M338886 八、新型說明： 【新型所屬之技術領域】 -種鎖體傳動結構㈢，包括内傳動結構 、夕卜傳動結 構、殼體縣纖構’可_安胁舰，所述鎖體可裝設 於壯，特別是指—種可應用於特殊的通道鎖，鎖體的外側 可错由操，匙使外傳動結構為閉鎖或開鎖，當外傳動結構 為閉鎖狀悲時’可操作内傳動結構使牵縮機構帶動鎖閃頭撤 收啟門扉’但操作内傳動結構無法解除外傳動結構之閉 鎖狀l ’麵的_可藉由下壓触，使外傳動結構為閉鎖 ’料傳動結構糊鎖狀態時，可操作哺動結構，亦可使 =物作外傳動結構，進而帶動牽縮機構，自動解除外傳 動結構之閉鎖狀態。 【先前技術】 目前-般常見勢八鎖結構’最主要之設計，在於兩侧 =、=套盤組及内部傳動構件的設計，其中於傳動構件 要係藉由内、外驅動管與牵縮機構、™ 及按轉_個_、_作，該制 構可接，/件，於—容室岐置—_機構，該牽縮機 牵=、外晴物版軸之推動，使 牵域構之犧的賴射_^物。當位於内驅 M338886 動管巧之她㈣職狀態，妓贿外驅树〜 動管或外轉軸時’即藉由推動部帶動牽縮機構 動而件以呈開啟狀態，由於前揭勢八 鎖狀態時，使按轉限制外驅動管作動牽〜閉 構之移動，而·狀態，若呈嶋鱗，按==1機 外驅動管作動咖構撤_機構竭，因㈣旋= 並延伸許多不同 般常見結構，但由於場所與環境的不=構之正體組合為 功能的通道鎖的需求 【新型内容】 有鑑於此，本創作之主要目的是提供—種可應用 ==鎖:鎖_外射藉錢作銳使外傳麟構為 鎖或開鎖，當外傳動結構為_狀態時，可操伽傳動社構 使牽縮機構帶動朗祕收，⑽，但操作崎動結構 無法解除外傳騎構之_錄；鎖__可藉由下_ 紐’使外傳動結構為閉鎖，當外傳動結構為閉鎖狀態時，可 #作内傳動結構’亦可使用鑰匙操作外傳動結構，進而 牽縮機構’自動解除外傳騎構之_狀態。 本創作—_體傳騎構㈢，可朗絲於鎖 侧’該髓可奴於Η上，-鶴絲設於該賴中可操作 M338886 地連接-鎖⑽構；H轉於該雜上…通孔成形於 該把手；該傳動結構，包括：一套管、一套環、一轉轴、— 撥動件、一轴桿、一喷合元件、-鎖及-彈簧；該套管可接 .受該把手的驅動；該套環可套設於該套管的-端，-嗜合部 ’ 成形於該套環的—端；該轉軸可具轉動的插置於該套管内， 而挪伸出該套管外，—推動部成形於該轉轴的_端，—凸 • 冑成形於該轉軸的管壁内側；該撥動件設置於該轉軸内，_ 孔成^/於該撥動件，—撥動部成形於該撥動件；該轴桿，— U撥動。p，該軸桿具有一軸向通孔；該鳴合元件，為 苔狀件彳接文該軸桿的插置，該喷合元件的管壁具有— 螺旋槽’一嗜合部與一槽成形於該嗜合元件的-端，該哨合 疋件的槽可與該轉軸的凸部相喷合，以維持哨合元件的抽向 獅，補可牙祕該储的畅·巾與糾合树的螺 •旋槽上’並可於該軸桿的軸向通孔中做轴向移動·該彈著可 裝設於該轴桿上’可偏塵該喝合元件；一鎖组可裝設於該抱 手的通孔，該鎖組具有—鎖心，_心連接—傳動件·該傳 動件沿者轉_軸向而缝於該撥動件的孔中，可 撥動件撥動該軸桿的撥動部。 【實施方式】 本創作一種鎖體傳動結構㈢，可應用於鎖體上，以下 M338886 為本創作之較佳具體實施例，請參閱第一圖至第三圖所示， 一傳動結構1可搭配鎖體的一内套盤組6、一外套盤組5、 一外把手組7及一内把手81 (或類似的機構），用於活裝 ♦ 於門上’該傳動結構1，包括：一殼體2、一牽縮機構29、 - 一外傳動結構3及一内傳動結構4。 所述外把手組7，包括；一外把手71與一鎖組72。 φ 所述外把手71具有一通孔711，鎖組72可裝設於外把 手71的通孔711，鎖組72具有一鎖心721 (顯示於第一圖 )，可連接一外傳動件722，用以驅動外傳動結構3。 所述内把手81具有一通孔811，一按鈕41穿設於内把 手81的通孔811中。 所述殼體2，係由一基座23、一外蓋板24、一内蓋板25 '一套筒21、一圓筒殼22相連結形成。 • 所述牽縮機構29可裝置於殼體2内部，其包括·· 驅動座26，前端具有一帶動部261可與鎖閂機構9内 、 部的驅動兀件（圖中未示出）相嗤合以拉動鎖職構9的鎖 問頭91，而驅動座26的後端具有一容置部263，所述帶動部 261與容置部263之間具有—支承部遍。 —定位元件27，為—L形板體，其具有兩定位點271 ，所述疋位το件27可安裝於驅動座26的容置部施；一抵幹 部272成形於定位元件27上，其中該驅動錢與該定位元= 9 M338886 27亦可為一體成形。 兩彈簧28，安裝於定位元件27的定位點271與基座23 的疋位點231之間，以做為驅動座26的彈性支承。 所述内傳動結構4，包括： 一驅動管47，為一管狀元件，具有一中心孔471，一端 具有撥動部472可鄰靠於驅動座26的支承部262，可直接驅動 驅動座26，該驅動管47於撥動部472的鄰近處具有一由管壁 向外的凸部474，且驅動管47的中央管壁處活裝一定位板476 了接受彈性元件475的偏壓而位於部份伸出管壁與縮入管 壁之間移動。 一套環46，可供驅動管47的穿設，該套環46具有一 凹槽462可嚙合於該驅動管47的凸部474，以增加強度與 抗扭力。 一桿件45，為一板狀件，一端具有一連接部451，該桿 件45的另一端具有一支承部454與一推動部453，並於桿件45 的側邊具有一第一止動部455與一第二止動部45ό。 一按钮41可嚙合該桿件45的連接部451。 所述外傳動結構3,包括： 一轉軸32，為一管狀元件，具有一中心孔321，一端具 有推動部322可鄰靠於驅動座26的支承部262，轉軸32於推動 部322的鄰近處具有一由管壁向内延伸的凸部323，轉軸32 M338886 的另一端具有間隔設置的兩橫向孔324。 一軸桿36，為一階級桿件，可容置於轉軸32的中心孔 321中，其具有互相連接的一第一段362、一第二段363及一 ^ 第三段364 ;該第一段362為一桿，該第二段363具有一軸向 ^ 通孔365，該第三段364具有一凹室361，且於凹室361的邊緣 軸向延伸一撥動部367。 _ 一嚙合元件33，為一管狀件，軸向具有相連通的第一 孔331與第二孔332，可供軸桿36的部份插置於其内部，嚙合 元件33可女裝於轉軸32的中心孔321内，該唾合元件33的管 壁具有間歐置的兩槪槽334，-嗜合部335與兩間隔設置 ㈣333成形於該唾合元件33的一# ;而該唾合元件％的兩 間隔設置的槽333可與該轉軸32所具有的凸部323相嗜合，以 維持嗜合元件33的軸向運動。 • 一銷35可穿設於該嚙合元件33的螺旋槽334與該軸桿 36的軸向通孔365，該銷35於轴向通孔祕中可轴向移動。 -彈簧34可軸向套設於軸桿36的第二段363，而彈性支 撐於嚙合元件33與軸桿36的第三段364之間。 -撥動件37外圍具有—撥動部372，該撥動件π的轴 向延伸-凸緣373 ’可容置於該軸桿36的凹室如中而 撥動件37中央具有—孔371，可供鎖組72的外傳動件= 撥動’當旋轉-預定角度後可推動軸桿36的撥動部初。 11 M338886 38具有間隔設置的兩橫向凸部381 ’可橫向設置 於轉軸32的橫向孔324，該環38轴向延伸兩凸部382，可 固定環38於轉軸32内。 、 一套管39，具有一中心孔391，可供轉軸32的部份插置 • 於其内部，管壁外可套設一墊圈398，一端於管壁具有間隔 設置的兩凸部393與一缺口395 ,另一端具有間隔設置的兩槽 φ 392 ’可與外把手71相嚙合（圖中未示出），及一槽397可喷 合鎖組的凸部723，套管39的中央管壁處活裝一定位板396 ，可接叉彈性元件394的偏壓而位於部份伸出管壁與外把手 71結合或縮入管壁與外把手71分離之間移動，此為習有構造 於此不贅述。 