1291511 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種鎖具，特別是指一種非接觸式鎖 具。 【先前技術】 在曰常生活中，許多物品都會使用到鎖具裝置，例如 建築物之Η窗，交通工具之車門、方向盤、車頭與車輪， 或者是-些箱體…等。一般常見之鎖具裝置，都是透過將特 定結構之鍮起㈣於鎖具I置中來啟動鎖具裝置，進而將 该鎖具裝置開啟或鎖住。但此種鎖具裝置在使用上有其缺 ”、、占以凌°又於門上之鎖具為例，每當房客變動或鑰匙遺失 時丄大多數之新房客或屋主都會將整個鎖具更換掉，以確 保安王，此種做法相當不符合經濟效益且不環保，另外， 若將多把相似之鑰匙搞混時，則得逐一測試各把鑰匙。所 以此種鎖具裝置無法透過不定時更換鑰匙的方式，來增加 鎖具裳置之使較全性，且在開啟鎖具裝置時相當不便。 由於無線磁卡（ radio freqUency identificati〇n，灯出） 已疋日#生活中相當常見之物品，例如捷運悠遊卡、一俨 :禁卡或可無線感應扣款之信用卡···等，此種無線辨識卡： =特色是，每—種磁卡皆㈣有代表其身份的卡片序號 貝…且$控於發卡單位的不同，各種卡片序號都呈有立 獨特編碼方式，所以若能開發出-種可無線讀取各種無線 兹卡的卡片序號，並以該等卡片序號作為鎖具啟 鑰匙時，使用者將可隨時以w線磁卡作為= 5 1291511 鍮匙，除了可提高該鎖具裝置之使用安全性外，且可夢由 無線感應的方式迅速開啟鎖具裝置。 【發明内容】 因此，本發明之目的，即在提供一種可以各種具有無 線感應之磁卡作為鑰匙的非接觸式鎖具。1291511 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a lock, and more particularly to a non-contact lock. [Prior Art] In normal life, many items use lock devices, such as the window of a building, the door of a vehicle, the steering wheel, the front and the wheel, or some boxes. The commonly used lock device is to activate the lock device by lifting (4) the specific structure into the lock I, thereby opening or locking the lock device. However, such a lock device has its own use, and the lock on the door is taken as an example. When the tenant changes or the key is lost, most new tenants or homeowners will replace the entire lock. Drop it to ensure that An Wang is not economically viable and environmentally friendly. In addition, if multiple similar keys are confused, each key must be tested one by one. Therefore, the lock device cannot be replaced through irregular time. The way of the key to increase the lock is more comprehensive, and it is quite inconvenient when opening the lock device. Since the wireless magnetic card (radio freqUency identificati〇n, light out) has been used in the daily life, such as the most common items, such as游悠游卡,一俨: Forbidden card or wireless sensor deduction credit card···, etc., such wireless identification card: = feature is that each type of magnetic card (4) has a card serial number representing its identity... and control In the different card issuing units, various card serial numbers are uniquely encoded, so if you can develop a card serial number that can wirelessly read various wireless cards, and use these card serial numbers as locks. When the key is used, the user can use the w-line magnetic card as the key of the = 5 1291511 at any time, in addition to improving the safety of the use of the lock device, and dreaming of quickly opening the lock device by means of wireless sensing. It is an object of the present invention to provide a non-contact lock that can be used as a key for various magnetic cards having wireless sensing.
於疋，本發明非接觸式鎖具，適用於將二可相對位移 之結構體卡鎖限位，並可以各種無線磁卡之卡片序號作為 開啟鑰匙，該非接觸式鎖具包含：一機殼、一組装於其^ 一結構體上並可被開啟地將另一結構體卡鎖限位之鎖具單 元、一設置於機殼中並可登錄儲存所述各種無線磁卡之卡 片序號資料的儲存單元、—組裝於機殼中並可感應讀取所 述無線磁卡之卡片序號資料的感應單元，及一控制單元與 -資料管制單元。該控制單元可將感應單元讀取之卡片^ 號資料與儲存單元中的卡片序號資料進行比對，且對應比 對結：而輸出一控制鎖具單元開啟或卡鎖的控制訊號：該 控制單元更可被驅動而將感應單元讀取之卡片序號資料儲 存於儲存單元巾，或將⑽存於神單元巾之卡片序號資 料刪除。該資料管制單元是與控制單元電連接，並可用以 管制卡片序號之登錄儲存與刪除。 【實施方式】 有關本毛明之月(j述及其他技術内容、特點與功效，在 以下配合參考®式之—個較佳實施例的詳細說明中，將可 清楚的呈現。 回 所示，本發明非接觸式鎖具之較佳實施例適 6 1291511 用於組裝在二可相對位移之結構體（圖未示）間，並可被 具有預定之卡片序號的各種無線磁卡2G啟動，而將豆中一 結構體卡鎖限位於另一結構體上或可相對位移地脫離另一 結構體。