M362273 五、新型說明： 【新型所屬之技術領域】 的鎖設定匹_ 0t的鎖L且、彳種很容易操作即可錢奴匹配錄 賴繼’且本創作為台灣專利申請號第π】·㈣脾 體實施例’可增加_置的防紐及顧置㈣度。〜θ ' 【先前技術】 按照習知的鎖裝置結構，甚 需要從鎖裝置卸下鎖心，並替換H =配鱗時’使心 重新安装設定，熱而一妒要使用夏配口新的匹配鑰匙，伯 將鎖、 成錢者麵針拆下麵置結構，i “技身刀_可以替換鎖銷，這些 操作結構的安裝與分解常識 、U鎖以 員十可m H龜射過訓練的專举人 .員才可鱗’輕f要有特 寻業人 所以非堂m Λ更換鎖袭置内的鎖銷， 斤乂非㈣衫便’又麵顧置 匙，此尚有-些操作上的不转性。叙把控梅 為了改良上述缺點，如美國專利us ρ顧〜 us Ρ_ Να6871520不需使用控 及 的鎖裝置孕育而生。 n-^配鑰匙 有釔於此’本創作為克服上述缺點， 作方式，伽封《雜料对錢㈣綱4的鎖裝置操 本創作的主要目的係提供—種可重複設定的鎖裝置，使使用 M362273 者可以最簡單的方式更換匹配鑰匙，並增加鎖裝置的防盜性及鎖 裝置的強度。 【新型内容】 一種可重複設定的鎖裝置，包括：一鎖殼，具有一軸向孔； 一鎖心，可容置於該鎖殼的軸向孔；一推動元件，可活裝於該鎖 殼，其具有一止擋部；一傳動套，可活裝於該鎖心，其具有一抵 擂部，該傳動套的抵擋部可位於對正該推動元件的止擋部與位於 不對正該推動元件的止擋部之間移動，當該傳動套的抵擋部位於 對正該推動元件的止擋部可限制該推動元件的轴向移動。 【實施方式】 本創作為一種可重複設定的鎖裝置，其係為台灣專利申請號 第97133519號的架構下，新增另一較佳具體實施例，下列第一圖 至第二十六圖為台灣專利申請號第9 7丨3 3 5丨9號的專利說明書内容 ，附於此以使本創作的專利說明書更清楚明瞭。 如第一圖及第二圖所示，一鎖裝置丨包括：鎖殼u、鎖心組 2、推動元件41、彈簧42及扣環51，在第一圖中，鎖心組2相對 於鎖殼11位於未被操作的位置。 如第二圖及第三圖所示，鎖殼11為類似一普通圓筒體，其界 定一軸線9 ’中央形成—軸向孔12〇，所述鎖殼u具有第一端lu M362273 、第二端112及形成内表面114的圓筒 置室119 ;容置室119大致連通為， :壁：的内表面114鄰近容置室ii9 _ 面m，而第二端112於圓筒壁】 1的兩蚪 # 121 L 122 127"^! 121 5 i/4圓槽。 9孔123 ’而第-端1U具有 第—圖及弟四圖所不’一推動元件 形板片以配合鎖殼1〗的容置室119，射Μ 大夂為長方 41卜所、心 置至19所述推動元件4i具有一凸部 所述凸糊可容置於鎖殼12的凹槽π7，而推動元件^ 2置室119内做大致平行軸線9的麵位移，所述推動元件 的板面上具有—弧狀凹槽412，—彈簧42可容置於凹仙技 弧狀凹槽化之間以偏壓該凸部411，又推動元件41的板片上且 立有四個間隔設置的凸起413與五個間隔排列的通孔414;而且該凸 部州-側端部形成一推抵部415，而該凸起411白勺兩旁具有斜面 416 ;該推動元件具有第一面4Π。 ^第二圖所示，鎖心組2包括：鎖心21、複數個彈簀％、複 數個第一橫向可滑移元件23、兩滾珠25、彈簧26、彈箬π、第 二橫向可滑移元件28及設定裝置3。 如第二圖及第五圖所示，所述鎖心21具有第一部分211、第 一邛分212與第三部分213。一鑰匙孔214 (如第五圖）貫穿第一 部份211、第二部分212與第三部分213，所述第一部份以丨具有 —對經向向外延伸的溝槽222，其中之一溝才曹边以容納抗鑽滾珠 M362273 25另溝槽222 (如第五圖）以容納抗鑽滾珠25及彈簧27 ;第 三部分213可連接一傳動桿(圖中未示出），以驅動傳動桿。所述第 :部分213於圓周邊形成一扣環槽223，以容納扣環51，從而將 •鎖心21穿過鎖殼Π的軸向孔120，保持對鎖殼u的旋轉作動。 、所述鎖心21的第二部分212具有複數個可容納彈簧24的彈簣容 L /、可各納第―板向可滑移元件23的徑向孔216，彈普容 籲置孔224與徑向孔216相連通，所述徑向孔216間隔橫向排列於 第二部分212並於第二部分212末端具有一容置孔225，可容置第 ^橫向可滑移树2S與彈簧24，該第二部分212形成為類似圓柱 體，並於侧邊形成一凹室228。 如第二圖所示，每一楚一 » 母向可滑移元件23為一板狀，可安 Γ鎖心21的徑向孔216中，—端具有W另-端且 θ # 232，中間具有弧狀表面以形成一推動部233，以利匹配势 匙61 (如第十二圖）的鑰匙胚插 配鑰 更_暢，1的她214時，滑動 … 1可接受一彈簧％的偏塵；且該支承邻 况的鄰近處具有—導引部23 = 心W向細中滑動順暢。（仏移凡㈣於鎖M362273 V. New description: [New technical field] The lock setting _ 0t lock L and the 彳 kind is easy to operate, then the money slave matches the record 赖继' and this creation is the Taiwan patent application number π] (4) The spleen embodiment can increase the number of anti-news and the set-up (four) degrees. ~θ ' [Prior Art] According to the conventional lock device structure, it is necessary to remove the lock core from the lock device, and replace the H = when the scale is adjusted, so that the heart is reinstalled, and the heat is used to use the new summer mouth. Match the key, the lock will be locked, the face of the money will be removed from the structure below, i "Technical knife _ can replace the lock pin, the installation and disassembly of these operating structures, U locks, the staff can be trained Specialized person. A member can be scaled 'light f to have a special job searcher, so the non-tang m Λ replace the locking lock inside the lock, the pound is not (four) shirt will be 'face and look at the key, this still has some operations In order to improve the above shortcomings, such as the US patent us ρ Gu ~ us Ρ _ Ν α6871520 does not need to use the control of the lock device gave birth. n-^ key to the 钇 here's this work to overcome The above-mentioned shortcomings, the way of doing the work, the main purpose of the garnishing of the lock device of the miscellaneous material to the money (4) is to provide a re-settable locking device, so that the M362273 can replace the matching key in the easiest way. Increase the anti-theft property of the lock device and the strength of the lock device. a re-settable locking device comprising: a lock housing having an axial bore; a lock core accommodating the axial bore of the lock housing; and a push member operatively mounted to the lock housing Having a stop portion; a drive sleeve removably mounted to the lock core, having an abutment portion, the resisting portion of the drive sleeve being located at a stop portion that aligns the pusher member and located at a misalignment of the pusher member The movement between the stopping portions can limit the axial movement of the pushing member when the resisting portion of the driving sleeve is located at the stopping portion of the pushing member. [Embodiment] The present invention is a re-settable locking device. Another preferred embodiment is added under the framework of Taiwan Patent Application No. 97133519. The following first to twenty-sixth drawings are patents of Taiwan Patent Application No. 9 7丨3 3 5丨9 The contents of the specification are attached hereto to make the patent specification of the present invention more clear. As shown in the first and second figures, a lock device includes: a lock case u, a lock core group 2, a push member 41, a spring 42 and Buckle 51, in the first figure, the lock core set 2 is relative to the lock housing 11 In the position that is not operated. As shown in the second and third figures, the lock case 11 is similar to a common cylindrical body, which defines an axis 9' centrally formed - an axial hole 12A, the lock case u has The first end lu M362273, the second end 112 and the cylindrical chamber 119 forming the inner surface 114; the accommodating chamber 119 is substantially connected to: the inner surface 114 of the wall: adjacent to the accommodating chamber ii9 _ face m, and the second end 112 in the cylinder wall] 1 two 蚪# 121 L 122 127"^! 