200922818 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種汽車防盜系統，特別是指一種利 用一藍芽手持裝置控制行控電腦之汽車防盜系統。 【先前技術】 由於汽車的失竊率不斷地攀升，汽車的防盜的需求也 越來越受到重視，由於傳統汽車餘匙或遙控器很容易被複 製由於駕駛人在修車或保養時，通常會將汽車鑰匙或遙 控器交付給他人，-旦被複製就有可能造成汽車失竊。 a為了解決上述問題，有些高級汽車提供一種内含特殊 曰曰片的输匙，且汽車之鑰匙孔均與汽車内部之行控電腦連 結’ -旦該鑰匙插入鑰匙孔時，行控電腦便會讀取餘起内 特殊BB片的資料，確·1¾資料正確無誤之後才會啟動汽車或 開啟車門。自_鱗内含特殊“，峽織被他人複 製1複製的餘匙也會因為無特殊晶片而無法啟動汽車。 然而，這種内含特殊晶片的餘匙費用高，製造過程複 雜旦餘地遺失，就得將汽車送回原廠重新設定行車電 腦新製作一份新的晶片輪匙，不僅過程煩靖費用也 相虽印貝’且通常無法立即取得新的晶牌匙，這對於每 天需要用者的驗人的，是非常大的不方便 ，這也就是 為什麼汽車失竊率始終居高不下的原因β 因此’右能夠針對前述缺點提出一種汽車防盜系統， 實為相關研發同業所亟欲解決的目標。 200922818 【發明内容】 本發月之主要目的在於提供一 為控制汽車_之汽輪㈣統。彻^傳輸技術做 統之另—目触於提供-種剌於軌車防盜系 勺;^為到上述之目的，本發贿揭露之汽車防盜系統 包括-行控電腦、-藍芽控侧組以及一藍料持裝置。 仃=電腦具有-藍芽控制咖，當藍芽控綱關開啟 時，行控係將該汽車設定祕芽啟動赋，反之，則 設定為騎啟賴式；藍雜賴_設行控電腦内 部’也可關料接方式實施，並控繼藍雜制開關的 開啟或_，其中當該藍芽_關時，該藍芽控制 模組可與該行控電腦進行資料傳輸；藍芽手持裝置必須先 和該藍芽控制模組進行配對(Pairing),才能夠和藍芽控制 模組進行資料傳輸。 其中该藍#控制模組内建—藍#識別瑪，該藍芽手持 裝置必須透過該藍芽識別碼才能夠與該藍芽控制模組建 立配對關係’此外’本發明之汽車防盜祕更提供一應用 程式可=裝於該藍芽手持裝置，使用者可透過該應用程式 對該藍芽控制模組輸出一控制命令，以設定汽車之啟動模 式，或啟動（關閉）該汽車，又為了便於攜帶與操作，本發 明之藍芽手持裝置可以是一手機、PDA4GPS。 由上述說明可知，本發明所提供之汽車防盜系統不僅 防盜功能佳，設定快速且容易，此外，即使藍芽手持裝置 遺失，也不需回到原廠重新設定，費用也會相對降低。 200922818 為使本發明之優點及精神能更進一步被揭示，兹配合 圖式作一詳細說明如後。 【實施方式】 请參閱圖一所示，其係為本發明之汽車防盜系統結構 之一實施例示意圖，包括一行控電腦10、一藍芽控制模組 12以及一藍芽手持裝置14。 行控電腦10係安裝於一汽車内部，其可以控制汽車之 各部元件，包括引擎的啟動、方向燈、車窗、油箱以及中 控鎖等，此外該行控電腦1〇更包括具有—鮮控制開關 101，當藍芽控制開關1〇1開啟時，行控電腦1〇係將該汽 車没疋為藍芽啟動模式1〇3，反之，則設定為錄匙啟動模 式 105。 ' 藍芽控制模組12係設置於行控電腦1〇内部，也可以 利用外接方式實施，其可以控繼料控制_ m的開 啟或關閉，其中當該藍芽控制開關1〇1賴啟的狀態下(線 路A導通且線路B為斷路）’職芽㈣漁12可與該行 控電腦ίο進行資料傳輸，此外，每一個藍芽控制模組12 均内建-藍芽識別碼12l(Blue Tooth PIN)，此藍芽識別 碼121為獨-無二賴卿，由車商提供給車主。 藍芽手持裝置14可以是手機、舰或是Gps，料控 繼藍芽_做12必須絲—制財141，並透過車 商所提供之藍芽識別碼121和藍芽控制模組12配對 (Pairing)之後’才能夠和藍芽控麵組12進行資料傳 輸’其中該應用程式141具有簡易的操作界面(User Interface)，可提供使用者輸出常用的控制命令，例如， 200922818 設定藍芽啟賴式或找匙啟_(，啟動㈣或是賴 引擎，打開中控鎖或是關閉中控鎖等，此外，為了安八 量該應用程式⑷更包括-密碼設定模組143賴使用者 設定密瑪，任何人要儀織芽手持裝置u控制行控電腦 10 ’必須輸人正_密碼才能夠操作，而仙者可以隨時 更改密碼，但是藍芽識別碼121則是唯一的一組。 由上述·可知’當使岐赋轉跡理或是進廠 2養時，邱侧藍料_置航車蚊騎匙啟賴 式，再將汽車瑜匙交付給維修人員，並在保養完成之後亦 利用藍料持裝置將汽車設定為藍芽啟祕式，如此一 來’縱使汽柄匙制人複製也;^職妨車會失竊。此 外，若使用者的藍芽手持裝置遺失或忘了帶，只要再買一 台或是向將他人借-台囉具有藍芽傳輸魏之手持裝 置’透過網站下載應用程式並安裝該應用程式，之後再輸 =藍芽識別碼與藍芽控制模組進行配對(Pairing)和設定 密碼，便可以獲得-台完全—樣的藍芽手持裝置，此時使 用者只要輸入正確的密碼便可以控制藍芽控制模組以及 控電腦。 3月參閱圖二所示，其係為利用本發明之汽車防盜系統 啟動汽車引擎之-實補流程圖，其包減芽手持褒置之 配對步驟(2a) ’啟動藍芽控綱關步驟(2b)以及輸 控制命令步驟(2c)。 、其中在藍芽手持裝置之配對步驟(2a)中，使用者必須 透過一藍芽手持裝置14輸入藍芽識別碼(21a)至藍芽控制 模組，再由該藍芽控制模組判斷藍芽識別碼是否正確 200922818 (22a)，若正確則完成配對程序。 在啟動藍芽控制開關步驟(2b)中，使用者必須透過該 藍芽手持裝置14輸入開啟藍芽控制開關命令(21b)至藍芽 控制模組，再由該藍芽控制模組判斷是否接獲該命令 (22b) ’若為是則進入藍芽啟動模式（23b)，反之，則進入 錄匙啟動模式(24b) » 在輸出藍芽控制命令步驟(2c)中，汽車必須是被設定 在藍芽啟動模式下，此時使用者將可能透過該藍芽手持裝 置14輸入控制命令，例如藍芽啟動引擎訊號(21c)，並啟 動引擎(22c) ’反之，若汽車是被設定在鑰匙啟動模式下， 其必須接收到輪匙啟動引擎訊號才能夠啟動引擎。 由上述說％可知’本發明之汽車p枝彡統其防盜方式 以及啟動汽車引擎方式與習知技術有_利，不但具有 較佳之防盜魏，且較易操作，此外，#藍芽手持裝置遺 失時’也可以在第一時間獲得解決。 以上所述，僅為本發明之—較佳實細，其並非用以 發&實施範圍’任何熟習該項技藝者依據本發明 之、*所做之些微修改，仍應屬本發日月之精神及範圍。 200922818 【圖式簡單說明】 圖一係係為本發明之汽車防盜系統結構之一實施例示 意圖。 圖二係為本發明之汽車防盜系統啟動汽車引擎之一實 施例流程圖。 