【發明所屬之技術領域】 本發明係有關Μ 電子鎖功能故障萨，；種電子鎖的控制機構，尤指一種當 啟。 Τ ’可解除電子鎖的鎖定，以傳統鑰匙開 本發明為中基R t 案。 氏國專利申請案第92113157號之延伸 【先前技術】 技种-按=電子鎖為利用電子電路驅動機械電磁元件之 障時，又合之目的，然而當電子鎖的功能故 于又曰梃成無法開啟門扉的目的。 有鑑於此，本發明人遂依據多年來從事鎖且製 發之經驗，投注心力積極研#_ & μ ‘ 果 研 良好之本發明產生，當電有-創新且功效 的鎖定，以鑰起開啟。 …平時’可解除電子鎖 【發明内容】 即·本發明之主要目的係在於蔣 丨丁牡；徒供一種電子鎖的 機構，當電子鎖功能故障時，可解^ f121^的徑制 j胛丨示尾子鎖的鎖定，以僂 統鑰匙開啟。 1寻 本發明一種電子鎖的控制機構，其 中之離合機構，該離合機構可控制一 ^磁一曰='、' 體 … i Μ…^ 4山"…· ？ 電磁兀件所具有的凸 五、發明說明（2) 一傳動元件，具有第— 嘀合部可嚅合於該電 端與第二端，該第一端具有一 部； 疋件的凸桿，該第二端具有/傳動 一撥動元件，可活梦 一推動部，該撥動部可^ ^该鎖體中，其具有一撥動部與 動部可接受一元件的罪於該傳動元件的傳動部，該推 摧動作動。 【實施方式】 請參閱第一圖所示e 士 i 構，其係指容置於—錯=發明之一種電子鎖的控制機 可控制一電磁元件5 右中之離合機構，所述離合機構 鎖心12相屬合或不 ^有的凸桿Η與一容置於鎖體6中的 n i 屬合；離合機構包括： 傳動凡件91，且古 q11s女 ^ A ^有第一端911與第二端912，第一端 具有一嚙合部913可+人μ ^ 了卡a於電磁元件5的凸桿51所具有 之凹槽5，弟二端912具有一傳動部914 ; 侔設撥動元件9〇所具有之孔903，可將撥動元 /二；、寅體6中，而可繞著銷92做擺動； 所述撥動元件9 〇，具有一撥動部9 〇 }與一推動部μ 2， 撥動:卩9 0 1可鄰罪於傳動元件g 1的傳動部9 1 4，推動部g 〇 2 可接文一元件（可為一板件或鑰匙2的鑰匙胚21)推動作 動。 一固定元件93，可將電磁元件5固定於鎖體6内。 如第二圖至第五圖所示，當電子鎖的功能突然故障時 時’可利用鑰匙2的鑰匙胚21的前端插入鎖中，推動推動、[Technical field to which the invention belongs] The present invention relates to the malfunction of M electronic locks; a control mechanism for electronic locks, especially a starter. T ′ can release the lock of the electronic lock, and the traditional key-opening method of the invention is the case of the Chinese base R t. Extension of the National Patent Application No. 92113157 [Prior art] Technology-Press = electronic lock is a purpose when the electronic circuit is used to drive the mechanical electromagnetic components. However, when the function of the electronic lock is broken Unable to open the door. In view of this, the inventor then based on his many years of experience in locks and hair production, betting Xinli actively researched #_ & μ 'The fruitful research of this invention was produced, when electricity has-innovative and effective locking, using the key to start On. … Usually ”the electronic lock can be released. [Summary of the invention] That is, the main purpose of the present invention is Jiang Dingmu; a mechanism for electronic locks can be solved when the function of the electronic lock fails. The tail lock is locked with the conventional key. 1 seek The control mechanism of an electronic lock according to the present invention, in which a clutch mechanism, the clutch mechanism can control a magnetic body = ',' body… i Μ… ^ 4 mountains " ... ·? 5. Convexity of the electromagnetic element 5. Description of the invention (2) A transmission element having a first coupling portion that can be coupled to the electric end and the second end, and the first end has a portion; The second end has / transmits a toggle element, which can dream a push portion, and the toggle portion can have a toggle portion and a movable portion that can accept a component of the transmission element. The transmission part, the pushing action. [Embodiment] Please refer to the structure of e and i shown in the first figure, which refers to the control mechanism of an electronic lock that is accommodated in-wrong = invented, and can control a clutch mechanism in the right center of an electromagnetic component 5 which is locked by the clutch mechanism. The heart 12 is engaged or not. The convex rod Η is engaged with a ni accommodated in the lock body 6; the clutch mechanism includes: transmission member 91, and the ancient q11s female ^ A ^ has the first end 911 and the first Two ends 912, the first end of which has an engaging portion 913 can be a groove 5 in the convex rod 51 of the electromagnetic component 5 stuck to the electromagnetic component 5, the second end 912 has a transmission portion 914; 90 has a hole 903, which can move the toggle element / two; Yin body 6, but can swing around the pin 92; the toggle element 90, has a toggle portion 9 0} and a push Unit μ 2, toggle: 卩 9 0 1 can be adjacent to the transmission unit 9 1 4 of the transmission element g 1, and the pushing portion g 〇2 can be connected to a text element (can be a plate or the key embryo 21 of the key 2) Push action. A fixing element 93 can fix the electromagnetic element 5 in the lock body 6. As shown in the second to fifth figures, when the function of the electronic lock suddenly fails, the front end of the key blank 21 of the key 2 can be used to insert the lock,