121 5 i/4 circular groove. 9 hole 123 'and the first end 1U has the first figure and the fourth figure does not 'a push element shape The slab is matched with the accommodating chamber 119 of the lock case 1 , and the squeezing element is a rectangular portion 41, and the urging member 4i has a convex portion. The embossing can be accommodated in the lock case 12 The groove π7, and the surface of the urging member 119 is substantially parallel to the axis 9, and the surface of the urging member has an arc-shaped groove 412, and the spring 42 can be accommodated in the concave arc Between the grooves, the convex portion 411 is biased, and the plate of the element 41 is pushed up and four spaced protrusions 413 and five spaced-apart through holes 414 are formed; and the convex state-side end The portion forms a pushing portion 415, and the protrusion 411 has a slope 416 on both sides thereof; the pushing member has a first surface 4Π. ^The second figure shows that the lock core group 2 includes: a lock core 21, a plurality of magazines %, a plurality of first laterally slidable elements 23, two balls 25, a spring 26, a magazine π, and a second lateral slidable The component 28 and the setting device 3 are moved. As shown in the second and fifth figures, the lock core 21 has a first portion 211, a first split 212 and a third portion 213. A keyhole 214 (as shown in FIG. 5) extends through the first portion 211, the second portion 212, and the third portion 213, the first portion having a pair of grooves 222 extending outwardly toward the warp direction, wherein A groove is formed to accommodate the anti-drill ball M362273 25 and another groove 222 (as shown in the fifth figure) to accommodate the anti-drill ball 25 and the spring 27; the third portion 213 can be connected to a transmission rod (not shown) to Drive the drive rod. The first portion 213 defines a buckle groove 223 around the circumference to accommodate the buckle 51, so that the lock core 21 passes through the axial hole 120 of the lock housing to maintain the rotation of the lock housing u. The second portion 212 of the lock core 21 has a plurality of magazines L accommodating the springs 24, and radial holes 216 of the slab-to-slidable members 23. The radial hole 216 is connected to the second portion 212 and has a receiving hole 225 at the end of the second portion 212 for receiving the second laterally slidable tree 2S and the spring 24 The second portion 212 is formed like a cylinder and defines an alcove 228 on the side. As shown in the second figure, each of the mother-direction slidable members 23 has a plate shape, and can be inserted into the radial hole 216 of the lock core 21, and the end has a W-end and θ # 232, in the middle. Having an arcuate surface to form a pushing portion 233, so as to match the keyhole 61 of the potential key 61 (as shown in the twelfth figure), the key is more _ smooth, 1 of her 214, sliding... 1 can accept a spring% bias Dust; and the vicinity of the support neighbor has a guide portion 23 = the heart W slides smoothly toward the thin portion. (仏移凡(四)在锁
如第一圖所7F，—第三橫向可滑移元件28卡央且有一糾 281，並於通孔281的周邊形成一推動部282曰穿 L 元件28的-端具有—支承捍284， ，#二橫向可滑移 以偏_第三橫向可滑 而1 支承#284可穿設彈簧24 -端具有-止動部283。 ’而弟三横向可滑移元件28的另 M362273 如第二圖、第六圖及第七圖所示，所述設定裝置3，可容置於 鎖心21的凹室228以形成適配於鎖殼11内側的圓柱體，其中設 定裝置3 ’包括··殼體31、蓋板32、複數個齒輪33、第二橫向可 滑移元件34及彈簧35。如第六圖，所述殼體31為弧狀體，具有 内表面311與外表面312，所述内表面311上形成縱向槽313，並 於垂直縱向槽313處具有間隔設置的橫向槽314，所述縱向槽313 與每一橫向槽314相連通；所述外表面312形成一凸部320，該凸 部320具有階級孔’一較小孔319由凸部320表面向内延伸，較 大孔317由縱向槽313延伸，較大孔317與較小孔319相連通， 且该殼體31的内表面312形成一容置槽315與兩孔309，該容置 槽315内形成間隔設置的四個凸柱316，該殼體31的一端形成一 1/4圓槽318，所述凸部32〇的周邊形成間隔設置的複數個肋31〇 0弟七圖所示’所述第二橫向可滑移祕34為―階級桿，較 丨P刀341白勺尺寸其形狀可穿設彈簧％並適配於殼體η的較小 =與軸树41巾的财414，鼓部分⑽的尺寸其形狀 支輪脊35，並容置於鎖體31的較大孔317中。 ^齒輪33的周邊具錢數個齒331，而每—齒輪 則As shown in Fig. 7F of the first figure, the third laterally slidable member 28 is centrally located and has a correction 281, and a push portion 282 is formed at the periphery of the through hole 281. The end of the L element 28 has a support 284, #二侧侧滑滑向偏偏三侧侧滑滑1 Support #284 can be worn with a spring 24 - end with - stop 283. And the other M362273 of the laterally slidable member 28, as shown in the second, sixth and seventh figures, the setting device 3 can be received in the recess 228 of the lock core 21 to form an adaptation A cylindrical body inside the lock case 11, wherein the setting device 3' includes a housing 31, a cover plate 32, a plurality of gears 33, a second laterally slidable member 34, and a spring 35. As shown in the sixth figure, the housing 31 is an arcuate body having an inner surface 311 and an outer surface 312, the inner surface 311 is formed with a longitudinal groove 313, and a vertical groove 314 is disposed at the vertical longitudinal groove 313. The longitudinal groove 313 is in communication with each of the transverse grooves 314; the outer surface 312 defines a convex portion 320 having a class hole 'a small hole 319 extending inwardly from the surface of the convex portion 320, the larger hole The 317 is extended by the longitudinal slot 313, and the larger hole 317 is in communication with the smaller hole 319. The inner surface 312 of the housing 31 defines a receiving slot 315 and two holes 309. a rib 316 is formed at one end of the housing 31, and a plurality of ribs 31 are formed at intervals around the periphery of the convex portion 32. The slippery secret 34 is a "class" rod, and its shape can be worn by the spring % compared to the size of the cymbal 341, and is adapted to the smaller size of the housing η = the 414 of the shaft tree 41, the size of the drum portion (10) The rim ridge 35 is shaped and received in the larger hole 317 of the lock body 31. ^The periphery of the gear 33 has a plurality of teeth 331, and each gear
