇ck) the center lock switch 95 to lock the door, and closes the door switch % (〇 ff) (step S36) If the control host 91 does not receive the confirmed message within the predetermined time after the message is sent and the door switch 92 is turned off, the warning tone is played by the speaker 94 to prompt ( Step S37), so that the user can avoid the blue Shu forget the hand-held device in the car without locking the car doors 9. 201204582 Referring to and referring to FIG. 4, FIG. 4 is a schematic diagram of a car alarm system controlled by a Bluetooth hand in another preferred embodiment of the present invention. Bluetooth handheld Shanghai! The system includes a password setting module, a Bluetooth communication module 12, an application program, and an application password setting module ,4, wherein the password setting module stores an authentication password, and the Bluetooth communication module 12 executes the blue The Bluetooth handheld of the bud handheld device L, the communication function, the application program 13 is for the user to manually input the invention: the authentication password of the automobile anti-theft system at the factory to reset the authentication password, thereby preventing, for example, the Bluetooth handheld device I The application password setting module 14 is used to set the password required to enter the application program 13 for the situation of the software and hardware errors of the automobile anti-theft system of the present invention, which is the car anti-theft system and the Bluetooth for the present invention. The additional layer of protection that the handheld device does. The user can decide whether to use it or not. The Bluetooth module 2 includes a password storage unit U, a micro processing unit (10), a Bluetooth communication single heart, and a Mi mother restore button 24 'password storage unit to store the authentication password and the authentication password of the car anti-theft system of the present invention. The micro processing unit U is configured to process the received new password and store it in the password storage unit 2], and the Bluetooth communication early TC23 is used to execute the Bluetooth wireless communication function password restoration button 24 of the Bluetooth module 2 for pressing The authentication password is reset to the authentication password of the automobile anti-theft system of the present invention. The car 9 includes a line control host 91, a door switch 92, a wireless communication device 93, a speaker 94, a central locking switch %, a pilot switch 96, and an antitheft device 97. When the user wants to start the car 9, the first is to use the Bluetooth handheld device 1 and the Bluetooth module 2 to perform the password identification comparison operation. When the identification comparison is successful, the Bluetooth handheld device passes the authentication password and the Bluetooth module. 2 series form a pairing relationship, 201204582
藍芽模組2輸出一控制命令至行控主機9 1以開啟（ON)電門 開關92’然後使用者以鑰匙8解除防盜裝置97及開啟（uni〇ck) 中控鎖開關95，並接著開啟（ON)引擎啟動開關96，即可發 動汽車9，同時密碼設定模組丨丨產生新設密碼並儲存為認證 诠碼然後將其發送至藍芽模組2，以由其儲存為認證密碼 供下次密碼辨識比對作業使用。當使用者將汽車9的引擎熄 火時，先以鑰匙8關閉（OFF)引擎啟動開關96，接著開啟 (unlock)中控鎖開關95，然後於下車後關閉（丨〇ck)中控鎖開 =95、開啟防盜裝置97、及關閉（〇FF)電門開關％。因此， =使用者下次欲再行發動汽車9時，即以新設密碼作為認證 密碼進行密碼辨識比對作業。 f因特殊狀況，使用者欲重新將認證密碼重設為本發 明之八車防盜系統出廠時的認證密碼時，首先於藍芽手持 裝置1輸人進人應用程式13所需之密碼’並執行應用程式 即可以手動輸人本發明之汽車防盜系統出料的認證 也、碼’同時’使用者需按壓密碼還原按鍵，以將藍芽模 心^的認證密碼重新設定為本發明之汽車防盜系統出礙 的S忍證密碼。 本發明之以藍芽手持裝置進行控制之汽車防盜系統， 係於每次開啟時即隨機產生新的密碼供下次辨識比對作業 :用，因A ’相較習知以固定的個人識別碼進行辨識的汽 車防盜系'统’本發明之以藍芽手持裝置進行控制之 :牙'統所能達成的安全性相當高，使用者無需擔 忐被盜用的問題。 201204582 上述實施例僅係為了方便說明而舉例而已 主張之權利範圍自應以申請專利範圍所述為準 於上述實施例。 本發明所 而非僅限 【圖式簡單說明】 圖1係本發明一較佳實施例之之以藍芽手括4付攻置進行括去,丨 之汽車防盜系統之示意圖。 圖2係本發明之於汽車防盜系統以藍芽手持裳置進行# 之一方法流程 制 圖3係本發明之於汽車防盜系統以藍芽 之另一方法流程。 手持裝置進行控制 圖4係本發明另一較佳實施例之以藍芽手持裝置進行斤制 之汽車防盜系統之示意圖。 【主要元件符號說明】 1藍芽手持裝置 12籃芽通訊模組 14應用程式密碼設定模組 21密碼儲存單元 23藍芽通訊單元 91行控主機 93無線通訊裝置 95中控鎖開關 97防盜裝置 1 1密碼設定模組 13應用程式 2藍芽模組 22微處理單元 9汽車 92電門開關 94揚聲器 96引擎啟動開關 S21-S25，S31-S37 步驟The Bluetooth module 2 outputs a control command to the line control host 9 1 to turn on the switch 92' and then the user unlocks the anti-theft device 97 and the uni〇ck central lock switch 95 with the key 8, and then turns on (ON) The engine activates the switch 96 to start the car 9, and the password setting module generates a new password and stores it as a certification code and then sends it to the Bluetooth module 2 for storage as an authentication password. The secondary password is used to match the job. When the user turns off the engine of the car 9, first turn off the engine start switch 96 with the key 8, then unlock the central lock switch 95, and then close (丨〇ck) the central control lock on after getting off = 95. Turn on the anti-theft device 97 and turn off (〇FF) the door switch %. Therefore, = the next time the user wants to start the car 9, the new password is used as the authentication password for the password identification comparison operation. f Due to special circumstances, when the user wants to reset the authentication password to the authentication password of the eight-car anti-theft system of the present invention, the user first enters the password required for the application 13 in the Bluetooth handheld device 1 and executes The application can manually input the authentication of the automobile anti-theft system of the invention, and the code 'simultaneous' user needs to press the password restore button to reset the authentication password of the Bluetooth model to the car anti-theft system of the invention. Dissipated S forbearing password. The car anti-theft system controlled by the Bluetooth handheld device of the present invention randomly generates a new password for the next identification comparison operation each time it is turned on: use, because A' is a fixed personal identification code compared with the conventional one. The identification of the car anti-theft system "the system" of the present invention is controlled by the Bluetooth handheld device: the security that can be achieved by the dental system is quite high, and the user does not need to bear the problem of being stolen. The above-mentioned embodiments are merely exemplified for the convenience of the description, and the claims are intended to be based on the above embodiments. The present invention is not limited to the following: FIG. 1 is a schematic view of a car anti-theft system in which a Bluetooth hand is included in a four-handed attack in accordance with a preferred embodiment of the present invention. FIG. 2 is a flow chart of the present invention for a car alarm system using a Bluetooth handheld device. FIG. 3 is a flow chart of another method of the present invention for a car alarm system. Handheld Device Control FIG. 4 is a schematic diagram of a car theft prevention system with a Bluetooth handheld device in accordance with another preferred embodiment of the present invention. [Main component symbol description] 1 Bluetooth handheld device 12 basket communication module 14 application password setting module 21 password storage unit 23 Bluetooth communication unit 91 line control host 93 wireless communication device 95 central control lock switch 97 anti-theft device 1 1 password setting module 13 application program 2 Bluetooth module 22 micro processing unit 9 car 92 electric switch 94 speaker 96 engine start switch S21-S25, S31-S37 steps