TWM590727U - Electronic door lock system - Google Patents

Abstract

一種電子門鎖系統，適用於一房間，該房間包含一房本體，及一樞設於該房本體的門板，該房本體界定一包括一出入口的室內空間，及一室外空間，該電子門鎖系統包含一鎖具、一訊號處理模組、一指向性天線，及一可攜式射頻模組，當該訊號處理模組比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且判斷該感應訊號的強度低於一門檻值時，則控制該鎖具維持鎖扣該門板與該房本體，該門檻值大於當該可攜式射頻模組在該室內空間時，依據該指向性天線發出的輻射訊號而感應產生的感應訊號的強度。 An electronic door lock system is suitable for a room, the room includes a room body, and a door panel pivotally arranged in the room body, the room body defines an indoor space including an entrance and an outdoor space, and the electronic door lock The system includes a lock, a signal processing module, a directional antenna, and a portable radio frequency module, when the signal processing module matches a verification identification code indicated to the sensing signal with the access control identification code, and When it is determined that the strength of the sensing signal is lower than a threshold, the lock is controlled to maintain the door panel and the room body, the threshold is greater than when the portable RF module is in the indoor space, based on the directional antenna The intensity of the induced signal induced by the emitted radiation signal.

Description

電子門鎖系統 Electronic door lock system

本新型是有關於一種門禁裝置，特別是指一種關於藉由偵測無線訊號並配合電力控制的電子門鎖系統。 The present invention relates to an access control device, in particular to an electronic door lock system that detects wireless signals and cooperates with power control.

現有的電子門鎖系統包含一裝設於門上的機械鎖具、一用以帶動該機械鎖具作動的電子裝置，及一用以與該電子裝置互相感應並使該電子裝置產生一射頻訊號的門禁卡，其整體解鎖機制是藉由門禁卡的合法持有者將該門禁卡與電子裝置互相感應而使該電子裝置產生該射頻訊號，並由該電子裝置判斷該射頻訊號是否與內存的一解鎖訊號匹配，若是，再由電子裝置帶動該機械鎖具解鎖。 The existing electronic door lock system includes a mechanical lock installed on the door, an electronic device for driving the mechanical lock to operate, and an access control for mutual induction with the electronic device and causing the electronic device to generate a radio frequency signal The overall unlocking mechanism of the card is that the legal holder of the access control card senses the access control card and the electronic device to cause the electronic device to generate the radio frequency signal, and the electronic device determines whether the radio frequency signal is unlocked from the memory If the signals match, the mechanical lock is unlocked by the electronic device.

然而，當有心人士(也就是一個非持有門禁卡者)假藉訪客身分於門外按鈴，若門禁卡的合法持有者此時在門內並攜帶該門禁卡，當其靠近該電子裝置時，也會由於該電子裝置感應到該門禁卡導致現有的電子門鎖系統誤判，進而帶動機械鎖具開鎖，造成居住安全的重大威脅，因此，現有的電子門鎖系統有改善的必要。 However, when a caring person (that is, a non-access card holder) pretends to be a visitor and ring the bell outside the door, if the legal holder of the access control card is inside the door and carrying the access control card when he is close to the electronic device Also, due to the electronic device sensing the access card, the existing electronic door lock system will be misjudged, which will drive the mechanical lock to unlock and cause a major threat to residential safety. Therefore, the existing electronic door lock system needs to be improved.

因此，本新型的一目的，即在提供一種解決現有的電子門鎖系統誤判而啟動解鎖的電子門鎖系統。 Therefore, an object of the present invention is to provide an electronic door lock system that solves the misjudgment of the existing electronic door lock system and starts unlocking.

此外，本新型的另一目的，即在提供一種解決現有的電子門鎖系統誤判而啟動解鎖的電子門鎖系統。 In addition, another object of the present invention is to provide an electronic door lock system that solves the misjudgment of the existing electronic door lock system and starts unlocking.

於是，本新型電子門鎖系統適用於一房間，該房間包含一房本體，及一樞設於該房本體的門板，該房本體界定一包括一出入口的室內空間，及一當該門板開啟而不封閉該出入口而與該室內空間相互連通的室外空間，該電子門鎖系統包含一鎖具、一訊號處理模組、一指向性天線，及一可攜式射頻模組。 Therefore, the new electronic door lock system is suitable for a room that includes a room body and a door panel pivotally mounted on the room body. The room body defines an indoor space including an entrance and exit, and when the door panel opens An outdoor space that does not close the entrance and is interconnected with the indoor space. The electronic door lock system includes a lock, a signal processing module, a directional antenna, and a portable radio frequency module.

該鎖具設置於該門板，當該門板封閉該出入口時，該鎖具用以受控地將該門板與該房本體鎖扣及不鎖扣二者其中之一。 The lock is arranged on the door panel. When the door panel closes the entrance, the lock is used to control one of the door panel and the room body to be locked or not locked.

該訊號處理模組裝設於該門板，並用於帶動該鎖具鎖扣及不鎖扣該門板與該房本體，且儲存一門禁識別碼。 The signal processing module is assembled and arranged on the door panel, and is used to drive the lock to lock and unlock the door panel and the room body, and store an access control identification code.

該指向性天線與該訊號處理模組通訊連接，並朝該室內空間與該室外空間輻射多個功率強度不同的輻射訊號，其中，朝該室外空間的輻射訊號的強度高於朝該室內空間的輻射訊號的強度。 The directional antenna is communicatively connected to the signal processing module and radiates a plurality of radiation signals with different power intensities toward the indoor space and the outdoor space, wherein the intensity of the radiation signals toward the outdoor space is higher than toward the indoor space The intensity of the radiated signal.

該可攜式射頻模組用以與該指向性天線通訊連接。 The portable radio frequency module is used for communication connection with the directional antenna.

當該可攜式射頻模組根據來自該指向性天線發出的該輻射訊號而感應產生一正比該輻射訊號強度的感應訊號時，該訊號處 理模組藉該指向性天線接收該感應訊號。 When the portable radio frequency module induces an induction signal proportional to the intensity of the radiation signal according to the radiation signal from the directional antenna, the signal location The processing module receives the sensing signal through the directional antenna.

當該訊號處理模組比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且判斷該感應訊號的強度低於一門檻值時，則控制該鎖具維持鎖扣該門板與該房本體，該門檻值大於當該可攜式射頻模組在該室內空間時，依據該指向性天線發出的輻射訊號而感應產生的感應訊號的強度。 When the signal processing module matches a verification identification code indicated on the sensing signal with the access control identification code, and determines that the strength of the sensing signal is lower than a threshold, the lock is controlled to maintain the door panel and the room locked On the body, the threshold value is greater than the intensity of the induced signal induced by the radiated signal emitted by the directional antenna when the portable RF module is in the indoor space.

