九、發明說明： 【發明所屬之技術領域】 本發明-種可重複設定的鎖裝置及方法，涉及可重複設定 匹配銳的鎖裝置及方法’尤其本發明是指—種很容易操作即可 可重複設從配鐘匙的鎖裝置，且本發明為台灣專射請號第 096114532號的另一具體實施例。 【先前技術】 按照習知的魏置結構，若欲重蚊換匹配錄匙時 ，使用者 需要從鎖裝置卸下鎖心，並替換_，並配合新的匹配錄匙，倣 重新安裝設定’細-般要使用魏賴巾拆下鎖錢結構，症 將鎖裝置結構分_可以替換鎖銷，·步驟通常需具備鎖裝置 操作結構的*裝與分解常識’通常只有舰與受過訓練的專業人 貝才可#作，而且需要有特殊的工具，以更換鎖裝置内的鎖銷， 所以非¥的不方便’又有的鎖裝置更触崎匙冑要—把控制錄 匙，此尚有一些操作上的不方便性。 為了改良上述缺點，如美國專利us patent N〇 68629的及 US Patent No.6871520不需使用控制錄匙而可重複設定匹配输匙 的鎖裝置孕育而生。 有i ; b本發明為克服上述缺點，並沿用習有的鎖裝置操 作方式’使帛者可以最簡單的方式更祕配输匙。 本發明的主要目的係提供 使使用者可崎鮮財奸触itr魏置及方法， 【發明内容】 —種可重複設定的鎖裝置 一:一鎖心，於該鎖殼：:= 殼的饮裝置·’容置於該鎖心的凹室，可大致垂直於該鎖 二、、方向移動；—推動元件容置於該鎖殼内，可沿著大致 日士订_殼_線方向由第—位置移動到第二位置，在第二位置 、才、乂推動7〇件所具有的嗜合部與該鎖殼所具有的嗜合部互相接 近以允誇該設定裝置可移動該推動元件。 種可重複设定的鎖裝置的方法，包括下列步驟，提供一鎖 裝置韻裝置’包括、鎖殼，其界定—軸線；—可安裝在該 鎖Λ又内的鎖心’補心具有—縱孔，該鎖殼活裝—推動元件； 將第—匹崎匙插人到該鱗孔；以一桿件推動該推動元件， 使該推動①件由第—位置移動到第二位置，再由第二位置移動到 第一位置，將該第一匹配餘匙從該鑰匙孔中抽出；從該錄匙孔插 入第一匹配鑰匙；轉動該第二匹配鑰匙，使該鎖心可繞著該軸 線伙第—位置旋轉到第二位置；轉動該第二匹配鑰匙，使該鎖心 可繞著該軸線從第二位置旋轉到第一位置。 1345603 【實施方式】 由下列沾具體a施例之詳細說明，以及後附之巾請專利範 圍及附圖，將會使本發明之諸多㈣，特徵及優點獲得更清楚且 瞭解。 本發明為-種可重複設定的鎖裝置為為台灣專利申請號第 096114532號的架構下’延伸出另—具體實施例。 如第-圖及第二圖所示，—鎖裝置i包括··鎖殼u、鎖心板 2、推動元件4卜彈簧42及扣環51，在第—财，鎖心組2相對 於鎖殼11位於未***作的位置。 如第二圖及第二圖所示’鎖殼u為類似—普通圓筒體，其界 疋一軸線9，中央形成一軸向孔120，所述鎖殼n具有第一端η 1 、第二端112及形成内表面114的圓筒壁113，圓筒壁113形成容 置室119 ;容置室119大致連通為一凹槽117與四個凹穴丨^，: 於圓筒壁113的内表面114鄰近容置室119具有間隔設置的兩斜 面118 ’而第二端112於圓筒壁113形成一階級槽121，所述階級 •y槽121係由一大槽孔122連通一小槽孔123，而第一端m具有 1/4圓槽。 如第二圖及第四圖所示，一推動元件41的形狀大致為一長方 形板片以配合鎖殼11的容置室119,所述推動元件41具有—凸部 411，所述凸部411可容置於鎖殼11的凹槽117，而推動元件41 9 1345603 三橫向可滑移元件28與彈簀24，該第二 體，並^^/ 。刀2ί2形成為類似圓柱 莊亚於側邊形成一凹室228。 口住 如第—圖所示，每一第一橫向 _ 伴錯、μ 7/轉赠23為-板狀，可安 裝於鎖心21的徑向孔216中，一端具有 七 ^ 支承部231 ’另一端呈 有一齒改，中間具有弧狀表面以 ^、 r,^ t 催勒。p 233 ’以利匹配鑰 第十一圖）的餘匙胚***鎖IX. Description of the Invention: [Technical Field] The present invention is a repeatable lock device and method, and relates to a lock device and method capable of repeatedly setting and matching sharpness. In particular, the present invention means that the device can be easily operated and can be repeated. A locking device from a bell is provided, and the present invention is another specific embodiment of Taiwan No. 096114532. [Prior Art] According to the conventional Wei structure, if the mosquito is to be matched with the key, the user needs to remove the lock from the lock device and replace _, and cooperate with the new matching key to reinstall the setting. Fine-like use Wei Lai towel to remove the lock structure, the disease lock device structure can be replaced _ lock pin, the steps usually need to have the lock device operation structure * assembly and decomposition common sense 'usually only ship and trained professional People can only do it, and need special tools to replace the lock pin in the lock device, so it is not convenient for the non-¥, and some lock devices are more sensitive to the key points. Some operational inconveniences. In order to improve the above disadvantages, for example, U.S. Patent No. 6,629,629 and U.S. Patent No. 6,871,520, which are capable of repeatedly setting a matching key, are not required to use a control key. There are i; b. The present invention overcomes the above disadvantages and follows the conventional locking device operation mode to enable the latter to more closely match the input key. The main object of the present invention is to provide a lockable device and a method for enabling a user to grasp the traitor, and a method of reconfiguring a locking device: a lock core in the lock case::= The device is placed in the recess of the lock core and can be moved substantially perpendicular to the lock, and the direction is moved; the pusher element is received in the lock case, and can be oriented along the