M314244 八、新型說明： 【新型所屬之技術領域】 本創作涉及-種鎖體傳動結構，特別是指一種可應用 於特殊的通道鎖’娜的外财简匙㈣祕為閉鎖或開 鎖’但内側把手可自動解鎖，而且當内側以雜閉鎖時外側 不能用鑰匙開鎖。 【先前技術】M314244 VIII, new description: [New technology field] This creation involves a kind of lock body transmission structure, especially one can be applied to special channel locks 'Na's foreign wealth key (four) secret for locking or unlocking 'but inside The handle can be unlocked automatically, and the outside cannot be unlocked with the key when the inside is misaligned. [Prior Art]
目前-般常見.Λ鎖結構，最主要之設計，在於兩側 把手、兩側套盤組及内部傳動構件的設計，其中於傳動構件 方面，其主要係藉由内、外驅動管與牽縮機構，機構配 。在配口鎖〜、外轉轴及按知桿達到整個鎖具開、閉的動 亥伽γ鎖之傳動構件’係於—殼體内㈣一牵縮機構， ^縮機射接糾轉管、外‘鴨管射卜雜之推動部之 ’⑽縮機構之所連接的朗機射被操作而作動。牟 ^於内驅動管内之按轉呈_狀態，妓錄外驅動管I 收鎖嶋之移動，而呈鎖掣狀態， 桿不限制外鶴管作動輪機構滅_機 當旋轉外軸管、_峨輪時因此 體内移動，並同時帶動鋼機構之_頭往殼 M314244 =向作動’而得以呈開啟狀態，由於前揭翁鎖結構之整 體夕且。為—财見結構’但由於場所與魏的不同，並延伸 許夕不同功能的通道鎖的需求。 【新型内容】 有‘於此’本創作之主要目的是提供—種可應用於特 的通道鎖，鎖體的外側可以鑰匙控制鎖體為_或開鎖， 但内側把手可自咖，而且當_鱗 用鑰匙開鎖。 ▲本創作-種鎖體傳祕構，可翻安裝於鎖體的一側 韻體可^设於門上，一驅動座褒設於該鎖體中可操作地 連接了鎖嶋；-把手活裝於該鎖體上；—通孔成形於該 把手’鱗動結構，包括：一驅動管、一管狀件、一轉動元 件、一推動元件及-桿件；該驅姆—端可接受雜手的驅 動至夕&動部成形於該驅動管的另一端；該管狀件可插 置於該驅動管内；該轉動树設置_管狀伽，並具有一 孔；:撥動部成形於該轉動元件外圓周面上；該推動元件， 為一管狀體，一端且有一螺#、真· 、） 1 - 累疋邊，該桿件，一端連接該推動 兀件，另1具有一推動部；—第—止動部與第二止動部分 別成形_桿件上；可裝設於純手㈣孔，該鎖組 具有-鎖心，該鎖心連接—傳動件；該傳動件可插置於該轉 M314244 動元件的孔中，可驅動該轉動元件，使該轉動元件的撥動部 作動該推動元件的職邊，使雜動元件與該桿件沿著轴向 位移’使該桿件的第—止動部喃合於馳動座⑽抵擔部的 位置移動到轉件㈣二止動部齡於該鶴座内的抵擔 部的位置。 胃 【實施方式】 本創作一種鎖體傳動結構，可應用安裝於鎖體的驅動 結構1中，以下為本創作之較佳具體實施例，請參閱第一圖 至弟四圖所示，一驅動結構1可以一内套盤組6與一外套盤 5組裝设於門上，一内把手組8與一外把手組7 (或類似物 的機構）可活裝於鎖體上；一内傳動結構4或一外傳動機構 3可标作地連接一驅動座26。 所述内把手組8，包括；一内把手81與一鎖組82。 該内把手81具有一通孔811，該鎖組82可裝設於該内 把手81的通孔811，該鎖組82具有一鎖心821，該鎖心821 連接一内傳動件822 (顯示於第一圖），用以驅動一内傳動 結構4。 所述外把手組7，包括；一外把手71與一鎖組72。 該外把手71具有一通孔711，該鎖組72可裝設於該外 把手71的通孔711，該鎖組72具有一鎖心721，該鎖心721 M314244 外傳動件722 (顯祕第—圖），用以驅動外傳動結 所述驅動結構卜包括：一殼體2、 -外傳動結構3。 ⑽動、、、。構4及 、一2殼體2，係由—基座23、—外蓋板％、—内蓋板^ 、套筒21、一外殼22相連結形成。 一牽縮機構29裝置於該殼體2内部，其包括·· 驅動座26，前端具有一帶動部261可與鎖問機構9内 部的驅動元件（财未示幻相喷合雜動朝機構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之間具有一支承部。 。 一定位元件27，為一;L形板體，其具有兩定位點27ι ，所述定位元件27可安裴於驅動座26的容置部263内；一抵 擔部272成形於定位元件27上，其巾該驅動座26與該定位元 件27亦可為一體成形。 兩彈性元件28，安裝於定位元件27的定位點271與基座 23的定位點231之間，以做為驅動座26的彈性支承。 所述内傳動結構3，包括： 一驅動管42，為一管狀元件，具有一中心孔421，一端 具有撥動部422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42於撥動部422的鄰近處具有一由管壁 M314244 • 向外的凸部42心且驅動管42的另一端具有一槽423 (顯示於 第二圖）’又驅動管42的中央管壁處活裝一定位板425，可 接受彈性元件426的偏壓而位於部份伸出管壁與縮入管壁之 間移動。 套環41，可供驅動管42的穿設，該套環μ具有一 凹槽412可嚙合於該驅動管42的凸部424，以增加強度與 抗扭力。 一官狀件43，可裝設於驅動管42的中心孔421内，該管 狀件43具有間隔設置的兩槽432 ; 一轉動元件44，設置於管狀件43的中心孔431中，該 轉動元件44具有第一部份442與第二部份443，該第一部 份442軸向延伸該第二部份443，而該第二部份的外圍 具有-撥動部444 (所述_部係由銷與孔結合而成，亦可 # —體成形）’而轉動元件44中央具有一孔411，可供鎖組82 的内傳動件822撥動。 推動凡件45，為一管狀件，可容置於管狀件43的中 1中而邛知裝设於該轉動元件44的第二部份上， 所述推動7L件45的-端形成—螺旋邊454，·另一端具有間隔 設置的兩凹槽453與間隔設置的兩孔松。 #件47為-板狀件，_端具有間隔設置的兩凸部 ”孔472’该凸部471可裝設於該推動元件45的凹槽453 M314244 中，一銷46可穿設該推動元件45的孔452與該桿件47的孔472 而連結一起（上述桿件47、推動元件45及銷46可以製造為一 體成形的元件）’該桿件47的另一端具有一支承部474與一推 動部473，並於桿件47的側邊具有一第一止動部475與一第二 止動部476。 一環48，為一 c形環，該環48具有間隔設置的凸部482 ，该環48可容置於該管狀件43的中心孔431，使該凸部482 位於该管狀件43的槽432中。 所述外傳動結構3，包括： 一轉轴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的支承部遍，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，且轉軸32 的另一端具有一橫向孔324,並於垂直該橫向孔324處具有一 縱向孔325。 一軸桿34，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342、一第二段343及一 第三段344 ;該第一段342為一軸桿，該第二段343橫向設置 通孔345 ’該第三段344軸向具有一凹室341，且於凹室341 的邊緣軸向延伸一撥動部347。 