TWM355993U - Access lock having inside locking device - Google Patents
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- TWM355993U TWM355993U TW97223211U TW97223211U TWM355993U TW M355993 U TWM355993 U TW M355993U TW 97223211 U TW97223211 U TW 97223211U TW 97223211 U TW97223211 U TW 97223211U TW M355993 U TWM355993 U TW M355993U
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Description
M355993 五、新型說明： 【新型所屬之技術領域】 本創作涉及一種通道鎖，係指一種能通道門的内側或外 側設定防盜上鎖功能的鎖具。 【先前技術】 俗稱防火門鎖的通道鎖普遍使用在公寓、大樓等集合住 宅之防火門與通道門上，使得出入頻繁的通道Μ或是防火門能 鲁峡縣在錢it!人的轉’這獅道鎖最大哺&是在門的 表面會設置面積較大賴作裝置，具有可以㈣膽速的按壓 操作裝置觸的魏，細在簡上後若發生火災或是緊急事 故時也能輕易開啟而逃生，並且依據使用者需求，所述的通道 鎖也設計有上鎖功能’即由門的内侧可輕易的藉由操作裝置解 鎖’由門的外側則需要有對應的鑰匙才能開啟，意即這種通道 鎖需要兼具良好的防盜效果以及因應突發狀況時可輕易開啟 φ 的雙重功能。 本申請人較早申請之$ 097214952號「通道鎖的外操作 件」-案中，揭露了由Η之外侧進行防盜上賊解触盜上鎖 的技術’當設定防盜上鎖後’該設於門外侧的外操作褒置的把 手無法轉動控制設置於門内側的_裂置解鎖而將門開啟，火 解除防盜上鎖後才能將藉由外操作裝置的把手操作鎖F_mi 將門開啟，而這樣的設計使用上存在些許不方便，即使用者口 能由門的外側以鑰匙設定或解除防盜上鎖，而無法由門的_ -M355993 設定或解除防紅鎖，使關便概不足，触進—步改 空間。 13 【新型内容】 為此本創作之目的在改善所狀通道鎖無法由内部設定 或解除防盜上鎖功能的問題。 騎決上述問題’本創作提供—種新的具有内側上鎖裝 置的通道鎖，該通道鎖包括安裝於—門之—_的—鎖閃裝 • 置’安裝於門之一外侧的一外操作裝置，以及安裝於鎖問裳置 上的一内側上鎖裝置，該鎖閃裝置設置有座體，該座體上滑動 的設置-滑動裝置，以及巍與滑動裝置連_—閃頭，該外 操作裝置設置有-驅動件，該驅動件具有的一頂桿延伸至滑動 裝置處與之連動，且外操作裝置峡置—限位件、—撥動件與 一外鎖筒，該外設置有—撥動塊，藉偷域連動撥動件 控制限位件位移樣設定或解除防盜上鎖魏，該朗裝置内 • 設置―上職置’該上鎖裝置具有—内鎖9、-連動片與一驅 動塊’該内鎖筒具有的-鎖心與連動片結合且能同步轉動該 驅動塊係極設於撥動塊上，且連動片的一端結合於驅動塊上， 能藉由内鎖筒的鎖桿來控制該鶴塊轉動，進而連動撥動件帶 動限位件設定或解除防盜上鎖功能。 藉由上述設置於鎖閂裝置的内側上鎖裝置，使通道鎖也 能由門的内側設定或解除防盜上鎖之功能，使用上較具便利 M355993 【實施方式】 以下所有赋係僅便於解釋本創作基本教導而已，圖式 中構成較佳加狀元件錄目、錢、關係、狀寸之延伸 將有所朗，姻讀及了解本卿的鱗後糊讀化實施屬 於技能。糾’在職及了__轉後，配合特定 力量、重量、強度、及馳要求之精確尺寸及尺寸_之改變 亦屬業界技能。 在不同圖式中係以相同標號來標示相同或類似元件；另 外請了解文中諸如“第一”、“第二，，、“上，，、“下”、 ‘部’ “段” “前”、“後”、“内，，、“外”、“端”、 “水平”、“垂直”、“寛度’，、“長度’，、，，段”、，，部 ”、”區周圍”、”侧”、，，轴向，，等等及類似用語係 僅便於看圖者參考圖中構造以及僅用於幫助描述本創作而已。 參閱第一圖與第二圖所示’依據本創作_所示較佳實 施例的通道鎖包括設置於—門丄◦具有之—内侧i 〇 a的一 鎖閃裝置1 2，以及設置於η i 〇具有之—外飢Q b的一外 操作裝置2，以及設置於朗裝置i 2與外操作裝置2間的一 上鎖組件3，該Η 1 0對提供2與外操作襄置2組 裝的位置設置-絲孔i 〇 6，料操聽置2提供使用者由 門1 0的外側1 0 b操作_裝置！ 2開啟門i Q，該鎖閃裝 置12提供使用者由門1〇的内側丄〇 a開啟門工〇，該上鎖 組件3提供使用者能個別由門！㈣_ i Q a或^ i q M355993 b控制外操作裝置9m— 衣罝又疋為防盜上鎖的狀 狀態，當設定為陝、…上 妁狀也，或解除防盜上鎖 、'益上鎖狀態時’無法由門1 〇之外相μ n h 直接控制外操作鞋罢0 * 〇之外侧10 b 能直接杵制外極，，當奴為解除卩核上鎖狀態時， 月"直接控制外操作裝置2開啟門10。 ^130 12具有安裝於門1 ◦之_ 1 0 a上的- 二3 2 :座體130的上、下二個半部各設置-導軌機 〜導執機構13 2各設置-槽孔！ 3 8，且於槽 孔對稱的二侧各設置—支持片134,座體130靠下 方* ¥軌機構13 2之二支持片i 3 4間滑動的設置一滑動 裝置ΐ4’該滑動裝置14具有-滑塊142，配合參閱第三 圖所不該座體13 〇上且位於二導軌機構工3 2之間滑動的 ,又置連動;^ 1 5 〇 ’該連動桿1 5 ◦與—問頭丄2 〇成可連 動的植接起’當連動桿1 5 Q位移時，會驅躺頭1 2 〇伸 出或縮入鎖閃裝置i 2，該連動桿^ 5 ◦與滑塊m間設置 一連桿1 3 3 ’該連桿]_ 3 3係分別與連動桿^ 5 〇及滑塊工 4 2柩接’且連桿13 3同時也樞設於座體13 0上，並依此 樞接點為軸心_，當馳1 4 2移麟能推動連桿1 3 3帶 動連動桿1 5 〇 起位移，該座體1 3 0外外殼1 2 2， 該外殼12 2對應上方的導軌機構i 3 2設置一容置孔丄2 4 ’且外殼12 2對應閂頭12 〇設置一缺口12 6，該缺口 1 2 6提供閂頭1 2 0穿出鎖閂裝置1 2的空間，而所述的連 動桿15 0與鎖閂裝置12具有之一按壓件16 2連接，藉此 M355993 使用者能透過推抵按壓件1 6 2驅動連動桿1 5 〇，進而控制 閂頭12◦内縮入鎖閂裝置12内部而達到解鎖的目的。 參閱第一圖、第四圖與第五圖所示，該外操作裝置2具有 一外蓋2 0 ’該外蓋2 0包括一侧壁2 0 2，以及環繞侧壁2 0 2-周的-環壁2 0 4 ’使外蓋2⑽橫向與縱向斷面呈门 形，而在環壁2 0 4的内側形成一空間2 〇 〇，又外蓋2 〇的 上^且位於侧壁2 0 2上設置一容置部2 〇 5，該容置部2 〇 5係向空間2 0 0凸出而在容置部2 〇 5内形成一容槽2 〇 6 ’且容置部2 Q 5的表崎翻設置由平面構成的二切面2 0 9，該容槽2 0 6的壁面形成貫穿空間2 〇 〇的一套合孔2 0 8，侧壁2 0 2上且位於套合孔2 〇 8的下方設置二接合孔 2 1 0，且於接合孔21〇下方設置貫穿空間2 〇 〇的一結合 孔2 1 4，而結合孔2 1 4的下方設置由侧壁2 〇 2凸出的一 凸出部2 1 5，該凸出部2 1 5上形成门形的一第一嵌槽2 1 6與一第二嵌槽2 1 9 ’且該第一嵌槽2 1 6深度較第二嵌槽 2 1 9深’且第一嵌槽216位於第二嵌槽219下方，以及 鄰近套合孔2 0 8處設置由凸出之圓柱所構成的二結合部2 1 8 ’套合孔2 0 8下方靠環壁2 〇 4對稱的設置二支撐部2 1 7，且該支撑部2 1 7與凸出部2 1 5齊高，又外殼2 0鄰 近接合孔21〇處設置一定位孔212。 所述外蓋2 0的各結合部218上各螺接一定位桿2 2 〇，配合參閱第二圖所示，該蓋體2 〇係安裝於門丄〇的外側 M355993 1 0 b且位於安裝孔1 ο 6處’使環壁2 ο 6端面抵接於門工 0之外側10 b，該定位桿2 2 0係穿入安裝孔χ 〇 6内，利 用複數螺接元件10 8穿過座體13 0鎖接於定位桿2 2 〇 上，藉以將該外蓋2 0與座體13 0分別鎖固於門i 〇的外侧 10 b與内側1〇 a上。 參閱第四圖至第七圖所示，該外殼2 〇的側壁2 〇 2之外 表面設置一軸套2 2，該軸套2 2概成圓錐形，且中央設置圓 • 形孔所構成的一搞孔2 2 2，安裝時該軸套2 2的樞孔2 2 2 與外蓋2 0之結合孔214對位’再以三鎖固元件2 2 4穿過 侧壁2 0 2螺接於軸套2 2上，使軸套2 2固設於外蓋2 〇且 與結合孔214同軸心的位置上。 依據本創侧式所示的較佳實施例，該外操倾置2進一 步包括-把手2 4，該把手2 4包括一柄部2 4 〇，以及位於 柄42 4 0-侧由圓桿構成的一軸桿2 4 2，該軸桿2 4 2端 • 面延伸—套接部2 4 4，該套接部2 4 4設置二切面2 4 6， 使套接部2 4 4形成非圓桿外形，把手2 4的轴桿2 4 2係拖 設於軸套22的樞孔2 2 2内，而能依樞孔⑵為抽心作轉 動’所述的軸桿2 4 2-部分及套接部2 4 4係穿出樞孔2 2 2外，且軸桿2 4 2上且位於樞孔2 2 2外側卡設一扣接件2 4 8 ’使把手2 4無法沿樞孔2 2 2的軸向位移。 依據本創作®式所示的較佳實施例，該外操作較2進-步包括—帶動件36，該帶動件36具有近似於迴旋錦的外 M355993 形’該帶動件3 6的中央處設置圓孔所構成的—連接孔3 6 4 ’且連接孔3 6 4㈣緣對稱的設置矩形凹槽所構成的二嵌 槽3 6 6 ’該帶動件3 6並包括位於兩端的—第―端部3 6 ◦ 與一第二端部3 6 2 ’該帶動件3 6以連接孔3 6 4樞設於把 手2 4之轴桿2 4 2上且抵接於扣接件2 4 8的外側。 依據本創侧式所示的較佳實關，該外操作裝置2進一 步包括-連動件3 8 ’該連動件3 8中央對絲接部2 4 4設 置形狀相符的—套接孔3 8 2 ’且連動件3 8的外緣對應帶動 们6之喪槽3 6 6設置形狀相符的二卡塊3 8◦，配合參閱 第八圖所該卡塊3 8 Q實際上是由連動件3 8外緣凸伸長 條矩形體騎9 G度所構成，該連祕3 8以套接孔3 8 2套 汉於把手2 4之套接部2 4 4上，且位於帶動件3 6的外侧， 該卡塊3 8 0則穿入帶動件3 6的喪槽3 6 6内，由於套接部 2 4 4”套接孔3 8 2為非圓形結合’所以把手2 4轉動會 動連動件3 8 -起轉動，且連動件3 8的卡塊3 8 q驅使帶動 件3 6轉動，而達到把手2 4、帶動件3 6與連動件3 8 轉動的目的。 & 本創作圖式所示的較佳實關，料操作裝置2進— 步包括一導引塊3 5 2,該導引塊3 5 2具有與外蓋2〇之第 嵌槽2 1 6相符的外形，且導引塊3 5 2上貫穿的設置—严 槽353’該導引塊352係嵌設於第一嵌槽26内。π 依據本創作圖式所示的較佳實施例，該外操作裳置2進— M355993 步包括-内蓋4 6，該内蓋4 6對應把手2 4之套接部2 4 4 的位置處貫穿的設置-p和4 6 2，該開口 4 6 2内設置一折 邊4 6 6 ’於開口 4 6 2上方間隔的對稱設置二長槽4 6 〇， 以及在開口 4 6 2下方設置一支持部4 6 4，該支持部4 6 4 係由内蓋4 6的-部份彎折9 〇度，使支持部4 6 4具有一垂 直7 0與-水平段4 7 2，該内蓋4 6係蓋設於凸出部2 1 5,、支撐1 7的端面上，再利用複數鎖固元件4 6 §分 • 卿接於二支揮部2 1 7上，且内蓋4 6上對應凸出部2 ! 5 處另螺接有二定位桿2 2 〇而將内蓋4 6固設於外蓋2 〇的 空間20 0内，且内蓋46的支持部46 4的垂直段47〇抵 接於第-鼓槽2 1 6的側面上，使導引塊3 5 2無法沿第一礙 槽2 1 6的垂直方向位移，該水平段4 7 2抵接於第一嵌槽2 1 6的下側端面上，使導引塊3 5 2無法沿平行第—嵌槽2丄 6的方向位移，而將料塊3 5 2翻的限制於第—巍^工 _ 6内’配合參閱第二圖所示，所述螺接於内蓋4 6上的二定位 桿2 2 0顯示於圖式中靠下方處’同樣的能利用二螺接元件工 〇 8穿過座體！ 3 _嫩位桿2 2 〇上，使該外蓋2 〇能 更穩固的被_於門1〇之外側1()b。 參閱第七圖至第九圖所示，依據本創作圖式所示的較佳實 施例該外操作裝置2進-步包括—復位裝置2 8，該復位裝置 2 8具有一本體2 9 6，該本體2 9 6係由上端半圓形與下端 形的凸出。|53 〇 〇共同組成非圓形的外觀，該本體2 9 6 M355993 一側内凹的形成一容室2 9 8 ’且容室2 9 8位於凸出部3 〇 ◦的位置形成—卡合槽3 Q 2，該容室2 9 8内貫穿的設置圓 形的一樞接孔3 0 8，且位於樞接孔3 G 8周_隔的對稱設 置一第—限位塊3 Q 4與-第二限位塊3 ◦ 4，該二限位塊3 〇 4的二側各形成—端部3 0 6，該二限位塊3 〇 4係由容室 298之内表面凸出的_塊體所構成，且該限位塊3 〇 4的 高度係小於或等於容室2 9 8的深度。 依據本創作圖式所*的較佳實施例該復位裝置2 8進一 步包括—殼體2 8 2 ’該殼體2 8 2係具有與本體2 9 6相符 且略大的外形，殼體2 8 2對應樞接孔3 ◦ 8設置圓形的一抽 孔2 8 4 ’該殼體2 8 2係成殼狀而能罩覆於本體2 9 6的外 侧將容室2 9 8封閉。 依據本創侧式所㈣較佳實施例該復位裝置2 8進一 步包括-轉子2 8 Q，該轉子2 8 〇概成圓柱形，該轉子2 8 0具有圓盤形的-凸緣2 8 8 ’該凸緣2 8 8將轉子2 9 0的 圓柱體區隔為二段，而形成—第—樞部2 9 0與-第二樞部2 9 〇 ’又凸緣2 8 8的外側間隔的對稱設置二卡塊2 8 6，該 凸緣2 8 8且位於第-卡塊2 8 6 (靠上方者）側面設置一缺 槽2 9 4，配合參閱第七圖所示，轉子2 8 〇的樞部2 Q 〇中 央對應把手2 4之套接部2 4 4貫穿的設置外形相符的一連 動孔2 9 2該轉子2 8 0之第一樞部29〇係與本體2% 的樞接孔3 0 8樞接’第二樞部2 9 Q係柩接於殼體2 8 2的 M355993 軸孔2 8 4上’且使各卡塊2 8 6分別位於二限位塊3 〇 4 間’該限位塊3 0 4的間距配合卡塊2 8 6提供轉子2 8 0有 限角度的轉動。M355993 V. New description: [New technical field] This creation relates to a channel lock, which refers to a lock that can set the anti-theft lock function on the inner side or the outer side of the access door. [Prior Art] Channel locks, commonly known as fire door locks, are commonly used in fire doors and access doors of apartments, buildings, etc., so that frequent access or fire doors can be used in Luxia County in the money it! This lion's lock is the largest feeding device. It is equipped with a large area on the surface of the door. It has a (four) bile speed pressing device that can be touched by a pressing device. Easy to open and escape, and according to the user's needs, the channel lock is also designed with a locking function 'that is, the inside of the door can be easily unlocked by the operating device'. The outer side of the door requires a corresponding key to be opened. This means that the channel lock needs to have both good anti-theft effect and the dual function of easily opening φ in response to an unexpected situation. The applicant earlier applied for the "External Operational Parts of the Channel Lock" of $097214952 - in the case, the technique of uncovering the thief by the thief on the outside of the shackle was revealed. The handle of the outer operating device on the outside of the door cannot be rotated to control the _ splitting provided on the inner side of the door to unlock the door, and the door is opened after the fire is unlocked, and the door can be opened by the handle of the external operating device F_mi, and the design is such that the door is opened. There is some inconvenience in use, that is, the user's mouth can be set or unlocked by the key on the outside of the door, and the anti-red lock cannot be set or released by the door _-M355993, so that the door is insufficient, touch-step Change the space. 13 [New content] For the purpose of this creation, the problem that the channel lock cannot be set or the anti-theft lock function cannot be set internally can be improved. Riding the above problem 'This creation provides a new type of channel lock with an inner locking device, which includes a lock mounted on the door - a flash drive mounted on the outside of one of the doors a device, and an inner locking device mounted on the locking device, the locking device is provided with a seat body, a sliding-setting device, a sliding device, and a sliding device, the flashing head The operating device is provided with a driving member, the driving member has a ram extending to the sliding device and interlocking therewith, and the external operating device is provided with a damper, a limiting member, a dialing member and an outer locking cylinder, and the outer device is provided with - Swipe block, use the stealing field to move the toggle to control the limit displacement sample setting or unlock the anti-theft lock Wei, the lang device • set up - the upper position 'the lock device has - internal lock 9, - linkage piece And a driving block 'the inner locking cylinder has a lock core and a linkage piece and can rotate synchronously. The driving block is disposed on the dial block, and one end of the linking piece is coupled to the driving block, and can be locked by the inner block The lock lever of the cylinder controls the rotation of the crane block, thereby interlocking the toggle member The movable stopper member set or remove anti-theft locking function. By the above-mentioned locking device disposed on the inner side of the latch device, the channel lock can also be set or unlocked by the inner side of the door, which is convenient to use. M355993 [Embodiment] All the following assignments are only for explaining the explanation. The basic teaching of creation, the extension of the composition of the preferred additions in the drawings, the extension of money, relationship, and position will be somewhat ambiguous. It is a skill to read and understand the post-graduation of the Qing. After the change and the __ turn, the change in the exact size and size of the specific strength, weight, strength, and requirements is also an industry skill. In the different figures, the same reference numerals are used to designate the same or similar elements; in addition, please refer to the text such as "first", "second,", "up,", "down", "part", "segment", "front" , "after", "inside,", "outside", "end", "horizontal", "vertical", "twist", "length", ,,, paragraph",,,"," "," "lateral", ",", "axial", and the like are only used to facilitate the construction of the reference figure and are only used to help describe the creation. See the first and second figures. The channel lock of the preferred embodiment shown includes a lock device 1 2 disposed on the inner side of the door ,a, and an external operation disposed on the η i 〇 The device 2, and a locking assembly 3 disposed between the lang device i 2 and the outer operating device 2, the Η 10 pair provides a position setting for the assembly of the outer working device 2 - the wire hole i 〇 6 Set 2 to provide the user from the outside of the door 10 0 0 operation _ device! 