五、新型說明： 【新型所屬之技術領域】 接觸於一種供電裝置’特別是指-種電子鎖之非 【先前技術】 電子具主要係機械式結構料為主，近年來，由於 被應用於門鎖，而成為-電無 門ί鎖以其個人特有的指紋、晶片感應等方式作為大 鎖1係^^門一杯圖^不’係習知電子鎖之組裝示意圖，該電子 兮士糸°又於一門板2上’且該電子鎖1係包含有-電子㈣哭？ ς Λ電子控制器3連接之一電池組 原供應給㈣子控制可提供能 雖習知電子鎖千鎖1作動所需之能量。 制器3所需^^；：2 =，，池組5，以提供電子控 即無法作動，並進一牛電池組5/又電時，該電子控制器3 用，故使用者需 驅動該電子鎖1達到門鎖開關之效 盡，而使電子^^1=電池乡且5 ，以避免該電池組5電量耗 有待加以改善之空間。動故此已造成使用者之不便，且實 【新型内容】 本創作主要目的在揾 置，使可以射頻訊號傳許二:種電子鎖之非接觸式供電裝 力。 μ並感應生電，以提供電子鎖所需之Ί 本創作電子鎖之非 及—電子鎖，該供電單元^式供電裝置，係包含有一供電單； '丁'為無線辨識系統（Radi〇 Frequenc M380366 I den t i f i cat i on，RFID )，且其係形成相對設置之一供電端及 一受電端，該供電端及該受電端係進一步分別至少設有一供電 元件及一受電元件，而該供電元件係與一電源連接，且可產生 一射頻訊號，另，該受電元件則係設於相對該供電元件之位置 處，同時，該受電元件係可感應接收該供電元件之射頻訊號， 並進而感應形成電能*且該供電元件與該受電元件間係具有·— 定間隙，又，該電子鎖係設於該受電端一側，且與該受電元件 相連接，並可受該受電元件供電控制，同時，該電子鎖係更包 含有一電子單元，且該電子單元係可觸發該電子鎖作動。 藉此，可藉由該供電元件以發射射頻訊號，並使該受電元 件可接受上述訊號且感應形成電能，而進一步供電給該電子 鎖，以此解決習知電子鎖須定期更換電池組之麻煩。 【實施方式】 首先，請參閱第二圖所示，為本創作電子鎖之非接觸式供 電裝置之結構方塊圖，其包含有： 一供電單元10，係為無線辨識系統（Radi〇 Frequency Identification，RFID)，且其係形成相對設置之一供電端 11及一受電端12,同時，該供電端11 一側係設有一供電元件 13、一第一微處理單元14及一伺服器15，而該受電端12 — 側則係設有一受電元件16及一第二微處理單元17，又，該供 電元件13係一端與一電源200連接，另端則與該第一微處理 單元14連接，該第一微處理單元14則再與該伺服器15連接， 且該供電元件13係可產生一射頻訊號（圖未視），而該射頻訊 號係混入至該第一微處理單元14内，並經該第一微處理單元 14處理混合至一控制訊號（圖未視），以進一步藉由該供電元 件13 —併傳輸，而該控制訊號係由該伺服器15所取得，又， 該受電元件16係可感應接收上述射頻訊號及控制訊號，且進 M380366 一步使其混入至該第二微處理單元17内進行處理，其中該受 電元件16於感應接收上述射頻及控制訊號後會形成電能。 一電子鎖20，係設於該受電端12 —側，且與該受電元件 16相連接，並可受該受電元件16供電控制，同時，該電子鎖 20係更包含有一電子單元21，且該電子單元21係與該第二微 處理單元17相連接，並可觸發該電子鎖20作動。 - 一儲電單元3 0，係設於該受電端12 —側，且其一端係與 該受電元件16連接，另端則與該電子鎖20相連接，同時，該 儲電單元30係可儲存該受電元件16所感應形成之電能，而於 籲本創作較佳實施例中該儲電單元30係可為一電池組或一超級 電容。 為供進一步瞭解本創作構造特徵、運用技術手段及所預期 達成之功效，茲將本創作使用方式加以敘述，相信當可由此而 對本創作有更深入且具體之瞭解，如下所述： 請同時配合參閱第三圖所示，為本創作電子鎖之非接觸式 供電裝置之使用狀態圖，於本創作較佳實施例中該供電端11 係位於一門框300之周緣，而該受電端12則係位於一門40 I之周緣，且該電子鎖20係設於上述門400且相對該供電端11 之位置處，同時，該供電端11與該受電端12間係具有一定間 -隙；而於關門時，該供電元件13係可透過該第一微處理單元 14由該伺服器15擷取出控制訊號，並與射頻訊號一併無線傳 * 輸至該受電元件16，並透過該第二微處理單元17處理，而混 入至該電子單元21内，以於使用者觸發該電子鎖20時，可做 一比對驗證，且於匹配時，該電子單元21即觸發該電子鎖20 以達到開關之效用，而於此狀態下，該電子鎖20係透過該受 電元件16供電作動，該儲電單元30則不供電給該電子鎖20, 反之，若於開門或停電時，該受電元件16係無法與該供電元 M380366V. New description: [New technology field] Contact with a kind of power supply device 'especially refers to the type of electronic locks. [Prior technology] Electronic tools are mainly mechanical structural materials. In recent years, they have been applied to doors. Lock, and become - electric no door ί lock with its own unique fingerprint, wafer sensing, etc. as a large lock 1 system ^ ^ door a cup of figure ^ not 'is a schematic diagram of the assembly of the electronic lock, the electronic gentleman 糸 ° On a door panel 2' and the electronic lock 1 contains -electronic (four) crying? ς ΛElectronic controller 3 is connected to one of the battery packs. The original supply (4) sub-control can provide the energy required to operate the electronic lock thousand locks 1 . The controller 3 needs ^^;:2 =,, the pool group 5, to provide electronic control, that is, can not be activated, and when entering a battery pack 5 / power, the electronic controller 3 is used, so the user needs to drive the electronic The lock 1 reaches the exhaustion of the door lock switch, so that the electronic ^^1=battery and 5, to avoid the battery pack 5 power consumption space to be improved. This has caused inconvenience to the user, and the actual content [new content] The main purpose of this creation is to enable the RF signal transmission 2: the non-contact power supply of the electronic lock. μ and induction of electricity to provide the electronic lock required. The creation of the electronic lock is not - electronic lock, the power supply unit ^ power supply unit, contains a power supply list; 'Ding' is a wireless identification system (Radi〇Frequenc The power supply terminal and the power receiving terminal are further provided with at least one power supply component and one power receiving component, respectively, and the power supply component is respectively configured to be opposite to the power supply terminal and the power receiving terminal. The system is connected to a power source and generates an RF signal. The power receiving component is disposed at a position relative to the power supply component. At the same time, the power receiving component can sense the RF signal of the power supply component, and