direction of the approximate Japanese _ shell _ line - the position is moved to the second position, and in the second position, the accommodating portion of the cymbal is adjacent to the merging portion of the lock housing to allow the setting device to move the urging member. A method for repeatedly setting a locking device, comprising the steps of: providing a locking device, including: a locking case, defining a-axis; and a locking body that can be mounted in the locking and retaining center a hole, the lock case is a live-loading element; the first-seat spoon is inserted into the scale hole; the pusher element is pushed by a rod, and the push 1 is moved from the first position to the second position, and then Moving the second position to the first position, extracting the first matching key from the keyhole; inserting the first matching key from the keyhole; rotating the second matching key to make the lock core around the axis The first position is rotated to the second position; the second matching key is rotated such that the lock core is rotatable about the axis from the second position to the first position. 1345603 [Embodiment] The following four aspects, features and advantages of the present invention will be more clearly understood and understood from the following detailed description of the embodiments and the accompanying claims. The present invention is a reproducible lock device which is an extension of another embodiment of the structure of Taiwan Patent Application No. 096114532. As shown in the first and second figures, the lock device i includes a lock case u, a lock core plate 2, a push member 4, a spring 42 and a buckle 51. In the first, the lock core group 2 is opposite to the lock. The casing 11 is located at an unoperated position. As shown in the second and second figures, the 'locking shell u is similar to the ordinary cylindrical body, the boundary of which is an axis 9, the center forms an axial hole 120, and the lock housing n has a first end η 1 , The two ends 112 and the cylindrical wall 113 forming the inner surface 114, the cylindrical wall 113 forms the accommodating chamber 119; the accommodating chamber 119 is substantially connected to a groove 117 and four recesses, and is: The inner surface 114 is adjacent to the accommodating chamber 119 and has two inclined surfaces 118 ′ which are spaced apart from each other. The second end 112 forms a stepped groove 121 in the cylindrical wall 113. The s-shaped groove 121 is connected by a large slot 122 to a small slot. The hole 123 has a first end m having a 1/4 circular groove. As shown in the second and fourth figures, a pushing member 41 is substantially in the shape of a rectangular plate to fit the receiving chamber 119 of the lock housing 11, and the pushing member 41 has a convex portion 411, and the convex portion 411 It can be accommodated in the recess 117 of the lock case 11, and the push member 41 9 1345603 can laterally slide the member 28 with the magazine 24, the second body, and ^^/. The knife 2 ί2 is formed like a cylinder. Zhuang Ya forms an alcove 228 on the side. As shown in the figure - the first horizontal _ error, μ 7 / transfer 23 is - plate shape, can be installed in the radial hole 216 of the lock core 21, one end has seven ^ support portion 231 ' The other end has a tooth change, and the arc-shaped surface in the middle is ^, r, ^ t. p 233 ‘Eli matching key 11th))