2 open the door i Q, the lock flash device 12 provides the user by the door The inner side 〇a of the 1〇 opens the door sill, and the locking assembly 3 provides the user with the door can be individually controlled by the door! (4) _ i Q a or ^ iq M355993 b, the outer operating device 9m - the placket is burglar-proof State, when set to Shaanxi, ... on the top, or unlock the anti-theft lock, 'when the lock state' can not be directly controlled by the door 1 〇 outside the phase n nh directly control the outer shoes 0 * 〇 the outer side 10 b can directly Twisting the outer pole, when the slave is unlocking the nucleus, the month " directly controls the outer operating device 2 to open the door 10. ^130 12 has the _ 1 0 a installed on the door 1 二 - 2 3 2 The upper and lower halves of the base 130 are respectively provided - the rail machine - the guide mechanism 13 2 are each provided - a slot hole 3 3, and are disposed on the two sides of the slot symmetry - the support piece 134, the seat body 130 Below the lower side * ¥ rail mechanism 13 2 bis support piece i 3 4 sliding arrangement a sliding device ΐ 4' the sliding device 14 has a slider 142, with reference to the third figure, the seat body 13 is located on the second The rail mechanism is slid between the 3 and 2, and is connected to each other; ^ 1 5 〇 'The linkage rod 1 5 ◦ and the 丄 丄 2 可 可 可 可 可 可 可 可 ' When the moving rod 1 5 Q is displaced, the driving head 1 2 〇 is extended or retracted into the locking device i 2, and a connecting rod 1 3 3 'the connecting rod _ is disposed between the connecting rod ^ 5 ◦ and the slider m 3 3 series are respectively connected with the linkage rod ^ 5 〇 and the slider 4 2 ' and the connecting rod 13 3 is also pivoted on the seat body 13 0, and according to the pivot point as the axis _, when the 1 4 2 The moving arm can push the connecting rod 1 3 3 to drive the connecting rod 1 5 to lift the displacement, the seat body 1 3 0 outer casing 1 2 2, the outer casing 12 2 corresponding to the upper rail mechanism i 3 2 is provided with a receiving hole 2 4' and the housing 12 2 is provided with a notch 12 6 corresponding to the latch 12 , and the notch 1 2 6 provides a space for the latch 1 120 to pass through the latch device 12 , and the linkage rod 15 0 and the latch device 12 has one of the pressing members 16 2 connected, whereby the user of the M355993 can drive the interlocking lever 15 5 推 by pushing against the pressing member 1 6 2, thereby controlling the inside of the latching head 12 to retract into the latching device 12 for unlocking purposes. . Referring to the first, fourth and fifth figures, the outer operating device 2 has an outer cover 20'. The outer cover 20 includes a side wall 2 0 2 and a circumference around the side wall 2 0 2- - the ring wall 2 0 4 ' makes the outer cover 2 (10) a gate shape in the lateral and longitudinal sections, and forms a space 2 内侧 on the inner side of the ring wall 220, and the upper cover 2 位于 is located on the side wall 20 2, a receiving portion 2 〇 5 is disposed, the receiving portion 2 〇 5 is protruded into the space 2000 and a receiving groove 2 〇 6 ′ is formed in the receiving portion 2 〇 5 and the receiving portion 2 Q 5 The surface of the surface is formed by a plane of two planes 2 0 9, the wall of the pocket 2 0 6 forms a set of holes 2 0 8 through the space 2 侧壁 8, the side wall 2 0 2 and located in the sleeve hole 2 Two engaging holes 2 1 0 are disposed under the cymbal 8 , and a coupling hole 2 1 4 penetrating through the space 2 设置 is disposed below the engaging hole 21 ,, and the lower portion of the coupling hole 2 1 4 is protruded by the side wall 2 〇 2 a protrusion 2 1 5 , the protrusion 2 1 5 is formed with a first slot 2 16 and a second slot 2 1 9 ', and the depth of the first slot 2 1 6 The second slot 2 1 9 is deeper and the first slot 216 is located below the second slot 219 to Adjacent to the sleeve hole 2 0 8 is provided with a two-joint portion formed by a protruding cylinder 2 1 8 'the sleeve hole 2 0 8 is disposed symmetrically below the ring wall 2 〇 4 and the two support portions 2 1 7 and the support The portion 2 17 is aligned with the protrusion 2 1 5 , and a positioning hole 212 is disposed in the outer casing 20 adjacent to the engaging hole 21 . Each of the joint portions 218 of the outer cover 20 is screwed to a positioning rod 2 2 〇. As shown in the second figure, the cover body 2 is attached to the outer side of the sill M355993 1 0 b and is installed. Hole 1 ο 6 'to make the end of the ring wall 2 ο 6 abut against the outer side 10 b of the mason 0, the positioning rod 2 2 0 penetrates into the mounting hole 〇 6 and passes through the seat by the plurality of screwing elements 108 The body 130 is locked to the positioning rod 2 2 ,, so that the outer cover 20 and the seat body 13 0 are respectively locked on the outer side 10 b and the inner side 1 〇 a of the door i 。. Referring to the fourth to seventh figures, a sleeve 2 2 is disposed on the outer surface of the side wall 2 〇 2 of the outer casing 2, the sleeve 2 2 is conical, and a central portion is formed by a circular hole. Engage the hole 2 2 2, when the installation, the pivot hole 2 2 2 of the sleeve 2 2 is aligned with the joint hole 214 of the outer cover 20, and then the three locking elements 2 2 4 are screwed through the side wall 2 0 2 On the sleeve 2 2 , the sleeve 2 2 is fixed to the outer cover 2 同轴 and is concentric with the coupling hole 214 . According to a preferred embodiment of the present invention, the outer tilting 2 further comprises a handle 2 4 comprising a handle 2 4 〇 and a shank 42 4 0-side consisting of a round rod a shaft 2 4 2, the shaft 2 4 2 end • face extension - the sleeve portion 2 4 4, the socket portion 2 4 4 is provided with two cutting faces 2 4 6, so that the socket portion 2 4 4 forms a non-round rod In the outer shape, the shaft 2 4 2 of the handle 24 is dragged into the pivot hole 22 2 of the sleeve 22, and can be rotated according to the pivot hole (2). The shaft 2 4 2- part and the sleeve are described. The connecting portion 24 4 is threaded out of the pivot hole 2 2 2 , and a fastening member 2 4 8 ' is disposed on the shaft 2 42 and located outside the pivot hole 2 2 2 so that the handle 2 4 cannot be along the pivot hole 2 2 2 axial displacement. According to the preferred embodiment shown in the present formula, the outer operation comprises a follower 36, the driver 36 having an outer M355993 shape similar to the gyro's setting. The circular hole is formed by the connecting hole 3 6 4 ' and the connecting hole 3 6 4 (four) is symmetrically disposed with a rectangular groove formed by the rectangular groove 3 6 6 'the carrier 3 6 and includes the first end portion 3 6 ◦ and a second end portion 3 6 2 ' The driving member 36 is pivotally connected to the shaft 2 42 of the handle 24 by a connecting hole 3 6 4 and abuts against the outer side of the fastening member 24 8 . According to the preferred embodiment shown in the present invention, the external operating device 2 further includes a linking member 38. The centering portion of the linking member 38 is provided with a shape corresponding to the threaded portion 24 4 - a sleeve hole 3 8 2 'And the outer edge of the linkage member 3 8 corresponds to the slot 3 of the driver 6 36. The two-bar block 3 8 形状 which is in conformity with the shape is provided, and the card block 3 8 Q is actually connected by the linkage member 3 8 The outer edge convex strip rectangular body is formed by riding 9 G degrees, and the joint key 3 8 is sleeved on the sleeve portion 2 4 4 of the handle 24, and is located outside the driving member 36. The block 380 is inserted into the shovel 3 6 6 of the driving member 36. Since the socket portion 24 4" sleeve hole 382 is non-circularly coupled, the handle 24 rotates to move the linkage 3 8 - the rotation, and the block 38 8 of the linking member 38 drives the driving member 36 to rotate, and achieves the purpose of rotating the handle 24, the driving member 36 and the linking member 38. & Preferably, the material handling device 2 further comprises a guiding block 3 5 2 having a shape conforming to the second recess 2 16 of the outer cover 2〇 and guiding Set through the block 3 5 2 - strict slot 353' The guide block 352 is embedded in the first recessed groove 26. π According to the preferred embodiment shown in the present drawing, the external operation is set to 2 - M355993 step includes - inner cover 4 6, the inner cover 4 6 corresponding to the setting of the socket 2 4 4 of the handle 2 4 - 4 and 4 6 2, the opening 4 6 2 is provided with a hem 4 6 6 'symmetric setting above the opening 4 6 2 The second long groove is 4 6 〇, and a support portion 4 6 4 is disposed under the opening 4 6 2 , and the support portion 4 6 4 is bent by a portion of the inner cover 46 to 9 degrees, so that the support portion 4 6 4 The utility model has a vertical 70 and a horizontal section 4 7 2 , and the inner cover 46 is disposed on the end surface of the protrusion 2 1 5 and the support 17 , and then uses a plurality of locking elements 4 6 § The inner cover 46 is fixed to the space 20 of the outer cover 2 上, and the inner cover 46 is screwed with two positioning rods 2 2 〇 and the inner cover 46 is fixed to the outer cover 2 〇 0, and the vertical portion 47〇 of the support portion 46 4 of the inner cover 46 abuts on the side surface of the first drum groove 2 16 so that the guide block 3 5 2 cannot follow the vertical direction of the first barrier groove 2 16 Displacement, the horizontal section 4 7 2 abuts on the lower end surface of the first recessed groove 2 16 The lead block 3 5 2 cannot be displaced in the direction of the parallel first groove 2 丄 6 , and the block 3 5 2 is turned over to the first 巍 工 6 _ 6 fits as shown in the second figure, the snail The two positioning rods 2 2 0 connected to the inner cover 46 are shown in the lower part of the drawing. The same can be used to pass through the seat body by using the two screwing elements 8! 