邊延伸凸輪部332，选。 W 驗個齒輪33可分別容置於橫向槽314 ;凸 313 34 蓋板32’具有複數個橫向孔32ι 及間隔設置的四個通孔322 M362273 ’所述橫向孔321可供部分的齒輪33通過而與安裝於鎖心^徑 向孔216的第一橫向可滑移元件23的齒232相對應，並於蓋板32 上设有弧槽325 ’提供齒輪33的凸輪部332的設置，而且所述通 孔322可緊密接合於_ 31的凸柱316，使蓋板^安裝於殼體 31的容置槽315。 如第二圖至第七圖所示，組裝鎖裝置i時，先將推動元件^ 安裳於赌η的容置室119中，並於鎖殼n的凹槽u7之間安 裝-彈簧42以·軸元件41的凸部4n，且觸元件Μ可於 鎖殼η的容置室n9的第—位置與第二位置與第三位置之間移動 ’其中第-位置至第二位置為大致成轴向移動，其中第二位置為 推動元件41的凸起413接近鎖殼11的凹穴116的位置，而第三 位置為推動元件41的凸起413容置於鎖殼u的凹穴⑽的位置 ;每一第一横向可滑移元件23和每—彈簧24分別放置在鎖心21 丨==216與彈簧容置孔224中’而第三橫向可滑移元娜 ^ 容置孔225中，並使第一橫向可滑移元件23的支 =1♦橫向可滑移元件23的細放置在徑向· 的開口。 將彈第六圖及第七騎示，另設定裝置3的組裝，先 將_ %套於弟二橫向可滑移元件34的較小部们 ^置於殼體31的較大孔317與較小孔319 、將 齒輪33容置於橫向揭白、，及孔1f後將 、向槽314,齒輪33的凸輪部332容置於縱向槽 M362273 3!3,而齒輪33的凸輪部332臨靠於第二橫向可滑移元件％ 上盍板32，使齒輪33部分露出於蓋板32的橫向孔切 32:通㈣受殼體31的凸柱316的穿過，使蓋板η與殼體二 緊控接合’組裝好設定裝置3可搭配彈菁％套於鎖心^ 2=Γ6的一端容置於孔309以偏壓設定裝置3，該設定裝 置可谷置於鎖心21的凹室228 (如第二圖）；同時設定 的齒輪33的齒331與第一橫向可滑移元扣的她相接人， 一抗鑽滾珠25與彈簧27可容置於鎖心21的溝槽從之一，口 制曰222另- ’與設定裝置3的1/4圓槽318之間，最後將电 的鎖心組2容置於賴u，使…後 ，推 環槽223及完成組裝。 ^21的扣 ^弟八圖谢，若第—匹配鱗& (圖中未示出 、 叙孔214時，安裝於鎖心21的徑向孔2ί6的第 可:移疋件23受彈簧24的位於捏向孔216的底部位置，此 時齒輪33的齒331受第一橫向可滑移元件23的齒232的作用， ^ 33會隨之轉動一角度，進而使齒輪33的凸輪部332驅動第 =4可滑移元件34克服彈簧35的力量，而使第二橫向可滑移 :深入推動元件41的通孔414，且安裝於鎖心㈣ =的:三橫向可滑移元件28受卿4的偏歷,使第三横向可 兀28的止動部283容置於鎖殼U的大槽孔122,以限制鎖 10 M362273 殼11錢心組2的相對轉動，達到閉鎖的目的。 第十二圖至第十五圖所示，當插入第一匹配餘糾於鎖心a 的餘匙孔2M中，而鎖心組2未被操作的狀態，在此結構中，第 一匹配鍮匙61的餘匙胚的每—齒溝⑷配合每-第-橫向可滑移 讀23的推動部233,使第一橫向可滑移元件叫皮第一匹配输匙 61推動，隨之第—橫向可滑移元件23的細軸齒輪33的齒 备I—轉動使齒輪33的凸輪部332會移動到不作動第二橫向可滑 移το件34的位置’第二橫向可滑移元件％會受彈菁^的偏壓回 =㈣合推動元件41的通孔414的位置，亦即第二橫向可滑移元 件Γ位於縮入殼體31的位置，安裝於鎖⑽的容置孔225的第 ^向可滑移耕28的推動部_ —匹崎匙Η的輸匙胚的 的推動’使第三橫向可滑移元件28的止動部283 设u的大槽孔122。 > _如第十六圖至第十八圖所示，此時以—桿件29推動所述推 ^ΙΓΓ"^415 ? 方向由第-位置移動到第二位置，在第二位置的時 1的四個凸起413正好分別鄰近鎖殼11的四個凹幻16，以衫 動=置3受到彈簧26的觸用，使設定裝置3由第-位置移 第-位置時，可同時推動推動元件41從第二位置移動 二置，在第三位置時’推動元件41的四個凸起4】3正料 於鎖殼η所對翻四個凹穴⑽，此時設定裝置 f 如與第一橫向可滑移元件23的齒232產 ，的㈣ M362273 如第十九圖至第二十—圖及第十—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—匹配餘匙Μ :(如第十六圖），此時安裝於鎖心21的徑向孔216的第一橫向可 '滑移元件23受彈簧24的偏愿位於徑向孔別的底部位置，而安 、裝於鎖心21的容置孔225的第三橫向可滑移元㈣受到彈菩以 的，使第三橫向可滑移元㈣的止動部283容置於鎖殼u 鲁的大槽孔122，以限制鎖殼u與鎖心組2的相對轉動。 如第一十—圖至第二十四圖及第十五圖所示，更換第二匹配 錄匙㈣入餘匙孔214 ’使絲於鎖心21的容置孔225的第三橫 ==料件28的推動部282受到第二匹配鍵6]的鑰匙胜的 ^的推動，使第三橫向可_㈣的止動箱脫離鎖 殼11的大槽孔122。而、 卢 ' :匹配鱗62的鍮匙胚的齒溝621 /木度與第一匹配錄匙61的输匙胚的齒溝6ιι深度不 於鎖心2】裡向孔加的第一橫向可滑移元件23會從新排列設定 後再:;Γ:五圖至第二十六圖所示為顯示插入第二匹配餘匙62 ί=—預定角度’此時㈣會推動設 當設定襄置3轉動時，設定裝置3的肋- 凹室228的位置，配合第二圖所示，此時推動元件:= 的偏壓’藉著推動元件41的斜面 力:：一 邊緣，使推動元件41由第三位 位二又的凹穴116的 j弟一位置再回到第一位置， M362273 可滑移元件23的齒232脫離； 將該設定裝置3保持在第二位置上； 將該第一匹配鑰匙61從該鑰匙孔214中抽出； 從該鑰匙孔214插入一第二匹配鑰匙62，使安裝於該鎖心21 的複數個第一橫向可滑移元件23重新設定； 轉動該第二匹配鑰匙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； 使該設定裝置3從第二位置移動到第一位置，令該推動元件“ 從第二位置酬第―位置；使複數健輪33的齒331移動到分別與 複數個第一橫向可滑移元件23的齒232—對一的結合； 轉動該第二匹配输匙62 ’使該鎖心21可繞著該轴線9，從第一 位置轉動到第一位置。 本創作為上述巾華關第咖如9紐明專概明書的 專利’為防止鎖裝置丨的推動元件41遭受不當外力的破^ 鎖装置的強度’所創作的另-較佳具體實施例，其中本創 佳具體實猶_训#崎是以上述綱書為_的所、交 上述說明書内容有敘及㈣分不再詳述，僅綱本創作 ，於此先行敘明： 尽4刀 如一十七圖至第二十八圖所示，該鎖殼^，為類似一 =嚐界定-軸線9，，中央形成一㈣孔咖，所迷鎖^^圓 /、有第一端111，、第二端112，及形成内表面114，的圓， 圓筒㈣，形成容置室119，，該第一端ln，具有—導㈣= 14 M362273 °玄第-112’具有—嗜合部_，。 的容ΐί=件41’㈣狀大致為—長方職“钱於鎖殼1】， 方㈣1所述推動70件4丨’騎端側邊沿著鎖心21，圓周的 延伸—懸臂化，’所述推動元件41，的末端具有一止擒 ㈣推動441’可於容置室119，内，接受彈料，的偏壓做 位移。 所述鎖心組2,可容置於該鎖殼η，的輛向孔12〇，，並包括：一 鎖心21’、複數個彈簧24,、複數個第一橫向可滑移元件23,、兩滾 珠25’、複數個彈f26，、一彈簧27，、一第三橫向可滑移元件泖 及一設定裝置3’。 所述鎖〜21，具有第一部份211，與第三部分加，，所述第一 部份2U’與第三部分213,之間具有一凹室⑽，其可容置所述設 定元件3’，該鎖心21，可容置於該鎖殼u，的轴向孔12〇,；所述鎖 籲心21’的第-部分211’具有-凹槽21〇，、一凸緣2〇9,及一錄匙支擇 孔208’（僅不於第二十七圖），所述鎖心21，的第三部分213，於圓 周邊形成-外環槽291，，並於第三部分213,的末端軸向具有一孔 292，§玄孔292内周圍形成至少—傳動部290，。 所述設定裝置3’，容置於該鎖心21，的凹室228，，可大致垂直 於該鎖殼11的軸線9’的方向移動；該設定裝置3,具有一第二橫向 可滑移元件34’ ’該第二橫向可滑移元件34，可穿設一通孔319,， 並且使該第二橫向可滑移元件34,做伸入該推動元件41，的通孔（ 該通孔414’的造型可為近似圓形或近似橢圓形）414，與不伸入該 15 M362273 推動元件41，_孔414,1軸。 一傳動板71’具有—笛 弟一 Y動部711，與第二帶動部712,，該第 一帶動部711，可伸入认蚀 乐 勒 ^心21’的孔292,中，並接受鎖心21，的傳 動口P 290的推動，—環7 二 了套設於鎖心21，的孔292,中以限制傳 動板7T的軸向脫離。 得 固疋讀73’具有—中心孔731，可套設於該鎖殼η，上，該 兀件73具有一凸部乃2，與一嚙合部7幻，，當該固定元"， 的Γ合部733,私該鎖殼11，㈣合部⑽時，該嶋件73，的 凸4 732可對正該推動元件41，的止播部你。 ， 傳動套81 ’可活裝於該鎖心21，的第三部分2!3,上，該傳動 '、有孔811、一抵擋部812，、-孤狀孔犯，與-内環槽815, (内姑815不於第三十—圖或第三十四圖），而該傳動套μ，的 备於。亥固疋兀件73,的凸部732，。