此外，本新型電子門鎖系統適用於一房間，該房間包含一房本體，及一樞設於該房本體的門板，該房本體界定一包括一出入口的室內空間，及一當該門板開啟而不封閉該出入口而與該室內空間相互連通的室外空間，該電子門鎖系統包含包含一鎖具、一訊號處理模組、一動作偵測器、一輻射天線，及一可攜式射頻模組。 In addition, the new electronic door lock system is suitable for a room that includes a room body and a door panel pivotally mounted on the room body. The room body defines an indoor space including an entrance and exit, and when the door panel opens An outdoor space that does not close the entrance and is interconnected with the indoor space. The electronic door lock system includes a lock, a signal processing module, a motion detector, a radiation antenna, and a portable radio frequency module.

該鎖具設置於該門板，當該門板封閉該出入口時，該鎖具用以受控地將該門板與該房本體鎖扣及不鎖扣二者其中之一。 The lock is arranged on the door panel. When the door panel closes the entrance, the lock is used to control one of the door panel and the room body to be locked or not locked.

該輻射天線朝該室內空間與該室外空間發出輻射訊號。 The radiation antenna emits radiation signals toward the indoor space and the outdoor space.

該訊號處理模組裝設於該門板，並用於帶動該鎖具鎖扣及不鎖扣該門板與該房本體，且儲存一門禁識別碼。 The signal processing module is assembled and arranged on the door panel, and is used to drive the lock to lock and unlock the door panel and the room body, and store an access control identification code.

該動作偵測器與該訊號處理模組電連接，並位於該室內空間，且用於當在該室內空間內的一特定範圍感應到物體動作變化時產生一動作變化訊號。 The motion detector is electrically connected to the signal processing module and is located in the indoor space, and is used to generate a motion change signal when a motion change of an object is sensed in a specific range in the indoor space.

該可攜式射頻模組用以與該輻射天線通訊連接。 The portable radio frequency module is used for communication connection with the radiation antenna.

當該可攜式射頻模組根據該輻射天線發出的輻射訊號而感應一對應的感應訊號，若該訊號處理模組比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且該動作偵測器產生該動作變化訊號，該訊號處理模組帶動該鎖具維持鎖扣該門板與該房本體。 When the portable radio frequency module senses a corresponding induction signal according to the radiation signal emitted by the radiation antenna, if the signal processing module matches a verification identification code indicated to the induction signal with the access control identification code, and the The motion detector generates the motion change signal, and the signal processing module drives the lock to keep the door panel and the room body locked.

本新型的功效在於：當該訊號處理模組比對出該感應訊號指示的該驗證識別碼與該門禁識別碼二者相符，且判斷該感應訊號的強度大於該門檻值，代表該可攜式射頻模組位於該室外空間，則控制該鎖具不鎖扣該門板與該房本體；再者，當該訊號處理模組比對該驗證識別碼與該門禁識別碼二者相符，且該動作偵測器不產生該動作變化時，代表該可攜式射頻模組位於該室外空間，則控制該鎖具不鎖扣該門板與該房本體，因而可避免該訊號處理模組無法辨別該可攜式射頻模組的位置而誤判控制該鎖具不鎖扣該門板與該房本體，進而提升門禁安全。 The function of the present invention lies in that when the signal processing module compares the verification identification code and the access control identification code indicated by the induction signal, and determines that the intensity of the induction signal is greater than the threshold, it represents the portable The radio frequency module is located in the outdoor space, and the lock is controlled not to lock the door panel and the room body; further, when the signal processing module matches the verification identification code and the access control identification code, and the action is detected When the detector does not produce the action change, it means that the portable RF module is located in the outdoor space, and the lock is controlled not to lock the door panel and the room body, thus preventing the signal processing module from being unable to distinguish the portable The position of the radio frequency module is misjudged to control the lock to not lock the door panel and the room body, thereby improving the security of access control.

11‧‧‧房間 11‧‧‧Room

111‧‧‧房本體 111‧‧‧Body

112‧‧‧門板 112‧‧‧door panel

113‧‧‧室內空間 113‧‧‧Indoor space

114‧‧‧出入口 114‧‧‧ Entrance

115‧‧‧室外空間 115‧‧‧Outdoor space

311‧‧‧射頻通訊單元 311‧‧‧RF communication unit

312‧‧‧微處理單元 312‧‧‧Micro processing unit

313‧‧‧門鎖驅動單元 313‧‧‧door lock drive unit

32‧‧‧動作偵測器 32‧‧‧Motion detector

41‧‧‧指向性天線 41‧‧‧Directional antenna

51‧‧‧可攜式射頻模組 51‧‧‧Portable RF Module

21‧‧‧鎖具 21‧‧‧Lock

22‧‧‧輻射天線 22‧‧‧radiating antenna

31‧‧‧訊號處理模組 31‧‧‧Signal processing module

61‧‧‧喚醒單元 61‧‧‧Wake up unit

71‧‧‧指示燈 71‧‧‧Indicator

81‧‧‧蜂鳴器 81‧‧‧Buzzer

本新型的其他的特徵及功效，將於參照圖式的實施方式中清楚地呈現，其中：圖1是一示意圖，說明本新型電子門鎖系統的一第一實施例；圖2是一方塊圖，輔助說明該第一實施例的細部構件；及圖3是一示意圖，說明本新型電子門鎖系統的一第二實施例。 Other features and functions of the present invention will be clearly presented in the embodiment with reference to the drawings, in which: FIG. 1 is a schematic diagram illustrating a first embodiment of the novel electronic door lock system; FIG. 2 is a block diagram , To assist in explaining the detailed components of the first embodiment; and FIG. 3 is a schematic diagram illustrating a second embodiment of the new electronic door lock system.

在本新型被詳細描述前，應當注意在以下的說明內容中，類似的元件是以相同的編號來表示。 Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same number.