3 _ tender position bar 2 2 〇, so that the outer cover 2 〇 can be more stable _ on the outside of the door 1 1 1 () b. Referring to the seventh to ninth embodiments, the external operating device 2 further includes a resetting device 2 8 having a body 2 9 6 according to a preferred embodiment of the present drawing. The body 2 9 6 is protruded from the upper end semicircular shape and the lower end shape. |53 〇〇Commonly constitutes a non-circular appearance, the body 2 9 6 M355993 one side concavely forms a chamber 2 9 8 ' and the chamber 2 9 8 is located at the position of the protrusion 3 — - the engagement a slot 3 Q 2 , a circular pivot hole 306 disposed in the chamber 2 9 8 , and located at the pivot hole 3 G 8 weeks _ symmetrical arrangement of a first - limit block 3 Q 4 and a second limiting block 3 ◦ 4, the two sides of the two limiting blocks 3 〇4 are each formed at an end portion 3 0 6 , and the two limiting blocks 3 〇 4 are protruded from the inner surface of the chamber 298 The block is formed, and the height of the limiting block 3 〇4 is less than or equal to the depth of the chamber 298. According to a preferred embodiment of the present invention, the reset device 28 further includes a housing 2 8 2 'the housing 2 8 2 having a slightly larger outer shape conforming to the body 2 9 6 , the housing 28 2 Corresponding to the pivot hole 3 ◦ 8 is provided with a circular one hole 2 8 4 ' The housing 2 8 2 is shell-shaped and can cover the outside of the body 2 96 to close the chamber 298. According to a preferred embodiment of the present invention, the reset device 28 further includes a rotor 2 8 Q which is cylindrical in shape and has a disk-shaped flange 8 8 8 'The flange 2 8 8 divides the cylinder of the rotor 290 into two segments, and forms the outer space of the -th pivot portion 290 and the second pivot portion 2 9 〇' and the flange 2 8 8 The symmetrical arrangement of the two blocks 2 8 6 , the flange 2 8 8 and the side of the first block 2 8 6 (top) is provided with a notch 2 9 4, as shown in the seventh figure, the rotor 28 The pivot portion of the cymbal 2 Q 〇 the center corresponding to the handle portion 2 4 of the sleeve portion 2 4 4 is provided with a matching shape of the connecting hole 2 9 2 The first pivot portion 29 of the rotor 208 is tied to the body 2% The connecting hole 3 0 8 is pivotally connected to the second pivot portion 2 9 Q is connected to the M355993 shaft hole 2 8 4 of the housing 2 8 2 and the respective blocks 2 8 6 are respectively located at the second limiting block 3 〇 4 The spacing of the stop block 306 matches the block 286 to provide a limited angular rotation of the rotor 280.
配合參閱第五麟示，依據本創侧細示陳佳實施例 該復位裝置2 8進-步包括-彈性件3 1 2，該彈性元件3丄 2係由渦捲式彈簧所構成’具有位於外圈的一第一段3丄4以 及位於内圈的-第二段3 1 6，該彈性件3 ! 2係套設於限位 塊3 0 4的外圍且位於容室2 9 8内，且彈性件3丄2的第一 段3 ! 4卡設於卡合槽3 〇 2内，第二段3工6則抵接於轉子 2 8 0之的連動槽2 9 4内且抵接於卡塊2 8 6细上，轉子 2 8 0受彈性件3 1 2的彈性應力偏壓，使第—卡塊2 8 6抵 接於第-限位塊3 Q 4的上端部3 Q 6，第二卡塊2 8 6抵接 於第二限位塊3 〇 4的下側端部3 〇 6上。 參閱第四圖、第七圖與第八圖所示，該復位裝置2 8係容 f於内蓋16的開卩46 2内，該凸出部_係卡設於第二 入槽2 1 9内’使復位裝置28為不可轉動的結合於開口 4 6 折邊4 6 6上，該把手2 4的套接部2 4 4係 〇的連動孔2 9 2内，再彻-螺接元件25 〇 =套接部⑷内，該螺接元件 ^ 0上，使該復位裝置2 8無法沿套接部2 4 4移動，藉此 又復位裝置2 8彈性定位於水平狀態，由於套接 M355993 4 2 4 4與轉子2 8 〇係非圓形結合，因此當施力把手2 4轉 動時會同時轉動轉子2 8 Q扭轉彈性件3 1 2，當放開把手2 4後’子2 8 Q受彈性件3丨2偏壓的彈力而轉動至初始位 置同時帶動把手2 4復位至水平狀態，該限位塊3 0 4則限 制把手2 4的轉動角度’就一般的設計來說，該限位塊3 〇 4 大約可以提供把手2 4單-方向轉動4 5度的幅度，即依第五 圖所不的®式方向，該把手2 4可逆時針轉觸4 5度。 鲁 參閱第四圖至第六圖及第十圖所示，依據本創作圖式所示 較佳實施綱外操作裝置2進-步包括-限位件3 2，該限位 件3 2具有概成三角形的一樞部3 2 0，且枢部3 2 0的一側 邊凸出的形成一第一限位部3 2 2與-第二限位部3 3 6，該 -限位4 3 2 2、3 3 6間藉定出-活動槽3 3 8，該樞部3 2 0的一側形成一止擋部3 2 4，該限位部3 2 2具有弧形的 一止擋面3 3 4，且止擋部3 2 4的侧面設置一定位孔3 2 • 8，該止擋部3 2 4的上端設置γ形的的一連動部3 2 6，該 連動部3 2 6具有-第-凸部3 3 〇與-第二凸部3 3 2。 依據本創作圖式所示的較佳實施例該外操作裝置2進一 步包括一第一導桿3 4 Θ與一第二導桿3 4 7，該第一導桿3 4 6與第二導桿3 4 7係分別設置於外蓋2 0的接合孔21 0内’且該第一導桿3 4 6設置於二接合孔210之中位於較 高的位置’第二導桿3 4 7則設置於二接合孔2 1 0中位於較 低的位置，該限位件3 2以樞部3 2 0樞設於第二導桿3 4 7 M355993 上’而能沿第二導桿3 4 7轉動，且鱗-導桿3 4 6位於限 位件3 2的活動槽3 3 8内，使限位件3 2在受限於二限位部 3 2 2、3 3 6的範_可受操作而轉動，依據 示的較佳實關該外猶裝置2進—步包括—雜元件3 5 4，該彈性元件3 5 4具有-第_端3 5 6與—第二端3 $ 8，該彈性藉3 5 4的第-端3 5 6固設於外則⑽定位 孔2 1 2上，第二端3 5 8設置於限位件3 2的止擋部3 2 4 之定位孔3 2 8上，藉此_彈性元件3 5 4兩端彈性的張力 將限位件3 2彈性定位。Referring to the fifth lining, according to the present invention, the resetting device 28 further includes an elastic member 3 1 2, and the elastic member 3丄2 is composed of a scroll spring. a first segment 3丄4 of the outer ring and a second segment 3 1 6 of the inner ring are disposed on the periphery of the limiting block 340 and located in the chamber 298. The first section 3! 4 of the elastic member 3丄2 is engaged in the engaging groove 3 〇2, and the second section 3 is abutted in the interlocking groove 2 9 4 of the rotor 280 and abuts The slider 2 8 6 is thinned, and the rotor 208 is biased by the elastic stress of the elastic member 3 1 2 so that the first block 286 abuts against the upper end portion 3 Q 6 of the first-limit block 3 Q 4 . The second block 2 86 is abutted on the lower end 3 〇6 of the second limiting block 3 〇4. Referring to the fourth, seventh and eighth figures, the resetting device 28 is housed in the opening 46 2 of the inner cover 16, and the protruding portion is latched in the second slot 2 1 9 The inside of the resetting device 28 is non-rotatably coupled to the opening 4 6 of the opening 4 6 6 , and the sleeve portion 2 4 of the handle 24 is connected to the interlocking hole 2 9 2 , and then the screwing member 25 〇 = in the socket (4), the screwing element ^ 0 makes the resetting device 28 unable to move along the socket portion 24 4 , whereby the reset device 28 is elastically positioned in a horizontal state, due to the socket M355993 4 2 4 4 is combined with the rotor 2 8 非 non-circular, so when the force applying handle 24 rotates, the rotor 2 8 Q is rotated simultaneously, the elastic member 3 1 2 is rotated, and when the handle 2 4 is released, the sub- 2 8 Q is The elastic member 3丨2 biases the elastic force to rotate to the initial position and simultaneously drives the handle 24 to the horizontal state, and the limiting block 300 limits the rotation angle of the handle 24'. In general, the limit is Block 3 〇4 can provide approximately 4 degrees of single-direction rotation of the handle 2 4 , i.e., in the direction of the Figure 5, which is not shown in Figure 5, the handle 24 can be rotated counterclockwise by 45 degrees. Referring to the fourth to sixth and tenth drawings, according to the preferred embodiment of the present invention, the external operating device 2 further includes a limiting member 32, and the limiting member 3 2 has an overview. a triangular portion of the pivot portion 3 2 0, and a side of the pivot portion 3 2 0 protrudes to form a first limiting portion 3 2 2 and a second limiting portion 3 3 6 , the - limiting position 4 3 2, 3 3 6 debits - the active slot 3 3 8 , one side of the pivot portion 3 2 0 forms a stop portion 3 2 4 , the limiting portion 32 2 has a curved stop surface 3 3 4, and a positioning hole 3 2 is provided on a side surface of the stopping portion 3 2 4 . 8. The upper end of the stopping portion 3 24 is provided with a γ-shaped connecting portion 3 2 6 , and the linking portion 3 26 has - a first convex portion 3 3 〇 and a second convex portion 3 3 2 . According to the preferred embodiment shown in the present drawing, the external operating device 2 further includes a first guiding rod 3 4 Θ and a second guiding rod 3 4 7 , the first guiding rod 3 4 6 and the second guiding rod 3 4 7 are respectively disposed in the engaging hole 21 0 of the outer cover 20 and the first guiding rod 346 is disposed in the second engaging hole 210 at a higher position. The second guiding rod 3 4 7 is set. In the lower position of the two engaging holes 2 1 0 , the limiting member 32 is pivoted on the second guiding rod 3 4 7 M355993 by the pivot portion 3 2 and can be rotated along the second guiding rod 3 4 7 And the scale-guide rod 3 4 6 is located in the movable slot 3 3 8 of the limiting member 32, so that the limiting member 32 is restricted by the second limiting portion 3 2 2, 3 3 6 And rotating, according to the preferred embodiment of the external device, the second step comprises a hetero-component 3 5 4, the elastic element 3 5 4 has a - _ end 3 5 6 and a second end 3 $ 8, The first end 3 5 6 of the elastic borrowing 3 5 4 is fixed on the outer (10) positioning hole 2 1 2 , and the second end 3 5 8 is disposed on the positioning hole 3 2 of the stopping portion 3 2 4 of the limiting member 3 2 8 , whereby the elastic member 3 5 4 elastically tensions the positioner 32 to elastically position.