then inductively form The electric energy* has a fixed gap between the power supply element and the power receiving element, and the electronic lock is disposed on the power receiving end side, and is connected to the power receiving element, and can be controlled by the power receiving element. The electronic lock system further includes an electronic unit, and the electronic unit can trigger the electronic lock to act. Thereby, the power supply component can transmit the radio frequency signal, and the power receiving component can receive the signal and inductively generate electrical energy, thereby further supplying power to the electronic lock, thereby solving the trouble of the conventional electronic lock periodically replacing the battery pack. . [Embodiment] First, referring to the second figure, a block diagram of a non-contact power supply device for creating an electronic lock includes: a power supply unit 10, which is a wireless identification system (Radi〇Frequency Identification, And the power supply terminal 11 and the power receiving end 12 are disposed on the side of the power supply end 11 , and a power supply component 13 , a first micro processing unit 14 and a server 15 are disposed on the side of the power supply end 11 . The power receiving component 13 is connected to a power source 200 and the other end is connected to the first micro processing unit 14 . A micro processing unit 14 is further connected to the server 15, and the power supply component 13 generates an RF signal (not shown), and the RF signal is mixed into the first microprocessor unit 14, and The first micro processing unit 14 processes the mixing to a control signal (not shown) for further transmission by the power supply element 13 , and the control signal is acquired by the server 15 , and the power receiving component 16 is Inductive connection The RF signal and the control signal are received, and the M380366 is mixed into the second microprocessor unit 17 for processing. The power receiving component 16 generates power after sensing the RF and control signals. An electronic lock 20 is disposed on the side of the power receiving end 12, and is connected to the power receiving component 16 and can be controlled by the power receiving component 16 . Meanwhile, the electronic lock 20 further includes an electronic unit 21, and the electronic lock 20 The electronic unit 21 is connected to the second micro processing unit 17, and can trigger the electronic lock 20 to operate. - a power storage unit 30 is disposed on the side of the power receiving end 12, and one end thereof is connected to the power receiving element 16, and the other end is connected to the electronic lock 20, and the power storage unit 30 is storable The power receiving unit 16 senses the generated electrical energy, and in the preferred embodiment of the present invention, the power storage unit 30 can be a battery pack or a super capacitor. In order to further understand the characteristics of this creation, the use of technical means and the expected results, we will describe the use of this creation. I believe that we can have a deeper and more specific understanding of this creation, as follows: Please also cooperate Referring to the third figure, a state diagram of the use of the non-contact power supply device for creating an electronic lock, in the preferred embodiment of the present invention, the power supply end 11 is located at the periphery of a door frame 300, and the power receiving end 12 is Located at the periphery of a door 40 I, and the electronic lock 20 is disposed at the position of the door 400 and opposite to the power supply end 11, and at the same time, the power supply end 11 and the power receiving end 12 have a certain gap--gap; The power supply component 13 can receive the control signal from the server 15 through the first micro processing unit 14, and wirelessly transmit the RF signal to the power receiving component 16 and through the second micro processing unit. 17 is processed and mixed into the electronic unit 21, so that when the user triggers the electronic lock 20, a comparison verification can be performed, and when the matching is performed, the electronic unit 21 triggers the electronic lock 20 to reach the switch. In this state, the electronic lock 20 is powered by the power receiving element 16, and the power storage unit 30 does not supply power to the electronic lock 20. Otherwise, the power receiving component 16 is connected when the door is opened or powered off. Unable to communicate with the power supply unit M380366