為方便了解，在以下說明中，該等結構體是分別 以一門板及一用以固定該門板之門框為代表進行說明，該 無線磁卡20則為任何具有無線感應功能之磁卡。 該非接觸式鎖具包含—嵌裝固設於Η板上之機殼3、一 嵌裝於Η板中並可用以和該門框之—門鎖機構21鎖接的鎖 具單元4、-設置於機殼3中之儲存單元5、—設置於機殼 3中並用以無線感應讀取該無線磁卡2()所發射之磁性訊號 的感應單H -電連接於儲存單元5與感應單元間6並可 控制該鎖具單元4作動之控制單元7、一嵌裝外露於機殼3 上並與控制單元7電連接之㈣管制單元8，及—電源單元 9 〇 該鎖具單元4包括-嵌裝於門板中並可被該控制單元7 驅動而脫離或卡鎖於該門鎖機構21的開關機構41，及二分 外露於機殼3表面並與控制單& 7電連接之指示元 件42,且該等指示元件42可分別被控制單元7控制，而分 別對應該開關機構41之作動產生不同顏色之亮光。在本實 把例中，該開關機構41為磁簧開關，而該等指示元件42 為分別可產生紅光與綠光之發光二極體。 2。之5内建有一可用以登錄儲存各種無線磁卡 序號資料的序號資料庫（圖未示）。 。亥感應早兀6包括一用以感應讀取各種無線磁卡之 1291511 磁性訊號的感應電路61、一與感應電路61電連接並可將類 比磁性訊號轉換成數位電性訊號之轉換電路62，及一電連 接於轉換電路62與控制單元7間的緩衝電路63。該感應電 路61可感應讀取磁性訊號中用以代表卡片序號的訊號，並 將該訊號傳送至該轉換電路62，該轉換電路62再將代表卡 片序號之磁性訊號轉換成數位電性訊號，而獲得卡片序號 之數位負料，並將该卡片序號資料暫存於緩衝電路〇中。 该控制單元7内建有多數用以控制其他單元4、5、6、 8作動之程式，可將暫存於該緩衝電路63之卡片序號資料 與該儲存單元5之序號f料庫㈣所有卡片序號資料進行 比對，並對應比對結果而控制該鎖具單元4作動。該控制 單兀7，亦可被該資料管制單元8 ·_，而選擇是否將暫存 ^緩衝電路63中的卡片序號資料建權，並登錄儲存於儲存 單元5之序號資料庫中，或將序號資料庫中之卡片序號刪 除°另一方面’該控制單元7亦會驅使該感應電路61傾測 及感應讀取無線磁卡之磁性訊號。 -亥貝料s制單兀8包括嵌裝外露於機殼3表面並與控 制單元7電連接之—選控機構8 i、—管制機構μ，及—顯 示器83。在本實施例中，該選控機構81是―鍵盤，且設置 有多數可被按壓而用以驅動控制單元7之預設程式的控制 鍵811 ’但實施時’該等控制鍵811亦可以可被調轉之轉钮 取代。該管制機構82具有—設置於機殼3上並與控制單元 7電連接之管制開關821，及—與該管制開關82ι可拆離組 接而用以啟動該管制開關821之啟動元件M2，在本實施例 8 1291511 中，該啟動元件822為— 中而啟動該管制開關821的=地插設於該管制開關821 被啟動時，選控機構81之該只有當管制開關⑵ 驅動控制單元7的功能 工811才具有被按屢而 而顯示相關訊息。』以83則可被控制單元7驅動 該電源供應單元9是用w ^人社 之電源，由於該電源供…其他單元4〜8作動所需 術，且i非# H 、。早70 9供給電源之技術為習知技 且並非本發明之改良重點，因此不再詳述。 。以下即針對本發明非接觸式鎖具之作動方式進行說明 =接觸式鎖具作動時’會先依序進行流程州之連Yu Yu, the non-contact lock of the present invention is suitable for locking and locking two structural bodies which can be relatively displaced, and can use the card serial number of various wireless magnetic cards as the opening key. The non-contact lock comprises: a casing and an assembly. a lock unit that can be unlocked by another structure on the structure and can be opened, and a storage unit that is disposed in the casing and can register the card serial number data of the various wireless magnetic cards, and assembles And a sensing unit for sensing the card serial number data of the wireless magnetic card, and a control unit and a data control unit. The control unit can compare the card number data read by the sensing unit with the card serial number data in the storage unit, and corresponding to the comparison node: and output a control signal for controlling the lock unit to be opened or locked: the control unit further The card serial number data that can be driven to be read by the sensing unit is stored in the storage unit towel, or (10) the card serial number data stored in the god unit towel is deleted. The data control unit is electrically connected to the control unit and can be used to control the registration and deletion of the card serial number. [Embodiment] The description of the present invention will be clearly described in the following detailed description of a preferred embodiment with reference to the specification of the present invention. A preferred embodiment of the invention for a non-contact lock is adapted to be assembled between two relatively displaceable structures (not shown) and can be activated by various wireless magnetic cards 2G having a predetermined card number. A structural card lock is located on another