參閱第_至第七_示，依據摘侧式卿的較佳實 施例該外操作裝置2包括-滑動件3 4，該滑動件3 4具有成 T形的外觀，包括垂直狀的—第—桿體3 4 8與略成水平狀的 -第二桿體3 5 0 ’且第-桿體3 4 8上間隔_直設置一第 -導槽3 4 0與-第二導槽3 4 2，該第二桿體3 5 0的下端 形成-推抵面3 4 4，又第二桿體3 5 〇上形成一連接部3 4 1 ’且其中該二導槽3 4 〇、3 4 2之長度約等於内蓋4 6之 長槽4 6 0的長度，滑動件3 4係可滑動的設置外殼2 〇之空 間2 0 0内’且使其推抵面3 4 4抵接於帶動件3 6的二端部 3 6 0、3 6 2上，所述之第一導桿3 4 β係穿設於第一導槽 3 4 0内’所述之第二導桿3 4 7係穿設於與第二導槽3 4 2 内，用以限制該滑動件3 4只能在二導槽3 4 0、3 4 2的長 度範圍内滑動，該連接部3 4 1係穿入内蓋4 6之長槽4 6 0 15 M355993 内，並且雙導槽3 4 Ο、3 4 2的設計可以防止滑動件3 4位 移過程產生轉動，當轉子2 8 0轉動至其第一卡塊2 8 6連動 彈性件312之第二段316抵接於第二限位塊3 〇 4上側 端部3 0 6時’該帶動件3 6同時被連動旋轉，帶動件3 6之 一端部3 6 0、3 6 2根據轉動方向的不同而有其中之一會推 動滑動件3 4向上位移至上升位置（如第十一圖所示為第一端 部3 6 0推動滑動件3 4上移），且當帶動件3 6的二端部3 φ 6 0、3 6 2齊高時，該滑動件3 4係位於最低點的下降位置 處。 依據本創作圖式所示較佳實施例，該外操作裝置2進一步 包括驅動件44’該驅動件44概成Τ形，具有垂直狀的一 基部4 4 0以及水平狀的一頂桿4 4 2，該基部4 4 〇的二端 各彎折9 0度的形成一結合部4 4 8，以及與導引塊3 5 2之 滑槽3 5 3形狀相符的一導引部4 4 4，該結合部4 4 8與滑 • 動件3 4之連接部3 4 1對位，藉二結合元件4 4 6穿過内蓋 4 6之長槽4 6 0而鎖接於滑動件3 4的連接部3 41上，該 導引部444係穿入導引塊3 5 2的滑槽3 5 3内，藉此驅動 件4 4與滑動件3 4能-起位移，該内蓋4 6的長槽4 6 0提 供連接部341移動的空間’該導引部444配合導引塊35 2的滑槽3 5 3提供頂桿4 4 2對抗扭矩的穩定滑動，g己合參 閱第-圖所示，該頂桿4 4 2係由門1 ◦的安裝孔1 〇 6穿過 連動裝置1 6之座體1 3 Q的槽孔1 3 8，使頂桿4 4 2抵接 M355993 於鎖問裝置12靠下方的滑動t置14之滑塊14 2下端。 參閱第十二圖與第十二圖所7F，依據本創作圖式所示的較 佳實施例’該外操作裝置2進-步包括—外鎖筒26，該外鎖 筒2 6具有一第一筒體2 6 4、一鎖心2 7 〇、一撥動塊2 5 5、複數下插銷2 51、複數上插銷2 5 2、複數彈黃2 5 3 以及一限位蓋2 5 4 ’其中該筒體2 6 4的一端設置一凸部2 6 2 ’且凸部2 6 2的外從大於筒體2 6 4 ’另一端表面設置 螺牙形成鎖接部2 6 6，筒體2 6 4的偏離軸心位置處貫^的 設置一軸孔2 6 1，筒體2 6 4的表面對稱的設置由v形槽構 成的一定位槽2 6 8，又筒體2 6 4表面與該二定位槽2 6 8 連線相差9 0度的位置設置一容槽2 6 5，容槽2 6 5内設置 複數上銷孔2 6 3，該上銷孔2 6 3係貫穿至軸孔2 61。 該鎖心2 7 0具有一頭部2 71與外徑較小的一端部2 7 2，鎖心2 7 0設置貫穿頭部2 71與端部2 7 2的一鑰匙 瞻孔2 7 5 ’該鎖心2 7 0的表面對應各上銷孔2 6 3設置複數 下銷孔2 7 4，各下銷孔2 74係貫穿至鑰匙孔2 7 5處，以 及在該鎖心2 7 0的端部2 7 2上設置二鎖孔2 7 3，該鎖心 2 7 0係可轉動的安裝於第一筒體2 6 4的軸孔2 61内，且 鎖心2 7 0的端部2 7 2係穿出軸孔2 61外’該頭部2 71 抵接於轴孔2 6 1的一端’使各下銷孔2 7 4中心分別與各上 銷孔2 6 3對齊’該撥動塊2 5 5包括一基部2 5 6，基部2 5 6的周緣突伸的形成一撥桿2 5 7，以及於基部2 5 6的一 17 M355993 端面突伸圓柱狀的一套接部2 5 8，套接部2 5 8上環設一切 槽2 5 9 ’該撥動塊2 5 5係以二鎖固件2 6 9穿過基部2 5 6鎖接於鎖心2 7 0的鎖孔2 7 3内，使撥動塊2 7 5固接於 鎖心2 7 0上’且與鎖心2 7 0形成同中心的設置而能同步依 軸孔2 6 1為軸心轉動，且撥動塊2 5 5能阻止鎖心2 7 0沿 軸孔2 61方向脫離。 所述之複數下插銷2 51、複數上插銷2 5 2與複數彈簧 2 5 3係二個元件為一組的方式個別的容置於各對位的一下 銷孔2 7 4與一上銷孔2 6 3内，且各下插銷2 5 1係位於上 插銷2 5 2的下方，該下插銷2 5 1位於下銷孔2 7 4内，上 插銷2 5 2位於上銷孔2 6 3内，該各彈簧2 5 3位於各上插 銷2 5 2的上方，該第一筒體2 6 4的容槽2 6 5内設置一限 位蓋2 5 4，使彈簧2 5 3的上端抵接於限位蓋2 5 4，下端 抵接於上插銷2 5 2上，藉此保持上插銷2 5 2及下插銷2 5 1確實抵靠’且使下插銷2 5 1抵接於鑰匙孔2 7 5内，且在 下插銷2 5 1未受外力頂抵的狀態下，該上插銷2 5 2係會穿 入下銷孔2 7 4内而固定鎖心2 7 0，使其無法依軸孔2 β1 為軸心轉動，又各上插銷2 5 2具有不同的長度，各下插銷2 5 1具有不同的長度’藉此使各下插銷2 5 1必須上升不同的 高度才能使下插銷2 5 1完全位於下銷孔2 7 4内，且上插銷 2 5 2完全位於上銷孔2 5 2内，而釋放鎖心2 7 0,使其能 依軸孔2 61為轴心轉動。 M355993 配合參閱第四圖所示’該外鎖筒2 6係安裝於外蓋2 〇之 容置部2 0 5上，該凸部2 6 2係抵接於容槽2〇6之表面， 該筒體2 6 4具有鎖接部2 6 6的1係穿過套合孔2 〇 8 而伸入門的安裝孔106内（如第二圖所示），依據本創作圖 式所示的較佳實施例，該握操作裝置2進_步包括—撥動件4 2 ’該齡件4 2具有設置成圓形的一套合孔打◦，且撥動 件4 2的上端凸伸的設置-限位桿4 2 β，鑛件4 2的下端 • &伸的設置—帶動桿4 2 4 ’以及在帶動桿4 2 4處彎折9◦ 度的設置-連接桿4 2 2，該撥動件4 2以套合孔4 2 〇柩設 於筒體2 6 4上，可依筒體2 6 4為軸心轉動。 依據本創侧式所示的較佳實_卿，該操作裝置2進 一步包括-蓋體4 0，該蓋體4 ◦係成薄殼狀具有位於二側成 平整直立狀的二側面41Q，蓋體4 0中央對應鎖筒2 6的筒 體2 6 4設置形狀相符的-孔4 〇 2，且孔4 〇 2的内壁對應 • 筒體2 6 4的定位槽2 6 8對稱的設置二凸部4〇6，蓋體4 0的上端設置-第-缺π 4◦8 ’下端設置—第二缺口 4 〇 8該孔4 0 2的下方开〉成弧形的一限位槽4 〇 4，蓋體4 〇 以孔4 0 2套設於鎖筒2 6的筒體2 6 4上，且凸部4 〇 6各 別後入筒體2 6 4的定位槽2 6 8内，該蓋體4〇的二側面4 1◦與外殼2 0之容置部2〇5的切面2Q9抵接，使蓋體4 0無法相對容置部205的切面2〇9旋轉，*蓋體4〇與鎖 筒2 6為非圓形結合’因此鎖筒2 6也無法轉動，又蓋體4 〇 19 M355993 外側且位於筒體2 6 4的鎖接部2 6 6上鎖固-鎖定件2 7 4，該鎖定件2 7 4抵接於蓋體40的表面，使蓋體4〇無法 沿筒體2 6 4移動。 所述的撥動件4 2之限位桿4 2 6由蓋體4 0上端的第 -缺口 4 0 8穿出’其帶動桿4 2 4由蓋體4 ◦下端的第二缺 口 4 0 8穿出，該連接桿4 2 2由蓋體4〇之限位槽4〇4穿 出’撥動件4 2麵述的第一、第二缺口 4 〇 8以及限位槽4 _ 0 4長度範圍内作有限角度的轉動，配合第五圖所示，該帶動 桿4 2 4係位於限位件3 2之二凸部3 3◦、3 3 2間，且連 接才干4 2 2位於鎖筒2 6之撥動塊2 5 5的轉動範圍内，當撥 動塊2 5 5轉動時會抵壓撥動件4 2的連接桿4 2 2使之轉 動。 參閱第十二圖與第十三圖所示，該内侧上鎖裝置3包括一 内鎖筒5 ◦與一驅動塊2 3 ◦，該内鎖筒5 ◦包括-第二筒體 φ 5 2、一鎖心5 4、一固定環55〇、一扣環5 5 2、一套筒 5 5 4、複數下插銷5 6 〇、複數上插銷5 6 2、複數彈簧5 6 4、-限位蓋5 6 6以及-連動片5 8，其中該第二筒體5 2係成圓柱狀具有-前端面5 2 i與—後端面5 2 3，且在偏 心位置上設置貫穿的—轴孔5 2 Q，且第二筒體5 2的前端面 5 21形成—凸部5 2 4 ’後端面5 2 3對稱的設置二螺孔5 2 5 ’該外周緣設置一容槽5 2 8，於容槽5 2 8内設置並排 的複數上銷孔5 2 6。 20 M355993 該鎖桿54包括一頭部540與一端部542，該頭部5 4 0係由較大外徑的凸緣所構成，該端部5 4 2的外周緣環繞 的設置一環槽5 4 6，且垂直端部5 4 2表面（平行軸心之方 向）的設置一嵌槽5 4 3，該嵌槽5 4 3的底面超過環槽5 4 6，以及在鎖桿5 4的外表面對應筒體5 2之各上銷孔5 2 6，並排的設置複數下銷孔548，又鎖桿54内設置貫穿頭 部5 4 0與端部5 4 2的鑰匙孔5 4 4，該鎖桿5 4係樞設於 第二筒體5 2的軸孔5 2 0内，且頭部5 4 0抵接於轴孔5 2 0表面’而能沿軸孔5 2 0為轴心轉動，且該每一下銷孔5 4 8係能個別與每一上銷孔5 2 6的中心對齊，該鎖桿5 4的端 部5 4 2係穿出第二筒體5 2的後端面5 2 3，使該環槽5 4 6及嵌槽5 4 3外露於第二筒體5 2之外。 所述之複數下插銷5 6 0、複數上插銷5 6 2與複數彈簧 5 6 4係三個組件為一組的方式個別容置於中心對正的上銷 孔5 2 6與下銷孔5 4 8内，該上插銷5 6 2容置於上銷孔5 2 6内’該下插銷5 6 0容置於下銷孔5 4 8内，該限位蓋5 6 6係固設於第二筒體5 2之容槽5 2 8内’使彈簧5 6 4的 一端抵接於限位蓋5 6 6下方，另一端抵接於上插銷5 6 4的 上端，使下插銷5 6 0保持抵接於鍮匙孔5 4 4内，且使上插 銷5 6 2與下插銷5 6 0保持相互抵接的狀態，藉此當各下插 銷5 6 0未受外力抵壓時’該各上插銷5 6 2的一部份會穿入 下銷孔5 4 8内，使鎖桿5 4無法依軸孔5 2 0轉動，又各下 21 M355993 插銷5 6 G具有不同的長度，各上插銷5 6 2也具有不同的長 度，藉此使下插銷5 6 〇需要上升不_高度，槐使下插銷 5 6 0完全位於下銷孔5 4 8内，且上插銷5 6 2完全位於上 銷孔5 2 6内，使該鎖桿5 4能触第二筒體5 2之軸孔5 2 0轉動。 所述之連動片58具有-前端5 8 2與一後端5 8 4，該 後端5 8 4的兩側各形成一凸部5 8 6，且該凸部5 8 6的寬 度略小於觸桿5 4之端部5 4 2的直徑，又該_片5 8的 上表面設置等間隔的複數切痕5 8 8，該連動片5 8的後端5 8 4魏設於鎖桿5 4之嵌槽5 4 3内，該鎖桿5 4具有嵌槽 5 4 3的區段外侧套設―固枝5 5 〇，且固定環5 5 〇位於 環槽546内侧’該環槽5 46提供扣環5 5 2嵌設，使固定 環550蚊位於扣環5 5 2及筒體52的端面Μ 間，且賴550能限制連動片58之凸部…不穿出嵌 槽已谓㉟扣環…能將連動片⑼之凸部^ 於環槽546_，_物58^ 穩固的結合於鎖桿54上。 而 所述之套筒5 5 4貫穿的設置一套 ㈣係容置於套合孔5 5 6内，且第二二6的= 4係抵接於套筒5 5 4的端面上’該連動 。52 554外側’參閱第-圖、第十三圖系卜露於套筒 由-銜接片1 4 0與-鎖片；l 5 Q〜内鎖筒5 0係藉 〇固辦麵13 0中位於 22 M355993 上方的導執機構1 3 2上，其中該銜接片1 4 0係由薄板狀的 金屬材料製成’其中央處開設一第一孔14 6，以及位於第一 孔1 4 6的周緣設置連通的二第二孔1 4 8，且對應導軌機構 13 2之二支持片13 4彎折的對稱設置二摺邊14 2，該摺 邊1 4 2的上、下兩端各向中央彎折9 〇度形成一限位部丄4 4，該上、下對稱的限位部144之間距約等於支持片13 4 之長度’該銜接片140係設置於座體13 〇位於上方的支持 φ 片1 3 4上，該摺邊14 2與支持片13 4相疊合，各限位部 1 4 4分別抵接於支持片丄3 4的上端與下端，使銜接片工4 0無法相對支持片13 4作上、下或左、右的位移。 該鎖片15 Q同樣設置於座體！3 〇之導軌機構丄3 2 處，但與該銜接片14〇位在不同的侧面上，該鎖片15〇對 應雛片1 4 0的二第二孔i 4 8設置二連通孔丄5 2，並於 二連通孔1 5 2·置-通孔丨5 6，且則i 5 Q對應座體 • 1 3 Q的槽孔1 3 8設置複數凸部1 5 4，本創作實際上係將 該凸部1 5 4分設於鎖片1 5 Q鄰近四個角端處，該鎖片丄5 〇係#合於座體1 3 0之—側表面，使各凸部1 5 4嵌入槽孔 1 3 8内而定位（如第三圖所示），各連通孔1 5 2分別與各 第二孔14 8為同中心的對準，該内鎖筒5〇的套筒5 5 4之 端面係抵接於銜接片1 4 8的表面，且使二螺孔5 2 5個別與 第二孔1 4 8之中心對準’再利用二螺栓1 5 4由具有鎖片丄 5 0的-侧各別穿過其二連通孔丄5 2與二第二孔工4 8鎖 23 M355993 人第二筒體5 2之螺孔5 2 5内，藉此將内鎖筒5 Ο、銜接片 1 4 0與鎖片1 5 0固^；於座體i 3 ◦之導執機構丄3 2 上，該銜接片14 0的第一孔14 6及鎖片15 0的通孔15 6提供連動片5 8穿過的空間。 • 酉己合第十二圖所示，該驅動塊2 3 0具有-第-端2 3 1 • 與一第二端2 3 3 ’該第—端2 3 1設置圓孔狀的-套孔2 3 8，且第一端2 31的周緣突伸的設置一驅動桿2 3 2，該第 φ 二端2 3 3設置非圓孔構成的-連動孔2 3 6，且驅動塊2 3 ◦的外緣設置-結合孔2 3 4，該結合孔2 3 4係穿過套孔2 3 8且穿透驅動塊2 3 Q，又驅動塊2 3 Q以套孔2 3 8套設 於撥動塊2 5 5的套接部2 5 8上，且職合孔2 3 4與撥動 塊2 5 5的切槽2 5 9内接的切齊，該彈性夾2 3 5具有一穿 接端2 3 7與-卡扣端2 3 9，配合參閱第十四圖所示，該穿 接端2 3 7係穿過驅動塊2 3 〇的結合孔2 3 4，且使該穿接 • 端2 3 5外露於結合孔2 3 4的區段恰卡接於撥動壤2 5 5 的切槽2 5 9内，該卡扣端2 3 9則抵接於驅動塊2 3 〇的下 表面，該彈性夾2 3 5的穿接端2 3 5係阻擋驅動塊23〇沿 撥動塊2 5 5之套接部2 5 8的軸向位移，但撥動塊2 5 5環 形的切槽2 5 9設計’能允許驅動塊2 3 〇依套接部2 5 8為 ， 轉軸作獨立的旋轉運動。 配合參閱第二圖所示，該連動片5 8的前端5 8 2係由門 1〇的安裝孔10 6穿入驅動塊2 3 〇的連動孔2 3 6内，該 M355993 連動片5 8與連動孔2 3 6為非圓孔的結合，所以連動片$ 8 與驅動塊2 3 0能同步轉動，又設置於連動片5 8上的切痕5 8 8係提供手部力量就足以折斷的強度，能根據門1 〇的實際 厚度調整，當連動片5 8過長時，能直接折斷部分材料縮短連 動片58的總長度。 參閱第十五圖所示，要操作本創作通道鎖設定或解除防盜 上鎖需利用對應的一鑰匙6 〇來控制，即由門1〇的外側1〇 _ b將對應的鑰匙6 〇穿入鎖心2 7 〇内時，該鑰匙6 〇上不同 深淺的凹槽使各能推動每一組上插銷2 5 2、下插銷2 5 1上 升不等的距離，並且使各下插銷2 5 i完全位於下銷孔2 7 4 内’各上插銷2 5 2完全位於各上銷孔2 6 3内，該上插銷2 5 2與下插銷2 51的接面恰位於鎖心2 7 〇及軸孔2 61 的交界，使鎖心2 7 0能受鑰匙6 0控制轉動，進一步能藉由 鑰匙6 0轉動鎖心2 7 0 ’該鎖心2 7 0帶動撥動塊2 5 5同 • 步轉動’配合參閱第五圖所示，在此狀態下轉動外鎖筒2 6的 鎖心2 7 0 ’該撥動塊2 5 5的撥桿2 5 7能推動撥動件4 2 之連動桿4 2 2使其轉動’該撥動件4 2之帶動桿4 2 4則抵 押限位件3 2之第二凸部3 3 2使其轉動，使限位件3 2之止 擋部3 3 4位於阻擋滑動件3 4的移動路徑上，形成第十六圖 所示设疋防盜上鎖的狀態，藉此驅使外操作裝置2之把手2 4 無法轉動，達到防盜上鎖的功能，反之若第十六圖狀態下反操 作鎖心2 7 0，則能使撥桿2 5 7帶動撥動件4 2 4抵押限位 25 M355993 件3 2的第一凸部3 3 2轉動而使限位件3 2遠離滑動件3 4，形成如第五圖所示解除防盜上鎖的狀態。 再請參閱第十五圖所示，本創作係提供使用者也能由門工 0的内側進行職上鎖的操作，當將鍮匙6时人内鎖筒5 〇 的鎖桿5 4的繪匙孔5 4 4内時，同樣也能使各下插銷5 β 0 產生不同長度的位移，使各下插銷5 6 〇完全位於下銷孔5 4 8内，且各上插銷5 6 2完全位於各上銷孔5 2 6内，而解瞭 鲁 對鎖桿5 4的上鎖狀態，該上插銷5 6 2與下插銷5 6 〇的換 面恰位於鎖心5 4及軸孔5 2 0的接界，使鎖心5 4能受鑰您 6 0控制轉動，因此能藉鑰匙6 〇轉動鎖桿5 4，該鎖桿5 4 同步使連動片5 8轉動，該連動片5 8則帶動驅動塊2 3 0轉 動’配合參閱第五圖所示，在此圖狀態下轉動驅動塊2 3 〇， 能使驅動桿2 3 2抵壓撥動件4 2的連接桿4 2 2，該撥動件 4 2因而轉動使其帶動桿4 2 4推動限位件3 2的第二凸部 參 3 3 2，驅使限位件3 2轉動至止擋部3 3 4阻擋於滑動件3 4的移動路徑上，形成第十七圖所示的設定防紅鎖的狀態， 因此外操作裝置2的把手2 4無法轉動，反之若在第十七圖的 狀態下反操作鎖心5 4，則能使趨動桿2 3 2帶動撥動件4 2，使其帶動桿4 2 4抵押限位件3 2的第一凸部3 3 2轉 動，而使限位件3 2遠離滑動件3 4，在次形成第五圖所示的 解除防盜上鎖的狀態。 本創作在通道鎖上設置内侧上鎖裝置，令使用者能在門丄 26 M355993 • 0的内側1〇 a或外侧1b以對應的鑰匙6 0控制設定防 盜上鎖或解除防盜上鎖，使用上更具有便利性，且附加式的設 计’能夠在僅改變撥動塊2 5 5以及增加内側上鎖裝置3之後 就此提伽側控獅盜上鎖的效果，具有模組化的優點能降低 - 業者的製造成本。 * 紅所述’本__合新型專咐請要件，爰依法提出 申請。