1329587 九、發明說明： 【發明所屬之技術領域】 本發明是關於一種防盜鎖系 應用於可移動之財產(如汽車)安全防護=有關:一種 警示效果防患於未然之裝置。 、以達初期 【先前技術】1329587 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an anti-theft lock system for use in a movable property (e.g., a car) safety protection = related: a device for preventing a warning effect from occurring. In the early stage [previous technology]
防盜鎖系統在車輛上勒廣泛， 以及方向盤鎖以外’現行的車輛防盜鎖系统主= 聊冤自動關閉油路等較高級的智 慧功月b，此類防盜⑽統通常包括位移感測裝置，奋車 :被盜竊或破壞或其他非正常挪動時，該位移感測；置 之測到車輛發生移動，從而發出信號控制相應部件實現 報警、自動斷電或關閉油路等功能。 通常的位移❹核置包括兩類：―類是測量加速度 的裝置，如水銀開關、金屬片電容或影像辨識裝置等； :類是測量傾斜角度的裝£，如光學_器、滾珠開關 等。如果需要感測三維方向上的位移，則通常需要至少 一測罝加速度的裝置與至少一測量傾斜角度的裝置之 聯合工作、複數測量加速度的裝置或複數測量傾斜角度 的裝置之聯合工作，不但結構複雜，且多僅能針對單一 車體作固定式安裝為主，加裝鎖具時有可能需更動車體 内的電路或自行裝置的困難。 1329587 因此提供一種結構簡單、安裝便利且適用於複數種類 待保全之財產的防盜鎖系統非常必要。 【發明内容】 本發明主要目的在於提供一種結構簡單、安裝便利且 可適用於複數種類待保全之財產的防盜鎖系統。 針對上述發明目的，本發明提供一種防盜鎖系統，其 φ 包括一鎖具及一鑰匙；該鎖具包括一位移感測裝置、一與 該鑰匙配對的配對元件、一警示裝置以及一處理器，該處 理器處理該鎖具與該鑰匙之配對元件間的編碼與解碼、以 及處理該位移感測裝置感測到的位移信號並傳輸信號給該 警示裝置以及鑰匙，使該鎖具發生位移時鎖具及鑰匙同時 發出警報；該鑰匙包括一控制開關、一與該鎖具配對的配 對元件、一處理器以及一警示裝置，該處理器處理該鑰匙 $ 與該鎖具之配對元件間的編碼與解碼、以及接收由鎖具所 發出之位移訊號並傳輸信號給該警示裝置；其中該控制開 關可控制該鎖具保全狀態之啟閉；以及該位移感測裝置包 括微機電陀螺儀。 進一步的，該鎖具還包括一固定裝置，該固定裝置為 一設置於該鎖具上的磁鐵、卡扣、雙面膠或魔鬼氈。當該 固定裝置為磁鐵時，此種防盜鎖系統尤其適用於具有可磁 化金屬部件之財產的保全，例如車輛等。當該固定裝置為 魔鬼氈時，該防盜鎖系統尤其適用於旅行包等布質類財產。 本發明所提供之防盜鎖系統，將微機電陀螺儀用於鎖 具的位移感測裝置，結構簡單、體積小、攜帶方便，且該 # a鎖系、、先僅利用其鎖具及錄匙本身之功能模組達成初期 s不效果，與待保全之財產完全獨立運作而不需再另外連 結或施工於該財產。亦由於該鎖具之可移動性以及安裝便 矛J〖生極咼之特徵，進一步地，亦可採用複數個鎖具共用— 個鑰畦，在鎖具欲同時使用時，可分別置放於數個欲保全 ,財產上，當任何一個財產移動時即會發出警示而作為同 日^•監控為目的。而t鎖具不同時使用時，則可針對各個鎖 具啟動或關閉其電源，進一步節省能源。 【實施方式】 / 5月參閱gl圖及第2目，本實施#式所提供的防盜鎖 系統之功能模組示意圖，該防盜鎖系統包括一鎖具及— 與該鎖具10配對的錄匙20。 △如第1圖所示，鎖具10包括一位移感測裝置u、一 狀態指示裝置12、一電力裝置13、一處理器14、一配對 兀件15、一儲存裝置16、一警示裝置17以及一固定裝 18。 ^ 其中，位移感測裝置11為可為一微機電陀螺儀，目前 一般市場上所銷售的多為指甲大小或更小之晶片形式。微 機電陀螺儀能感測二維方向的位移，因此，當微機電陀螺 儀發生Μ後、左;&或上下移動或振動時，其能感測到位移 1329587 變化。 狀態指示裝置12 般形式為燈，該燈至少指示三種 狀態：保全啟動，燈亮，鎖具工作；保全關閉，燈滅，鎖 具不工作；燈閃，鎖具電力不足。 %力裝置13 ’-般為電池，提供鎖具運作所需之電 力。電力裝f Π可設置一電源開關，控制鎖具1〇的啟動 或關閉’當鎖具10不需要使用日寺，關閉電源，可進一步節 • 省能源。 配對元件15可根據不同配對方式而選擇，該配對方式 可以為習知的紅外線、高頻、藍牙等無線技術該配對元 件則為相應的必要元件。 儲存裝i 16需要儲存配對的編碼及解碼的資料、以及 車主啟動鎖具時微機電㈣、儀的原始傾斜角度，即微機電 陀螺儀的原始位移信號。The anti-theft lock system is widely used in vehicles, and the steering wheel locks are not in the current state of the vehicle anti-theft lock system = the chatter automatically shuts off the oil circuit and other high-level smart power b, such anti-theft (10) system usually includes displacement sensing device Car: The displacement is sensed when it is stolen or destroyed or other abnormal movements; it is detected that the vehicle moves, thereby signaling to control the corresponding components to achieve alarm, automatic power off or close the oil circuit. The usual displacement ❹ core sets include two types: “Class is a device for measuring acceleration, such as mercury switch, sheet metal capacitor or image recognition device; etc.; class is the measurement of tilt angle, such as optical _, ball switch, etc. If it is desired to sense the displacement in the three-dimensional direction, it is generally required that at least one device for measuring the acceleration of acceleration combines with at least one device for measuring the inclination angle, a device for measuring the acceleration, or a device for measuring the inclination angle, not only the structure It is complex and can only be fixedly installed for a single vehicle body. When installing a lock, it may be necessary to change the circuit or self-installation of the vehicle body. 1329587 It is therefore necessary to provide an anti-theft