一套環31，具有一中心孔311，可套於套管39上，一 端具有嚙合部313可與該套管39的缺口 395相嚙合；另一 鲁 端具有間隔設置的兩凹槽312可與套管39的凸部393相嚙 合，以增加套管39的強度與抗扭力。 彈貫48可容置於嚙合元件33的第一通孔％卜一端 . 套設於軸桿36的第一段362,另-端支承於桿件45的支承 部454 ’以偏塵該桿件47與軸桿％。 套筒21 ’為—巾空筒狀，具有—巾心、孔211可供套管 39的穿設，-端具有凸緣212，凸緣212上具有成對凹槽 及四们孔214所述孔21何供基座23的鉤议的穿設，穿設 12 M338886 後再彎折鉤232，可將套筒21固定於基座23的一侧。M338886 VIII, new description: [New technical field] - kind of lock body transmission structure (3), including internal transmission structure, eve transmission structure, shell county fiber structure ' can _ security ship, the lock body can be installed Yu Zhuang, especially refers to the type can be applied to special channel locks, the outer side of the lock body can be wrongly operated, the key makes the outer drive structure latched or unlocked, and the outer drive structure is locked when the door is locked. The retracting mechanism drives the lock flash head to withdraw the opening door 扉 'but the internal transmission structure cannot be released from the latching shape of the outer transmission structure _ can be closed by the lower pressure contact, so that the outer transmission structure is the latching material transmission structure baffle In the state, the feeding structure can be operated, and the object can be used as an external transmission structure, thereby driving the retracting mechanism to automatically release the locking state of the external transmission structure. [Prior Art] At present, the most common design of the general-purpose eight-lock structure is the design of the two sides =, = the set of discs and the internal transmission members, wherein the transmission members are driven by the inner and outer drive tubes and the drafting The mechanism, TM and press _ _, _, the structure can be connected, / piece, in the - room 岐 - _ mechanism, the retractor pull =, the outer clear version of the axis of the push, make the domain The sacrifice of the structure of the sacrifice _ ^ things. When it is located in the internal drive M338886, she is in the state of her (four) position, and when she smashes the outer tree to the outer tube or the outer shaft, it is opened by the pusher to drive the retracting mechanism, due to the opening of the eight locks. In the state, the outer drive tube is actuated by the rotation limit, and the state of the drive tube is moved, and if the state is scaled, the drive tube is pressed by the === machine, and the mechanism is exhausted, because (4) is rotated and extends a lot. Different common structures, but because of the combination of the place and the environment, the combination of the body and the body is the function of the channel lock. [New content] In view of this, the main purpose of this creation is to provide an applicable == lock: lock _ outside The borrowing of money for sharpening makes the external transmission structure lock or unlock. When the external transmission structure is in the _ state, the slewing transmission mechanism can make the retracting mechanism drive the secret, (10), but the operation of the rugged structure cannot remove the external riding structure. The lock__ can be used to lock the external transmission structure by the lower _ button, and when the external transmission structure is in the locked state, the internal transmission structure can also be used to operate