唾合元件33 ’為-管狀件，軸向中央孔係由第一通 孔331連通第二通孔332，軸合元件％可絲於轉軸％的中 M314244 心孔32〗内’其中該軸桿34的第一段祕插置於該第一通孔 別中’·該軸桿34的第二段344插置於該第二通孔说中，又 該喻合元件33的管壁具有間隔設置的兩螺旋槽334，一嗜合 部335與兩間隔設置的槽333成形於該嗔合元件_一端；一 銷346可穿設於該翁元件_螺旋槽334與雜桿的通 孔345 ’·而該嚙合元件33的槽333可與該轉軸％的凸部奶相 口齒合，以維持喷合元件33的軸向運動。 -撥動件36外圍具有-撥動部362，該撥動件％的轴 白L伸凸緣’可裝設於該軸桿34的凹室341中，而 撥動件36中央具有一孔361，可供鎖組72的外傳動件722 撥動；而對該轉軸32的軸線旋轉一預定角位置後可推動軸 桿34的撥動部347。 環37具有間隔設置的凸部371，橫向設置於轉軸32 的橫向孔324。 一套管38，具有一中心孔381，可供轉軸32的部份插置 於其内部’ 一端於管壁具有間隔設置的兩凸部383與一缺口 385 ’另一端具有槽382，可與外套盤組5相嚙合（圖中未示 出）’並連接所述外把手71，並且套管38的中央管壁處活裝 一定位板386，可接受彈性元件384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。 11 M314244 一套環31，具有一中心孔311，可套於套管38上，-端具有喃合部313可與該套管％的缺口 385相唾合；另一 端具有間隔設置的兩凹槽312可與套管38的凸辑相喃 合’以增加套管38的強度與抗扭力。 -彈簧39可容置_合元件％的第—财别，一端At present, the common shackle structure, the most important design, is the design of the handles on both sides, the sets of the side plates and the internal transmission members. Among the transmission members, the main ones are driven by the inner and outer drive tubes. Institutional, institutional allocation. In the matching lock~, the outer rotating shaft and the moving rod which realizes the opening and closing of the whole lock by the knowing rod, the transmission member of the moving gamma gamma lock is attached to the inside of the casing (four), the retracting mechanism, the shrinking machine is connected to the correcting tube, Outside the 'duck tube, the pusher's pusher's (10) contraction mechanism connected to the Lang machine is operated.牟^In the inner drive tube, the rotation is in the _ state, and the outer drive tube I is locked and moved, and the lock is in the locked state. The rod does not restrict the outer crane to actuate the wheel mechanism. _ When the outer shaft tube is rotated, _ When the wheel is turned, the body moves, and at the same time, the head of the steel mechanism is driven to the shell M314244 = the action is turned on, and the whole structure is opened due to the front of the structure. It is a "financial structure" but because of the difference between the place and Wei, and the need to extend the channel lock of different functions. [New content] The main purpose of this creation is to provide a special channel lock that can be applied to the outside of the lock body. The outer side of the lock body can be controlled by the key lock _ or unlocked, but the inner handle can be used by the coffee, and when _ The scale is unlocked with a key. ▲This creation-type lock body transmission secret structure, can be flipped on the side of the lock body can be set on the door, a drive seat is arranged in the lock body to operatively connect the lock; Mounted on the lock body; the through hole is formed in the handle's scale structure, comprising: a drive tube, a tubular member, a rotating member, a pushing member and a rod; the slamming end can accept the hand Driving the eve & the moving portion is formed at the other end of the driving tube; the tubular member can be inserted into the driving tube; the rotating tree is provided with a tubular gamma and has a hole; the toggle portion is formed on the rotating member The outer circumferential surface; the urging member is a tubular body having one end and a snail #, 真·, 1 - a squeezing edge, the rod member is connected to the pushing element at one end, and the other has a pushing portion; - the stop portion and the second stop portion are respectively formed on the rod member; can be mounted on the pure hand (four) hole, the lock group has a - lock core, the lock core is connected - the transmission member; the transmission member can be inserted In the hole of the moving component of M314244, the rotating component can be driven to make the pushing part of the rotating component actuate the pushing component Between the misalignment element and the rod member being axially displaced, the position of the first stop portion of the rod member is circumsed to the position of the abutment portion of the movable seat (10), and the rotation member (four) is stopped at the stop portion. The position of the support part in the crane seat. Stomach [Embodiment] The present invention provides a lock body transmission structure, which can be applied to the drive structure 1 of the lock body. The following is a preferred embodiment of the present invention. Please refer to the first figure to the fourth figure, a drive The structure 1 can be assembled on the door with an inner set of disks 6 and an outer cover 5, and an inner handle set 8 and an outer handle set 7 (or the like) can be mounted on the lock body; an internal transmission structure 4 or an external transmission mechanism 3 can be connected to a drive base 26 in a labeled manner. The inner handle set 8 includes an inner handle 81 and a lock set 82. The inner handle 81 has a through hole 811. The lock set 82 can be mounted on the through hole 811 of the inner handle 81. The lock set 82 has a lock core 821, and the lock core 821 is connected to an inner transmission member 822. Figure 1) for driving an internal 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 mounted on the through hole 711 of the outer handle 71. The lock set 72 has a lock core 721, and the lock core 721 M314244 outer transmission member 722 The driving structure for driving the external drive includes: a housing 2, an outer transmission structure 3. (10) Move, and,. The casing 4 and the casing 2 are formed by joining the base 23, the outer cover %, the inner cover ^, the sleeve 21 and the outer casing 22. A retracting mechanism 29 is disposed inside the casing 2, and includes a driving base 26 having a driving portion 261 and a driving component inside the locking mechanism 9 (the phantom phase is sprayed and mixed with the moving mechanism 9). The locking head 91 has a receiving portion 263 at the rear end of the driving base 26, and a supporting portion is disposed between the driving portion 261 and the receiving portion 263. A positioning member 27 is an L-shaped plate body. The positioning member 27 is mounted in the receiving portion 263 of the driving base 26; abutting portion 272 is formed on the positioning member 27, and the driving seat 26 and the positioning member 27 are formed. The two elastic members 28 are mounted between the positioning point 271 of the positioning member 27 and the positioning point 231 of the base 23 to serve as an elastic support for the driving base 26. The internal transmission structure 