lock system that is simple in construction, easy to install and suitable for a wide variety of properties to be preserved. SUMMARY OF THE INVENTION The main object of the present invention is to provide an anti-theft lock system which is simple in structure, convenient to install, and applicable to a plurality of types of property to be preserved. In view of the above object, the present invention provides an anti-theft lock system, wherein φ includes a lock and a key; the lock includes a displacement sensing device, a mating component paired with the key, a warning device, and a processor. The device processes the encoding and decoding between the lock and the pairing component of the key, and processes the displacement signal sensed by the displacement sensing device and transmits a signal to the warning device and the key, so that the lock and the key are simultaneously issued when the lock is displaced. An alarm; the key includes a control switch, a mating component paired with the lock, a processor, and a warning device that processes the encoding and decoding between the key and the mating component of the lock, and receives the lock by the lock Transmitting a displacement signal and transmitting a signal to the warning device; wherein the control switch can control the opening and closing of the lock state; and the displacement sensing device comprises a microelectromechanical gyroscope. Further, the lock further includes a fixing device, which is a magnet, a buckle, a double-sided tape or a devil felt disposed on the lock. When the fixture is a magnet, such an anti-theft lock system is particularly suitable for the preservation of property having magnetizable metal parts, such as a vehicle or the like. When the fixing device is a devil's felt, the anti-theft lock system is particularly suitable for cloth-like property such as a travel bag. The anti-theft lock system provided by the invention uses the micro-electromechanical gyroscope for the displacement sensing device of the lock, has the advantages of simple structure, small volume and convenient carrying, and the # a lock system first uses only the lock and the key itself. The function module achieves initial s ineffectiveness and operates completely independently of the property to be preserved without the need to additionally link or construct the property. Also, due to the movability of the lock and the feature of installing the lance, it is further possible to use a plurality of locks to share a key 畦, which can be placed in a plurality of desires when the locks are to be used at the same time. Preservation, property, when any property moves, it will issue a warning as the same day. When the t locks are not used at the same time, the power can be turned on or off for each lock, further saving energy. [Embodiment] / May Refer to the gl diagram and the second item, the functional module diagram of the anti-theft lock system provided by the present embodiment, the anti-theft lock system includes a lock and a key 20 that is paired with the lock 10. Δ As shown in FIG. 1 , the lock 10 includes a displacement sensing device u, a state indicating device 12 , a power device 13 , a processor 14 , a pairing device 15 , a storage device 16 , a warning device 17 , and A fixed mount 18. Wherein, the displacement sensing device 11 is a microelectromechanical gyroscope, and most of the products currently sold on the market are in the form of wafers of a