參閱圖1、圖2，本新型電子門鎖系統的一第一實施例，適用於一房間11，該房間11包含一房本體111，及一樞設於該房本體111的門板112，該房本體111界定一包括一出入口114的室內空間113，及一當該門板112開啟而不封閉該出入口114而與該室內空間113相互連通的室外空間115，該電子門鎖系統包含一鎖具21、一訊號處理模組31、一指向性天線41、一可攜式射頻模組51、一喚醒單元61、一指示燈71、及一蜂鳴器81，須先說明的是，本新型電子門鎖系統在實際商務應用中，是屬於門禁安全控制之商品，因此尚可應用於類似於本新型所適用的房間之架構，例如汽車，但不僅限於此，當合法的使用者(也就是該可攜式射頻模組51的合法持有者)靠近設置於該室外空間115的喚醒單元61，該喚醒單元61啟動並通知訊號處理模組31，該訊號處理模組31接著啟動指示燈71及蜂鳴器81做聲光狀態顯示，同時還透過裝設於門外的指向性天線41，並與該可攜式射頻模組51進行相對應的溝通(比對感應到的訊號是否合法)及射頻訊號強弱分析，藉以判斷訊號的來源是在何處(室內空間113或室外空間115)，進而判斷可攜式射頻模 組51是否在門外，若是則對該鎖具21進行解鎖，若判斷可攜式射頻模組51不在門外方向則不控制該鎖具21進行解鎖，以下接著以該第一實施例說明更詳細的做法。 Referring to FIGS. 1 and 2, a first embodiment of the new electronic door lock system is applicable to a room 11 including a room body 111 and a door panel 112 pivotally mounted on the room body 111. The body 111 defines an indoor space 113 including an entrance 114, and an outdoor space 115 that communicates with the indoor space 113 without opening the entrance 114 when the door panel 112 is opened. The electronic door lock system includes a lock 21, a The signal processing module 31, a directional antenna 41, a portable radio frequency module 51, a wake-up unit 61, an indicator light 71, and a buzzer 81, it must be explained that the new electronic door lock system In actual business applications, it is a product that belongs to the security control of access control, so it can still be applied to the structure of the room similar to the new model, such as cars, but it is not limited to this. When it is a legal user (that is, the portable The legal holder of the radio frequency module 51) is close to the wake-up unit 61 provided in the outdoor space 115, the wake-up unit 61 activates and notifies the signal processing module 31, and the signal processing module 31 then activates the indicator 71 and the buzzer 81 displays the acousto-optic status, and also communicates with the portable RF module 51 through the directional antenna 41 installed outside the door (compare whether the signal detected is legal) and analyze the strength of the RF signal To determine where the source of the signal is (indoor space 113 or outdoor space 115), and then determine the portable RF mode Whether the group 51 is outside the door, if it is, the lock 21 is unlocked, and if it is determined that the portable RF module 51 is not in the direction outside the door, the lock 21 is not controlled to unlock. The following describes the more detailed method with the first embodiment.

該鎖具21設置於該門板112，當該門板112封閉該出入口114時，該鎖具21用以受控地將該門板112與該房本體111鎖扣及不鎖扣二者其中之一，進一步地說，該鎖具21是藉由該訊號處理模組31的控制帶動進而鎖扣或不鎖扣該門板112與該房本體111。 The lock 21 is disposed on the door panel 112. When the door panel 112 closes the entrance 114, the lock 21 is used to control one of the locking and non-locking of the door panel 112 and the room body 111, further That is to say, the lock 21 is driven by the control of the signal processing module 31 to lock or unlock the door panel 112 and the room body 111.

該訊號處理模組31裝設於該門板112，用於帶動該鎖具21鎖扣及不鎖扣該門板112與該房本體111，並儲存一門禁識別碼。更詳細地說，該訊號處理模組31具體包括一射頻通訊單元311、一微處理單元312，及一門鎖驅動單元313，該射頻通訊單元311電連接該指向性天線41以自該指向性天線41接收一來自外部的感應訊號，該微處理單元312電連接該射頻通訊單元311且儲存該門禁識別碼，並用以將該感應訊號與該門禁識別碼進行比對，該門鎖驅動單元313根據該微處理單元312的比對結果，控制帶動該鎖具21將該門板112與該房本體111鎖扣或不鎖扣，對該感應訊號具體的比對方式將詳述於後。 The signal processing module 31 is installed on the door panel 112 for driving the lock 21 to lock and unlock the door panel 112 and the room body 111, and stores an access control identification code. In more detail, the signal processing module 31 specifically includes a radio frequency communication unit 311, a micro processing unit 312, and a door lock driving unit 313. The radio frequency communication unit 311 is electrically connected to the directional antenna 41 to separate from the directional antenna 41 receives an induction signal from the outside, the micro-processing unit 312 is electrically connected to the radio frequency communication unit 311 and stores the access control identification code, and is used to compare the induction signal with the access control identification code, the door lock driving unit 313 according to The comparison result of the micro-processing unit 312 controls the lock 21 to lock or unlock the door panel 112 and the room body 111. The specific comparison method of the sensing signal will be described in detail later.

該指向性天線41與該訊號處理模組31的該射頻通訊單元311通訊連接，並分別朝該室內空間113與該室外空間115輻射多個功率強度不同的輻射訊號，其中，朝該室外空間115的輻射訊號 的強度高於朝該室內空間113的輻射訊號的強度，此外，該第一實施例中，該指向性天線41設置於該室外空間115，因此可避免朝該室外空間115發射的輻射訊號的功率強度因該門板112阻隔而使其功率強度衰減。 The directional antenna 41 is communicatively connected to the radio frequency communication unit 311 of the signal processing module 31, and radiates a plurality of radiation signals of different power intensities toward the indoor space 113 and the outdoor space 115, respectively, wherein Radiation signal Is higher than the intensity of the radiated signal toward the indoor space 113. In addition, in the first embodiment, the directional antenna 41 is disposed in the outdoor space 115, so the power of the radiated signal emitted toward the outdoor space 115 can be avoided The strength is attenuated by the door panel 112 and its power strength is attenuated.