貞^ 21的鑰匙孔214時，滑動 更為項裇，所述支承部231可接受一 9ςι 又弹育24的偏壓；且該支承部 231的鄰近處具有一導引部234 、、？lAA/ Μ &向可滑移元件23於鎖 〜21的徑向孔216中滑動順暢。 如第二圖所示，一第三橫向可滑移元件28中央具有一通孔 一，並於通侧的周邊形成—縣部加，料三橫向可滑移 8的端具有-支承桿284，該支承桿284可穿設彈箬％ 關壓該第三橫向可滑移秘28，而第三橫向可滑移元件28的另 一端具有一止動部283。 ，如第二圖、第六圖及第七圖所示，所述設定裝置〕，可容置於 =21的凹室228以形成適配於鎖殼π内側的圓柱體，其中設 定裝置3 ’包括：殼體3卜蓋板32、複數個齒輪33、第二橫向可 滑移几件34及彈簧35。如第六圖，所述殼體31為弧狀體，具有 内表面3η與外表面312，所述内表面311上形成縱向槽313，並 ;垂直縱向才日313處具有間隔設置的橫向槽314，所述縱向槽犯 與每-橫向槽314相連通；所述外表面312形成—凸部挪，該凸When the keyhole 214 of the 贞^ 21 is slid, the support portion 231 can receive a bias of 9 ς and the spring 24; and the support portion 231 has a guiding portion 234 adjacent thereto. lAA/ Μ & slides smoothly to the slidable member 23 in the radial hole 216 of the lock 〜21. As shown in the second figure, a third laterally slidable member 28 has a through hole at the center thereof, and is formed at the periphery of the through side - the county is added, and the end of the laterally slidable 8 has a support rod 284. The support rod 284 can pass the magazine % to press the third laterally slidable tongue 28, while the other end of the third laterally slidable member 28 has a stop 283. As shown in the second, sixth and seventh figures, the setting device can be accommodated in the recess 228 of = 21 to form a cylinder adapted to the inner side of the lock housing π, wherein the setting device 3' The utility model comprises a casing 3, a cover plate 32, a plurality of gears 33, a second laterally slidable piece 34 and a spring 35. As shown in the sixth figure, the housing 31 is an arcuate body having an inner surface 3n and an outer surface 312, the inner surface 311 is formed with a longitudinal groove 313, and a vertical longitudinal groove 314 is provided at intervals 313. The longitudinal slot is in communication with each of the transverse grooves 314; the outer surface 312 is formed - a convex portion, the convex
II 1345603 :農於鎖殼u的容置室⑽中，並於 震-彈菁42以偏壓推動元件 鎖殼U的容置室⑽的第—位置與第二位 ㈣：_塊肖動， 的凸起413容置於鎖殼11的凹穴_位； 的=弟-㈣可_元件23和每—料24分職置在鎖心21 仫向孔！6與彈黃容置孔224卜而第三橫向 ^24放置於容置⑽中，觸一橫向可滑移元扣的支、 =231 一料24’第三橫向可滑移元㈣的支承桿辦穿設 尹、24。使弟-橫向可滑移元件23的齒232放置在徑向孔別 的開口。 如第一圖' 第六圖及第七圖所示，另奴裝置3的組裝，先 •將彈簧％套於第二橫向可滑移元件34的較小部份如尺寸，並 容置於殼體31的較大孔3〗7與較小孔319所組的階級孔卜後將 齒輪33容置於橫向槽314，齒輪％的凸輪部您容置於縱向槽 313/而齒輪33的凸輪部332臨靠於第二橫向可滑移元件糾，蓋 上盍板32，使齒輪33部分露出於蓋板32的橫向孔32ί外，蓋板 32的通孔322受殼體31的凸316的穿過，使蓋板32與殼體31 緊密接合，組裝好設定裝置3可搭配彈菁26套於鎖心21的凸技 217 ’且彈黃26的一端容置於孔3〇9以偏壓設定裝置3，該設定裝 13 丄： 置2可谷置於鎖心21的凹室228 (如第二圖）；同時設定裝置3 LJ輪33的齒33i與第—橫向可滑移元件23的齒232相接合， :抗鑽滾珠25與彈簧27可容置於鎖心21的溝槽222之-，與鎖 备的1/4圓槽124之間，另一抗鑽滾珠25可容置於鎖心21的 2才9 222另一，與設定裳置3的1/4圓槽318之間，最後將組合後 %鎖^組2容置於鎖殼u ’使設定裝置3的第二橫向可滑移元件 環Hi動元件Μ的通孔414，並以扣環51扣合於鎖心21的扣 衣軋223及完成組裝。 如第八圖至第十—圖所示，若第—匹配錄匙^ (圖中未示出 )未***绩匙孔214時，安裝於鎖心21的徑向孔216的 可滑移元件23受彈簧24的制位於徑向孔216的底部位置= 時齒輪33的歯331受第一橫向可滑移元件23的齒232的作用， 齒輪33會隨之轉動—角度’進而使齒輪33的凸輪部332驅動 二橫向可滑移元件34克服彈簧％的力量，而使第二橫向: 兀件34深人轉树41的通孔414，且安裝於鎖心u的容紅 奶的第三橫向可滑移元件28受到彈菁24的偏壓，使第三棒向可 滑移凡件28的止動部283容置於鎖殼11的大槽孔丨22，以限制鎖 殼11觸心组2的相對轉動，達到閉鎖的目的。 第十圖至第十五圖所不，當***第—匹配錄匙^於鎖 的鑰匙孔中，而鎖心組2未***作的狀態，在此結構 -匹配输匙6i的輪匙胚的每—齒溝6ιι配合每+橫向可滑移 14 元件23的推動部233，使第— ⑽動，隨之第一橫向可滑移元件㈣被第-匹配餘匙 别轉動，使# 33 的回232推動齒輪33的齒 1輪33的凸輪部332會移動到不作動第 兀34的位置’第二橫向可滑移元件如偽^月 到不鳴合推動元件41的通孔414的位 ^^偏壓回 件料位於縮入殼體31的位置，奸 ^弟—板向可滑移元 三槔向可、m 以於鎖心21的容置孔225的第 /、4讀28的縣部受·— 齒溝611的推動，使第的鑰畦胚的 殼η的大槽孔122。滑移元件28的止動部283脫離鎖 如斜六圖至第十八圖所示，此時以—桿件Μ推動所述推 動元件41的推抵部415，使 _ 吏推動凡件41者大致平行於軸線9 41 ;广位置移動到第二位置，在第二位置的時，推動元件 固凸起413正好分別鄰近鎖殼11的四個凹穴U6’以料 設定襄置3受到彈簣26的偏壓作用，使設定裝置3由第—位置移 動幻第一位置時，可啊推動推動元件Μ從第二位置移動到第三 位置’在第三位置時’推動元件41的四個凸起M3正好分別容置 於鎖殼u所對應的四個凹穴116，此時設定裝置3的倉輪％的齒 331與第一橫向可滑移元件23的齒说產生脫離。 如第十九圖至第二十—圖及第十一圖所示，此時可以抽出桿 件29 (如第十六圖；)，開始更換匹配餘匙，抽出第一匹配餘匙6】 (如第十六圖），此時安裝於鎖心21祕向孔216的第—橫向可 15 1345603 滑移元件23讀簧24的偏麼位於徑向孔216的底部位置，而安 、 紐鎖心21的容置孔奶的第三橫向可滑移元件28受到彈笪％ 的偏厘，使第三橫向可滑移元件28的止動部283容置於鎖殼u 的大槽孔122，以限制鎖殼U與鎖心組2的相對轉動。 如第二十二圖至第二十四圖及軒五圖所示，更換第二匹配 餘匙62***錄匙孔2〗4，使安裝於鎖心2]的容置孔225的第三橫 •向可滑移元件28的推動部加受到第二匹配鍮匙61的錄匙胚的 齒溝62i的推動，使第三橫向可滑移元件28的止動箱脫離鎖 •殼η的大槽孔122。