nail size or smaller. The MEMS gyroscope can sense the displacement in the two-dimensional direction. Therefore, when the MEMS gyroscope is smashed, left, and moved up or down, it can sense a change in displacement of 1329587. The status indicating device 12 is generally in the form of a lamp, and the lamp indicates at least three states: the security is activated, the light is on, the lock is working; the security is turned off, the light is off, the lock is not working; the light is flashing, and the lock is insufficient in power. The % force device 13' is typically a battery that provides the power required to operate the lock. Power supply f Π can be set to a power switch to control the start or close of the lock 1 ’ When the lock 10 does not need to use the Japanese temple, turn off the power, and further save energy. The pairing component 15 can be selected according to different pairing modes, which can be conventional wireless technologies such as infrared, high frequency, Bluetooth, etc., and the pairing component is a corresponding essential component. The storage device i 16 needs to store the paired coded and decoded data, and the original tilt angle of the micro-electromechanical (4), the original displacement signal of the micro-electromechanical gyroscope when the vehicle owner starts the lock.
器），其包括一系列軟 包括：取得該微機電 處理器14即為CPU (中央處理 體程式，能運算並控制一系列事件， 陀螺儀感_的位移信號並將其與記憶體中原始位移信號 做比較，如有位移變切丨傳輸該位移錢給㈣1G上的警 示裝置17使其發出檠示，另— ° 力方面亦同時發送該位移訊號 至鑰匙20使鑰匙20上的警示裳 該鎖具10進入啟動、關閉或電力 號給狀態指示裝置12。 置26同時發出警報；以及 不足等狀態時輸送相應信 警示裝置17，通常為蜂鳴器 ’接收到警示信號後發出 1329587 警示聲音，可達到嚇跑盜竊者、一定程度上提示主人其財 產可能失竊的目的。 ‘固定裝置18可以多樣化，對於車輛等具有可與磁鐵相 吸附之金屬部件的財產而言，該固定裝置18優選的為一固 定在鎖具上的強力磁鐵。當主人離開財產時，將該鎖具藉 由該磁鐵較隱蔽地吸附在財產的金屬部件上，再啟動鎖具 10使其進入工作狀態，當主人回來解鎖後，該鎖具可方便 • 地、且不被破壞地從該財產上取下，並供下次需要時使用。 例如業主今天開的汽車，則該防盜鎖系統可用於該汽車 上；明天騎腳踏車，則可攜帶該防盜鎖系統於需要時用於 該腳踏車上。由此可見，該磁鐵形式的固定裝置18可使鎖 具10與財產之間的結合與分離均較方便，因而便於多個財 產之間的切換，使該防盜鎖系統具有更強靈活性，適用於 多種財產之保全。 ^ 當然，該固定裝置18也可採取其他形式。以車輛保全 為例，若以磁鐵吸附方式呈現，則可放置於車内任何具有 可磁化之金屬部件，或是車外，如車底下不易被它人發現 之隱密處；若以魔鬼氈黏貼方式呈現，則可放置於車内任 何布質材料之上，如座椅、車門等處；若在不常變更放置 地點時而以雙面膠黏貼方式來呈現時，則可放置於車内任 何可黏貼之地方；若以卡扣方式呈現，需要待保護的財產 亦具有與之相配的扣合裝置，如車内門把、方向盤等處。 進一步地，該固定裝置18之設計不侷限於僅由上述單一方 1329587 式來呈現，亦可實現複數且多樣之固定方式的結合，如在 鎖具的一側面為一可吸附金屬部件之磁鐵，另一側面則為 ' 一可黏貼布質材料之魔鬼氈等之組合，而在這樣的組合下 該鎖具則可放置於任何想放置的地方。 該鎖具10亦可無上述之固定裝置18,當財產主人離 開其財產時，可將鎖具穩當放置在財產上或財產内部任何 隱蔽之處，只需其不能輕易被盜竊者發現並不能輕易與財 • 產分離即可。 另外，為方便業主同時鎖定複數財產，該鎖具10可設 計為一複數裝置，該複數個鎖具10可同時進行與該鑰匙 20之間的配對。即採用複數個鎖具10共用一個鑰匙20， 在複數個鎖具10欲同時使用時，可分別置放於欲保全之財 產上，如車體以及車體内的電腦、公事包等，或者暫存的 行李包以及包内的相機等貴重物品上，當任何一個財產移 φ 動時即會立即發出警示。而當鎖具不同時使用時，則可個 別開啟欲使用的鎖具之電源開關，以及關閉不使用的鎖具 之電源開關，以達到每個鎖具想用即用，不用即關之便利 性。 如第2圖所示，該鑰匙20包括一控制開關21、一狀態 指示裝置22、一電力裝置23、一配對元件24、一儲存裝 置25、一警示裝置26以及一處理器27。 該控制開關21用於控制該鎖具10保全狀態之啟閉。 該控制開關21可設置在不容易隨意碰到的位置，或者設置 π 1329587 鎖鍵功能，避免非故意地將鎖具10在保全狀態之啟閉之間 切換。 該狀態指示裝置22同樣一般形式為燈，且至少指示三 種狀態：保全啟動，燈亮，鎖具和鑰匙工作；保全關閉， 燈滅，鎖具和鑰匙不工作；燈閃，鑰匙電力不足。 該電力裝置23，一般為電池，提供鑰匙運作所需之電 力。同樣亦可為該電力裝置設置一電源開關，控制該鑰匙 • 20的啟動或關閉，當該鑰匙20不需要使用時，關閉電源， 可進一步節省能源。 該配對元件24與該鎖具10的配對元件15相配套，採 用習知的紅外、高頻、藍牙等無線技術配對方式選擇合適 的配對元件即可。 該儲存裝置25也用於存儲與鎖具10相應的編碼及解 碼的貧料。 • 該處理器27也為CPU，其包括一系列軟體程式，運 算並控制一系列事件，包括：接收由鎖具10所發出之位移 訊號、以及傳送該位移訊號至警示裝置26以發出警示；其 中因該鑰匙20與鎖具10之間的配對編碼與解碼，使該鑰 匙20能有效地控制鎖具10而實現保全狀態之啟閉；以及 該鑰匙20進入啟動、關閉或電力不足等狀態時輸送相應信 號給狀態指示裝置22。 該警示裝置26可為蜂鳴器或者振動器。當財產被移 動，即鎖具10接收到微機電陀螺儀感測得到的位移變化信 12 1329587 號後，則發出位移信號警示裝置Π的同時，也給鑰匙20 發送位移信號，該鑰匙20之處理器27處理該位移信號並 給該鑰匙20之警示裝置26發出信號後，使其發出警報聲 音或振動提醒，從而提示主人其財產潛在的危險。 請參閱第3圖，本發明較佳實施例之防盜鎖系統使用 流程圖，其中實線箭頭表示目前執行之動作，虛線箭頭表 示須等待前一動作完成之動作。