the external transmission structure, and then the retracting mechanism 'Automatically cancel the state of the escaping ride. This creation - _ body riding structure (three), can be on the lock side 'the marrow can be slaved on the raft, - the crane is set in the larva can operate M338886 ground connection - lock (10) structure; H turn to the miscellaneous... The through hole is formed in the handle; the transmission structure comprises: a sleeve, a ring, a rotating shaft, a toggle member, a shaft, a spray element, a lock and a spring; the sleeve can be connected Driven by the handle; the collar can be sleeved at the end of the sleeve, and the -incoming portion is formed at the end of the collar; the shaft can be rotatably inserted into the sleeve, and the shaft can be rotated Extending out of the sleeve, the pushing portion is formed on the _ end of the rotating shaft, and the convex portion is formed on the inner side of the tube wall of the rotating shaft; the dialing member is disposed in the rotating shaft, and the _ hole is formed in the shaft The moving member, the dialing portion is formed on the dialing member; the shaft, - U is toggled. p, the shaft has an axial through hole; the oscillating member is inserted into the shaft by the moss-like member, and the wall of the spray element has a spiral groove and an indwelling portion and a groove Formed at the end of the instinct element, the groove of the whistle element can be sprayed with the convex part of the rotating shaft to maintain the lion of the whistle element, and the tangible and tangible The screw on the spiral groove of the tree can be axially moved in the axial through hole of the shaft. The projectile can be mounted on the shaft to be dusty. The lock group can be installed. Provided in the through hole of the holding hand, the lock group has a lock core, a core connection - a transmission member, the transmission member is sewn in the hole of the dial member along the direction of the rotation, and the dial member can be toggled The toggle portion of the shaft. [Embodiment] The present invention relates to a lock body transmission structure (3), which can be applied to a lock body. The following M338886 is a preferred embodiment of the present invention. Please refer to the first to third figures, and a transmission structure 1 can be matched. An inner sleeve set 6 of the lock body, an outer cover set 5, an outer handle set 7 and an inner handle 81 (or a similar mechanism) for living on the door 'the transmission structure 1, including: The housing 2, a retracting mechanism 29, an outer transmission structure 3 and an inner transmission structure 4. The outer handle set 7 includes an outer handle 71 and a lock set 72. The outer handle 71 has a through hole 711, and the lock set 72 can be installed in the through hole 711 of the outer handle 71. The lock set 72 has a lock core 721 (shown in the first figure), and an outer transmission member 722 can be connected. Used to drive the outer transmission structure 3. The inner handle 81 has a through hole 811 through which a button 41 is inserted. The housing 2 is formed by a base 23, an outer cover 24, an inner cover 25', a sleeve 21, and a cylindrical casing 22. The retracting mechanism 29 can be