該可攜式射頻模組51用以與該指向性天線41通訊連接，當該可攜式射頻模組51根據來自該指向性天線41發出的該輻射訊號而感應產生正比於該輻射訊號強度的該感應訊號時，該訊號處理模組31的該射頻通訊單元311藉該指向性天線41接收該感應訊號，再傳送至該微處理單元312，當該微處理單元312比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且判斷該感應訊號的強度低於一門檻值時，則驅動該門鎖驅動單元313控制該鎖具21維持鎖扣該門板112與該房本體111，其中，該門檻值大於當該可攜式射頻模組51在該室內空間113時，依據該指向性天線41發出的輻射訊號而感應產生的感應訊號的強度，此外，當該訊號處理模組31的該微處理單元312比對該感應訊號指示的該驗證識別碼與該門禁識別碼符合，且判斷該感應訊號的強度高於該門檻值時，則該微處理單元312控制該門鎖驅動單元313帶動該鎖具21不鎖扣該門板112與該房本體111。 The portable radio frequency module 51 is used to communicate with the directional antenna 41. When the portable radio frequency module 51 induces a radiation signal proportional to the intensity of the radiation signal according to the radiation signal from the directional antenna 41 When the induction signal is received, the RF communication unit 311 of the signal processing module 31 receives the induction signal through the directional antenna 41 and then transmits it to the micro-processing unit 312. When the micro-processing unit 312 compares the When a verification identification code is consistent with the access control identification code and it is determined that the strength of the sensing signal is lower than a threshold, the door lock driving unit 313 is driven to control the lock 21 to maintain the door panel 112 and the room body 111 locked, wherein The threshold value is greater than the intensity of the induced signal induced by the radiated signal emitted by the directional antenna 41 when the portable RF module 51 is in the indoor space 113. In addition, when the signal processing module 31 When the micro-processing unit 312 matches the verification identification code indicated by the sensing signal with the access control identification code, and determines that the strength of the sensing signal is higher than the threshold, the micro-processing unit 312 controls the door lock driving unit 313 The lock 21 is driven not to lock the door panel 112 and the room body 111.

更明確地說，該可攜式射頻模組51具體為一射頻感應式的門禁卡，當合法的使用者(也就是該可攜式射頻模組的持有者) 位於該室外空間115，並以該可攜式射頻模組51靠近該指向性天線41而感應產生該感應訊號，此時，該感應訊號經由該指向性天線41、射頻通訊單元311依序傳送至該微處理單元312，由該微處理單元312比對其驗證識別碼，當比對驗證識別碼與門禁識別碼相符，再依據感應訊號的強度大小判斷使用者是否位於該室外空間115，由於感應訊號的功率強度正比於該輻射訊號強度，當該感應訊號強度大於該門檻值，也就是感應訊號強度大於該室內空間113的輻射訊號的強度，代表使用者正位於室外空間115，則該微處理單元312控制該門鎖驅動單元313帶動該鎖具21解鎖，藉由辨別訊號功率強度不同，因此當非合法的使用者，也就是非該可攜式射頻模組51的持有者位於該室外空間115，即便位於該室內空間113的合法使用者持有該可攜式射頻模組51，並靠近該指向性天線41而產生感應訊號，且該微處理單元312比對驗證識別碼與門禁識別碼相符，該微處理單元312可再藉由感應訊號的功率大小區別出可攜式射頻模組51的持有者是位於室外空間115或室內空間113，進而避免誤判而對鎖具21進行解鎖。 More specifically, the portable radio frequency module 51 is specifically a radio frequency induction type access control card, and is a legal user (that is, the holder of the portable radio frequency module) Located in the outdoor space 115, and the portable RF module 51 is close to the directional antenna 41 to induce the induction signal. At this time, the induction signal is sequentially transmitted to the directional antenna 41 and the RF communication unit 311 to The micro-processing unit 312 compares the verification identification code of the micro-processing unit 312. When the verification verification identification code matches the access control identification code, it is determined whether the user is located in the outdoor space 115 according to the strength of the sensing signal. The power intensity of the signal is proportional to the intensity of the radiated signal. When the intensity of the induced signal is greater than the threshold, that is, the intensity of the induced signal is greater than the intensity of the radiated signal of the indoor space 113, indicating that the user is located in the outdoor space 115, the microprocessing The unit 312 controls the door lock driving unit 313 to drive the lock 21 to unlock, by distinguishing the signal power strength is different, so when the illegal user, that is, the holder of the portable RF module 51 is located in the outdoor space 115, even if a legal user located in the indoor space 113 holds the portable radio frequency module 51 and is close to the directional antenna 41 to generate an inductive signal, and the micro-processing unit 312 compares the verification identification code with the access control identification code Correspondingly, the micro-processing unit 312 can further distinguish whether the holder of the portable RF module 51 is located in the outdoor space 115 or the indoor space 113 according to the power of the inductive signal, so as to avoid unlocking the lock 21 by misjudgment.

此外，在該第一實施例中，該電子門鎖系統還包含一電連接該微處理單元312並設置於該室外空間115的喚醒單元61、一電連接該微處理單元312且設置於該室內空間113的指示燈71，及一電連接該微處理單元312且設置於該室內空間113的蜂鳴器81， 具體來說，該喚醒單元61為一物體移動偵測器，用以在該室外空間115的一特定範圍偵測是否有無物體移動，舉例來說，當非法的使用者當其進入該特定範圍時，該喚醒單元61隨即對應產生一觸發訊號，使該微處理單元312依據該觸發訊號控制該指示燈71導通並發出亮光，且還依據該觸發訊號控制該蜂鳴器81發出警示聲響進而提醒位於該室內空間113的合法使用者，由其自行決定是否開啟該門板112。 In addition, in the first embodiment, the electronic door lock system further includes a wake-up unit 61 electrically connected to the micro-processing unit 312 and disposed in the outdoor space 115, and an electrically connected to the micro-processing unit 312 and disposed within the room The indicator light 71 of the space 113, and a buzzer 81 electrically connected to the micro-processing unit 312 and provided in the indoor space 113, Specifically, the wake-up unit 61 is an object movement detector for detecting whether there is object movement in a specific range of the outdoor space 115, for example, when an illegal user enters the specific range , The wake-up unit 61 then correspondingly generates a trigger signal, so that the micro-processing unit 312 controls the indicator 71 to turn on and emit bright light according to the trigger signal, and also controls the buzzer 81 to emit a warning sound according to the trigger signal to remind The legal user of the indoor space 113 decides whether to open the door panel 112 by himself.