而該 環槽291，盥該傳動〜 的外 η 觸套81的内環_5,相對正，形成—空間可供— 4衣74安t ’以限制傳動套81，的軸向脫離，使傳動套π可相The cam portion 332 is extended while being selected. The W test gears 33 can be respectively accommodated in the transverse grooves 314; the convex 313 34 cover plate 32' has a plurality of transverse holes 32ι and four spaced through holes 322 M362273 'the transverse holes 321 are available for the partial gears 33 to pass And corresponding to the teeth 232 of the first laterally slidable member 23 mounted on the locking hole 216, and the arcing groove 325' is provided on the cover 32 to provide the cam portion 332 of the gear 33, and The through hole 322 can be tightly coupled to the stud 316 of the _ 31 to mount the cover 315 to the accommodating groove 315 of the housing 31. As shown in the second to seventh figures, when the lock device i is assembled, the push member is first placed in the accommodation chamber 119 of the bet, and the spring 42 is mounted between the grooves u7 of the lock case n. The convex portion 4n of the shaft member 41, and the contact member 移动 is movable between a first position and a second position and a third position of the accommodating chamber n9 of the lock case n, wherein the first position to the second position are substantially The axial movement, wherein the second position is the position of the projection 413 of the pushing member 41 approaching the pocket 116 of the lock housing 11, and the third position is the projection 413 of the pushing member 41 is received in the recess (10) of the lock housing u. Position; each of the first laterally slidable members 23 and each of the springs 24 are respectively placed in the lock core 21 丨==216 and the spring accommodating hole 224' and the third lateral slidable element 容 孔 225 And the branch of the first laterally slidable member 23 = 1 ♦ the thin portion of the laterally slidable member 23 is placed in the radial opening. The sixth figure and the seventh riding are to be played, and the assembly of the device 3 is set. First, the smaller portion of the laterally slidable member 34 of the second ridge is placed in the larger hole 317 of the housing 31 and the comparison. The small hole 319, the gear 33 is accommodated in the lateral uncovering, and after the hole 1f, the groove portion 314, the cam portion 332 of the gear 33 is received in the longitudinal groove M362273 3! 3, and the cam portion 332 of the gear 33 is placed The second laterally slidable element % upper slab 32 is partially exposed to the transverse hole 32 of the cover plate 32: through (four) by the rib 316 of the housing 31, the cover η and the housing The two tightly controlled joints 'assembled setting device 3 can be placed in the hole 309 at the end of the lock core ^ 2=Γ6 to bias the setting device 3, and the setting device can be placed in the alcove of the lock core 21 228 (as shown in the second figure); the teeth 331 of the simultaneously set gear 33 are connected to the first laterally slidable element buckle, and the anti-drill ball 25 and the spring 27 can be received in the groove of the lock core 21 One, the port 曰 222 is another - 'between the 1/4 circular groove 318 of the setting device 3, and finally the electric lock core group 2 is placed in the uu, so that the ring groove 223 is pushed and assembled. ^21的扣^弟八图谢, if the first - matching scale & (not shown in the figure, the hole 214, the radial hole 2ί6 installed in the lock core 21: the moving piece 23 is subjected to the spring 24 Located at the bottom position of the pinch hole 216, the teeth 331 of the gear 33 are subjected to the action of the teeth 232 of the first laterally slidable member 23, and the cam 33 is rotated by an angle, thereby driving the cam portion 332 of the gear 33. The fourth =4 slidable member 34 overcomes the force of the spring 35 to allow the second lateral direction to slip: deep into the through hole 414 of the urging member 41, and is mounted to the lock core (4) =: the three lateral slidable members 28 are The eccentricity of 4 causes the stopper portion 283 of the third laterally damper 28 to be received in the large slot 122 of the lock case U to limit the relative rotation of the lock 10 M362273 shell 11 and the core group 2 to achieve the purpose of blocking. 12 to 15, when the first matching residual is corrected in the keyhole 2M of the lock core a, and the lock core group 2 is not operated, in this structure, the first matching key Each of the cogs (4) of the remaining key embryos of 61 is matched with the pushing portion 233 of each of the first-transversely slidable readings 23, so that the first laterally slidable element is called the first matching key 61 of the skin, followed by - the toothing I of the thin shaft gear 33 of the laterally slidable element 23 - the rotation causes the cam portion 332 of the gear 33 to move to a position where the second laterally slidable member 34 is not actuated 'the second laterally slidable element % The position of the through hole 414 of the pushing member 41, that is, the position of the second laterally slidable member Γ is located at the position of the retracted housing 31, and is mounted in the receiving hole 225 of the lock (10). The pushing portion of the slidable ploughing 28, the pushing of the stalk of the squid, causes the stopper 283 of the third laterally slidable member 28 to be provided with a large slot 122 of u. _ As shown in the sixteenth to eighteenth illustrations, at this time, the pusher 29 is pushed by the lever member 29 to move from the first position to the second position, and at the second position. The four protrusions 413 are respectively adjacent to the four recesses 16 of the lock case 11, respectively, so that the contact of the spring 26 is caused by the action of the cover plate 3, and the push device can be pushed simultaneously when the setting device 3 is moved from the first position to the first position. 