Referring to the first to seventh embodiments, the outer operating device 2 includes a sliding member 34 having a T-shaped appearance including a vertical shape - the first embodiment. The rod body 3 4 8 is spaced apart from the horizontally-second rod body 3 5 0 ' and the first rod body 3 4 8 is spaced apart _ straightly disposed with a first guide groove 3 4 0 and a second guide groove 3 4 2 The lower end of the second rod body 350 forms a push-to-face surface 34 4 , and the second rod body 35 5 has a connecting portion 3 4 1 ', and wherein the two guide grooves 3 4 〇, 3 4 2 The length is approximately equal to the length of the long groove 460 of the inner cover 46, and the sliding member 34 is slidably disposed within the space of the outer casing 2 22 and is pushed against the surface 3 4 4 to abut the driving member At the two end portions 3 6 0 and 3 6 2 of the 3 6 , the first guiding rod 34 4 is threaded through the first guiding groove 3 4 0 and the second guiding rod 3 4 7 is worn. The sliding portion 34 is arranged to be slidable only in the length of the two guiding grooves 3 4 0, 3 4 2 , and the connecting portion 341 penetrates into the inner cover 4 . 6 long groove 4 6 0 15 M355993, and the double guide groove 3 4 Ο, 3 4 2 design can prevent the displacement of the slider 34 Rotation occurs, when the rotor 180 rotates to its first block 2 86. The second segment 316 of the interlocking elastic member 312 abuts against the upper end portion 3 0 6 of the second limiting block 3 〇 4 'the carrier 3 6 is simultaneously rotated, and one of the end portions 3 6 0, 3 6 2 of the driving member 36 has one of the rotating directions to push the slider 34 to the upward position (as shown in FIG. 11). The first end portion 3 6 0 pushes the slider 3 4 up), and when the two end portions 3 φ 6 0, 3 6 2 of the driver member 36 are high, the slider 34 is at the lowest position of the descending position. At the office. According to the preferred embodiment shown in the present drawing, the external operating device 2 further includes a driving member 44'. The driving member 44 has a meandering shape, a vertical portion of a base portion 410 and a horizontal apex 4 4 2, the two ends of the base portion 4 4 弯 are bent at 90 degrees to form a joint portion 484, and a guiding portion 4 4 4 conforming to the shape of the sliding groove 353 of the guiding block 3 5 2, The joint portion 484 is aligned with the connecting portion 3 4 1 of the sliding member 34, and is coupled to the sliding member 34 by the second engaging member 4 4 6 passing through the long slot 460 of the inner cover 46. On the connecting portion 3 41, the guiding portion 444 penetrates into the sliding groove 35 of the guiding block 325, whereby the driving member 44 and the sliding member 34 can be displaced, and the inner cover 46 The long groove 460 provides a space for the connecting portion 341 to move. The guiding portion 444 cooperates with the sliding groove 35 of the guiding block 35 2 to provide stable sliding of the ejector rod 4 4 against the torque. It is shown that the ejector rod 4 4 2 is passed through the mounting hole 1 〇 6 of the door 1 穿过 through the slot 1 3 8 of the seat body 1 3 Q of the linkage device 16 so that the ejector rod 4 4 2 abuts the M355993 in the lock The lower end of the slider 14 2 of the device 12 is placed 14 by the sliding t. Referring to the twelfth and twelfth drawings, in the preferred embodiment shown in the present drawing, the external operating device 2 further includes an outer locking cylinder 26 having a first A cylinder 2 6 4, a lock core 2 7 〇, a toggle block 2 5 5, a plurality of lower pins 2 51, a plurality of upper pins 2 5 2, a plurality of elastic yellow 2 5 3 and a limit cover 2 5 4 ' One end of the cylindrical body 246 is provided with a convex portion 2 6 2 ′ and the outer portion of the convex portion 2 6 2 is larger than the outer surface of the cylindrical body 2 6 4 ′ to form a screw to form a locking portion 2 6 6 , and the cylindrical body 2 The position of the off-axis center of 6 4 is set to be a shaft hole 2 6 1, the surface of the barrel 2 6 4 is symmetrically disposed with a positioning groove 2 6 8 formed by a v-shaped groove, and the surface of the cylindrical body 2 6 4 The two positioning slots 2 6 8 are arranged at a position different from each other by 90 degrees, and a pocket 2 6 5 is disposed, and a plurality of upper pin holes 2 6 3 are disposed in the pockets 2 6 5 , and the upper pin holes 2 6 3 are penetrated to the shaft holes 2 61. The lock core 207 has a head portion 2 71 and an outer end portion 2 7 2 having a smaller outer diameter. The lock core 270 is provided with a key slot 2 7 5 ' penetrating through the head portion 2 71 and the end portion 2 7 2 . The surface of the lock core 210 is corresponding to each of the upper pin holes 2 6 3 and a plurality of lower pin holes 2 7 4 are disposed, and each of the lower pin holes 2 74 is penetrated to the key hole 275, and the lock core is 270 Two locking holes 273 are disposed on the end portion 27.2, and the locking core 270 is rotatably mounted in the shaft hole 261 of the first cylinder 246, and the end portion 2 of the locking core 210 7 2 is threaded out of the shaft hole 2 61 outside 'the head 2 71 abuts against one end of the shaft hole 2 6 1 'aligns the center of each lower pin hole 2 7 4 with each of the upper pin holes 2 6 3 ' The block 2 5 5 includes a base portion 2 5 6 , a peripheral portion of the base portion 256 protrudes to form a lever 2 517, and a 17 M355993 end surface of the base portion 256 protrudes from the cylindrical portion of the joint portion 2 5 8, the socket part 2 5 8 is set on the upper ring 2 5 9 'The toggle block 2 5 5 is locked by the second locking piece 2 6 9 through the base 2 5 6 to the lock hole 2 7 0 of the lock hole 2 7 3, the dial block 2 7 5 is fixed to the lock core 270 and forms a concentric arrangement with the lock core 270, and can be synchronized with the shaft hole 2 6 1 as an axis. Rotation, and the toggle block 255 prevents the lock 270 from the direction of the shaft 261 in the hole. The plurality of lower pins 2 51 , the plurality of upper pins 2 5 2 and the plurality of springs 2 5 3 are arranged in a group, and the individual pin holes 2 7 4 and one upper pin hole are respectively accommodated in the opposite positions. 2 6 3, and each lower pin 2 5 1 is located below the upper pin 2 5 2 , the lower pin 2 5 1 is located in the lower pin hole 2 7 4 , and the upper pin 2 5 2 is located in the upper pin hole 2 6 3 The springs 2 5 3 are located above the upper pins 2 5 2 , and a limiting cover 2 5 4 is disposed in the receiving groove 2 6 5 of the first cylindrical body 246 to abut the upper ends of the springs 2 5 3 The lower end of the limit cover 2 5 4 abuts against the upper pin 2 5 2 , thereby keeping the upper pin 2 5 2 and the lower pin 2 5 1 abutting against the second pin 2 5 1 and abutting the key hole 2 In the state of 7 5, and in the state where the lower pin 2 5 1 is not abutted by the external force, the upper pin 2 5 2 will penetrate into the lower pin hole 2 7 4 to fix the lock core 2 7 0 so that it cannot be aligned with the shaft hole. 2 β1 is the axis rotation, and each of the upper pins 2 5 2 has a different length, and each lower pin 2 5 1 has a different length 'thus, so that each lower pin 2 5 1 must rise different heights to make the lower pin 2 5 1 is completely located in the lower pin hole 2 7 4, and is inserted The pin 2 5 2 is completely located in the upper pin hole 2 5 2, and the lock core 210 is released, so that it can rotate according to the shaft hole 2 61 as an axis. M355993, as shown in the fourth figure, the external locking cylinder 26 is mounted on the receiving portion 205 of the outer cover 2 ,, and the convex portion 262 is abutted against the surface of the receiving groove 2〇6. The barrel 2 6 4 has a locking portion 2 6 6 through the fitting hole 2 〇 8 and extends into the mounting hole 106 of the entry (as shown in the second figure), preferably according to the present drawing. In an embodiment, the grip operating device 2 includes a toggle member 4 2 'the member member 42 has a set of hole punches arranged in a circular shape, and the upper end of the dial member 42 is convexly disposed - The limit rod 4 2 β, the lower end of the ore member 4 2 • the setting of the extension - the moving rod 4 2 4 ' and the setting of the 9-degree bend at the driving rod 4 2 4 - the connecting rod 4 2 2, the