上述本新型電子門鎖系統的該第一實施例中，藉由該指向性天線41將該可攜式射頻模組51發出的感應訊號經由該射頻通訊單元311傳送至該微處理單元312，當該微處理單元312比對該感應訊號指示的該驗證識別碼與該門禁識別碼二者相符，且判斷該感應訊號的強度不低於該門檻值，代表該可攜式射頻模組51，也就是合法的使用者位於該室外空間115，則該微處理單元312控制門鎖驅動單元313帶動該鎖具21不鎖扣該門板112與該房本體111，當判斷該感應訊號的強度低於該門檻值，代表該可攜式射頻模組51，也就是合法的使用者位於該室內空間113，則該微處理單元312控制門鎖驅動單元313不帶動該鎖具21不鎖扣該門板112與該房本體111，進而提升門禁安全，避免非合法的使用者隨意入侵。 In the first embodiment of the novel electronic door lock system described above, the inductive signal from the portable radio frequency module 51 is transmitted to the micro-processing unit 312 through the radio frequency communication unit 311 via the directional antenna 41, when The micro-processing unit 312 matches the verification identification code and the access control identification code indicated by the induction signal, and determines that the strength of the induction signal is not lower than the threshold value, which represents the portable radio frequency module 51, and If the legal user is located in the outdoor space 115, the micro-processing unit 312 controls the door lock driving unit 313 to drive the lock 21 to not lock the door panel 112 and the room body 111, when it is judged that the strength of the sensing signal is lower than the threshold Value means that the portable radio frequency module 51, that is, a legal user is located in the indoor space 113, the micro-processing unit 312 controls the door lock driving unit 313 not to drive the lock 21 to lock the door panel 112 and the room The main body 111 further improves the security of access control and prevents unauthorized users from invading randomly.

參閱圖1、圖3，本新型電子門鎖系統的一第二實施例，適用於一房間11，該房間11包含一房本體111，及一樞設於該房本 體111的門板112，該房本體111界定一包括一出入口114的室內空間113，及一當該門板112開啟而不封閉該出入口114而與該室內空間113相互連通的室外空間115，該電子門鎖系統包含一鎖具21、一輻射天線22、一訊號處理模組31、一動作偵測器32、一可攜式射頻模組51、一喚醒單元61、一指示燈71、及一蜂鳴器81，在該第二實施例中，當使用者持有可攜式射頻通訊單元51並靠近喚醒單元61，喚醒單元61啟動並通知訊號處理模組31，訊號處理模組31接著啟動指示燈71及蜂鳴器81做聲光狀態顯示，同時再透過輻射天線22(裝設在門外)，與可攜式射頻通訊模組51進行相對應的溝通(比對感應到的訊號是否匹配)，同時控制動作偵測器32啟動偵測該室內空間113是否有人員移動，若無，則訊號處理模組31對該鎖具21進行解鎖，若有，則訊號處理模組31不控制該鎖具21進行解鎖，以下接著以該第二實施例說明更詳細的做法。 Referring to FIG. 1 and FIG. 3, a second embodiment of the new electronic door lock system is applicable to a room 11 including a room body 111 and a pivot installed in the room. The door panel 112 of the body 111, the room body 111 defines an indoor space 113 including an entrance 114, and an outdoor space 115 that communicates with the indoor space 113 when the door panel 112 is opened without closing the entrance 114, the electronic door The lock system includes a lock 21, a radiating antenna 22, a signal processing module 31, a motion detector 32, a portable radio frequency module 51, a wake-up unit 61, an indicator 71, and a buzzer 81. In the second embodiment, when the user holds the portable radio frequency communication unit 51 and is close to the wake-up unit 61, the wake-up unit 61 activates and notifies the signal processing module 31, and the signal processing module 31 then activates the indicator light 71 And the buzzer 81 displays the acousto-optic status, and at the same time communicates with the portable RF communication module 51 through the radiating antenna 22 (installed outside the door) (compare whether the sensed signals match), and The motion detector 32 is controlled to detect whether there is a person moving in the indoor space 113. If not, the signal processing module 31 unlocks the lock 21; if it does, the signal processing module 31 does not control the lock 21 to unlock In the following, a more detailed method will be described with the second embodiment.

該鎖具21設置於該門板112，當該門板112封閉該出入口114時，該鎖具21用以受控地將該門板112與該房本體111鎖扣及不鎖扣二者其中之一。 The lock 21 is disposed on the door panel 112. When the door panel 112 closes the entrance 114, the lock 21 is used to control one of locking and unlocking the door panel 112 and the room body 111.

該輻射天線22設置於該室外空間115，並朝該室外空間115與該室內空間113發出輻射訊號。 The radiation antenna 22 is disposed in the outdoor space 115 and emits radiation signals toward the outdoor space 115 and the indoor space 113.

該訊號處理模組31裝設於該門板112，並用於帶動該鎖具21鎖扣及不鎖扣該門板112與該房本體111，且儲存一門禁識別 碼。更詳細地說，該訊號處理模組31包括一射頻通訊單元311、一微處理單元312，及一門鎖驅動單元313，該射頻通訊單元311電連接該輻射天線22以接收一來自外部的感應訊號，該微處理單元312電連接該射頻通訊單元311且儲存該門禁識別碼，並對該感應訊號指示的一驗證識別碼進行比對，該微處理單元312根據其比對結果及該動作偵測器32是否產生一動作變化訊號，進而控制該門鎖驅動單元313帶動鎖具21將該門板112與該房本體111鎖扣及不鎖扣二者其中之一，更詳細做法詳述於後。 The signal processing module 31 is installed on the door panel 112, and is used to drive the lock 21 to lock and unlock the door panel 112 and the room body 111, and store an access control identification code. In more detail, the signal processing module 31 includes a radio frequency communication unit 311, a micro-processing unit 312, and a door lock driving unit 313, the radio frequency communication unit 311 is electrically connected to the radiation antenna 22 to receive an external induction signal , The micro-processing unit 312 is electrically connected to the radio frequency communication unit 311 and stores the access control identification code, and compares a verification identification code indicated by the sensing signal, and the micro-processing unit 312 detects according to the comparison result and the motion detection Whether the device 32 generates an action change signal, and then controls the door lock driving unit 313 to drive the lock 21 to one of locking and unlocking the door panel 112 and the room body 111. More detailed methods will be described later.

該動作偵測器32與該訊號處理模組31電連接，並位於該室內空間113，且用於當在該室內空間113內的一特定範圍感應到物體動作變化時產生該動作變化訊號。 The motion detector 32 is electrically connected to the signal processing module 31 and is located in the indoor space 113, and is used to generate the motion change signal when a motion of an object is sensed within a specific range in the indoor space 113.