【主要元件符號說明】 10〜行控電腦 101〜藍芽控制開關 103~藍芽啟動模式 105〜錄匙啟動模式 12〜藍芽控制模組 121〜藍芽識別碼 14〜藍芽手持裝置 143〜密碼設定模組 141〜應用程式200922818 IX. INSTRUCTIONS: [Technical Field] The present invention relates to a car anti-theft system, and more particularly to a car anti-theft system for controlling a line-controlled computer using a Bluetooth handheld device. [Prior Art] As the car's theft rate continues to rise, the demand for anti-theft of cars is getting more and more attention. Because the traditional car keys or remote control are easily copied, because the driver usually repairs or maintains the car. The car key or remote control is delivered to others, and if it is copied, it may cause the car to be stolen. a In order to solve the above problems, some premium cars provide a key with a special cymbal, and the keyhole of the car is connected to the control computer inside the car. - Once the key is inserted into the keyhole, the computer will Read the information of the special BB film in the remaining time, and then the car will be activated or the door will be opened after the correct information is correct. Since the _ scale contains a special ", the glory is copied by others and the copy of the remaining key will not be able to start the car because there is no special wafer. However, this spare part containing a special wafer is expensive, and the manufacturing process is complicated and lost. I have to send the car back to the original factory to re-set the driving computer to create a new wafer wheel key. Not only does the process cost me more, but I can't immediately get a new crystal key, which is needed for every day. The inspection of the person is very large and inconvenient, which is why the car theft rate is always high. Therefore, 'the right can propose a car anti-theft system for the aforementioned shortcomings, which is the target that the relevant R&D peers want to solve. 200922818 [Summary of the Invention] The main purpose of this month is to provide a steam turbine (four) system for controlling the car _. The transmission technology is the other one - the contact is provided - the locomotive is used in the anti-theft system; For the above purposes, the car anti-theft system disclosed by the bribe includes a line control computer, a Bluetooth control side group and a blue material holding device. 仃=Computer has - Bluetooth control coffee, when the Bluetooth control When the switch is turned on, the line control system sets the car to set the secret bud to start the assignment, and vice versa, it is set as the ride-riding type; the blue miscellaneous _ set the line control computer internal 'can also be connected to the material connection mode, and control the blue miscellaneous system The switch is turned on or _, wherein when the Bluetooth _ off, the Bluetooth control module can perform data transmission with the mobile computer; the Bluetooth handheld device must first pair with the Bluetooth control module (Pairing). The data transmission can be carried out with the Bluetooth control module. The blue# control module has built-in blue-identification, and the Bluetooth handheld device must be able to establish a pair with the Bluetooth control module through the Bluetooth identification code. The relationship 'further' of the car anti-theft secret of the present invention provides an application that can be installed in the Bluetooth handheld device, through which the user can output a control command to the Bluetooth control module to set the startup mode of the car. , or start (close) the car, and in order to facilitate carrying and operation, the Bluetooth handheld device of the present invention can be a mobile phone, PDA4GPS. As can be seen from the above description, the car anti-theft system provided by the present invention not only anti-theft function Good, the setting is fast and easy, in addition, even if the Bluetooth handheld device is lost, it does not need to go back to the original factory to reset, and the cost will be relatively reduced. 