而由於第二匹配餘匙62的繪匙胚的齒溝仍 ... 喊與第—匹_匙61 _匙胚_溝611深度不同，所以安裝 於鎖心21徑向孔216的第一橫向可滑移元件23會從新排列設定 〇II 1345603: cultivating in the accommodating chamber (10) of the lock case u, and biasing the first position and the second position (4) of the accommodating chamber (10) of the component lock case U by the shock-elastic cyanine 42: The protrusion 413 is accommodated in the recess _ position of the lock case 11; the = brother - (four) _ element 23 and each material 24 points placed in the lock 21 仫 hole! 6 and the yellow hole 224 and the third horizontal ^24 are placed in the accommodating (10), touch a horizontally slidable branch of the element buckle, =231 a material 24' third lateral slidable element (four) support rod Do not wear Yin, 24. The teeth 232 of the transverse-slidable member 23 are placed in the openings of the radial holes. As shown in the first figure 'sixth and seventh figures, the assembly of the slave device 3 firstly covers the spring portion % to the smaller portion of the second laterally slidable member 34, such as the size, and is housed in the case. The larger hole 3 of the body 31 and the smaller hole 319 are grouped into the transverse groove 314, and the gear % cam portion is accommodated in the longitudinal groove 313 / and the cam portion of the gear 33 The 332 is adjacent to the second laterally slidable component, and the sill 32 is covered to partially expose the gear 33 to the lateral hole 32 of the cover 32. The through hole 322 of the cover 32 is received by the protrusion 316 of the housing 31. After that, the cover plate 32 is tightly engaged with the casing 31, and the setting device 3 can be assembled with the elastic technology 26 sleeved on the locking mechanism 21 of the lock core 21 and one end of the spring 26 is placed in the hole 3〇9 to be biased. The device 3, the setting device 13: 2 is placed in the recess 228 of the lock core 21 (as shown in the second figure); at the same time, the teeth 33i of the LJ wheel 33 and the teeth of the first laterally slidable member 23 are set. 232-phase engagement, the anti-drill ball 25 and the spring 27 can be accommodated between the groove 222 of the lock core 21, and the 1/4 round groove 124 of the lock, and the other anti-drill ball 25 can be accommodated in the lock 2 of the heart 21 is only 9 222 Between the 1/4 circular groove 318 of the setting skirt 3, and finally, the combined % locking group 2 is placed in the lock housing u' to make the second lateral slidable component ring of the setting device 3 The through hole 414 is fastened to the buckle 223 of the lock core 21 by the buckle 51 and the assembly is completed. As shown in the eighth to tenth drawings, if the first matching key ^ (not shown) is not inserted into the keyhole 214, the slidable member 23 of the radial hole 216 is mounted to the lock core 21. When the spring 24 is located at the bottom position of the radial bore 216 = the 歯 331 of the gear 33 is acted upon by the teeth 232 of the first laterally slidable member 23, the gear 33 will rotate with it - the angle 'and thus the cam of the gear 33 The portion 332 drives the two laterally slidable members 34 against the force of the spring %, and the second lateral direction: the cymbal 34 extends deep into the through hole 414 of the tree 41, and the third lateral direction of the red milk that is mounted to the lock core u The sliding member 28 is biased by the elastic member 24, so that the third rod is received in the large groove 22 of the lock housing 11 toward the stopper portion 283 of the slipperable member 28 to restrict the lock housing 11 to