disposed inside the casing 2, and includes a driving base 26 having a driving portion 261 which can be coupled with a driving member (not shown) in the latch mechanism 9. The locking head 91 of the locking mechanism 9 is coupled to the locking mechanism 91 of the locking mechanism 9. The rear end of the driving base 26 has a receiving portion 263, and the supporting portion 261 and the receiving portion 263 have a supporting portion. The positioning element 27 is an L-shaped plate body having two positioning points 271, which can be mounted on the receiving portion of the driving base 26; a resisting portion 272 is formed on the positioning member 27, wherein The drive money and the positioning element = 9 M338886 27 can also be formed in one piece. Two springs 28 are mounted between the positioning point 271 of the positioning member 27 and the clamping point 231 of the base 23 to serve as an elastic support for the driving base 26. The inner transmission structure 4 includes: a driving tube 47, which is a tubular member having a central hole 471, and a driving portion 472 at one end thereof can abut against the supporting portion 262 of the driving base 26, and can directly drive the driving base 26. The driving tube 47 has a convex portion 474 outward from the tube wall adjacent to the dial portion 472, and a positioning plate 476 is engaged at the central tube wall of the driving tube 47 to receive the bias of the elastic member 475. The portion extends between the wall of the tube and the wall of the retracted tube. A sleeve 46 is provided for the passage of the drive tube 47. The collar 46 has a recess 462 engageable with the projection 474 of the drive tube 47 for increased strength and torque resistance. A rod member 45 is a plate member having a connecting portion 451 at one end, and the other end of the rod member 45 has a supporting portion 454 and a pushing portion 453, and has a first stop on the side of the rod member 45. The portion 455 is coupled to a second stop portion 45. A button 41 can engage the connecting portion 451 of the lever 45. The outer transmission structure 3 includes: a rotating shaft 32 as a tubular member having a central hole 321 having a pushing portion 322 adjacent to the supporting portion 262 of the driving base 26, and the rotating shaft 32 adjacent to the pushing portion 322 There is a convex portion 323 extending inwardly from the tube wall, and the other end of the rotating shaft 32 M338886 has two lateral holes 324 spaced apart from each other. a shaft member 36, which is a class member, can be received in the central hole 321 of the rotating shaft 32, and has a first segment 362, a second segment 363 and a third segment 364 connected to each other; the first segment 362 is a rod, and the second section 363 has an axial hole 365. The third section 364 has an alcove 361 and a dial portion 367 extends axially from the edge of the recess 361. An engaging member 33 is a tubular member having a first hole 331 and a second hole 332 communicating in the axial direction, and a portion of the shaft 36 is inserted therein, and the engaging member 33 can be worn on the rotating shaft 32. In the central hole 321 , the wall of the salvage element 33 has two interlaced grooves 334, and