該可攜式射頻模組51用以與該輻射天線22通訊連接，當該可攜式射頻模組51根據該輻射天線22發出的輻射訊號而感應產生該感應訊號，且該微處理單元312比對該感應訊號指示的該驗證識別碼與該門禁識別碼符合，且該動作偵測器32產生該動作變化訊號，該微處理單元312控制該門鎖驅動單元313帶動該鎖具21持續鎖扣該門板112與該房本體111，此外，當該訊號處理模組31的該微處理單元312比對該驗證識別碼與該門禁識別碼符合，且該動作偵測器32未產生該動作變化訊號，該訊號處理模組的該微處理單元312控制該門鎖驅動單元313帶動該鎖具21不鎖扣該門板112與該 房本體111。 The portable radio frequency module 51 is used to communicate with the radiating antenna 22. When the portable radio frequency module 51 induces the induction signal according to the radiation signal emitted by the radiation antenna 22, the micro-processing unit 312 compares The verification identification code indicated by the sensing signal is consistent with the access control identification code, and the motion detector 32 generates the motion change signal, and the micro processing unit 312 controls the door lock driving unit 313 to drive the lock 21 to continuously lock the The door panel 112 and the room body 111. In addition, when the micro-processing unit 312 of the signal processing module 31 matches the verification identification code with the access control identification code, and the motion detector 32 does not generate the motion change signal, The micro-processing unit 312 of the signal processing module controls the door lock driving unit 313 to drive the lock 21 to not lock the door plate 112 and the 房体111。 Room body 111.

更明確地說，該可攜式射頻模組51具體為一射頻感應式的門禁卡，當合法的使用者(也就是該可攜式射頻模組51的持有者)位於該室外空間115，並以該可攜式射頻模組51靠近該輻射天線22而感應產生該感應訊號，此時，該感應訊號經由該輻射天線22、射頻通訊單元311依序傳送至該微處理單元312，由該微處理單元312比對其驗證識別碼，並依據該動作偵測器32是否產生該動作變化訊號進而判斷合法的使用者是否位於該室外空間115，若該動作偵測器32不產生該動作變化訊號，代表使用者正位於室外空間115，則該微處理單元312控制該門鎖驅動單元313帶動該鎖具21解鎖，因此當非合法的使用者，也就是非該可攜式射頻模組51的持有者位於該室外空間115，即便位於該室內空間113的合法使用者持有該可攜式射頻模組51，並靠近該輻射天線22而產生感應訊號時，該微處理單元312可藉由動作變化訊號產生與否而區別出攜式通訊模組51的持有者是位於室外空間115或室內空間113，進而避免誤判而對鎖具21進行解鎖。 More specifically, the portable radio frequency module 51 is specifically a radio frequency induction type access card. When a legal user (that is, the holder of the portable radio frequency module 51) is located in the outdoor space 115, And the portable RF module 51 is close to the radiating antenna 22 to induce the induction signal. At this time, the induction signal is sequentially transmitted to the micro-processing unit 312 via the radiating antenna 22 and the RF communication unit 311, and the The micro-processing unit 312 verifies the identification code and determines whether the legal user is located in the outdoor space 115 according to whether the motion detector 32 generates the motion change signal. If the motion detector 32 does not generate the motion change The signal indicates that the user is located in the outdoor space 115, then the micro-processing unit 312 controls the door lock driving unit 313 to drive the lock 21 to unlock, so when it is an illegal user, that is not the portable RF module 51 The holder is located in the outdoor space 115. Even if a legal user located in the indoor space 113 holds the portable RF module 51 and is close to the radiating antenna 22 to generate an induction signal, the micro-processing unit 312 can Whether or not the action change signal is generated distinguishes whether the holder of the portable communication module 51 is located in the outdoor space 115 or the indoor space 113, so as to avoid erroneous judgment and unlock the lock 21.

此外，在該第二實施例中，該電子門鎖系統還包含一電連接該微處理單元312並設置於該室外空間115的喚醒單元61、一電連接該微處理單元312且設置於該室內空間113的指示燈71，及一電連接該微處理單元312且設置於該室內空間113的蜂鳴器81， 具體來說，該喚醒單元61為一物體移動偵測器，用以在該室外空間115的一特定範圍偵測是否有無物體移動，舉例來說，當非法的使用者當其進入該特定範圍時，該喚醒單元61隨即對應產生一觸發訊號，使該微處理單元312依據該觸發訊號控制該指示燈71導通並發出亮光，且還依據該觸發訊號控制該蜂鳴器81發出警示聲響進而提醒位於該室內空間113的合法使用者，由其自行決定是否開啟該門板112。 In addition, in the second embodiment, the electronic door lock system further includes a wake-up unit 61 electrically connected to the micro-processing unit 312 and disposed in the outdoor space 115, and an electrically connected to the micro-processing unit 312 and disposed within the room The indicator light 71 of the space 113, and a buzzer 81 electrically connected to the micro-processing unit 312 and provided in the indoor space 113, Specifically, the wake-up unit 61 is an object movement detector for detecting whether there is object movement in a specific range of the outdoor space 115, for example, when an illegal user enters the specific range , The wake-up unit 61 then correspondingly generates a trigger signal, so that the micro-processing unit 312 controls the indicator 71 to turn on and emit bright light according to the trigger signal, and also controls the buzzer 81 to emit a warning sound according to the trigger signal to remind The legal user of the indoor space 113 decides whether to open the door panel 112 by himself.

上述本新型電子門鎖系統的該第二實施例中，藉由該輻射天線22將該可攜式射頻模組51發出的感應訊號經由該射頻通訊單元311傳送至該微處理單元312，當該微處理單元312比對該感應訊號指示的該驗證識別碼與該門禁識別碼二者相符，且判斷該動作偵測器32未產生該動作變化訊號，代表該可攜式射頻模組51，也就是合法的使用者位於該室外空間115，則該微處理單元312控制門鎖驅動單元313帶動該鎖具21不鎖扣該門板112與該房本體111，若判斷該動作偵測器32有產生該動作變化訊號，代表該可攜式射頻模組51，也就是合法的使用者位於該室內空間113，則該微處理單元312控制門鎖驅動單元313不帶動該鎖具21不鎖扣該門板112與該房本體111，進而提升門禁安全，避免非合法的使用者隨意入侵。 In the second embodiment of the novel electronic door lock system described above, the inductive signal from the portable radio frequency module 51 is transmitted to the micro-processing unit 312 via the radio frequency communication unit 311 via the radiating antenna 22, when the The micro processing unit 312 matches the verification identification code and the access control identification code indicated by the sensing signal, and determines that the motion detector 32 does not generate the motion change signal, which represents the portable radio frequency module 51, and If the legal user is located in the outdoor space 115, the micro-processing unit 312 controls the door lock driving unit 313 to drive the lock 21 to not lock the door panel 112 and the room body 111, if it is judged that the motion detector 32 generates the The action change signal indicates that the portable radio frequency module 51, that is, a legal user is located in the indoor space 113, then the micro-processing unit 312 controls the door lock driving unit 313 to not drive the lock 21 to lock the door plate 112 and The main body 111 of the room further improves the security of access control and avoids the intrusion of illegal users.