第6頁 1221171 五、發明說明（3) 邛9 0 2使推動部9 0 2上移，此時撥動π g 〇彳| γ 傳動部914，使傳動^qi產Λ撥動州1會下移而推動 ,.Λ1 ,, 定得動兀件91產生住下的位移，由於僂翻— -杜cn奋合部9U與電磁元件5的凹槽52相嚅合，此時傳動 兀件91 _拉動電磁元件5的凸桿51，由原來伸入鎖心i 2專動 孔124的嚙合位置（如第二圖、第三圖所示）移位至與鎖心 12的孔124不嚙合的位置（如第四圖、第五圖所示）。如此 即可以傳統鑰匙2的鑰匙胚21插入鑰匙槽121推動傳統鎖銷 組（圖中未示出），即可開鎖。 惟上述各節，僅為本發明之較佳實施例而已，非為用 以限定本發明之實施，大凡依據下列申請專利範圍所述之 構造特徵及其精神而為之其他簡單變化的等效實施，皆應 包含在本發明專利範圍内。Page 61221171 V. Explanation of the invention (3) 邛 9 0 2 moves the pushing part 9 0 2 upward, at this time, the π g 〇 彳 | γ transmission part 914, the transmission ^ qi production Λ dial state 1 Moving and pushing, .Λ1, the moving element 91 will be caused to move downwards, due to the flip-over—the Du CN Fenhe 9U and the groove 52 of the electromagnetic component 5 are combined, at this time the transmission element 91 _ Pull the protruding rod 51 of the electromagnetic component 5 to shift from the meshing position (as shown in the second and third figures) that originally entered the locking hole 124 of the lock core i 2 to the position that does not mesh with the hole 124 of the lock core 12 (As shown in Figures 4 and 5). In this way, the key blank 21 of the conventional key 2 can be inserted into the key slot 121 to push a conventional lock pin set (not shown in the figure), and the lock can be unlocked. However, the above sections are only the preferred embodiments of the present invention, and are not intended to limit the implementation of the present invention. Equivalent implementations of other simple variations based on the structural features and spirits described in the scope of the following application patents , All should be included in the scope of the invention patent.
第7頁 1221171 圖式簡單說明 【圖式簡單說明】 第一圖：係本發明之電子鎖的控制機構（離合機構）與鎖組 及其相關元件之立體分解圖。 第二圖：係本發明之電子鎖的控制機構（離合機構）與鎖具 中電磁元件之凸桿嚙合鎖心之局部剖面圖。 第三圖：係本發明之電子鎖的控制機構（離合機構）與鎖具 中電磁元件之凸桿嚙合鎖心之局部放大剖面圖。 第四圖··係本發明之電子鎖的控制機構（離合機構）與鎖具 中電磁元件之凸桿不嚙合鎖心之局部剖面圖。 第五圖：係本發明之電子鎖的控制機構（離合機構）與鎖具 | 中電磁元件之凸桿不嚙合鎖心之局部放大剖面圖。 元件符號簡單說明 鎖組1 · 鎖殼11 孔11 3 鎖心1 2 鑰匙槽1 2 1 孔124 鑰匙2 餘匙胚2 1 〇 辨識晶片3 微動開關4 電磁元件5 凸桿5 1 凹槽5 2 鎖體6Page 7 1221171 Brief description of the drawings [Simplified description of the drawings] The first picture is a three-dimensional exploded view of the control mechanism (clutch mechanism) of the electronic lock, the lock group and related components of the present invention. The second figure is a partial cross-sectional view of the electronic lock control mechanism (clutch mechanism) of the present invention engaged with the convex rod of the electromagnetic element in the lock. The third figure is a partial enlarged cross-sectional view of the lock mechanism of the electronic lock control mechanism (clutch mechanism) of the present invention and the convex rod of the electromagnetic component in the lock. The fourth figure is a partial cross-sectional view of the control mechanism (clutch mechanism) of the electronic lock of the present invention and the convex rod of the electromagnetic component in the lock device that does not mesh with the lock core. Fifth figure: It is a partial enlarged sectional view of the control mechanism (clutch mechanism) of the electronic lock of the present invention and the lock element of the electromagnetic component in the lock | Simple description of the component symbols: lock group 1 · lock housing 11 hole 11 3 lock core 1 2 key slot 1 2 1 hole 124 key 2 key spoon 2 1 〇 identification chip 3 micro switch 4 electromagnetic component 5 convex rod 5 1 groove 5 2 Lock body 6
1221171 圖式簡單說明 鎖閂機構7 門扉8 撥動元件90 推動部9 0 2 撥動部9 0 1 孔9 0 3 傳動元件9 1 第二端912 傳動部9 1 4 第一端911 嚙合部9 1 3 銷92 固定元件9 3 〇1221171 Simple illustration of the latch mechanism 7 Door hinge 8 Switching element 90 Pushing part 9 0 2 Switching part 9 0 1 Hole 9 0 3 Transmission element 9 1 Second end 912 Transmission part 9 1 4 First end 911 Engaging part 9 1 3 Pin 92 Fixing element 9 3 〇
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