200922818 In order to make the advantages and spirit of the present invention further revealed, The following is a detailed description of the following: [Embodiment] Please refer to FIG. 1 , which is a schematic diagram of an embodiment of a car anti-theft system structure of the present invention, including a row of computer 10, a Bluetooth control module 12 and a Bluetooth handheld device 14. The line control computer 10 is installed inside a car, which can control various components of the car, including engine start, direction lights, windows, fuel tanks and central locking, etc. In addition, the line control computer 1〇 The utility model further comprises a fresh control switch 101. When the Bluetooth control switch 1〇1 is turned on, the line control computer 1 turns the car into a Bluetooth startup mode 1〇3, and vice versa, sets the key activation mode 105. . The Bluetooth control module 12 is installed inside the line control computer 1 or can be implemented by an external connection, which can control the opening or closing of the relay control _ m, wherein when the Bluetooth control switch is turned on, In the state (line A is on and line B is open), the job bud (four) fishing 12 can transmit data with the line control computer ίο, in addition, each Bluetooth control module 12 is built-in - Bluetooth identification code 12l (Blue Tooth PIN), this Bluetooth ID 121 is exclusive - no second Lai Qing, provided by the car dealer to the owner. The Bluetooth handheld device 14 can be a mobile phone, a ship or a GPS, and the control device is followed by a Bluetooth _ _ 12 must silk - wealth 141, and is paired with the Bluetooth identification code 121 and the Bluetooth control module 12 provided by the car dealer ( After pairing), 'the data transmission can be performed with the Bluetooth control group 12'. The application 141 has a simple user interface (User Interface), which can provide the user with common control commands. For example, 200922818 sets the blueprint. Or find the key to start _ (, start (four) or rely on the engine, open the central lock or close the central lock, etc. In addition, in order to ensure that the application (4) more includes - the password setting module 143 depends on the user to set the secret Anyone wants to weave the bud handheld device u to control the computer 10 'must enter the positive _ password to be able to operate, and the fairy can change the password at any time, but the Bluetooth identification code 121 is the only one. It can be seen that 'when the endowment is turned to the right or the factory is raised, the Qiu side blue material _ is placed on the mosquito riding key, and then the car key is delivered to the maintenance personnel, and the blue is also used after the maintenance is completed. The holding device sets the car as a Bluetooth The secret type, so that 