3 includes: A driving tube 42 is a tubular member having a central hole 421, and a driving portion 422 at one end thereof can abut against the supporting portion 262 of the driving base 26 to directly drive the driving base 26, and the driving tube 42 is at the dialing portion 422. Adjacent to the center of the convex portion 42 from the tube wall M314244 • and the other end of the driving tube 42 A positioning plate 425 is mounted on the central wall of the drive tube 42 with a slot 423 (shown in the second figure). The biasing of the elastic member 426 is acceptable to be located at the wall of the extended tube and the wall of the tube. The sleeve 41 is provided for the driving of the driving tube 42. The collar μ has a recess 412 engageable with the convex portion 424 of the driving tube 42 to increase the strength and the torsion resistance. It can be installed in the central hole 421 of the driving tube 42. The tubular member 43 has two slots 432 spaced apart. A rotating member 44 is disposed in the central hole 431 of the tubular member 43. The rotating member 44 has a first portion. 442 and the second portion 443, the first portion 442 extends axially to the second portion 443, and the periphery of the second portion has a toggle portion 444 (the portion is coupled by a pin and a hole) The rotating member 44 has a hole 411 in the center for the inner transmission member 822 of the lock group 82 to be toggled. The pushing member 45 is a tubular member that can be received in the tubular member 43. In the middle of the first part of the rotating member 44, the end of the pushing 7L member 45 is formed - the spiral side 454, the other The two grooves 453 having the spacing and the two holes are arranged at intervals. The member 47 is a plate-shaped member, and the _ end has two convex portions 472 ′ which are spaced apart. The convex portion 471 can be mounted on the pushing member. In the groove 453 M314244 of the 45, a pin 46 can be coupled to the hole 472 of the pushing member 45 and the hole 472 of the rod member 47 (the above-mentioned rod member 47, pushing member 45 and pin 46 can be integrally formed). The other end of the rod member 47 has a supporting portion 474 and a pushing portion 473, and has a first stopping portion 475 and a second stopping portion 476 on the side of the rod member 47. A ring 48, which is a c-shaped ring, has a spaced apart projection 482 that can be received in the central bore 431 of the tubular member 43 such that the projection 482 is located in the slot 432 of the tubular member 43. . The outer transmission structure 3 includes: a rotating shaft 32, which is a tubular member, has a central hole 321 having a pushing portion 322 adjacent to the supporting portion of the driving base 26, and the rotating shaft 32 is 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 has a transverse hole 324 and a longitudinal hole 325 perpendicular to the lateral hole 324. a shaft member 34, which is a class member, can be received in the central hole 321 of the rotating shaft 32, and has a first segment 342, a second segment 343 and a third segment 344 connected to each other; the first segment 342 As a shaft, the second section 343 is laterally disposed