首先，鎖具10與鑰匙20 • 於出廠時即事先已完成配對，在開啟鎖具10與鑰匙20之 電源開關後即完成鎖具10與鑰匙20之間的配對工作；然 後，使用者自行安裝該鎖具10，鎖具10等待是否接收到 鑰匙20的啟動訊號，鑰匙20端透過使用控制開關21來傳 送啟動鎖具10的保全信號；如果鎖具10接到該啟動信號， 鎖具10啟動保全，並將當時所擺放的數值儲存於存儲裝置 16,此時即開始進入保全狀態，即陀螺儀開始偵測角度是 φ 否產生變化；如果陀螺儀偵測到改變角度與原始角度不 符，則發送位移訊號給鑰匙20上的警示裝置17與鎖具10 上的警示裝置26，而使該鎖具10發生警報，以及使鑰匙 20發出警報聲音或震動提醒；最後則由使用者利用鑰匙2 上的控制開關21解除鎖具10的保全狀態及警報方能解除 鎖具10上的保全狀態及警示並回到待機狀態；如果陀螺儀 沒有偵測到改變角度與原始角度不符，則鎖具10直接等待 收到鑰匙20端的解除訊號，方能解除鎖具10上的保全狀 態並回至待機狀態；如果鑰匙20啟動鎖具10失敗或者警 13 1329587 報被使用者解除，則鑰匙10也回至待機狀態。 該鎖具10為一複數裝置時，即採用複數個鎖具10共 用一個鑰匙20的情況下，該防盜鎖系統的使用流程如下： 首先，每個鎖具10與鑰匙20於出廠時即事先已完成配對， 在開啟每個鎖具10之電源開關與鑰匙20之電源開關後即 完成每個鎖具10與鑰匙20之間的配對工作；然後，使用 者可自行安裝每個鎖具10，此時每個鎖具10則同時等待 • 是否接收到鑰匙20的啟動訊號，當鑰匙20透過控制開關 21來傳送啟動每個鎖具10的保全信號，則每個鎖具10同 時啟動保全，而各別紀錄鎖具10本身所處的微機電陀螺儀 所擺放的角度數值於本身的儲存裝置16中，此時鎖具10 即開始個別進入保全狀態，即該陀螺儀開始偵測角度是否 產生變化；如果其中任一個鎖具10内之陀螺儀偵測到改變 角度與原始角度不符，則發送位移訊號給鑰匙20上的警示 φ 裝置26與鎖具10上的警示裝置17,而使該鎖具10發生 警報，以及使鑰匙20發出警報聲音或震動提醒；最後則由 使用者利用鑰匙20上的控制開關21解除該鎖具10的保全 狀態及警報而回到待機狀態；如果陀螺儀沒有偵測到改變 角度與原始角度不符，則該鎖具10直接等待收到鑰匙20 端的解除訊號，方能解除鎖具10上的保全狀態並回至待機 狀態。因此其具體實施方式為當其中任一個鎖具10發生位 移時則只有該鎖具10會發出警報，其餘則仍然處於保全狀 態，但只要其中任一個鎖具10發生位移時皆會在鑰匙20 14 1329587 端提醒使用者，而欲解除保全狀態時亦會全部解除。 該防盜鎖系統將微機電陀螺儀用於鎖具的位移感測裝 置，結構簡單、體積小、攜帶方便，且該防盜鎖系統僅利 用其鎖具及鑰匙本身之功能模組達成初期警示效果防患於 未然之目的，而不需利用待保全之財產的内部電路等特殊 結構，因而安裝便利、可隨時設置於各種待保全之財產中， 適用於複數種類財產之保全，例如車輛、電腦、旅行包等。 • 本案得由熟悉本技藝之人士任施匠思而為諸般修飾， 然皆不脫如附申請專利範圍所欲保護者。 【圖式簡單說明】 第1圖是本發明較佳實施例之防盜鎖系統鎖具功能模 組示意圖。 第2圖是本發明較佳實施例之防盜鎖系統鑰匙功能模 組示意圖。 第3圖是本發明較佳實施例之防盜鎖系統使用流程 圖。 【主要元件符號說明】 10 鎖具 11位移感測裝置 12狀態指示裝置 13電力裝置 15 1329587 處理器 配對元件 存儲裝置 警示裝置 固定裝置 錄匙 控制開關 狀態指示裝置 電力裝置 配對元件 儲存裝置 警示裝置 處理器And including a series of soft includes: obtaining the MEMS processor 14 as a CPU (central processing body program, capable of computing and controlling a series of events, gyroscope _ displacement signals and the original displacement in the memory The signal is compared, if there is displacement and cutting, the displacement is transmitted to (4) the warning device 17 on the 1G to make a warning, and the displacement signal is also sent to the key 20 at the same time to make the warning on the key 20 10 enters the start, stop or power number to the status indicating device 12. The unit 26 simultaneously issues an alarm; and when the status is insufficient, the corresponding signal warning device 17 is delivered, usually the buzzer '1829587 warning sound is received after receiving the warning signal, which can be reached. The purpose of scaring away the thief, to some extent, the owner's property may be stolen. 'The fixing device 18 can be diversified, and for the property of a vehicle or the like having a metal member that can be attracted to the magnet, the fixing device 18 is preferably one. a strong magnet fixed to the lock. When the owner leaves the property, the lock is more concealed by the magnet to the metal part of the property. Then, the lock 10 is restarted to enter the working state. When the owner comes back to unlock, the lock can be removed from the property conveniently and without damage, and used for the next time. For example, the owner opens today. In the case of a car, the anti-theft lock system can be used on the car; if the bicycle is to be used tomorrow, the anti-theft lock system can be carried on the bicycle when needed. It can be seen that the fixing device 18 in the form of a magnet can make the lock 10 and the property The combination and separation are convenient, thus facilitating the switching between multiple properties, making the anti-theft lock system more flexible and suitable for the preservation of a variety of properties. ^ Of