綜上所述，本新型電子門鎖系統藉由該訊號處理模組比 對出該感應訊號指示的該驗證識別碼與該門禁識別碼二者相符，且當判斷該感應訊號的強度不低於該門檻值，或該動作偵測器不產生該動作變化時，也就是該可攜式射頻模組位於該室外空間，則控制該鎖具不鎖扣該門板與該房本體，若該感應訊號的強度低於該門檻值，或該動作偵測器產生該動作變化，代表該可攜式射頻模組位於該室內空間，則不控制該鎖具不鎖扣該門板與該房本體，因此可避免該訊號處理模組無法辨別該可攜式射頻模組的位置而誤判控制該鎖具不鎖扣該門板與該房本體，進而提升門禁安全，故確實能達成本新型的目的。 In summary, the new electronic door lock system uses the signal processing module to compare The verification identification code and the access control identification code indicated by the induction signal are consistent with each other, and when it is determined that the intensity of the induction signal is not lower than the threshold value, or the motion detector does not produce the motion change, that is The portable radio frequency module is located in the outdoor space, and the lock is controlled not to lock the door panel and the room body. If the intensity of the sensing signal is lower than the threshold, or the motion detector generates the motion change, it represents If the portable radio frequency module is located in the indoor space, the lock is not controlled and the door panel and the room body are not locked, so that the signal processing module cannot prevent the position of the portable radio frequency module from being erroneously judged and controlled. The lock does not lock the door panel and the room body, thereby improving the security of the access control, so it can really achieve the new purpose of cost.

惟以上所述者，僅為本新型的實施例而已，當不能以此限定本新型實施的範圍，凡是依本新型申請專利範圍及專利說明書內容所作的簡單的等效變化與修飾，皆仍屬本新型專利涵蓋的範圍內。 However, the above are only examples of the new model. When the scope of the new model cannot be limited by this, all simple equivalent changes and modifications made according to the patent application scope and patent specification content of the new model are still classified as Within the scope of this new patent.

11‧‧‧房間 11‧‧‧Room

111‧‧‧房本體 111‧‧‧Body

112‧‧‧門板 112‧‧‧door panel

113‧‧‧室內空間 113‧‧‧Indoor space

114‧‧‧出入口 114‧‧‧ Entrance

115‧‧‧室外空間 115‧‧‧Outdoor space

21‧‧‧鎖具 21‧‧‧Lock

Claims (10)