'even if the steam handle is copied, the driver will be stolen. In addition, if the user's Bluetooth handheld device is lost or forgotten, just buy another one or take others. Borrowing - Taiwan has a Bluetooth transmission Weizhi handheld device's downloading the application through the website and installing the application, then downloading the Bluetooth identification code and the Bluetooth control module for pairing (Pairing) and setting the password, you can get - A completely-like Bluetooth handheld device, at which point the user can control the Bluetooth control module and control the computer by inputting the correct password. See Figure 2 for a car anti-theft system using the present invention. Start the car engine - the actual flow chart, the packet bud reduction handheld pairing step (2a) 'start the Bluetooth control off step (2b) and the input control command step (2c). Among the Bluetooth handheld devices In the pairing step (2a), the user must input the Bluetooth identification code (21a) to the Bluetooth control module through a Bluetooth handheld device 14, and then the Bluetooth control module determines whether the Bluetooth identification code is correct 200922818 ( 22a), if correct In the step of starting the Bluetooth control switch (2b), the user must input the Bluetooth control switch command (21b) through the Bluetooth handheld device 14 to the Bluetooth control module, and then the Bluetooth control module The group judges whether the command is received (22b) 'If it is yes, it enters the Bluetooth startup mode (23b), otherwise, it enters the key activation mode (24b) » In the output Bluetooth control command step (2c), the car must Is set in the Bluetooth boot mode, at which point the user will be able to enter control commands through the Bluetooth handheld device 14, such as the Bluetooth boot engine signal (21c), and start the engine (22c) 'or vice versa, if the car is Set in the key start mode, it must receive the key to start the engine signal to start the engine. It can be seen from the above that the car of the present invention has its anti-theft method and the method of starting the automobile engine and the conventional technology, which not only has better anti-theft, but also is easier to operate. In addition, the #蓝手手装置 is lost. Time can also be solved in the first time. The above is only the preferred embodiment of the present invention, and it is not intended to be used in the context of the present invention. Any minor modifications made by the skilled person in accordance with the present invention should still be the date of the present invention. The spirit and scope. 200922818 [Simplified illustration of the drawings] Fig. 1 is an exemplary embodiment of the structure of the automobile antitheft system of the present invention. Figure 2 is a flow chart showing an embodiment of the automobile anti-theft system starting car engine of the present invention. [Main component symbol description] 10~ row control computer 101~ Bluetooth control switch 103~ Bluetooth startup mode 105~ keying startup mode 12~ Bluetooth control module 121~ Bluetooth identification code 14~ Bluetooth handheld device 143~ Password setting module 141~application