the contact group 2 Relative rotation, to achieve the purpose of blocking. In the tenth to fifteenth drawings, when the first matching key is inserted into the key hole of the lock, and the lock core group 2 is not operated, the structure-matching key of the key 6i is Each of the gullets 6 ιι fits the push portion 233 of each of the laterally slidable 14 elements 23 so that the first (10) movement, followed by the first laterally slidable element (four) is rotated by the first matching residual key, so that the back of #33 232, the cam portion 332 of the tooth 1 wheel 33 of the push gear 33 is moved to the position where the second arm 34 is not acted. 'The position of the second laterally slidable member such as the dummy hole 414 to the through hole 414 of the urging member 41 ^^ The biasing return material is located at the position of the retracted housing 31, and the smear-to-plate can be slidable to the third section of the accommodating hole 225 of the lock core 21 By the pushing of the tooth groove 611, the large slot 122 of the shell η of the first key embryo is made. The stopper portion 283 of the sliding member 28 is disengaged from the lock as shown in the oblique figures to the eighteenth embodiment. At this time, the pushing portion 415 of the pushing member 41 is pushed by the lever member ,, so that the _ 吏 pushes the member 41 Roughly parallel to the axis 9 41; the wide position moves to the second position, and in the second position, the pusher element fixing projections 413 are adjacent to the four recesses U6' of the lock housing 11 respectively to receive the magazine 3 The biasing action of 26 causes the setting device 3 to move from the second position to the third position when the first position is moved from the first position to the third position 'in the third position' The M3s are respectively accommodated in the four pockets 116 corresponding to the lock housing u. At this time, the teeth 331 of the magazine wheel of the setting device 3 are separated from the teeth of the first laterally slidable member 23. As shown in the nineteenth to twentieth-graphs and the eleventh figure, at this time, the rod 29 can be pulled out (as in the sixteenth figure;), the replacement of the matching key is started, and the first matching margin 6 is extracted. As shown in the sixteenth figure, the first horizontal direction of the lock hole 21 of the lock core 21 is 216. The offset of the slide element 23 is located at the bottom of the radial hole 216, and the lock and the lock are at the bottom. The third laterally slidable member 28 of the accommodating hole of the 21 is biased by the 笪%, so that the stopper 283 of the third lateral slidable member 28 is received in the large slot 122 of the lock case u, The relative rotation of the lock case U and the lock core group 2 is restricted. As shown in the twenty-second to twenty-fourth and five-figure diagrams, the second matching margin 62 is inserted into the keyhole hole 2 to make the third horizontal surface of the receiving hole 225 of the lock core 2] • the pushing of the movable element of the slidable element 28 by the tooth groove 62i of the keying blank of the second matching key 61 causes the stop box of the third lateral slidable element 28 to be disengaged from the large groove of the lock 壳Hole 122. And because the tooth groove of the key embryo of the second matching key 62 is still different from the depth of the first-key 61-key embryo_channel 611, the first lateral direction of the radial hole 216 of the lock core 21 is installed. The slidable component 23 will be newly arranged.