structure or can be disengaged from the other structure. For ease of understanding, in the following description, the structures are respectively a door panel and a door frame for fixing the door panel. For the representative, the wireless magnetic card 20 is any magnetic card with wireless sensing function. The non-contact locking device comprises: a casing 3 fixedly mounted on the raft, a built-in raft and can be used for The lock unit 4 of the door frame-locking mechanism 21, the storage unit 5 disposed in the casing 3, is disposed in the casing 3 and is used for wirelessly sensing the magnetic signal emitted by the wireless magnetic card 2 () Induction slip H-electrically connected to the control unit 7 of the storage unit 5 and the sensing unit 6 and capable of controlling the operation of the lock unit 4, a (four) control unit 8 embedded in the casing 3 and electrically connected to the control unit 7, and The power unit 9 〇 the lock unit 4 includes a switch mechanism 41 that is embedded in the door panel and can be driven by the control unit 7 to be detached or latched to the door lock mechanism 21, and is exposed to the surface of the casing 3 and controlled The single & 7 electrically connected indicator elements 42, and the indicator elements 42 are respectively controlled by the control unit 7, and respectively produce different colors of light corresponding to the actuation of the switching mechanism 41. In the present embodiment, the switching mechanism 41 is a reed switch, and the indicating elements 42 are respectively light-emitting diodes capable of generating red light and green light. 2. The 5th built-in has a serial number database for registering and storing various wireless magnetic card serial numbers (Fig. The sensing sensor 6 includes a sensing circuit 61 for sensing the magnetic signal of the 1291511 of various wireless magnetic cards, a conversion circuit electrically connected to the sensing circuit 61, and converting the analog magnetic signal into a digital electrical signal. 6 2, and a buffer circuit 63 electrically connected between the conversion circuit 62 and the control unit 7. The induction circuit 61 can sense the signal in the magnetic signal for representing the card serial number, and transmit the signal to the conversion circuit 62. The conversion circuit 62 converts the magnetic signal representing the card serial number into a digital electrical signal, and obtains the digital negative of the card serial number, and temporarily stores the card serial number data in the buffer circuit. The control unit 7 has a built-in majority. The program for controlling the operation of the other units 4, 5, 6, and 8 can compare the card serial number data temporarily stored in the buffer circuit 63 with all the card serial numbers of the serial number f (4) of the storage unit 5, and corresponding The lock unit 4 is controlled to be operated by the comparison result. The control unit 7 can also be selected by the data control unit 8·_ to select whether to encrypt the card serial number data in the temporary buffer circuit 63, and log in and store the data. In the serial number database of the storage unit 5, the card serial