41 moves from the second position to the second position. In the third position, the four projections 4 of the pushing member 41 are expected to be turned over by the lock housing η to the four recesses (10). If f is produced with the teeth 232 of the first laterally slidable member 23, (4) M362273, as shown in the nineteenth to twentieth-to-thirth and tenth-th, the lever 29 can be extracted at this time (such as the tenth 6)), start to replace the matching key, and extract the first matching key Μ: (as shown in FIG. 16), at this time, the first laterally slidable element 23 mounted on the radial hole 216 of the lock core 21 is subjected to a spring. The bias of 24 is located at the bottom position of the radial hole, and the third laterally slidable element (4) of the receiving hole 225 of the lock core 21 is subjected to the elastic, so that the third lateral slipperable element (4) The stop portion 283 is received in the large slot 122 of the lock housing u to limit the relative rotation of the lock housing u and the lock core group 2. As shown in the tenth to the twenty-fourth and fifteenth figures, the second matching key (4) is replaced by the remaining keyhole 214' so that the third transverse direction of the receiving hole 225 of the lock core 21 is== The pushing portion 282 of the material member 28 is urged by the key of the second matching key 6] so that the third laterally movable (4) stop box is disengaged from the large slot 122 of the lock housing 11. However, Lu's: the groove 621 of the key embryo of the matching scale 62 / the degree of the wood groove of the first matching key 61 is not the depth of the lock 2] The sliding component 23 will be newly arranged and then:: Γ: five to twenty-six are shown as inserting the second matching key 62 ί=—predetermined angle' (four) will push the setting setting 3 When rotating, the position of the rib-aperture 228 of the setting device 3 is matched with that shown in the second figure, at which time the pushing element of the pushing member: = is biased by the beveling force of the pushing element 41: an edge, so that the pushing element 41 is The third position of the second pocket 116 is returned to the first position, the M362273 can be disengaged from the teeth 232 of the sliding member 23; the setting device 3 is held in the second position; The key 61 is withdrawn from the keyhole 214; a second matching key 62 is inserted from the keyhole 214 to reset a plurality of first laterally slidable elements 23 mounted on the lock core 21; and the second matching key is rotated 62, the lock core 21 is rotatable about the axis 9, from the first position to the second position; the setting device 3 from the The position is moved to the first position, causing the pushing element to "receive the position from the second position"; moving the teeth 331 of the plurality of wheels 33 to the teeth 232 of the plurality of first laterally slidable elements 23, respectively. The second matching input key 62' is rotated to rotate the lock core 21 about the axis 9 from the first position to the first position. The present invention is specifically for the above-mentioned towel. The patent of the book is a further preferred embodiment created by the strength of the breaking device for preventing the pushing member 41 of the locking device from being subjected to an improper external force, wherein the present invention is based on the above-mentioned outline. The book is _, the contents of the above-mentioned manual are described and (4) are not detailed, only the original creation, this first narration: 4 tools as shown in the 17th to the twenty-eighth, the lock The shell ^, like a = taste defined - axis 9, the center forms a (four) hole coffee, the lock ^ ^ circle /, has a first end 111, a second end 112, and a circle forming the inner surface 114, a cylinder (four) forming an accommodating chamber 119, the first end ln having a guide (four) = 14 M362273 ° 玄第-112' has an affixed portion _,容ΐί=piece 41' (four) shape is roughly - long position "money in the lock shell 1", square (four) 1 push 70 pieces 4 丨 'riding side of the side along the lock 21, the extension of the circumference - cantilever , the end of the pushing element 41 has a stop (four) push 441' can be displaced in the receiving chamber 119, receiving the bias of the elastic. The lock core set 2 can be received in the lock hole η, and includes a lock core 21', a plurality of springs 24, and a plurality of first lateral slidable elements 23, Two balls 25', a plurality of bullets f26, a spring 27, a third lateral slidable member 泖 and a setting device 3'. The lock 〜21 has a first portion 211 and a third portion, and the first portion 2U' and the third portion 213 have an alcove (10) therebetween for accommodating the setting component 3', the lock core 21 can be received in the axial hole 12〇 of the lock case u; the first portion 211' of the lock call center 21' has a groove 21〇, a flange 2 〇9, and a key entry hole 208' (only in the twenty-seventh figure), the third portion 213 of the lock core 21, forming an outer ring groove 291 around the circumference, and in the third The portion 213 has an end portion having a hole 292 in the axial direction, and at least a transmission portion 290 is formed around the inside of the hollow hole 292. The setting device 3', the recess 228 received in the lock core 21, is movable substantially perpendicular to the axis 9' of the lock housing 11; the setting device 3 has a second laterally slidable The second laterally slidable member 34 can be threaded through a through hole 319, and the second laterally slidable member 34 can be inserted into the through hole of the urging member 41. 