,帛+五圖至第—十/、圖所示為顯示插人第二匹配输匙62 後再將弟二匹配錄匙62旋轉—預定角度，此時鎖心Μ會推動設 定裝置3 —起轉動’當設定裝置3轉動時，設定裝置3的肋319 會㈣殼U的斜面118的推抵而漸漸的回復位移到與鎖心21的 凹至挪的位置’配合第二圖所示，此時推動元件^受彈菁π =偏£藉著推動兀件q的斜面彻推抵鎖殼η的凹穴則的 ^ 弟一位置回到第二位置再回到第一位置 而女裝於鎖心21徑向孔216的楚, 的弟一彳頁向可滑移元件23的齒232 與齒輪33的齒331再次4士八，、，u々μ 。’亚將弟二匹配鑰匙62旋轉回初無 1345603 位置。 :時鎖裝置！即設定由第二匹配鱗62開鎖，拙出第二匹配 錄』’而第—匹配输㈣不能再操作鎖裝置 =別—..........替代，操作過二:: 提供^^缺具體實補，—種可錢設料键置的方法， ^置U如第-圖及第二圖 -鎖；Γ"2、—推動耕41及-扣環51，該鎖吻包括Λ: =3 ;該第-橫向可滑移元件23 -端具有齒2二‘殼1 =^線9;該鎖殼U具有-容置㈣，可容置該推動林 3中具有一錄匙孔214 ;複數個齒輪33安裝於設定農置 第八圓至第二十六圖） n (凊參閱 將—第一匹配鑰匙61***到該錄起孔214。 以一桿件29推動該推動元件41 ; -位置 移動到第三位置； 置3^該推動元件Μ由第—位置爛第：位置時；再令設“ 攸第-位置移動到第二位置時，可同時推動元件41由第二 可滑 17 1345603 將該設定裝置3保持在第二位置上； 將該第-匹配餘匙61從該输匙孔214中抽出； …從該繪匙孔2U插人—第：匹配綱2，使安裝於該鎖心21 的複數個第-橫向可滑移元肋重新設定； 轉動該第二匹配触62 ’使該鎖心21可繞著該軸線9，從第一 位置轉動到第二位置；, 帛 + 5 to 10 -, the figure shows the insertion of the second matching key 62 and then rotates the second matching key 62 to a predetermined angle, at which point the lock will push the setting device 3 Rotating 'When the setting device 3 is rotated, the rib 319 of the setting device 3 will be reversed by the slanting surface 118 of the shell U and gradually displaced back to the position of the recessed to the right of the lock core 21', as shown in the second figure. When the pushing element ^ is subjected to the elastic π = biased by pushing the inclined surface of the element q to push against the recess of the locking shell η, the younger one position returns to the second position and then returns to the first position and the woman is locked The core 21 of the radial hole 216 of the heart 21 is turned to the teeth 232 of the slidable member 23 and the teeth 331 of the gear 33 again by 4 Å, 、, u 々 μ. 'Asian brother two match key 62 rotates back to the beginning without 1345603 position. : Time lock device! That is, the setting is unlocked by the second matching scale 62, and the second matching record is recorded, and the first-matching input (four) can no longer operate the locking device=other-.......... instead, the operation is two:: ^^There is no specific compensation, a method of setting the key for the money, ^Set the U as the first and second maps - lock; Γ"2, push the tillage 41 and the buckle 51, the lock includes Λ: =3; the first-lateral slidable member 23-end has a tooth 2'2' shell 1 = ^ line 9; the lock case U has a accommodating (four), and can accommodate the drive forest 3 with a key Hole 214; a plurality of gears 33 are mounted on the set eighth to twenty-sixth figure) n (refer to the first matching key 61 inserted into the recording hole 214. The pushing member is pushed by a rod 29 41; - the position is moved to the third position; 3) the pushing element is rotated by the first position: position; and then the "攸 first position is moved to the second position, the element 41 can be pushed simultaneously by the second Sliding 17 1345603 to hold the setting device 3 in the second position; extracting the first matching key 61 from the keyhole 214; ... inserting from the keyhole 2U - the first: matching the class 2, so that Installed in the lock 2 a plurality of first-transverse slidable element ribs of 1 are reset; rotating the second matching contact 62' to rotate the lock core 21 about the axis 9 from the first position to the second position;