number in the serial number database is deleted. On the other hand, the control unit 7 also drives the sensing circuit 61 to detect and sense the magnetic of the wireless magnetic card. Signal. The Hi-Bei s-making unit 8 includes a selection control mechanism 8 i, a control mechanism μ, and a display 83 that are embedded in the surface of the casing 3 and electrically connected to the control unit 7. In this embodiment, the selection control mechanism 81 is a "keyboard" and is provided with a plurality of control keys 811' that can be pressed to drive the preset program of the control unit 7 but the control keys 811 can also be implemented. Replaced by the turn button. The control mechanism 82 has a control switch 821 disposed on the casing 3 and electrically connected to the control unit 7, and a detachable combination with the control switch 82ι for activating the activation element M2 of the control switch 821. In the embodiment 8 1291511, the starting element 822 is - and the control switch 821 is activated to be inserted when the control switch 821 is activated, and the control mechanism 81 can only drive the control unit 7 when the control switch (2) is activated. The function worker 811 has the information displayed repeatedly. 83 can be driven by the control unit 7. The power supply unit 9 is powered by the power supply unit, and the other units 4 to 8 are required to operate, and i is not #H. The technique of supplying power to the early 70 9 is a conventional technique and is not an improvement point of the present invention, and therefore will not be described in detail. . The following is a description of the operation mode of the non-contact lock of the present invention. When the contact lock is actuated, the process state will be connected first.
結序唬資料庫，盥流寇Q /、机耘902之偵測管制開關82丨是否被啟 :控制早凡7會先與該儲存單元5之序號資料庫連結 料Γ取已登錄儲存於序號資料庫中的序號資料，同時偵 ::亥：制開關⑵是否被啟動元件心 文動時该控制單凡7便會執行流程9〇3，偵測該等 控制鍵811是否赫抵殿 皮按壓，S其中一代表「新增卡片序號」之 控_川被按_，則控制單元7便會進人「新增卡片序 號狀態」^執行㈣9G4，驅使該感應單元6之感應電路 偵測疋否有無線磁卡2〇接近。當偵測到無線磁片Μ時 便依序進行流程9〇5與流程9〇6，讀取無線磁卡Μ之卡 片序號並將5亥卡片序號登錄儲存於序號資料庫中，同時 於”、、員不器83上顯示出新增之卡片序號資料，然後返回流程 9〇2。若感應電路61在一預定時間内仍未感應到無線磁卡 1291511 時、，控制單元7亦會在顯示器83上顯示相關錯誤訊息， 然後返回執行流程902。 〇當流程903所偵測到之控制鍵8Π是代表「刪除卡片序 ^時’該控制單元7會進入「卡片序號刪除狀態」，並執 订冰私907,於該顯不器83上顯示出儲存於序號資料庫中 的卡片序號資料，同時偵測該選控_ 81之其他控制鍵 川被按壓的狀態，而對應刪除預定之卡片序號，並於完成 後返回執行流程902。 』當流程903在-段時間内未偵測到有控制鍵8ιι被按壓 的訊號時，控制單元7便會返回執行流程9〇2。 當控制單元7於流程902未摘測到管制開關82ι被啟 動時，便會執行流程908,驅使感應電路61偵測是否有無 線磁卡20接近，若沒有無線磁卡2()接近時，便返回執二 流程902。若偵測到無線磁卡2〇時，便會依序執行产 _與流程9U)’先驅使㈣應單元6讀取該無線磁卡 之卡片序號資料，再將所讀取之卡片序號與序號 之卡片序號進行比對。 Τ 若無線磁卡20之卡片序號與序號資料庫之資 ’則控制單元7便會執行流程911，驅使鎖具單^ *之盆中 一指示元件42產生預定時間的紅光，但不會驅使開關機 41作動，然後返回流程9〇2。若無線磁卡2〇之卡。冓 序號資料庫之資料相符時，控制單元7便會依序序唬與 912與9i3，驅使開關機構41作動而處於脫9離If程 之開啟狀態，使得門板可相對門框位移而 21 敉閉啟，同時驅 10 1291511 使另一指示元件42產生預定時間之綠光，於此同時，該控 制單元7會開始計時，待一預定之開啟時間計時結束，便 會執行流程9丨4使該開關機構41再次作動，而處於可將門 鎖機構21鎖固之關閉狀態，此時，只要該門板一關上，該 開關機構41便會立即與門鎖機構21鎖固，而使門板紐 再相對門框位移地卡鎖限位於門框上。 實施時，為了使使用者能夠了解該非接觸式鎖具之作 動狀態’可藉由設計該控制單元7之内建程式，而使該控 制單元7可在讀卡、儲存卡片序號、比對序號資料與開關 機構41啟閉等動作完成或出現錯誤時，分卿使該等指示 70件42產生相對應顏色之亮光，或同時於該顯示器幻上 顯示出相關訊息。另外，使用者亦可藉由按壓該等控制鍵 811來輸入-預定之卡片序號，使該控制單元7驅使該開關 機構41開啟或鎖固。且使用者亦可在「新增卡片序號」與 「卡片序號刪除」狀態時，直接藉由按壓該等控制鍵8ιι來 鍵入要新增或要刪除之序號資料。但實施時，該等單元4、 7、8之作動型態皆不以上述為限。 在本實施例中，該開關機構41是位於該機殼3外，但 實施時，該開關機構41亦可改設置於機殼3上。