dial The movable member 4 2 is disposed on the cylindrical body 246 by the sleeve hole 4 2 and can be rotated about the cylinder body 246. According to the preferred embodiment shown in the present invention, the operating device 2 further includes a cover body 40, and the cover body 4 is formed into a thin shell shape having two sides 41Q which are flat and upright on two sides, and the cover The body 4 0 corresponds to the cylinder 2 6 of the lock cylinder 26, and the shape conforms to the hole 4 〇 2, and the inner wall of the hole 4 〇 2 corresponds to the cylinder 2 2 4 positioning groove 2 6 8 symmetrically arranged two convex 4〇6, the upper end of the cover body 40 is provided - the first-deficient π 4◦8' is disposed at the lower end - the second notch 4 〇8 is opened below the hole 4 0 2 > a limit groove 4 〇 4 The cover body 4 is sleeved on the cylinder body 246 of the lock cylinder 26, and the convex portions 4 〇6 are respectively inserted into the positioning grooves 268 of the cylinder body 246. The two side faces 4 1 体 of the body 4 抵 are in contact with the cut surface 2Q9 of the accommodating portion 2 〇 5 of the outer casing 20, so that the cover body 40 cannot rotate relative to the cut surface 2 〇 9 of the accommodating portion 205, and the cover body 4 〇 The lock cylinder 26 is a non-circular joint. Therefore, the lock cylinder 26 cannot be rotated, and the cover body 4 〇19 M355993 is located outside and is located on the lock portion 266 of the cylinder body 246. The lock-locking member 2 7 4 The locking member 274 abuts against the surface of the cover 40 so that the cover 4 cannot be along the tubular body 6 6 4 move. The limiting rod 4 26 of the dialing member 4 2 is pierced by the first notch 4 0 8 at the upper end of the cover body 40. The driving rod 4 2 4 is driven by the second notch 4 0 8 of the lower end of the cover body 4 Throughout, the connecting rod 4 2 2 is pierced by the limiting groove 4〇4 of the cover 4〇, and the first and second notches 4〇8 of the dialing member 4 and the length of the limiting slot 4_0 4 In the range shown in the fifth figure, the driving rod 4 2 4 is located between the two convex portions 3 3 ◦ and 3 3 2 of the limiting member 32, and the connecting connector 4 2 2 is located in the locking cylinder. In the range of rotation of the toggle block 2 5 5 of 2, when the toggle block 25 5 is rotated, the connecting rod 4 2 2 of the dial member 4 2 is pressed to rotate. Referring to Figures 12 and 13, the inner locking device 3 includes an inner locking cylinder 5 and a driving block 23, and the inner cylinder 5 includes a second cylinder φ 5 2. A lock core 5 4, a fixed ring 55 〇, a buckle 5 5 2, a sleeve 5 5 4, a plurality of lower pins 5 6 〇, a plurality of upper pins 5 6 2, a plurality of springs 5 6 4, - a limit cover 5 6 6 and - linkage piece 5 8, wherein the second cylinder 5 2 is cylindrically shaped with a front end face 5 2 i and a rear end face 5 2 3, and a through-shaft hole 5 2 is provided at an eccentric position. Q, and the front end surface 521 of the second cylindrical body 52 is formed - a convex portion 5 2 4 'the rear end surface 5 2 3 is symmetrically disposed with two screw holes 5 2 5 '. The outer peripheral edge is provided with a receiving groove 5 2 8 A plurality of upper pin holes 5 2 6 are arranged side by side in the groove 5 2 8 . 20 M355993 The lock lever 54 includes a head portion 540 and an end portion 542. The head portion 504 is formed by a flange having a larger outer diameter, and a ring groove 5 4 is formed around the outer circumference of the end portion 542. 6, and the surface of the vertical end portion 5 4 2 (the direction of the parallel axis) is provided with a groove 5 4 3 , the bottom surface of the groove 5 4 3 exceeds the ring groove 5 4 6 and the outer surface of the lock rod 54 Corresponding to the upper pin holes 5 2 6 of the cylindrical body 5 2 , a plurality of lower pin holes 548 are arranged side by side, and a key hole 5 4 4 penetrating through the head portion 504 and the end portion 54 2 is disposed in the lock rod 54. The rod 5 4 is pivotally disposed in the shaft hole 520 of the second cylinder 52, and the head portion 504 abuts against the surface of the shaft hole 520, and can rotate along the shaft hole 520. And each of the lower pin holes 548 can be individually aligned with the center of each of the upper pin holes 520, and the end portion 524 of the lock rod 514 passes through the rear end surface 5 2 of the second cylinder 52. 3. The ring groove 546 and the groove 5 4 3 are exposed outside the second cylinder 52. The plurality of lower pins 506, the plurality of upper pins 516 and the plurality of springs 546 are arranged in a group, and are respectively accommodated in the center-aligned upper pin holes 5 26 and the lower pin holes 5 In the case of 4 8 , the upper latch 5 6 2 is received in the upper pin hole 5 2 6 'the lower pin 5 6 0 is received in the lower pin hole 5 4 8 , and the limit cover 5 6 6 is fixed in the first The end of the spring 5 6 4 abuts against the lower end of the limiting cover 5 6 6 , and the other end abuts the upper end of the upper pin 5 6 4 so that the lower pin 5 6 0 Keeping in contact with the keyhole 514, and keeping the upper pin 526 and the lower pin 506 with each other, thereby when each of the lower pins 506 is not pressed by external force A part of the upper pin 5 6 2 will penetrate into the lower pin hole 5 4 8 , so that the lock bar 5 4 cannot rotate according to the shaft hole 5 2 0, and the lower 21 M355993 pin 5 6 G has different lengths, each of which The pins 5 6 2 also have different lengths, whereby the lower pins 5 6 〇 need to be raised by no height, so that the lower pins 5 6 0 are completely located in the lower pin holes 5 4 8 and the upper pins 5 6 2 are completely located In the pin hole 5 2 6 , the lock rod 5 4 can touch the second cylinder 5 2 Aperture 520 is rotated. The connecting piece 58 has a front end 582 and a rear end 854. Each side of the rear end 854 forms a convex portion 586, and the width of the convex portion 586 is slightly smaller than the contact. The diameter of the end portion 5 4 2 of the rod 5 4 , and the upper surface of the sheet 5 8 are provided with a plurality of equally spaced slits 8 8 8 . The rear end of the connecting piece 58 is disposed on the lock rod 5 4 . In the slot 5 4 3 , the locking bar 54 has a section of the slot 5 4 3 that is sleeved outside the bracket 5 5 〇, and the fixing ring 5 5 〇 is located inside the ring groove 546. The buckle 5 5 2 is embedded so that the fixing ring 550 mosquito is located between the buckle 5 5 2 and the end face 筒 of the cylinder 52, and the 550 can restrict the convex portion of the linking piece 58... ...the convex portion of the interlocking piece (9) can be firmly coupled to the lock lever 54 in the ring groove 546_, the object 58^. The sleeve 5 5 4 is provided with a set of (4) sleeves disposed in the sleeve holes 565, and the second body 6 = 4 is abutted on the end faces of the sleeves 545. . 