with a through hole 345. The third section 344 has an alcove 341 in the axial direction, and a dial portion 347 extends axially at the edge of the recess 341. The splicing element 33' is a tubular member, the axial central hole is communicated by the first through hole 331 to the second through hole 332, and the shafting element % can be threaded in the middle of the shaft M314244. The first segment of the 34 is placed in the first through hole. The second segment 344 of the shaft 34 is inserted into the second through hole, and the wall of the component 33 is spaced. Two spiral grooves 334, an indwelling portion 335 and two spaced grooves 333 are formed at one end of the kneading element_; a pin 346 can be disposed through the inner hole _ helical groove 334 and the through hole 345 ' of the miscellaneous rod The groove 333 of the engaging element 33 can be engaged with the convex portion of the shaft of the shaft to maintain the axial movement of the spray element 33. The dial member 36 has a dialing portion 362 on the periphery thereof, and the shaft-shaped L-expanding flange ' of the dial member can be mounted in the recess 341 of the shaft 34, and the center of the dial member 36 has a hole 361 The outer transmission member 722 of the lock group 72 can be toggled; and when the axis of the rotary shaft 32 is rotated by a predetermined angular position, the dial portion 347 of the shaft 34 can be pushed. The ring 37 has spaced apart projections 371 disposed transversely to the transverse bores 324 of the spindle 32. A sleeve 38 has a central hole 381, and a portion of the rotating shaft 32 is inserted into the inner portion thereof. At one end, two convex portions 383 and a notch 385 are disposed at intervals on the tube wall, and the other end has a groove 382. The disk assembly 5 is engaged (not shown) and coupled to the outer handle 71, and a central positioning plate 386 is lively mounted on the central wall of the sleeve 38, and the biasing of the elastic member 384 is acceptable for the partial extension. The outlet pipe wall is combined with the outer handle 71 or retracted between the pipe wall and the outer handle 71. This is a conventional structure and will not be described herein. 11 M314244 A ring 31 having a central hole 311 which can be sleeved on the sleeve 38, the end having a merging portion 313 which can be spouted with the notch 385 of the sleeve; and the other end having two grooves spaced apart 312 can be merging with the projection of sleeve 38 to increase the strength and torsion resistance of sleeve 38. - The spring 39 can accommodate the first part of the _ component %, one end
套設於軸桿34的第一段342，另一端支承於桿件47的支承 部474，以偏壓該桿件47。 套同21為一中空筒狀，具有一中心孔叫可供套管 38的穿設，-端具有凸緣212，凸緣212上具有麟凹槽扣 及四個孔214，所述孔214可供基座23的鉤232的穿設，穿設 後再彎折鉤232將套筒21固定於基座23的一侧。 一外殼22，為一筒狀，一端開口，另一端具有一橫向 设置的底部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具有隔開設置的四個孔222及隔開 設置的兩通孔223，所述中心孔221可供套管42的穿設，外殼 22可直接套於前揭基座23上，使基座23的鉤说穿設套筒22 的孔222，並彎折鉤232將套筒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51，並以螺絲 (圖中未示出)相結合。 如弟一圖至弟六圖所示，输匙（圖中未示出）僅可控 制鎖體内側的内傳動結構4做閉鎖而不能開鎖，開鎖需轉動 12 M314244 内把手8卜操作方式為操作躲（圖中未示出）插置於鎖 〜821中朝一預定方向做旋轉，此時連接於鎖心821的内傳 動件822會驅動轉動元件44轉動―預定角度，使轉動元件 44的撥動部444沿著螺旋邊祝滑動而推動推動元件仙 桿件47 ’使桿件47由第—止動物臨靠較位元㈣ 的抵擋。