the obscuring portion 335 and the two spaced apart (four) 333 are formed on the one of the salivating elements 33; and the salivating element The two spaced apart grooves 333 may be in contact with the convex portion 323 of the rotating shaft 32 to maintain the axial movement of the associative element 33. • A pin 35 can be threaded through the helical groove 334 of the engaging element 33 and the axial through hole 365 of the shaft 36, the pin 35 being axially movable in the axial through hole. - The spring 34 is axially sleeved over the second section 363 of the shaft 36 and resiliently supported between the engagement element 33 and the third section 364 of the shaft 36. - the outer portion of the dial member 37 has a dial portion 372, and the axial extension-flange 373' of the dial member π can be received in the recess of the shaft 36, and the center of the dial member 37 has a hole 371 The outer transmission member for the lock group 72 = toggle 'when the rotation - the predetermined angle can push the beginning of the toggle portion of the shaft 36. The 11 M338886 38 has two lateral projections 381' spaced apart from each other and laterally disposed on the transverse bore 324 of the shaft 32. The ring 38 extends axially with the two projections 382 to retain the ring 38 in the shaft 32. a sleeve 39 having a central hole 391 for inserting a portion of the shaft 32. The inside of the tube wall can be sleeved with a washer 398, and one end of the tube wall is provided with two convex portions 393 and a space. The notch 395 has two grooves φ 392 ' at the other end which are spaced apart from the outer handle 71 (not shown), and a groove 397 can spray the convex portion 723 of the lock group, the central wall of the sleeve 39 The living part of the positioning plate 396 can be coupled to the biasing of the elastic member 394 to move between the portion of the protruding tube wall and the outer handle 71 or the contraction between the tube wall and the outer handle 71. This will not go into details. A ring 31 has a central hole 311 which can be sleeved on the sleeve 39. One end has an engaging portion 313 which can engage with the notch 395 of the sleeve 39. The other end has two grooves 312 which are spaced apart from each other. The projections 393 of the sleeve 39 are engaged to increase the strength and torsion resistance of the sleeve 39. The spring 48 can be received at one end of the first through hole of the engaging member 33. The first portion 362 of the shaft 36 is sleeved, and the other end is supported by the supporting portion 454' of the rod 45 to dust the rod. 47 with shaft %. The sleeve 21' is an empty tubular shape having a center, a hole 211 for the sleeve 39 to be pierced, a - end having a flange 212, and a flange 212 having a pair of grooves and four holes 214. The hole 21 is provided for the hooking of the base 23, and the hook 21 is bent after the 12 M338886 is inserted, and the sleeve 21 can be fixed to one side of the base 23.