52 554 outside 'see the first picture, the thirteenth figure is the sleeve from the sleeve - the connecting piece 1 4 0 and the - locking piece; l 5 Q ~ the inner locking barrel 5 0 is located in the fixed surface 13 0 22 M355993 The upper guiding mechanism 1 3 2 , wherein the connecting piece 1 4 0 is made of a thin plate-shaped metal material, a first hole 14 6 is opened at the center thereof and is located at the periphery of the first hole 146 The two second holes 14 4 are connected to each other, and the two supporting edges 13 2 of the two supporting rails 13 2 are symmetrically disposed with two folds 14 2 , and the upper and lower ends of the folded edges 1 4 are respectively bent toward the center. Folding 9 degrees to form a limiting portion 丄4 4, the distance between the upper and lower symmetrical limiting portions 144 is approximately equal to the length of the supporting piece 13 4 'The connecting piece 140 is disposed on the support body φ above the seat body 13 φ On the sheet 1 3 4 , the flange 14 2 is overlapped with the support piece 13 4 , and the limiting portions 14 4 abut against the upper end and the lower end of the supporting piece 丄 34 respectively, so that the connecting piece 40 cannot be relatively supported. The sheet 13 4 is displaced up, down, or left and right. The locking piece 15 Q is also set in the seat body! 3 导轨 of the rail mechanism 丄 3 2, but with the connecting piece 14 clamped on a different side, the locking piece 15 〇 corresponding to the second piece i 4 8 of the piece 1 104 is provided with two communicating holes 丄 5 2 And in the two communicating holes 1 5 2 · set-through hole 丨 5 6, and then i 5 Q corresponds to the seat body • 1 3 Q slot 1 3 8 set the complex convex part 1 5 4, this creation will actually The convex portion 1 5 4 is disposed at a position adjacent to the four corner ends of the locking piece 1 5 Q, and the locking piece 丄 5 〇 is attached to the side surface of the seat body 130, so that the convex portions 154 are embedded in the groove. Positioned in the hole 1 3 8 (as shown in the third figure), each of the communication holes 15 2 is aligned with the second hole 14 8 respectively, and the sleeve 5 5 4 of the inner locking cylinder 5 The end face abuts against the surface of the connecting piece 148, and the two screw holes 5 2 5 are individually aligned with the center of the second hole 148. The second bolt 1 5 4 is reused by the locking piece 丄50. The sides are respectively passed through the two communicating holes 丄5 2 and the second second holes 4 8 locks 23 M355993 the second cylindrical body 5 2 screw holes 5 2 5 , thereby the inner locking cylinder 5 衔, the connecting piece 1 The first hole 14 6 of the connecting piece 14 0 and the guiding mechanism 丄 3 2 of the seat body i 3 及The through-hole 150 of the sheet 156 to provide a space interlocking piece 58 therethrough. • As shown in Figure 12, the drive block 203 has a - end 2 3 1 • a second end 2 3 3 'the first end 2 3 1 is provided with a round hole-sleeve 2 3 8 , and a peripheral end of the first end 2 31 protrudes from a driving rod 2 3 2 , the first φ 2 end 2 3 3 is provided with a non-circular hole-connecting hole 2 3 6 , and the driving block 2 3 ◦ The outer edge is disposed - in combination with the hole 2 3 4 , the coupling hole 2 3 4 passes through the sleeve hole 2 3 8 and penetrates the driving block 2 3 Q, and the driving block 2 3 Q is sleeved in the sleeve hole 2 3 8 The sleeve 2 2 8 of the moving block 2 5 5 is disposed, and the working hole 2 3 4 is inscribed with the slot 2 5 9 of the dial block 2 5 5 , and the elastic clip 2 3 5 has a threading End 2 3 7 and - snap end 2 3 9, as shown in Fig. 14, the piercing end 2 3 7 is passed through the coupling hole 2 3 4 of the driving block 2 3 ,, and the connection is made. The end portion of the end portion 2 3 5 exposed to the coupling hole 2 3 4 is inserted into the slot 2 5 9 of the dialing soil 25 5 , and the buckle end 2 3 9 abuts against the driving block 2 3 〇 The surface of the elastic clip 2 3 5 is blocked by the axial displacement of the driving block 23 〇 along the sleeve portion 2 5 8 of the dial block 2 5 5 , but the dial block 2 5 5 is annularly cut. Design 259 'allow the driving block 23 square sleeve portion 258 is, for independent rotational movement of the shaft by. Referring to the second figure, the front end 582 of the connecting piece 58 is inserted into the connecting hole 236 of the driving block 2 3 由 through the mounting hole 106 of the door 1 ,, and the M355993 interlocking piece 58 is The interlocking hole 2 3 6 is a combination of non-circular holes, so that the linking piece $ 8 and the driving block 203 can rotate synchronously, and the cutting piece 58 8 which is disposed on the linking piece 58 provides the hand strength enough to be broken. The strength can be adjusted according to the actual thickness of the door 1 ,. When the linking piece 58 is too long, the partial material can be directly broken to shorten the total length of the linking piece 58. Referring to the fifteenth figure, to operate the creation channel lock setting or unlock the anti-theft lock, it is controlled by a corresponding key 6 ,, that is, the corresponding key 6 〇 is penetrated by the outer side 1 〇 b of the door 1 〇 When the lock core is 2 7 inches, the keys 6 are grooved with different depths so that each can push the upper pin 2 5 2, the lower pin 2 5 1 rises unequal distance, and the lower pins 2 5 i It is completely located in the lower pin hole 2 7 4 'each upper pin 2 5 2 is completely located in each upper pin hole 2 6 3 , and the connecting surface of the upper pin 2 5 2 and the lower pin 2 51 is located at the lock core 2 7 〇 and the shaft The boundary of the hole 2 61 enables the lock core 210 to be rotated by the key 60, and can further rotate the lock core by the key 60. The lock core 2 7 0 drives the dial block 2 5 5 with the same step Rotating 'fitted as shown in the fifth figure, in this state, the lock cylinder 2 6 0 'the lock lever 2 5 5 of the dial block 2 5 5 can push the linkage rod of the dial member 4 2 4 2 2 to rotate it 'the driving member 4 2 of the driving rod 4 2 4, the second convex portion 3 3 2 of the limiting member 3 2 is rotated to make the stopping portion 3 2 of the limiting member 3 2 4 is located in the moving path of the blocking slider 34 In the above, a state in which the anti-theft lock is set as shown in FIG. 16 is formed, thereby driving the handle 2 4 of the external operating device 2 to be unable to rotate, thereby achieving the function of anti-theft lock, and vice versa if the lock is locked in the state of the sixteenth figure. 2 7 0, the lever 2 257 can be driven to move the dial member 4 2 4 to the limit position 25 M355993 3 2 the first convex portion 3 3 2 is rotated to make the limiting member 3 2 away from the sliding member 34, forming The state of the anti-theft lock is released as shown in the fifth figure. Referring to the fifteenth figure, the creation department can also provide the user with the job of locking the inside of the doorman 0. When the key is 6, the lock bar 5 of the inner lock cylinder 5 is painted. In the case of the keyholes 5 4 4, the lower pins 5 β 0 can also be displaced with different lengths, so that the lower pins 5 6 〇 are completely located in the lower pin holes 548, and the upper pins 5 6 2 are completely located. In each of the upper pin holes 5 2 6 , the locked state of the lock lever 5 4 is solved, and the upper face of the upper pin 5 6 2 and the lower pin 5 6 恰 is located at the lock core 5 4 and the shaft hole 5 2 0 The boundary of the lock allows the lock core 5 4 to be rotated by the key control, so that the lock lever 5 4 can be rotated by the key 6 ,, the lock lever 5 4 synchronously rotates the link piece 58 , and the link piece 5 8 drives The driving block 2 3 0 rotates 'fitted as shown in the fifth figure. In this state, the driving block 2 3 转动 is rotated, so that the driving rod 2 3 2 can press the connecting rod 4 2 2 of the dialing member 4 2 , the dialing The moving member 4 2 is thus rotated to drive the rod 4 2 4 to push the second convex portion 3 3 2 of the limiting member 3 2 to drive the limiting member 32 to rotate to the stopping portion 3 3 4 to block the sliding member 34 On the moving path, form the seventeenth figure Therefore, the state of the anti-red lock is set, so that the handle 24 of the outer operating device 2 cannot be rotated, and if the lock core 5 4 is reversely operated in the state of the seventeenth embodiment, the actuating lever 2 3 2 can be driven to move the dial 4 2, causing the rod 4 2 4 to lock the first convex portion 3 3 2 of the limiting member 3 2 to rotate, and the limiting member 3 2 is away from the sliding member 34, and the anti-theft is shown in the fifth figure. Locked state. This creation is provided with an inner locking device on the channel lock, so that the user can set the anti-theft lock or unlock the anti-theft lock with the corresponding key 60 on the inner side 1〇a or the outer side 1b of the threshold 26 M355993 • 0. More convenient, and the additional design 'can change the toggle block 255 and increase the inner locking device 3, then the effect of the gambling side control lion stealing, the modular advantage can be reduced - Manufacturer's manufacturing costs. * Red said 'this __ new type of special request, please file an application according to law.