另外，該 選控機構81並非必要，可藉由啟動元件822插置於管制開 關821中並相對該管制開關821轉動的方式，來控制卡片 序號資料的刪增。本實施例之啟動元件822是呈傳統鑰匙 形狀，但實施時，啟動元件822亦可設計成卡片式鑰匙， 且該管制開關821亦可設計成無線感應式，並將啟動元件 11 1291511 對應故叶成可無線感應開 實施時，資料營制趟接〇 開關821之型態，但 于貝科吕制機構82之實施態 可用以管制選控機構81是否可作動即可。逑為限’只要 值得—提的是，雖然本實施例是以 與門框等結構體上為例進行說八於門板 亦可以分別為車輛之車體 —實知時，该等結構體 可相針車，Μ… 可用以控制輪圈是否 了相對車體轉動，或者是盒體 Φ 蓋是否可相對盒身翻掀㈣m Μ控制盒 用触别丁、 開但實施時’該等結構體之應 Μ上述為限4可對應該等結構體之類型，而修 控制單元之内建程式，進而改變各構件之作動方式Ζ 歸納上述’透過該感應單元6可無線感應各種無線磁 之Μ Η的設計’以及該資料管制單元8可驅使該 =早兀7將感應單元6讀取之卡片序號登錄儲存於該健 :早兀5中’或將已登錄儲存儲存單元5中之卡片序號資 科刪除的設計，使得該鎖具僅可被具有其已登錄之特定卡The sequence 唬 database, 盥 寇 Q /, 耘 902 detection control switch 82 丨 is activated: control early 7 will first with the storage unit 5 serial number database link material is logged in stored in the serial number data The serial number data in the library, at the same time:: Hai: If the switch (2) is activated by the component, the control unit will execute the process 9〇3, and detect whether the control keys 811 are pressed against the temple. One of the S stands for the control of "adding a new card serial number". If the control unit 7 presses _, the control unit 7 will enter the "add new card serial number status" and execute (4) 9G4 to drive the sensing circuit of the sensing unit 6 to detect whether there is any The wireless magnetic card is close to it. When the wireless disk is detected, the process 9〇5 and the process 9〇6 are sequentially performed, the card number of the wireless magnetic card is read, and the 5H card number is registered and stored in the serial number database, and at the same time, The card number data is displayed on the member 83, and then returns to the process 9〇2. If the sensing circuit 61 does not sense the wireless magnetic card 1291511 within a predetermined time, the control unit 7 also displays on the display 83. The relevant error message is then returned to the execution flow 902. When the control key 8 detected by the process 903 represents "delete the card sequence ^", the control unit 7 enters the "card serial number deletion state" and binds the ice private 907. Displaying the card serial number data stored in the serial number database on the display 83, and detecting the state in which the other control keys of the selective control_81 are pressed, and correspondingly deleting the predetermined card serial number, and completing Then return to execution flow 902. When the process 903 does not detect that the control button 8 is pressed during the period of time, the control unit 7 returns to the execution flow 9〇2. When the control unit 7 does not detect that the control switch 821 is activated in the process 902, the process 908 is executed to drive the sensing circuit 61 to detect whether the wireless magnetic card 20 is in proximity. If the wireless magnetic card 2 () is not close, the process returns to the control. Second process 902. If the wireless magnetic card 2 is detected, the production _ and the process 9U) will be executed in sequence. The first (4) response unit 6 reads the card serial number data of the wireless magnetic card, and then reads the card serial number and the serial number card. The serial numbers are compared. Τ If the card number of the wireless magnetic card 20 and the serial number database are used, the control unit 7 will execute the process 911 to drive the indicator element 42 in the basin of the lock device to generate red light for a predetermined time, but will not drive the switch machine. 