一圓筒殼22，為一筒狀，一端具有一開口225，另一端 具有一橫向設置的底部226，該底部226連接一筒224，筒224 的一端具有一中心孔221，且底部226具有間隔設置的四個孔 222(圖中僅顯示二個)及兩通孔223(圖中僅顯示一個），所述 中心孔221可供驅動管47的穿設，圓筒殼22可直接套於基座 23上’使基座23的鉤232穿設圓筒殼22的孔222，並彎折鉤232 ’將圓岗设22固定於基座23的另一側，此時兩通孔223可分 別對正外套盤組5的每一支柱M，並以螺絲(圖中未示出)相結 合0 如第-圖至第七®所不，按紐41僅可控制鎖體外側的 外傳動結構3做閉鎖而不能開鎖，開鎖需轉動内把手幻， 閉鎖的㈣对為觀麻41，軸桿件Μ使桿件衫的 第二止動部456鄰靠於雜元件π的抵擋部π2的位置（ 斤示)，因為穿設於喷合元件33的銷35可轴向移 動私-干Γ的轴向通孔305 ’故當桿件45的推動部453推 圖所f 5位於不喷合套環31的嗜合部313(如第六 -預、因此轉動外把手71時會連動套管39產生 、疋度的空轉，以形成外側閉鎖的狀態。 •、鎖體内側開門時，可猶内把手81，帶動驅動 13 M338886 管47所具杨剛472撥_她6,即可開啟門靡， 此時由於谷置於驅動座26所具有的容置物的定位元件 27受到鷄座26的称使歧元㈣_部脈 桿件45的第二止_56產生分離，而桿件45受到彈箬 2的驗而推動桿件45，並將桿件45的第-止動部455鄰 祕定位το件27的抵擋部272 (如第七圖所示）。 若以錄匙（圖中未示出）操作外側鎖體，可控制外傳 _吉構_鎖或_，當欲使⑽為開鎖狀態，可轉動錄 匙帶動鎖組72的外傳動件722驅動撥動件37，使撥動件π 的撥動部372推動轴桿36的撥動部367，而轉動軸桿36， 此時穿設於軸桿36軸向通孔365的銷％由第二位置移動至 第-位置時’與嗜合元件33的螺旋槽说共同作用進而 推動嗜α元件33 ’使嗔合元件33的嗜合部μ5嗔合套環％ 的喷合部313，故轉動外把手7丨驅動套管39連動套環Ή 時’因套環31的嗜合部313可推動嗜合元件33，並驅動轉 軸32 ’使轉軸32的推動部322驅動驅動座％的支承部2幻 使驅動座26作移動而拉動鎖問機構9的内部驅動元件撤 收鎖閂頭9卜即可開啟門扉。 當欲使鎖體外側為閉鎖狀態，可以相反方向轉動鍮匙 (囷中未示出）Τ動鎖組72的外傳動件722驅動撥動件37 ’使撥動件37的撥動部372推動軸桿36的撥動部367，而 M338886 轉動轴才干36 ’此時穿設於軸桿％軸向通孔365的銷％由 第-位置移動至第二位置時，細合元件33的螺旋槽334 共同作用’進而推動嗜合元件33，使得响合元件33的喊合 部335位於與套環31不嚙合的位置，故轉動外把手71驅動 套官39連動套環31時，由於套環31的嚙合部313不嚙合 嗤合元件33，故外把手71會產生一預定角度空轉，以形成 外侧閉鎖的狀態。 由上列較佳具體實施例之詳細說明，以及後附之申請 專利範圍及附圖，將會使本創作之諸多目的，特徵及優點獲 得更清楚地瞭解。 M338886 【圖式簡單說明】 第一圖為本創作鎖體傳動結構(三）壯 體整體結構及朗機構之立體分顿鋪巾，顯示鎖 第二圖為本創作鎖體觸結構㈢，^° 各部元件的立體分解圖。如鱗體的傳動結構的 第三圖為本創作鎖體傳動結構(三），_ 一 分解圖。 、示外傳動結構的立體 第四圖為摘作鎖爾_構㈢〜 件及彈箬組合徭，飩仏狄挪 $鱗、軸桿、嚙合元 。…後麵位於螺旋糟的第-位置的平面圖 第五圖為本創作鎖體俩結構㈢，顯_、辩 件及彈簧組合後，銷位於螺旋槽的第二位㈣平^ 第六圖tr鎖體俩結構㈢，顯示鎖體整體結構中， =於物I㈣：㈣，且桿物：止動部臨靠 ^ /疋位元件的抵擋部的位置之剖面圖。 弟七圖為本創作鎖體傳動結構㈢，顯示鎖體整體結構中， 2、於螺旋槽的第一位置，且桿件的第一止動部臨 靠於定位元件的抵擔部的位置之剖面圖。 16 M338886 【主要元件符號說明】A cylindrical shell 22 has a cylindrical shape with an opening 225 at one end and a laterally disposed bottom 226 at the other end. The bottom 226 is connected to a barrel 224 having a central hole 221 at one end and a spacing at the bottom 226. Four holes 222 (only two are shown in the figure) and two through holes 223 (only one is shown), the central hole 221 is for the drive tube 47 to be penetrated, and the cylindrical shell 22 can be directly placed on the base 23, the hook 232 of the base 23 is passed through the hole 222 of the cylindrical shell 22, and the hook 232' is bent to fix the round member 22 to the other side of the base 23. At this time, the two through holes 223 can be respectively Each of the pillars M of the outer casing group 5 is combined with a screw (not shown), such as the first to the seventh, and the button 41 can only control the outer transmission structure 3 outside the lock body. The lock can not be unlocked, the unlocking needs to rotate the inner handle phantom, and the locked (four) pair is for viewing the hemp 41, and the shaft member Μ causes the second stopping portion 456 of the lever shirt to abut against the resisting portion π2 of the miscellaneous element π (jin) Shown, because the pin 35 that is inserted through the spray element 33 can axially move the private-dry axial hole 305', so when the pusher 453 of the rod 45 pushes the position 5 The fitting portion 313 of the collar 31 is not sprayed (e.g., the sixth-pre-, therefore, the outer sleeve 71 is rotated, and the sleeve 39 is generated, and the idling is idling to form the outer side of the lock. • When the door is opened inside the lock body , can be driven inside the handle 81, drive the 13 M338886 tube 47 with Yang Gang 472 dial _ her 6, can open the sill, at this time because the valley placed in the drive seat 26 has the locating