course, the fixture 18 can also take other forms Take vehicle preservation as an example. If it is presented by magnet adsorption, it can be placed in any metal parts with magnetizable inside the car, or outside the car, such as the hidden place under the car that is not easily found by others; if it is glued to the devil blanket Presented, it can be placed on any cloth material in the car, such as seats, doors, etc.; if it is not often changed, it will be presented by double-sided adhesive tape. At the time, it can be placed in any place in the car that can be adhered; if it is presented in a snap-on manner, the property to be protected also has a matching fastening device, such as a door handle, a steering wheel, etc. Further, the fixing device The design of 18 is not limited to being represented by the above-mentioned single party 1329587, and a combination of plural and various fixing methods can be realized, such as a magnet for adsorbing a metal member on one side of the lock, and the other side is a A combination of a devil's felt, etc., which can be adhered to a cloth material, and in such a combination, the lock can be placed wherever it is intended to be placed. The lock 10 can also be free of the above-mentioned fixtures 18 when the property owner leaves his property. The lock can be placed securely on the property or in any hidden place within the property, as long as it cannot be easily found by the thief and cannot be easily separated from the property. In addition, in order to facilitate the owner to simultaneously lock a plurality of properties, the lock 10 can be designed as a plurality of devices, and the plurality of locks 10 can simultaneously perform pairing with the key 20. That is to say, a plurality of locks 10 share a single key 20, and when a plurality of locks 10 are to be used at the same time, they can be respectively placed on the property to be preserved, such as a car body and a computer, a briefcase, etc. in the vehicle body, or temporarily stored. On the valuables such as the bag and the camera inside the bag, the warning will be issued immediately when any property moves. When the locks are used at different times, the power switches of the locks to be used and the power switches of the locks that are not used can be turned on separately, so that each lock can be used as it is, and the convenience is not required. As shown in Fig. 2, the key 20 includes a control switch 21, a status indicating device 22, a power unit 23, a mating component 24, a storage device 25, a warning device 26, and a processor 27. The control switch 21 is used to control the opening and closing of the lock 10 in a state of preservation. The control switch 21 can be set at a position that is not easily arbitrarily touched, or the π 1329587 lock key function can be set to avoid unintentional switching between the opening and closing of the lock 10 in the safe state. The status indicating device 22 is also generally in the form of a lamp and indicates at least three states: security start, light on, lock and key operation; security off, light off, lock and key not working; flashing light, insufficient key power. The electrical device 23, typically a battery, provides the power required to operate the key. It is also possible to provide a power switch for the power device to control the activation or deactivation of the key 20, and when the key 20 is not needed, the power is turned off, which further