'The shape can be approximately circular or approximately elliptical" 414, and does not extend into the 15 M362273 push element 41, _ hole 414, 1 axis. A driving plate 71' has a flute-Y moving portion 711 and a second driving portion 712, and the first driving portion 711 can extend into the hole 292 of the etched heart 21', and accepts the lock. The push of the transmission port P 290 of the core 21, the ring 7 is sleeved in the hole 292 of the lock core 21, to limit the axial disengagement of the drive plate 7T. The sturdy 73' has a central hole 731 which can be sleeved on the lock housing η. The cymbal 73 has a convex portion 2, and an engaging portion 7 is illusory, when the fixed element " When the fitting portion 733, the lock case 11 is private, and (4) the joint portion (10), the protrusion 4 732 of the element 73 can be aligned with the stop portion of the pushing member 41. The transmission sleeve 81' can be lively mounted on the third portion 2! 3 of the lock core 21, the transmission, the hole 811, a resisting portion 812, - the orphan hole, and the inner ring groove 815 , (Nguyen 815 is not in the thirty-figure or the thirty-fourth figure), and the transmission sleeve μ, is prepared. The convex portion 732 of the solid element 73. And the ring groove 291, the inner ring _5 of the outer η contact sleeve 81 of the transmission 〜 is relatively positive, forming a space for the 7.4 clothes to limit the axial detachment of the transmission sleeve 81, so that the transmission Set of π phase
於鎖心21，與鎖殼u，觸’且該傳動_，的咖，職彡成至小— 撥動部814,。 V 曰如第-十九圖至第三十—圖所示，此狀態為未插人第—匹配 政6〗的偏置1，其為閉鎖狀態，此時所述第二橫向可滑移元 件34可伸入於推動元件41，的通孔414,（如第三十一圖），該 動套81的抵擋部812，正位於對正該推動元件w，的止擋部们，，所 以可限制赫動轉41，㈣向移動；此時以工具推動該推動元件 16 M362273 41的懸臂415’（如箭鹿所+ 若用工且本 ”，動元件4]，的移動會被限制， :不〇卜力欲強力侵入鎖裝置1，的凹槽卿抵所述推 動凡件4丨，的懸物，，此時外姑超過推動耕4丨，的懸臂化， 2所能忍受的負荷，爾415，即自行斷裂，而無法侵入破壞鎖 义1 ’且不會影響第一匹配輪匙61，的開鎖。 如第三十二圖至第三十四圖所示’當欲更換匹配餘匙時，以 :配鑰匙61L、21，，使第—目晰61，部分容置於輪 '牙孔2〇8,（如第二十七圖），轉動第—匹配錄匙6Γ，使鎖心 ^由最她置先轉動—_，鎖心21,_部 :=一帶動部I再一 V邛712推動傳動套幻，的撥動部幻4,，此時傳動套幻， ==2,由對正該推動元件41，的止播部43,的位置 =推動元件41，的止擒部43,的位置（如第三十二圖），由於 =角度:關係，第一匹咖，可反方向轉動一 _ 推=為開鎖狀態，此時傳動套卟的抵擋__^ 動-4Γ的止擋部43,的位置(如第三十二圖），且該鎖心21， ^槽挪與獅糊，彻415，成_正，該懸⑽， ^破推動’ _移_推動元件41，，鱗即可進行設定更 匹配鱗，酬糊邮她㈣嫩増詳細說明 势八;創作為使用於辅助鎖鎖裝置的具體實施例，若應用於 鎖或_續置，鎖裝置1，的鎖心2丨，末端應作變更如第三 M362273 十五圖所示，所述鎖心2 ，該孔㈣_成至少—蝴有—⑽’’ Λ 、 ^ 1的孔292中，證—册如 犯辑軸輸㈣，__81 ==卩 與應用於輔助鎖鎖裝置的具體實施例相同。博用其餘構造特徵 而已惟^創作實施例各節’僅為本創作之諸較佳可行實施例 非為用㈣林_之魏，Α 所述之構造特徵及其精神而為之等效性替換或修= 本創作專_圍之_。 &應包含在 【圖式簡單說明】 •第一圖係台灣專利申請號第9713測號較佳具體實施例的鎖裝置 之立體組合圖。 第二圖係台灣專利申請號第97丨加9號鎖裝置之立體分解圖。 第三圖係台灣專利申請號第97133519號，顯示鎖殼的局部剖面圖 0 第四圖係台灣專利申請號第9?133519號，顯示推動元件的立體圖 〇 第五圖係台灣專利申請號第97133519號，顯示鎖心的立體圖。 第六圖係台灣專利申請號第97133519號，顯示殼體的局部剖面圖 18 M3 62273 第七圖係台灣專利申請號第97133519號，顯示殼體、彈簧、第二 橫向可滑移元件、齒輪及蓋板的立體分解圖。 第八圖係本台灣專利申請號第97133519號，顯示鎖裝置未插入第 一匹配錄匙之縱向剖面圖。 第九圖係台灣專利申請號第97133519號，顯示第八圖9-9剖面線 的剖面圖。 第十圖係台灣專利申請號第97133519號，顯示第八圖10-10剖面 線的剖面圖。 第十一圖係台灣專利申請號第97133519號，顯示第八圖11-11剖 面線的剖面圖。 第.十二圖係台灣專利申請號第97133519號，顯示鎖裝置已插入第 一匹配錄匙之縱向剖面圖。 第十三圖係台灣專利申請號第97133519號，顯示第十二圖13-13 剖面線的剖面圖。 第十四圖係台灣專利申請號第97133519號，顯示第十二圖14-14 剖面線的剖面圖。 第十五圖係台灣專利申請號第97133519號，顯示第十二圖15-15 剖面線的剖面圖。 第十六圖係台灣專利申請號第97133519號，顯示鎖裝置插入第一 匹配鑰匙與桿件的縱向剖面圖。 第十七圖係台灣專利申請號第97133519號，顯示第十六圖17-17 19 M362273 剖面線的剖面圖。 第十八圖係台灣專利申^主 寻判曱明旒弟97133519號，顯示第十六圖18-18 剖面線的剖面圖。 第十九圖係口 4專利申請號第州則9號，顯示鎖裝置的抽出第 一匹配鍮匙與桿件細縱向剖面圖。 第二十圖係台灣專利φ ^主 寻才j甲5月唬第97133519號，顯示第十九圖20-20 剖面線的剖面圖。 第十圖係口，考專利申請號第97133 519號，顯示第十九圖21 - 21 剖面線的剖面圖。 第一十―圖係㈣翻申請絲π⑶5丨9號，齡鎖裝置的插入 第二匹配鑰匙後的縱向剖面圖。 第-十一圖係台4專利申請號第9川如9號，顯示第二十二圖 23- 23剖面線的剖面圖。 鲁第—十四圖係台灣專辦請號第則ye號，顯示第二十二圖 24- 24剖面線的剖面圖。 第-十五圖係台灣專利中請號第97133519號，顯示鎖裝置第二匹 _配鑰匙旋轉1定角度的橫向剖面圖。 第-十/、圖係台灣專利申請號第97133519號’顯示縣置第二匹 配鑰匙旋轉一預定角度的另 一橫向剖面圖。 第二十七圖係本創作較佳具體實施例 ，顯示鎖裝置之立體組合圖 〇 十3係本们作較佳具體實施例，顯示鎖裝置之立體分解圖 20 M362273 第二十九圖係本創作較佳具體實施例，顯示鎖裝置閉鎖狀態的立 體圖。 第三十圖係本創作較佳具體實施例，顯示鎖裝置閉鎖狀態的平面 圖。 第三十一圖係本創作較佳具體實施例，顯示第三十圖的31-31剖面 線的剖面圖。 第三十二圖係本創作較佳具體實施例，顯示鎖裝置開鎖狀態的立 體圖。 第三十三圖係本創作較佳具體實施例，顯示鎖裝置開鎖狀態的平 面圖。 第三十四圖係本創作較佳具體實施例，顯示第三十三圖的34-34 剖面線的剖面圖。 第三十五圖係本創作另一較佳具體實施例，顯示鎖裝置之立體分 解圖。 【主要元件符號說明】 台灣專利申請號第97133519號 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 21 M362273In the lock core 21, with the lock case u, the touch and the drive _, the coffee, the job becomes small - the toggle portion 814. V, as shown in the nineteenth to thirtieth, the state is the offset 1 of the unmatched-matching policy, which is the locked state, and the second laterally slidable component 34 can extend into the through hole 414 of the pushing member 41, (such as the 31st drawing), the resisting portion 812 of the moving sleeve 81 is located at the stopping portion of the pushing member w, so Limiting the Helix 41, (4) to move; at this time, the movement of the cantilever 415' (such as the arrow deer + if the work and the present), the moving element 4] of the pushing element 16 M362273 41 is pushed by the