member of the positioning member 27 is received by the chicken The reference of 26 causes the second stop _56 of the eccentric (4) _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The adjacent portion τ is a resisting portion 272 of the member 27 (as shown in the seventh figure). If the outer lock body is operated by a key (not shown), the outer pass _ _ lock or _ can be controlled, when (10) In the unlocked state, the external transmission member 722 of the lock group 72 can be rotated to drive the trigger member 37, so that the dial portion 372 of the dial member π pushes the dial portion 367 of the shaft 36, and the shaft 36 is rotated. When the pin % disposed in the axial through hole 365 of the shaft 36 is moved from the second position to the first position, the interaction with the spiral groove of the associative element 33 acts to promote the alpha element. The piece 33' causes the indwelling portion μ5 of the kneading element 33 to be engaged with the plunge portion 313 of the collar, so that when the outer handle 7 is driven to drive the sleeve 39 to interlock the collar ', the indulgent portion 313 of the collar 31 can be Pushing the opportunistic element 33 and driving the rotating shaft 32' to cause the pushing portion 322 of the rotating shaft 32 to drive the driving portion of the driving portion 2 to move the driving seat 26 to move and pull the internal driving component of the locking mechanism 9 to withdraw the latching head 9 The door sill can be opened. When the outer side of the lock body is to be in a locked state, the outer drive member 722 of the lock lock group 72 can be driven to rotate the key (not shown) to drive the dial member 37' to make the toggle member 37 The dial portion 372 pushes the toggle portion 367 of the shaft 36, and the M338886 rotates the shaft trunk 36'. At this time, when the pin % of the shaft through-shaft axial through hole 365 is moved from the first position to the second position, the thin portion is combined. The helical grooves 334 of the element 33 cooperate to further push the associative element 33 such that the shunting portion 335 of the reciprocating element 33 is in a position that does not engage the collar 31, so that rotating the outer handle 71 drives the sleeve 39 to interlock the collar 31 Since the engaging portion 313 of the collar 31 does not engage the coupling member 33, the outer handle 71 generates a predetermined angle. To form an outer locking state. The objectives, features, and advantages of the present invention will become more apparent from the detailed description of the preferred embodiments and the appended claims. M338886 [Simple description of the diagram] The first picture is the creation of the lock body transmission structure (3) the overall structure of the body and the three-dimensional distribution of the Lang body. The second picture shows the lock structure of the lock body (3), ^° An exploded view of each component. The third diagram of the transmission structure, such as the scale, is the creation of the lock body transmission structure (3), _ an exploded view. The three-dimensional picture shows the external transmission structure. The fourth picture is taken as the lock _ _ structure (three) ~ pieces and