saves energy. The mating component 24 is matched with the mating component 15 of the lock 10, and a suitable pairing component can be selected by using a pair of wireless technologies such as infrared, high frequency, and Bluetooth. The storage device 25 is also used to store the encoded and decoded poor material corresponding to the lock 10. • The processor 27 is also a CPU, which includes a series of software programs that operate and control a series of events, including: receiving a displacement signal from the lock 10, and transmitting the displacement signal to the alert device 26 to issue a warning; The pairing code and decoding between the key 20 and the lock 10 enable the key 20 to effectively control the lock 10 to achieve the opening and closing of the security state; and the key 20 transmits a corresponding signal when it enters a state of starting, closing, or power shortage. Status indicating device 22. The alert device 26 can be a buzzer or a vibrator. When the property is moved, that is, the lock 10 receives the displacement change signal 12 1329587 sensed by the MEMS gyroscope, the displacement signal warning device 发出 is issued, and the displacement signal is also sent to the key 20, the processor of the key 20 After the displacement signal is processed and the warning device 26 of the key 20 is signaled, an alarm sound or a vibration alert is issued to alert the owner of the potential danger of the property. Referring to Figure 3, a flow chart of the anti-theft lock system in accordance with a preferred embodiment of the present invention is shown in which the solid arrow indicates the currently performed action and the dashed arrow indicates the action to wait for the previous action to complete. Firstly, the lock 10 and the key 20 are paired beforehand at the factory, and the pairing work between the lock 10 and the key 20 is completed after the power switch of the lock 10 and the key 20 is turned on; then, the user installs the lock 10 by himself. The lock 10 waits for receiving the activation signal of the key 20, and the key 20 transmits the maintenance signal of the activation lock 10 by using the control switch 21; if the lock 10 receives the activation signal, the lock 10 is activated and placed at that time. The value is stored in the storage device 16, and then the security state is started, that is, the gyroscope starts to detect whether the angle is φ or not; if the gyroscope detects that the change angle does not match the original angle, the displacement signal is sent to the key 20 The warning device 17 and the warning device 26 on the lock 10 cause the lock 10 to generate an alarm, and the key 20 emits an alarm sound or a vibration reminder; finally, the user uses the control switch 21 on the key 2 to release the lock 10 from the security. The status and alarm can release the security status and warning on the lock 10 and return to the standby state; if the gyroscope does not detect the change angle If the original angle does not match, the lock 10 directly waits for the release signal of the key 20 to receive the security state on the lock 10 and returns to the standby state; if the key 20 fails to activate the lock 10 or the alarm 13 1329587 is cancelled by the user, Then the key 10 is also returned to the standby state. When the lock 10 is a plurality of devices, that is, when a plurality of locks 10 share a single key 20, the use of the anti-theft lock system is as