27 M355993 【圖式簡單說明】 第一圖係本創作通道鎖立體分解圖。 第二圖係本創作通道鎖安裝於Η上的剖視圖。 第二圖係摘作魏鎖的側視圖。 第四圖係本創作通道_之外操作裝置的立體分解圖。 第五麟本創作通道_之外操作裝置的剖視圖。 第六圖係沿第五圖6-6線所取的剖視圖。 籲帛七圖麟六®的局部放大視圖。 第八圖係沿第五圖8-8線所取的剖視圖。 第九圖係外樹條置狀復位裝置的立體分解圖。 第十圖係外操作裝置用之限位件的立體外觀圖。 第十圖係外操作裝置在第五圖狀態下操作把手開啟門的動 作圖。 第十二_本創作通道鎖之上鎖裝置及外鋪的立體分解外 ρ 觀圖。 第十二圖係沿第三圖i 3_丄3線所取的剖視圖。 第十四圖係沿第十三圖14-14線所取的剖视圖。 第十五圖係在第十三圖狀態下將對應的鑰匙穿入内及外鎖筒 時的動作圖》 第十六圖係在第五圖狀態下操作外鎖筒之撥動塊設定防盜上 鎖的動作圖。 第十七圖係在第五圖狀態下操作内鎖筒的驅動塊設定防盜上 28 ' M35599327 M355993 [Simple description of the diagram] The first picture is an exploded view of the creation channel lock. The second figure is a cross-sectional view of the creation channel lock mounted on the raft. The second picture is a side view of Wei Lock. The fourth figure is an exploded view of the operation device outside the creation channel. A cross-sectional view of the operation device of the fifth lining creation channel. The sixth drawing is a cross-sectional view taken along line 6-6 of the fifth figure. A partial enlarged view of the seven-tulin six®. The eighth figure is a cross-sectional view taken along line 8-8 of the fifth figure. The ninth figure is an exploded perspective view of the external tree strip resetting device. Figure 11 is a perspective view of the stopper for the outer operating device. Figure 11 is an operation diagram of the operation of the handle opening door in the state of the fifth figure. Twelfth _ The creation of the above-mentioned creation channel lock above the lock device and the outer block of the stereo decomposition outside the ρ view. Figure 12 is a cross-sectional view taken along line i 3_丄3 of the third figure. Figure 14 is a cross-sectional view taken along line 14-14 of Figure 13. The fifteenth figure is the action diagram when the corresponding key is inserted into the inner and outer lock cylinders in the state of the thirteenth figure. The sixteenth figure is the operation of the outer lock cylinder of the dial block in the state of the fifth figure to set the anti-theft lock. Action diagram. The seventeenth figure is in the state of the fifth figure operating the inner block of the drive block to set the anti-theft 28 ' M355993
鎖的動作圖。 【主要元件符號說明】 1 0門 1 0 a内侧 10 6安裝孔 10 8螺接元件 1 2 0閂頭 1 2 2外殼 1 2 6缺口 1 3 0座體 1 3 3連桿 13 4支持片 1 3 8槽孔 14滑動裝置 1 4 2摺邊 14 4限位部 14 8第二孔 1 5 ◦鎖片 1 5 4螺栓 1 5 6通孔 2 0外蓋 2 0 2侧壁 2 0 4環壁 2 0 5容置部 2◦8套合孔 2 0 9切面 212定位孔 2 1. 4結合孔 2 1 6嵌槽 217支撐部 219第二嵌槽 2 2軸套 2 2 2樞孔 2 3 0驅動塊 2 3 2驅動桿 2 3 3第二端 2 3 5彈性夾 2 3 6連動孔 2 3 8套孔 2 3 9卡扣端 2 4把手 2 4 0柄部 1 0 b外侧 1 2鎖閂裝置 12 4容置孔 13 2導執機構 1 3 6執道 14 0銜接片 14 6第一孔 15 2連通孔 2外操作裝置 2 0 0空間 2 0 6容槽 210接合孔 215凸出部 218結合部 2 2 0定位桿 2 31第一端 2 3 4結合孔 2 3 7穿接端 2 2 4鎖固元件 2 4 2軸桿 29 ,M355993 2 4 4套接部 2 5 0螺接元件 2 5 3彈簧 2 5 6基部 2 5 9切槽 2 6 2凸部 2 6 5容槽 2 6 9鎖固件 2 7 2端部 2 7 5输匙孔 2 8 2殼體 2 8 8凸緣 2 9 4連動槽 3 0 0凸出部 3 0 6端部 314第一段 3 2 0樞部 3 2 6連動部 3 3 2第二凸部 3 3 8活動; 3 41連接部 3 4 6第一導桿 2 4 6切面 2 51下插銷 2 5 4限位蓋 2 5 7撥桿 2 6外鎖筒 2 6 3上銷孔 2 6 6鎖接部 2 7 0鎖心 2 7 3鎖孔 2 8復位裝置 2 8 4軸孔 2 9 0樞部 2 9 6本體 3 0 2卡合槽 3 0 8樞接孔 316第二段 3 2 2第一限位部 3 2 8定位孔 3 3 4止播面 3 4滑動件 3 4 2第二導槽 3 4 7第二導桿 2 4 8扣接件 2 5 2上插銷 2 5 5撥動塊 2 5 8套接部 2 6 1轴孔 2 6 4筒體 2 6 8定位槽 2 7 1頭部 2 7 4下銷孔 2 8 0轉子 2 8 6卡塊 2 9 2連動孔 2 9 8容室 3 0 4限位塊 312彈性件 3 2限位件 3 2 4止擋部 3 3 0第一凸部 3 3 6第二限位部 3 4 0第一導槽 3 4 4推抵面 3 4 8第一桿體 M355993The action diagram of the lock. [Main component symbol description] 1 0 door 1 0 a inside 10 6 mounting hole 10 8 screwing element 1 2 0 latch 1 2 2 housing 1 2 6 notch 1 3 0 seat 1 3 3 link 13 4 support piece 1 3 8 slot 14 slide device 1 4 2 flange 14 4 limit portion 14 8 second hole 1 5 ◦ lock piece 1 5 4 bolt 1 5 6 through hole 2 0 cover 2 0 2 side wall 2 0 4 ring wall 2 0 5 accommodating part 2 ◦ 8 sets of holes 2 0 9 tangential 212 positioning hole 2 1. 4 joint hole 2 1 6 groove 217 support part 219 second groove 2 2 bushing 2 2 2 pivot hole 2 3 0 Drive block 2 3 2 drive rod 2 3 3 second end 2 3 5 elastic clamp 2 3 6 linkage hole 2 3 8 sleeve hole 2 3 9 snap end 2 4 handle 2 4 0 handle 1 0 b outer 1 2 latch Device 12 4 accommodating hole 13 2 guiding mechanism 1 3 6 way 14 0 connecting piece 14 6 first hole 15 2 communicating hole 2 outer operating device 2 0 0 space 2 0 6 groove 210 engaging hole 215 protruding portion 218 Joint 2 2 0 positioning rod 2 31 first end 2 3 4 coupling hole 2 3 7 piercing end 2 2 4 locking element 2 4 2 shaft 29, M355993 2 4 4 socket 2 5 0 screwing element 2 5 3 spring 2 5 6 base 2 5 9 slot 2 6 2 protrusion 2 6 5 slot 2 6 9 lock 2 7 2 end 2 7 5 keyhole 2 8 2 housing 2 8 8 flange 2 9 4 linkage groove 3 0 0 projection 3 0 6 end portion 314 first segment 3 2 0 pivot portion 3 2 6 linkage portion 3 3 2 second projection portion 3 3 8 Activity; 3 41 connection 3 4 6 first guide 2 4 6 face 2 51 lower pin 2 5 4 limit cover 2 5 7 lever 2 6 outer lock cylinder 2 6 3 upper pin hole 2 6 6 lock 2 7 0 lock 2 7 3 lock hole 2 8 reset device 2 8 4 shaft hole 2 9 0 pivot 2 9 6 body 3 0 2 snap groove 3 0 8 pivot hole 316 second segment 3 2 2 first limit Part 3 2 8 positioning hole 3 3 4 stop surface 3 4 slide 3 4 2 second guide groove 3 4 7 second guide rod 2 4 8 fastening member 2 5 2 upper pin 2 5 5 dial block 2 5 8 Socket 2 6 1 shaft hole 2 6 4 cylinder 2 6 8 positioning groove 2 7 1 head 2 7 4 lower pin hole 2 8 0 rotor 2 8 6 card block 2 9 2 linkage hole 2 9 8 chamber 3 0 4 limiting block 312 elastic member 3 2 limiting member 3 2 4 stopping portion 3 3 0 first convex portion 3 3 6 second limiting portion 3 4 0 first guiding groove 3 4 4 pushing surface 3 4 8 One rod M355993
468鎖固元件 470垂直段468 locking element 470 vertical section
3 5 0第二桿體 3 5 4彈性元件 3 6帶動件 3 6 4連接孔 3 8 0卡塊 4 0 2孔 4 0 8缺口 4 2 0套合孔 4 2 6限位桿 4 4 2頂桿 4 4 8結合部 4 6 2 開口 5 0内鎖筒 5 21前端面 5 2 5螺孔 5 4鎖桿 5 4 3嵌槽 5 4 8下銷孔 5 5 4套筒 5 6 2上插銷 5 8連動片 3 5 2導引塊 3 5 6第一端 3 6 0第一端部 3 6 6嵌槽 3 8 2套接孔 4 0 4限位槽 4 1 0側面 4 2 2連接桿 4 4驅動件 4 4 4導引部 46内蓋 4 6 4支持部 5 2第二筒體 5 2 3後端面 5 2 6上銷孔 5 4 0頭部 5 4 4鑰匙孔 5 5 0固定環 5 5 6套合孔 5 6 4彈簧 5 8 2前端 3 5 3滑槽 3 5 8第二蠕 3 6 2第二端部 3 8連動件 4 0蓋體 4 0 6凸部 4 2撥動件 4 2 4帶動桿 4 4 0基部 4 4 6結合元件 4 6 0長槽 4 6 6折邊 4 7 2水平段 5 2 0軸孔 5 2 4凸部 5 2 8容槽 5 4 2端部 5 4 6環槽 5 5 2扣環 5 6 0下插銷 5 6 6限位蓋 5 8 4後端 31 M355993 5 8 6凸部 5 8 8切痕3 5 0 second rod body 3 5 4 elastic element 3 6 driving member 3 6 4 connecting hole 3 8 0 card block 4 0 2 hole 4 0 8 notch 4 2 0 nesting hole 4 2 6 limit rod 4 4 2 top Rod 4 4 8 joint 4 6 2 opening 50 inner lock cylinder 5 21 front end face 5 2 5 screw hole 5 4 lock lever 5 4 3 recessed groove 5 4 8 lower pin hole 5 5 4 sleeve 5 6 2 upper pin 5 8 linkage piece 3 5 2 guide block 3 5 6 first end 3 6 0 first end 3 6 6 slot 3 8 2 socket 4 0 4 limit slot 4 1 0 side 4 2 2 connecting rod 4 4 Drive member 4 4 4 guide portion 46 inner cover 4 6 4 support portion 5 2 second cylinder 5 2 3 rear end face 5 2 6 upper pin hole 5 4 0 head 5 4 4 key hole 5 5 0 fixed ring 5 5 6 sets of holes 5 6 4 springs 5 8 2 front ends 3 5 3 chutes 3 5 8 second creeps 3 6 2 second end 3 8 linkages 4 0 cover 4 0 6 projections 4 2 toggles 4 2 4Loop rod 4 4 0 Base 4 4 6 Bonding element 4 6 0 Long slot 4 6 6 Folding edge 4 7 2 Horizontal section 5 2 0 Shaft hole 5 2 4 Projection 5 2 8 Jar 5 4 2 End 5 4 6 Ring groove 5 5 2 buckle 5 6 0 lower pin 5 6 6 limit cover 5 8 4 rear end 31 M355993 5 8 6 convex part 5 8 8 cut mark
3232
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW97223211U TWM355993U (en) | 2008-12-24 | 2008-12-24 | Access lock having inside locking device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW97223211U TWM355993U (en) | 2008-12-24 | 2008-12-24 | Access lock having inside locking device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM355993U true TWM355993U (en) | 2009-05-01 |
Family
ID=44378394
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW97223211U TWM355993U (en) | 2008-12-24 | 2008-12-24 | Access lock having inside locking device |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM355993U (en) |
-
2008
- 2008-12-24 TW TW97223211U patent/TWM355993U/en not_active IP Right Cessation
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| Date | Code | Title | Description |
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| MK4K | Expiration of patent term of a granted utility model |