別與 —使該設定裝置3從第二位置移動到第—位置，令該推動元件41 攸弟二位置回到第—位置；使複數個齒輪％的齒331移動到分 複數個第一橫向可滑移元件23的齒232-對-的結合； 從第二 轉動-亥第—匹配鑰匙62，使該鎖心21可繞著該轴線9 , 位置轉動到第一位置。 惟上述本發明實施例各節，僅為本發明之諸較佳可行實施例 而已’非制以限定本發明之實施，大凡依據下财請專利範圍 所述之構造及其精_狀#離雜祕改，皆 本發明專利範圍之範疇。 ‘心在 【圖式簡單說明】 第-圖係本發’佳具體實施綱難置之立體組合圖。 第-圖係本發着佳具體實補的難置之讀分解圖。 第三圖係本發明較佳具體實施例，顯示鎖殼的局部剖面圖。 1345603 第四圖係、本發佳具體實施例，_推動元件的立體圖。 第五圖係本發明較佳具體實施例，顯示鎖心的立體圖。 第六圖係本發.佳具體實關，顯錢_局部剖面圖。 第七圖係本發明較佳具體實施例，顯示殼體、彈菩、第-产白了 滑移元件、齒輪及蓋板的立體分解圖。 第八圖係本發明較佳具體實施例，顯示鎖裝置未***第一匹配鑰 匙之縱向剖面圖。 第九圖係本發明較佳具體實施例，顯示第八圖9-9剖面線的剖面圖 〇 第十圖係本發明概具體實關，第八圖勤線的剖面 圖。 第十-圖係本發明較佳具體實施例，顯示第八圖1Μι剖面線的剖 面圖。 第十二圖係本發明較佳具體實施例，顯示鎖裝置已***第—匹配 錄起之縱向剖面圖。 第十三圖係本發明較佳具體實施例，顯示第十二圖m3刳面線的 剖面圖。 第十四圖係本發明較佳具體實施例，顯示第十二圖14_14剖面線的 剖面圖。 第十五圖係本發明較佳具體實施例，顯示第十二圖剖面線的 剖面圖。 1345603 第十六圖係本發明較佳具體實施例，顯示鎖裝置***第一匹配鑰 匙與桿件的縱向剖面圖。 第十七圖係本發明較佳具體實施例，顯示第十六圖1747剖面線的 剖面圖。 第十八圖係本發明較佳具體實施例，顯示第十六圖18-18剖面線的 剖面圖。 第十九圖係本發明較佳具體實施例，顯示鎖裝置的抽出第一匹配 鑰匙與桿件後的縱向剖面圖。 第二十圖係本發明較佳具體實施例，顯示第十九圖2〇_2〇剖面線的 剖面圖。 第二十一圖係本發明較佳具體實施例，顯示第十九圖21-21剖面線 的剖面圖。 第一十二圖係本發明較佳具體實施例’顯示鎖裝置的***第二匹 配錄匙後的縱向剖面圖。 第一十二圖係本發明較佳具體實施例，顯示第二十二圖23-23剖面 線的剖面圖。 第一十四圖係本發明較佳具體實施例，顯示第二十二圖24 24剖面 線的剖面圖。 第一十五圖係本發明較佳具體實施例，顯示鎖裝置第二匹配鑰匙 旋轉一預定角度的橫向剖面圖。 第一十六圖係本發明較佳具體實施例顯示鎖裝置第二匹配鑰匙旋 % 20 1345603 轉一預定角度的另一橫向剖面圖。And the moving device 3 is moved from the second position to the first position, so that the pushing element 41 is returned to the first position; the plurality of gears % of the teeth 331 are moved to the plurality of first horizontal directions. The combination of the teeth 232-to-theft of the glide element 23; from the second rotation-hear-matching key 62, the lock core 21 is rotatable about the axis 9 to a first position. However, the above-mentioned embodiments of the present invention are merely preferred embodiments of the present invention, and are not intended to limit the implementation of the present invention, and the constructions described in the scope of the patent application are well-defined. The secret change is within the scope of the patent scope of the present invention. ‘Heart is in the simple description of the figure】 The first picture is a three-dimensional combination diagram of the best implementation of the article. The first-picture is a difficult-to-read exploded view of the best. The third figure is a partial cross-sectional view showing a lock case in accordance with a preferred embodiment of the present invention. 1345603 The fourth figure is a detailed view of the present invention, a perspective view of the urging element. The fifth figure is a perspective view of a preferred embodiment of the present invention showing a lock core. The sixth picture is the hair of the present. Good specific real, significant money _ partial profile. Figure 7 is a perspective exploded view of the preferred embodiment of the present invention showing the housing, the bullet, the first-whitening slip element, the gear and the cover. The eighth figure is a preferred embodiment of the present invention, and the display lock device is not inserted into the longitudinal cross-sectional view of the first matching key. Figure 9 is a cross-sectional view showing a section line of the eighth embodiment of Figure 9-9. Figure 10 is a cross-sectional view of the eighth embodiment of the present invention. The tenth-figure is a cross-sectional view of the eighth embodiment of Fig. 1 taken along the line of the preferred embodiment of the present invention. The twelfth embodiment is a preferred embodiment of the present invention, and the display lock device has been inserted into a longitudinal sectional view of the first matching record. Figure 13 is a cross-sectional view showing the twelfth figure m3 face line in a preferred embodiment of the present invention. Figure 14 is a cross-sectional view showing a section line of the twelfth Figure 14-14, showing a preferred embodiment of the present invention. Fig. 15 is a cross-sectional view showing a section line of the twelfth figure, showing a preferred embodiment of the present invention. 