一種電子門鎖系統，適用於一房間，該房間包含一房本體，及一樞設於該房本體的門板，該房本體界定一包括一出入口的室內空間，及一當該門板開啟而不封閉該出入口而與該室內空間相互連通的室外空間，該電子門鎖系統包含：一鎖具，設置於該門板，當該門板封閉該出入口時，該鎖具用以受控地將該門板與該房本體鎖扣及不鎖扣二者其中之一；一訊號處理模組，裝設於該門板並用於帶動該鎖具鎖扣及不鎖扣該門板與該房本體，並儲存一門禁識別碼；一指向性天線，與該訊號處理模組通訊連接，並朝該室內空間與該室外空間輻射多個功率強度不同的輻射訊號，其中，朝該室外空間的輻射訊號的強度高於朝該室內空間的輻射訊號的強度；及一可攜式射頻模組，用以與該指向性天線通訊連接，當該可攜式射頻模組根據來自該指向性天線發出的該輻射訊號而感應產生一正比該輻射訊號強度的感應訊號時，該訊號處理模組藉該指向性天線接收該感應訊號，當該訊號處理模組比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且判斷該感應訊號的強度低於一門檻值時，則控制該鎖具維持鎖扣該門板與該房本體，該門檻值大於當該可攜式射頻模組在該室內空間時，依據該指向性天線發出的輻射訊號而感應產生的感應訊號的強 度。 An electronic door lock system is suitable for a room, the room includes a room body, and a door panel pivotally arranged in the room body, the room body defines an indoor space including an entrance and exit, and a door is not closed when the door panel is opened The entrance and exit is an outdoor space that communicates with the indoor space. The electronic door lock system includes: a lock set on the door panel, when the door panel closes the entrance, the lock is used to control the door panel and the room body in a controlled manner One of locking and non-locking; a signal processing module, installed on the door panel and used to drive the locking and non-locking of the door panel and the room body, and store an access control identification code; a pointing Antenna, which is in communication with the signal processing module and radiates a plurality of radiation signals with different power intensities towards the indoor space and the outdoor space, wherein the intensity of the radiation signal towards the outdoor space is higher than the radiation towards the indoor space The strength of the signal; and a portable radio frequency module for communicating with the directional antenna, when the portable radio frequency module induces a radiation signal proportional to the radiation signal according to the radiation signal from the directional antenna When the intensity of the induction signal is received, the signal processing module receives the induction signal through the directional antenna, and when the signal processing module compares a verification identification code indicated to the induction signal with the access control identification code, and judges the induction signal When the strength is lower than a threshold, the lock is controlled to maintain the door panel and the room body, the threshold is greater than the radiated signal from the directional antenna when the portable RF module is in the indoor space And the induction signal generated by induction is strong degree. 如請求項1所述的電子門鎖系統，其中，當該訊號處理模組比對該感應訊號指示的該驗證識別碼與該門禁識別碼符合，且判斷該感應訊號的強度高於該門檻值時，則控制該鎖具不鎖扣該門板與該房本體。 The electronic door lock system according to claim 1, wherein when the signal processing module matches the verification identification code indicated to the sensing signal with the access control identification code, and determines that the strength of the sensing signal is higher than the threshold value When it is, the lock is controlled not to lock the door panel and the room body. 如請求項1所述的電子門鎖系統，其中，該指向性天線設置於該室外空間。 The electronic door lock system according to claim 1, wherein the directional antenna is provided in the outdoor space. 如請求項1所述的電子門鎖系統，其中，該訊號處理模組包括一射頻通訊單元、一微處理單元，及一門鎖驅動單元，該射頻通訊單元電連接該指向性天線以接收該感應訊號，該微處理單元電連接該射頻通訊單元且儲存該門禁識別碼，並對該感應訊號指示的該驗證識別碼進行比對，該門鎖驅動單元根據該微處理單元的比對結果，控制該鎖具將該門板與該房本體鎖扣及不鎖扣二者其中之一。 The electronic door lock system according to claim 1, wherein the signal processing module includes a radio frequency communication unit, a micro processing unit, and a door lock driving unit, the radio frequency communication unit is electrically connected to the directional antenna to receive the induction Signal, the micro-processing unit is electrically connected to the radio frequency communication unit and stores the access control identification code, and compares the verification identification code indicated by the sensing signal, and the door lock driving unit controls according to the comparison result of the micro-processing unit The lock device is one of locking and unlocking the door panel and the room body. 如請求項4所述的電子門鎖系統，還包含一電連接該微處理單元並設置於該室外空間的喚醒單元、一電連接該微處理單元且設置於該室內空間的指示燈，及一電連接該微處理單元且設置於該室內空間的蜂鳴器，該喚醒單元用以在該室外空間的一特定範圍偵測到一物體移動時，對應產生一觸發訊號，該微處理單元依據該觸發訊號控制該指示燈導通並發出亮光，且還依據該觸發訊號控制該蜂鳴器發出警示聲響。 The electronic door lock system according to claim 4, further comprising a wake-up unit electrically connected to the micro-processing unit and provided in the outdoor space, an indicator light electrically connected to the micro-processing unit and provided in the indoor space, and a A buzzer electrically connected to the micro-processing unit and arranged in the indoor space. The wake-up unit is used to generate a trigger signal corresponding to a movement of an object detected in a specific range of the outdoor space. The trigger signal controls the indicator to turn on and emit a bright light, and also controls the buzzer to emit a warning sound according to the trigger signal. 一種電子門鎖系統，適用於一房間，該房間包含一房本體，及一樞設於該房本體的門板，該房本體界定一包括一 出入口的室內空間，及一當該門板開啟而不封閉該出入口而與該室內空間相互連通的室外空間，該電子門鎖系統包含：一鎖具，設置於該門板，當該門板封閉該出入口時，該鎖具用以受控地將該門板與該房本體鎖扣及不鎖扣二者其中之一；一輻射天線，朝該室外空間與該室內空間發射輻射訊號；一訊號處理模組，裝設於該門板並用於帶動該鎖具鎖扣及不鎖扣該門板與該房本體，並儲存一門禁識別碼；一動作偵測器，與該訊號處理模組電連接並位於該室內空間，並用於當在該室內空間內的一特定範圍感應到物體動作變化時產生一動作變化訊號；及一可攜式射頻模組，用以與該輻射天線通訊連接，當該可攜式射頻模組根據該輻射天線發出的輻射訊號而感應一對應的感應訊號，若該訊號處理模組比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且該動作偵測器產生該動作變化訊號，該訊號處理模組帶動該鎖具持續鎖扣該門板與該房本體。 An electronic door lock system is suitable for a room, the room includes a room body, and a door panel pivotally arranged on the room body, the room body defines one including a An indoor space of an entrance and an outdoor space communicating with the indoor space when the door panel is opened without closing the entrance and exit, the electronic door lock system includes: a lock set on the door panel, and when the door panel closes the entrance and exit, The lock is used to control one of the locking and non-locking of the door panel and the room body; a radiating antenna to emit radiation signals toward the outdoor space and the indoor space; a signal processing module, installed It is used on the door panel to drive the lock and not lock the door panel and the room body, and stores an access control code; a motion detector, which is electrically connected to the signal processing module and is located in the indoor space, and is used for A motion change signal is generated when a motion change of an object is sensed in a specific range in the indoor space; and a portable radio frequency module is used for communication connection with the radiating antenna. When the portable radio frequency module according to the The radiation signal emitted by the radiation antenna senses a corresponding induction signal. If the signal processing module matches a verification identification code indicated for the induction signal with the access control identification code, and the motion detector generates the motion change signal, The signal processing module drives the lock to continuously lock the door panel and the room body. 如請求項6所述的電子門鎖系統，其中，當該訊號處理模組比對該感應訊號指示的一驗證識別碼與該門禁識別碼符合，且該動作偵測器未產生該動作變化訊號，該訊號處理模組帶動該鎖具不鎖扣該門板與該房本體。 The electronic door lock system according to claim 6, wherein when the signal processing module matches a verification identification code indicated to the sensing signal with the access control identification code, and the motion detector does not generate the motion change signal , The signal processing module drives the lock to not lock the door panel and the room body. 如請求項6所述的電子門鎖系統，其中，該輻射天線設置於該室外空間。 The electronic door lock system according to claim 6, wherein the radiation antenna is provided in the outdoor space. 如請求項6所述的電子門鎖系統，其中，該訊號處理模組包括一射頻通訊單元、一微處理單元，及一門鎖驅動單元，該射頻通訊單元電連接該輻射天線以接收該感應訊號，該微處理單元電連接該射頻通訊單元且儲存該門禁識別碼，並對該感應訊號指示的該驗證識別碼進行比對，該微處理單元根據比對結果及動作偵測器是否產生動作變化訊號，控制該門鎖驅動單元帶動該鎖具將該門板與該房本體鎖扣及不鎖扣二者其中之一。 The electronic door lock system according to claim 6, wherein the signal processing module includes a radio frequency communication unit, a micro processing unit, and a door lock driving unit, and the radio frequency communication unit is electrically connected to the radiation antenna to receive the sensing signal , The micro-processing unit is electrically connected to the radio frequency communication unit and stores the access control identification code, and compares the verification identification code indicated by the sensing signal, and the micro-processing unit generates an action change according to the comparison result and the motion detector Signal to control the door lock driving unit to drive the lock to one of locking and unlocking the door panel and the room body. 如請求項9所述的電子門鎖系統，還包含一電連接該微處理單元並設置於該室外空間的喚醒單元、一電連接該微處理單元且設置於該室內空間的指示燈，及一電連接該微處理單元且設置於該室內空間的蜂鳴器，該喚醒單元用以在該室外空間的一特定範圍偵測到一物體移動時，對應產生一觸發訊號，該微處理單元依據該觸發訊號控制該指示燈導通並發出亮光，且還依據該觸發訊號控制該蜂鳴器發出警示聲響。 The electronic door lock system according to claim 9, further comprising a wake-up unit electrically connected to the micro-processing unit and provided in the outdoor space, an indicator light electrically connected to the micro-processing unit and provided in the indoor space, and a A buzzer electrically connected to the micro-processing unit and arranged in the indoor space. The wake-up unit is used to generate a trigger signal corresponding to a movement of an object detected in a specific range of the outdoor space. The trigger signal controls the indicator to turn on and emit a bright light, and also controls the buzzer to emit a warning sound according to the trigger signal.

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