tool, is restricted: 〇 力 force wants to intensively invade the lock device 1, the groove is pressed to push the suspension of the workpiece 4丨, at this time, the scorpion exceeds the cantileverization of the ploughing, 4 can endure the load, 415, that is, self-breaking, and can not invade and destroy the lock 1 ' without affecting the unlocking of the first matching wheel key 61. As shown in the 32nd to 34th drawings, when the matching key is to be replaced , with: key 61L, 21, so that the first - see 61, part of the capacity of the wheel 'tooth hole 2 〇 8, (as shown in Figure 27), turn the first - matching key 6 Γ Make the lock heart ^ by the most her first rotation - _, lock 21, _ part: = one drive part I and then V 712 push the drive set magic, the dial part magic 4, at this time the drive set magic, = =2, the position of the stop portion 43 of the urging member 41, the position of the stagnation portion 43 of the urging member 41, as shown in the thirty-second diagram, due to the angle: relationship, the first The coffee can be rotated in the opposite direction by a push_======================================================================================= ^Slots and lion paste, 415, into _ positive, the hanging (10), ^ broken push ' _ move _ push the element 41, the scale can be set to match the scales, pay the paste her (four) tender 増 detailed description of the eight Created as a specific embodiment for the auxiliary lock device, if applied to the lock or _ continuation, the lock mechanism 1 of the lock device 2, the end should be changed as shown in the fifth M362273 fifteen figure, the lock Heart 2, the hole (4) _ into at least - the butterfly has - (10) '' Λ, ^ 1 hole 292, the certificate - book as the axis of the transmission (four), __81 = = 卩 and the specific embodiment applied to the auxiliary lock device The same The features of the present invention are only for the preferred embodiments of the present invention. (4) Lin _ Wei, Α The structural features and spirits are equivalent to the replacement or repair = this The creation of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The three-dimensional exploded view of the application No. 97丨 plus No. 9 lock device. The third figure is Taiwan Patent Application No. 97133319, showing a partial cross-sectional view of the lock case. The fourth picture is the Taiwan Patent Application No. 9-133519, showing The perspective view of the pusher element is shown in the figure of Taiwan Patent Application No. 97133319, which shows a perspective view of the lock core. The sixth drawing is the Taiwan Patent Application No. 97113319, showing a partial cross-sectional view of the casing. M3 62273. The seventh drawing is the Taiwan Patent Application No. 97113319, showing the casing, the spring, the second laterally slidable component, the gear and An exploded view of the cover. The eighth drawing is the Taiwan Patent Application No. 97133319, which shows a longitudinal sectional view in which the lock device is not inserted into the first matching key. The ninth drawing is a cross-sectional view of the section line 9-9 of the eighth embodiment of Taiwan Patent Application No. 97133319. The tenth drawing is a cross-sectional view of the section line 10-10 of Taiwan Patent Application No. 97133319. The eleventh drawing is a cross-sectional view showing the section line 11-11 of the eighth embodiment of Taiwan Patent Application No. 97133319. The twelfth figure is the Taiwan Patent Application No. 97133319, which shows a longitudinal sectional view in which the lock device has been inserted into the first matching key. The thirteenth drawing is a cross-sectional view of the cross-sectional line of the twelfth figure 13-13, which is the Taiwan Patent Application No. 97133519. The fourteenth drawing is a cross-sectional view of the cross-sectional line of the twelfth figure 14-14, which is the Taiwan Patent Application No. 97133519. The fifteenth figure is a cross-sectional view of the cross-sectional line of the twelfth figure 15-15, which is the Taiwan Patent Application No. 97133519. The sixteenth drawing is the Taiwan Patent Application No. 97133319, which shows a longitudinal sectional view of the lock device inserted into the first matching key and the lever member. The seventeenth figure is a cross-sectional view of the section line of the sixteenth figure 17-17 19 M362273, which is the Taiwan Patent Application No. 97133519. The eighteenth figure is the Taiwan patent application. The main search for the 曱明旒弟 97133319, showing a cross-sectional view of the sixteenth figure 18-18 section line. The nineteenth figure is the mouth of the patent application No. 9 of the patent application number, which shows the first longitudinal matching section of the lock device and the thin longitudinal section of the rod. The twelfth picture is a cross-sectional view of the section line of the 19th, 20th, 20th, 19th, 1900, Taiwanese patent φ ^ main finder. The tenth figure is a section, and the patent application number is 97133 519, which shows a sectional view of the hatching of the nineteenth figure 21-21. The tenth-picture system (four) is applied to the wire π(3)5丨9, the insertion of the age-locking device is the