1345603 Figure 16 is a longitudinal cross-sectional view showing the insertion of the first matching key and the lever member in accordance with a preferred embodiment of the present invention. Figure 17 is a cross-sectional view showing a section line of Fig. 1747 of the sixteenth embodiment of a preferred embodiment of the present invention. Fig. 18 is a cross-sectional view showing a cross-sectional line of Fig. 18-18, showing a preferred embodiment of the present invention. Fig. 19 is a longitudinal cross-sectional view showing the first matching key and the lever member of the lock device after the preferred embodiment of the present invention is shown. Fig. 20 is a cross-sectional view showing a section line of Fig. 19 〇 2 〇 in a preferred embodiment of the present invention. The twenty-first embodiment is a cross-sectional view showing a section line of the nineteenth embodiment 21-21 in a preferred embodiment of the present invention. The twelfth embodiment is a longitudinal sectional view of the preferred embodiment of the present invention after the insertion of the second registration key of the lock device. A twelfth embodiment is a cross-sectional view of a second embodiment of the present invention in a preferred embodiment of the present invention. A fourteenth embodiment is a cross-sectional view of a second embodiment of the present invention in a preferred embodiment of the present invention. The fifteenth embodiment is a preferred embodiment of the present invention, showing a transverse cross-sectional view of the second matching key of the lock device rotated by a predetermined angle. A sixteenth embodiment is another transverse cross-sectional view of the preferred embodiment of the present invention showing the second matching key of the lock device being rotated by a predetermined angle.
【主要元件符號說明】 1 鎖裝置 11 鎖殼 111 第一端 112 第二端 113 圓筒壁 114 内表面 116 凹穴： 117 凹槽 118 斜面 119 容置室 120 軸向孔 121 階級槽 122 大槽孔 123 小槽孔 124 1/4圓槽 2 鎖心組 21 鎖心 211 第一部份 212 第二部分 213 第三部分 214 鑰匙孔 216 徑向孔 217 凸柱 222 溝槽 223 扣環槽 224 彈簧容置孔 225 容置孔 228 凹室 23 第一橫向可滑移元件 231 支承部 232 齒 233 推動部 234 導引部 24 彈簧 21 1345603[Main component symbol description] 1 Locking device 11 Locking shell 111 First end 112 Second end 113 Cylindrical wall 114 Inner surface 116 Pocket: 117 Groove 118 Bevel 119 Housing chamber 120 Axial hole 121 Class groove 122 Large groove Hole 123 Small slot 124 1/4 round slot 2 Lock core set 21 Locking 211 First part 212 Second part 213 Third part 214 Key hole 216 Radial hole 217 Post 222 Groove 223 Buckle groove 224 Spring Accommodating hole 225 accommodating hole 228 alcove 23 first lateral slidable element 231 support portion 232 tooth 233 push portion 234 guide portion 24 spring 21 1345603
25 滾珠 26 彈簧 27 彈簧 28 第三橫向可滑移元件 281 通孔 282 推動部 283 止動部 284 支承桿 3 設定裝置 31 殼體 309 子L 310 肋 311 内表面 312 外表面 313 縱向槽 314 横向槽 315 容置槽 316 凸柱 317 較大孔 318 1/4圓槽 319 較小孔 320 凸部 32 蓋板 321 橫向孔 322 通孔 325 孤槽 33 齒輪 331 齒 332 凸輪部 34 ； 第二橫向可滑移元件 341 較小部分 342 較大部分 35 彈簧 41 推動元件 411 凸部 412 弧狀凹槽 413 凸起 414 通孔 415 推抵部 416 斜面 417 第一面 42 彈簧 22 1345603 51 扣環 61 第一匹配鑰匙 611 齒溝 62 第二匹配鑰匙 621 齒溝 9 軸線25 Ball 26 Spring 27 Spring 28 Third lateral slidable element 281 Through hole 282 Pusher 283 Stop 284 Support rod 3 Setting device 31 Housing 309 Sub L 310 Rib 311 Inner surface 312 Outer surface 313 Longitudinal groove 314 Lateral groove 315 accommodating groove 316 stud 317 larger hole 318 1/4 circular groove 319 smaller hole 320 convex portion 32 cover plate 321 transverse hole 322 through hole 325 isolated groove 33 gear 331 tooth 332 cam portion 34; second lateral slidable Shifting element 341 smaller part 342 larger part 35 spring 41 pushing element 411 convex part 412 arcuate groove 413 protrusion 414 through hole 415 pushing part 416 bevel 417 first side 42 spring 22 1345603 51 buckle 61 first match Key 611 groove 62 second matching key 621 groove 9 axis
23twenty three