magazine combination 饨仏, 饨仏 Di $ $ scale, shaft, meshing element. The fifth figure of the plan is located at the first position of the spiral mess. The fifth figure is the structure of the creation lock body (3). After the combination of the display, the defense and the spring, the pin is located in the second position of the spiral groove (four) flat ^ sixth figure tr lock The two structures (3) show the overall structure of the lock body, = object I (4): (4), and the rod: the cross-sectional view of the stop portion of the stop portion of the ^/clamping element. The seventh figure is the creation of the lock body transmission structure (3), which shows that in the overall structure of the lock body, 2, in the first position of the spiral groove, and the first stop portion of the rod member abuts against the position of the abutting portion of the positioning member Sectional view. 16 M338886 [Main component symbol description]
1 傳動結構 2 殼體 21 套筒 211 中心孔 212 凸緣 213 凹槽 214 22 圓筒殼 221 中心孔 222 孔 223 通孔 224 筒 225 開口 226 底板 23 基座 231 定位點 232 鉤 24 外蓋板 25 内蓋板 26 驅動座 261 帶動部 262 支承部 263 容置部 27 定位元件 271 定位點 272 抵擋部 28 彈簧 29 牽縮機構 3 外傳動結構 31 套環 311 中心孔 312 凹槽 313 嚙合部 32 轉軸 321 中心孔 322 推動部 323 凸部 17 M3388861 Transmission structure 2 Housing 21 Sleeve 211 Center hole 212 Flange 213 Groove 214 22 Cylindrical shell 221 Center hole 222 Hole 223 Through hole 224 Tube 225 Opening 226 Base plate 23 Base 231 Positioning point 232 Hook 24 Outer cover 25 Inner cover 26 Drive seat 261 Drive part 262 Support part 263 accommodating part 27 Positioning element 271 Positioning point 272 Resisting part 28 Spring 29 Retraction mechanism 3 External transmission structure 31 Collar 311 Center hole 312 Groove 313 Engagement part 32 Rotary shaft 321 Center hole 322 push portion 323 convex portion 17 M338886
324 橫向孔 33 嗜合元件 331 第一孔 332 第二孔 333 槽 334 螺旋槽 335 嚙合部 34 彈簧 35 銷 36 軸桿 361 凹室 362 第一段 363 第二段 364 第三段 365 軸向通孔 367 撥動部 37 撥動件 371 子L 372 撥動部 373 凸緣 38 環 381 凸部 382 凸部 39 套管 391 中心孔 392 槽 393 凸部 394 彈性元件 395 缺口 396 定位板 397 槽 398 墊圈 4 内傳動結構 41 按鈕 45 桿件 451 連接部 453 推動部 454 支承部 455 第一止動部 456 第二止動部 46 套環 18 M338886 461 中心孔 462 凹槽 47 驅動管 471 中心孔 472 撥動部 474 凸部 475 彈性元件 476 定位板 5 外套盤組 51 支柱 6 内套盤組 7 外把手組 71 外把手 711 通孔 72 鎖組 721 鎖心 722 外傳動件 723 凸部 81 内把手 811 通孔 9 鎖閂機構 91 鎖閂頭 19324 Transverse hole 33 Immersive element 331 First hole 332 Second hole 333 Slot 334 Spiral groove 335 Engagement part 34 Spring 35 Pin 36 Shaft 361 Alcove 362 First section 363 Second section 364 Third section 365 Axial through hole 367 toggle part 37 toggle 371 sub L 372 toggle 373 flange 38 ring 381 projection 382 projection 39 sleeve 391 center hole 392 groove 393 projection 394 elastic element 395 notch 396 positioning plate 397 groove 398 washer 4 Inner transmission structure 41 Button 45 Rod 451 Connection 453 Pushing portion 454 Supporting portion 455 First stop portion 456 Second stop portion 46 Collar 18 M338886 461 Center hole 462 Groove 47 Drive tube 471 Center hole 472 Toggle 474 Projection 475 Elastic element 476 Positioning plate 5 Outer plate set 51 Pillar 6 Inner set of discs 7 External handle set 71 External handle 711 Through hole 72 Lock set 721 Locking heart 722 Outer drive member 723 Projection 81 Inner handle 811 Through hole 9 Latch mechanism 91 latch head 19