longitudinal sectional view after the second matching key. Fig. 11 is a cross-sectional view showing the hatching of the twenty-second figure 23-23. The Ludi-Fourteenth Figure is the section number of the Taiwan Special Office No. ye, showing the cross-sectional view of the twenty-second figure 24-24 section line. The fifteenth figure is the Taiwan Patent No. 97313319, showing the second section of the lock device _ keyway rotation 1 angled transverse section view. The tenth - tenth, the Taiwan Patent Application No. 97113519' shows another horizontal cross-sectional view of the county with the second key rotation of a predetermined angle. The twenty-seventh embodiment is a preferred embodiment of the present invention, and the three-dimensional combination diagram of the display lock device is a preferred embodiment of the present invention. The three-dimensional exploded view of the display lock device 20 M362273 A preferred embodiment of the creation is shown, showing a perspective view of the locked state of the locking device. Fig. 30 is a plan view showing a state in which the lock device is in a locked state in a preferred embodiment of the present invention. The thirty-first embodiment is a preferred embodiment of the present invention, showing a cross-sectional view taken along line 31-31 of Fig. 30. A thirty-second diagram is a preferred embodiment of the present invention, showing a perspective view of the unlocking state of the lock device. The thirty-third figure is a preferred embodiment of the present creation, showing a plan view of the unlocking state of the lock device. A thirty-fourth embodiment is a preferred embodiment of the present invention, showing a cross-sectional view of the 34-34 section line of the thirty-third figure. A thirty-fifth diagram is another preferred embodiment of the present invention, showing a three-dimensional decomposition diagram of the lock device. [Main component symbol description] Taiwan Patent Application No. 97113319 1 Locking device 11 Locking case 111 First end 112 Second end 113 Cylinder wall 114 Inner surface 116 Pocket 117 Groove 21 M362273
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 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 孔 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 22 M362273118 Bevel 119 accommodating chamber 120 Axial hole 121 Class groove 122 Large groove 123 Small slot 124 1/4 round groove 2 Lock core group 21 Lock 211 First part 212 Second part 213 Third part 214 Key hole 216 Radial hole 217 Tab 222 Groove 223 Buckle groove 224 Spring accommodating hole 225 accommodating hole 228 Aperture 23 First lateral slidable element 231 Supporting portion 232 Teeth 233 Pushing portion 234 Guide portion 24 Spring 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 hole 310 rib 311 inner surface 312 outer surface 313 longitudinal groove 314 transverse groove 315 Slot 316 stud 22 M362273
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 弧槽 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 51 扣環 61 第一匹配錄匙 611 齒溝 62 第二匹配鑰匙 621 齒溝 9 轴線 本創作較佳具體實施例 Γ 鎖裝置 109’ 導引槽 110, 嚙合部 11， 鎖殼 111， 第一端 112， 第二端 113, 圓筒壁 114’ 内表面 119, 容置室 120， 軸向孔 23 M362273317 Larger hole 318 1/4 circular groove 319 Smaller hole 320 Projection 32 Cover plate 321 Transverse hole 322 Through hole 325 Arc groove 33 Gear 331 Teeth 332 Cam portion 34 Second lateral slidable element 341 Smaller part 342 Most 35 springs 41 pusher element 411 convex part 412 arcuate groove 413 protrusion 414 through hole 415 pusher 416 bevel 417 first face 42 spring 51 buckle 61 first matching key 611 groove 64 second matching key 621 gullet 9 axis is a preferred embodiment of the Γ lock device 109' guiding groove 110, the engaging portion 11, the lock housing 111, the first end 112, the second end 113, the inner surface 119 of the cylindrical wall 114', Accommodating chamber 120, axial hole 23 M362273
τ 鎖心組 21， 鎖心 210, 凹槽 21Γ 第一部份 213, 第三部份 228, 凹室 290, 傳動部 290” 傳動部 29V 外環槽 292, 孔 292” 子L 23， 第一橫向可滑移元件 24, 彈簧 25， 滚珠 26, 彈簧 27， 彈簧 28， 第三橫向可滑移元件 3， 設定裝置 34， 第二橫向可滑移元件 319, 橢圓形通孔 41， 推動元件 414, 通孔 415, 懸臂 42， 彈簣 43, 止擋部 61， 第一匹配錄匙 7Γ 傳動板 71” 傳動板 71Γ 第一帶動部 711” 第一帶動部 712, 第二帶動部 712” 第二帶動部 72， 環 73， 固定元件 731， 中心孔 732, 凸部 733, 嚙合部 74， 扣環 81， 傳動套 811， 子L 812, 抵檔部 813, 弧狀孔 814, 撥動部 815, 内環槽 24 M362273τ lock core group 21, lock core 210, groove 21Γ first portion 213, third portion 228, recess 290, transmission portion 290" transmission portion 29V outer ring groove 292, hole 292" sub L 23, first Transversely slidable member 24, spring 25, ball 26, spring 27, spring 28, third lateral slidable member 3, setting device 34, second lateral slidable member 319, elliptical through hole 41, urging member 414 , the through hole 415, the cantilever 42, the magazine 43, the stopper 61, the first matching key 7 传动 the transmission plate 71 ” the transmission plate 71 Γ the first driving portion 711 ” the first driving portion 712 , the second driving portion 712 ′′ The driving portion 72, the ring 73, the fixing member 731, the center hole 732, the convex portion 733, the engaging portion 74, the buckle 81, the transmission sleeve 811, the sub-L 812, the abutting portion 813, the arc-shaped hole 814, the dialing portion 815, Inner ring groove 24 M362273