i I 件13做一感應供電之動作’而該供電元件13係產生一回授訊 號（圖未視）並回傳至該伺服器15，以使可由該伺服器15上得 知門400係呈現未關閉之狀態，且該電子單元21係可利用該 儲電單元30以做為短暫之備用電力，以提供該電子鎖20即時 之作動電源，另，於本創作較佳實施例中因該供電單元係 為热線辨識系統（Radio Frequency Identification，RFID)， -且該供電元件13及該受電元件16皆係可雙向主動接收及發送 ，訊號給彼此，故可藉其同時做一資訊辨識之功能，例如人員出 入門禁監控、管制及上下班人事管理，且進一步更省去習知連 線式電子鎖之拉線困擾。 兹’再將本創作之特徵及其可達成之預期功效陳述如下： 1、 本創作係藉由供電元件及受電 4 媒介，同喊_達到非錢紅^7;·^。作為無線傳輸之 2、 本創作更藉由供電元件及受 輪，而使可達資訊辨識之效用。 以做-無線資说傳 3、 本創作因係以射頻訊號傳輸達到非垃細上 電之目的，故可省去習知電子鎖需定 接觸式之供電或充 ，综上所述，本創作在同類產品中電池之困擾。 性，同時遍查國内外關於此類結構之只，、極佳之進步實用 現有相同或近似的構造存在在先，是^貧料，文獻中亦未發 專利要件，爰依法提出申請。 ，本創作實已具備新型 准，以上所述者，僅係本創作之〜 故舉凡應用本創作說明書及申請專利^(^可行實施例而已， 化，理應包含在本創作之專利範圍内祀所為之等效結構變 M380366 【圖式簡單說明】 第一圖係習知電子鎖之組裝示意圖。 第二圖係本創作電子鎖之非接觸式供電裝置之結構方塊圖。 第三圖係本創作電子鎖之非接觸式供電裝置之使用狀態圖。 【主要元件符號說明】 [習知]The I component 13 performs an inductive power supply operation' and the power supply component 13 generates a feedback signal (not shown) and transmits it back to the server 15 so that the gate 400 can be presented by the server 15. The electronic unit 21 can utilize the power storage unit 30 as a short-term backup power to provide an instant power supply for the electronic lock 20, and in the preferred embodiment of the present invention, the power supply is provided. The unit is a Radio Frequency Identification (RFID), and the power supply element 13 and the power receiving element 16 are both capable of receiving and transmitting in two directions, and the signals are given to each other, so that the information recognition function can be simultaneously performed. For example, personnel access control, control, and personnel management, and further eliminate the trouble of the cable connection of the conventional electronic lock. Hereby, the characteristics of this creation and its achievable expected effects are as follows: 1. This creation is based on the power supply component and the power receiving medium, and the same yoke _ reaches the non-money red ^7; As a wireless transmission 2, this creation uses the power supply component and the receiving wheel to make the identification of the information useful. To do - wireless capital transmission 3, this creation is based on the purpose of radio frequency signal transmission to achieve non-fine power-on, so you can save the need for custom electronic locks need to contact the power supply or charge, in summary, this creation The battery is troubled in the same kind of products. Sexuality, at the same time, the domestic and international research on such structures only, excellent progress and practicality. The same or similar structure exists first, is poor, and there are no patent requirements in the literature. This creation has a new standard. The above-mentioned ones are only for the purpose of this creation. The application of this creation specification and the application of the patent ^ (^ feasible embodiment, should be included in the scope of this creation patent) Equivalent structure change M380366 [Simple description of the diagram] The first picture is the assembly diagram of the conventional electronic lock. The second picture is the block diagram of the non-contact power supply device of the electronic lock. The third picture is the creation of the electronic The state diagram of the use of the non-contact power supply device of the lock. [Description of main component symbols] [Practical]
1 電子鎖 3 電子控制器 5 電池組 [新型] 10 供電單元 11 供電端 12 受電端 13 供電元件 14 第一微處理單元 15 伺服器 16 受電元件 17 第二微處理單元 20 電子鎖 21 電子單元 30 儲電單元 200 電源 300 門框 400 門 門板 門把1 electronic lock 3 electronic controller 5 battery pack [new] 10 power supply unit 11 power supply terminal 12 power receiving end 13 power supply element 14 first micro processing unit 15 server 16 power receiving element 17 second micro processing unit 20 electronic lock 21 electronic unit 30 Power storage unit 200 power supply 300 door frame 400 door panel door handle