follows: First, each lock 10 and the key 20 are paired beforehand at the factory. After the power switch of each lock 10 is turned on and the power switch of the key 20 is turned on, the matching work between each lock 10 and the key 20 is completed; then, the user can install each lock 10 by itself, and then each lock 10 is At the same time, it waits for whether or not the activation signal of the key 20 is received. When the key 20 transmits the security signal for starting each of the locks 10 through the control switch 21, each of the locks 10 simultaneously starts the security, and the respective record locks 10 are located at the same time. The angle value of the electromechanical gyroscope is placed in the storage device 16 itself. At this time, the lock 10 starts to enter the security state individually, that is, the gyroscope starts to detect whether the angle changes; if any of the gyroscopes in the lock 10 If it is detected that the change angle does not match the original angle, the displacement signal is sent to the warning φ device 26 on the key 20 and the warning device 17 on the lock 10 to make the lock 10 an alarm occurs, and the key 20 emits an alarm sound or a vibration reminder; finally, the user uses the control switch 21 on the key 20 to release the security state and alarm of the lock 10 and returns to the standby state; if the gyroscope does not detect If the change angle does not match the original angle, the lock 10 directly waits for the release signal of the key 20 to receive the security state on the lock 10 and returns to the standby state. Therefore, the specific embodiment is that when any one of the locks 10 is displaced, only the lock 10 will give an alarm, and the rest is still in a state of security, but as long as any one of the locks 10 is displaced, it will be reminded at the key 20 14 1329587 The user will be released when he wants to cancel the security status. The anti-theft lock system uses the MEMS gyroscope for the displacement sensing device of the lock, has the advantages of simple structure, small volume and convenient carrying, and the anti-theft lock system only uses the function module of the lock and the key itself to achieve the initial warning effect. For the purpose of the original, without the special structure such as the internal circuit of the property to be preserved, it is easy to install and can be installed in various property to be preserved at any time, and is suitable for the preservation of a plurality of types of property, such as vehicles, computers, travel bags, etc. . • This case has been modified by people who are familiar with the art, but it is not intended to be protected by the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the functional block of the anti-theft lock system of the preferred embodiment of the present invention. Fig. 2 is a schematic view showing the key function module of the anti-theft lock system in accordance with a preferred embodiment of the present invention. Figure 3 is a flow chart showing the use of the anti-theft lock system in accordance with a preferred embodiment of the present invention. [Main component symbol description] 10 Locks 11 Displacement sensing device 12 Status indicating device 13 Power device 15 1329587 Processor Pairing device Storage device Warning device Fixing device Keying control switch Status indicating device Power device Pairing component Storage device Warning device Processor