41 actuates and then returns to process 9〇2. If the wireless magnetic card is 2 cards. When the data of the serial number database is consistent, the control unit 7 sequentially drives the 912 and 9i3 to drive the switch mechanism 41 to operate, and is in the open state of the 9-way If, so that the door panel can be displaced relative to the door frame and closed. At the same time, drive 10 1291511 causes another indicating component 42 to generate green light for a predetermined time. At the same time, the control unit 7 starts timing. When the predetermined opening time is over, the process 9丨4 is executed to make the switching mechanism. 41 is actuated again, and is in a closed state in which the door lock mechanism 21 can be locked. At this time, as soon as the door panel is closed, the switch mechanism 41 is immediately locked with the door lock mechanism 21, and the door panel is displaced relative to the door frame. The card lock limit is located on the door frame. In the implementation, in order to enable the user to understand the active state of the non-contact lock, the control unit 7 can read the card, store the card serial number, compare the serial number data and switch by designing the built-in program of the control unit 7. When the mechanism 41 is turned on or off, or when an error occurs, the divisions cause the instructions 70 to produce a corresponding color of light, or simultaneously display a related message on the display. Alternatively, the user can input the predetermined card number by pressing the control keys 811 to cause the control unit 7 to drive the switch mechanism 41 to open or lock. The user can also directly input the serial number data to be added or deleted by pressing the control keys 8ιι in the "add card serial number" and "card serial number deletion" states. However, in the implementation, the actuation modes of the units 4, 7, and 8 are not limited to the above. In the present embodiment, the switch mechanism 41 is located outside the casing 3, but in practice, the switch mechanism 41 can also be modified on the casing 3. Further, the selection control mechanism 81 is not necessary, and the deletion of the card serial number data can be controlled by the activation element 822 being inserted into the regulation switch 821 and rotating relative to the control switch 821. The starting element 822 of the embodiment is in the shape of a conventional key, but in implementation, the starting element 822 can also be designed as a card type key, and the regulating switch 821 can also be designed as a wireless inductive type, and the starting element 11 1291511 corresponds to the original leaf. When the wireless sensor is turned on, the data system is connected to the switch 821, but the implementation state of the Becolu mechanism 82 can be used to control whether the control mechanism 81 can be activated.