卩272的位置（如第六圖所示）移朗桿件a?的第 二止動部476臨靠定位元件__ 272的位置（如第 五圖所不）’同時桿件47的推動部473會推動唾合元件33 合元件33的喷合部335位於不唾合套環31的唾合部 (如第五圖所示），如此外把手71轉動時連動套管％ 曰產生預疋角度的空轉，以形成外側閉鎖的狀態。 當欲使鎖體内側開門時，可轉動内把手幻使連接内把 手81的驅動管42撥動驅動絲即可開啟門靡，此時由於 谷置於驅動座26的容置物的定位元件27受到驅動座 的推動使疋位疋件27的抵擒部说與桿件47的第二 =M76產生》離’而桿件47受到彈簧％的偏壓而移動 ^位疋件27的抵擋部272與桿件π的第一止動部仍臨 罪的位置（如第六圖所示）。 如第二圖與第四圖所示，若以輪匙操作外側鎖體（圖 It示出）可嫌顺__貞，嫩嶋開鎖狀 崎，可轉_匙（圖中未示…_組72的外傳動件 M314244 722驅動撥鱗36 ’使撥動件％的撥動部淑推動軸料 的撥動部347，而轉動轴桿34，此時軸桿Μ的銷祕會推 動喃合元件33的螺旋槽334的一槽邊，又喃合元件％的槽 333與轉㈣的凸部323相喷合，而限㈣合元㈣的轉 動’僅維持喷合元件33的轴向滑動，使嗜合元件％的响合 :335嗜合套環3丨㈣合部阳，故_卜把手力驅動套 吕連動套ί衣Μ &，使套環μ的唾合部阳推動喃合元 件33 ’並驅動轉軸32 ’再使轉轴&的推動部奶驅動驅動 座26的支承部加，使驅動座26作移_拉動_麟9 =内部驅動元件作動鎖閃頭91，使鎖閃頭91位於縮入的位 置’即可使門打開。 弟二圖與第四圖所示，當欲使門為閉鎖狀態時，可 =相反方向轉動鑰匙（圖中未示出）帶動鎖組72的外傳動 動件，使撥動件36的撥動部_動軸桿34 =部347,而轉動軸桿34,此時軸桿％的細會推 = = 33的螺旋槽334的另—槽邊，又喷合元件_ =與轉軸32的凸部323㈣合，而限獅合耕抑 ^ ’僅維㈣合元件33 _崎動，㈣合元件 合套環31_合部313,故轉動外把手儿驅 人^38連動套環31時’由於套環31的喷合部313不鳴 轉33，不會驅動轉軸U的推動部322，故外把手 14 M314244 71會產生預定角度空轉。 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 得更清楚且暸解。The first section 342 of the shaft 34 is sleeved and the other end is supported by the support portion 474 of the rod member 47 to bias the rod member 47. The sleeve 21 is a hollow cylinder having a central hole for the sleeve 38 to be provided, and the end has a flange 212. The flange 212 has a collar groove and four holes 214. The hole 214 can be The hook 232 of the base 23 is pierced, and after the piercing, the hook 232 is bent to fix the sleeve 21 to one side of the base 23. An outer casing 22 has a cylindrical shape, one end is open, and the other end has a laterally disposed bottom portion 226. The bottom portion 226 is connected to a cylinder 224. One end of the cylinder 224 has a central hole 221, and the bottom portion 226 has four spaced apart portions. The hole 222 and the two through holes 223 are provided. The center hole 221 can be used for the sleeve 42 to be inserted, and the outer casing 22 can be directly sleeved on the front base 23, so that the hook of the base 23 can be pierced through the sleeve 22. The hole 222, and the bending hook 232 fixes the sleeve 22 to the other side of the base 23. At this time, the two through holes 223 can respectively face each of the pillars 51 of the outer casing group 5, and are screwed (not shown) Shown) combined. As shown in the figure of the brother to the sixth figure, the key (not shown) can only control the inner transmission structure 4 on the inner side of the lock body to be locked and cannot be unlocked. The unlocking needs to be rotated. 12 M314244 inner handle 8 operation mode is operated The hiding (not shown) is inserted into the lock 821 to rotate in a predetermined direction. At this time, the inner transmission member 822 connected to the lock core 821 drives the rotating member 44 to rotate by a predetermined angle to cause the rotating member 44 to move. The portion 444 slides along the helix to push the pushing member 47' to cause the rod 47 to be resisted by the first stopping animal (4). The position of the crucible 272 (as shown in the sixth figure) of the second stopper 476 of the moving lever member a? is adjacent to the position of the positioning member __272 (as shown in the fifth figure) 'while the pushing portion of the