逑 逑 ' 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 只要 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然 虽然Car, Μ... Can be used to control whether the rim rotates relative to the car body, or whether the Φ cover of the box can be turned relative to the box body. (4) m Μ The control box is used for touching and opening, but the implementation of the structure The above limitation 4 can correspond to the type of the structure, and the built-in program of the control unit, thereby changing the operation mode of each component, and merging the above-mentioned design for wirelessly sensing various wireless magnetics through the sensing unit 6. And the data control unit 8 can drive the design of the card serial number read by the sensing unit 6 to be stored in the health: early 5 or delete the card serial number in the registered storage storage unit 5. So that the lock can only be given a specific card that it has logged in to.
片序號的無線磁卡2〇感應啟動，㈣兩結龍可相對位移 ’因此使用者可依需要’而不定時地改以各種無線磁卡加 作為賴，不需將整個鎖具更換掉，且若线針2q遺失 時，亦可藉由選控機構81來輸人卡片序號，或利用啟動元 件822開啟管制開關821，改以其他無線磁卡2〇作為输起 ，除了使用上更加方便外’亦使得該鎖具具有更高之使用 安全性。因此，確實可達到本發明之目的。 惟以上所述者，僅為本發明之一較佳實施例而已，當 不能以此限定本發明實施之範圍，即大凡依本發明申請專 12 1291511 #The serial number of the wireless magnetic card 2〇 induction start, (4) the two knot dragons can be relatively displaced 'so the user can change the various wireless magnetic cards as needed according to the need, without replacing the entire lock, and if the line When the needle 2q is lost, the card number can be input by the selection control mechanism 81, or the control switch 821 can be turned on by the activation component 822, and the other wireless magnetic card 2 can be used as the transmission, which is more convenient than the use. The lock has a higher safety of use. Therefore, the object of the present invention can be achieved. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the application according to the present invention 12 1291511 #
利範圍及發明說明内容所作之簡單的等效變化與修飾，皆 仍屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本發明非接觸式鎖具之一較佳實施例的功能方 塊圖；及 圖2是該較佳實施例使用時之步驟流程圖。 13 1291511 【主要元件符號說明】 20..... ….無線磁卡 63...... 21… ....門鎖機構 7....... …控制單元 3 ...... —機殼 8 ....... ...資料管制單元 4...... .…鎖具單元 81...... ...選控機構 41"… 811 .... ,控制鍵 42.…· ....指示元件 82...... ...管制機構 5...... ….儲存單元 821 .... 管制開關 6...... .…感應單元 822.… ，…啟動元件 61"… ....感應電路 83...... ....顯示器 62••… ....轉換電路 14The simple equivalent changes and modifications made by the scope of the invention and the description of the invention are still within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a functional block diagram of a preferred embodiment of a non-contact lock of the present invention; and Fig. 2 is a flow chart showing the steps of the preferred embodiment. 13 1291511 [Description of main component symbols] 20...........Wireless magnetic card 63...21..... Door lock mechanism 7........Control unit 3 .... .. —Chassis 8 .............Data Control Unit 4........Lock Unit 81.........Selection Control Unit 41"... 811 ... . . control button 42....·....indicating element 82...control mechanism 5............storage unit 821 .... control switch 6..... . . . sensing unit 822.... , ... starting element 61 " .... sensing circuit 83 ... .... display 62 • • ... ... conversion circuit 14