rod 47 473 will push the spray portion 335 of the splice element 33 to the component 33 to be located at the salivation portion of the non-slip collar 31 (as shown in the fifth figure), such that the interlocking sleeve % 曰 produces a pre-twist angle when the outer handle 71 rotates The idling is to form a state of lateral latching. When the inner side of the lock body is to be opened, the inner handle can be rotated to cause the drive tube 42 connected to the inner handle 81 to be moved by the drive wire to open the sill. At this time, the positioning member 27 of the accommodating member of the drive base 26 is received by the locating member. The pushing of the driving base causes the abutting portion of the clamping member 27 to be said to be separated from the second=M76 of the lever member 47, and the lever member 47 is biased by the spring to move the resisting portion 272 of the positioning member 27 and The first stop of the lever π is still at the position of the sin (as shown in the sixth figure). As shown in the second and fourth figures, if the outer lock body is operated by a key (shown in Figure It), it can be dissatisfied with __贞, the tender opening is open, and the key can be turned (the figure is not shown... The outer transmission member M314244 722 of the 72 drives the dial 36' so that the dial portion of the dial member pushes the dial portion 347 of the shaft member, and the shaft 34 is rotated, and the pin of the shaft rod pushes the button member. A groove side of the spiral groove 334 of the 33, and a groove 333 of the merging element % are sprayed with the convex portion 323 of the turn (4), and the rotation of the limit (4) element (4) only maintains the axial sliding of the spray element 33, so that % of the accommodating component: 335 agacious collar 3 丨 (4) 部 阳, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 'And drive the shaft 32' and then the support portion of the pusher's milk drive drive seat 26 of the shaft & the drive seat 26 is moved _ pull _ lin 9 = internal drive component actuates the lock flash head 91, so that the lock flash head 91 is located in the retracted position to open the door. As shown in the second and fourth figures, when the door is to be locked, the key can be turned in the opposite direction (not shown). The outer drive member of the group 72 causes the dial portion of the dial member 36 to move the shaft 34, and rotate the shaft 34, at which time the shaft % will push the lower == 33 of the spiral groove 334 - the groove edge, the spray-on element _ = is combined with the convex portion 323 (four) of the rotating shaft 32, and the lion is ploughed to suppress the 'only dimension (four) joint element 33 _ satisfactorily, (four) the joint element joint ring 31_ joint 313, so When the outer handle is turned on, when the collar 31 is interlocked, 'because the spray portion 313 of the collar 31 does not rotate 33, the push portion 322 of the rotary shaft U is not driven, so the outer handle 14 M314244 71 generates a predetermined angle of idling. 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.
15 M314244 【圖式簡單說明】 第一圖為本創作一種鎖體傳動結構安裝於鎖體驅動結構中 ，且顯示鎖體整體結構及鎖閂機構之立體分解圖。 第二圖為本創作一種鎖體傳動結構，顯示鎖體的驅動結構的 各部元件的立體分解圖。 第三圖為本創作一種鎖體傳動結構，顯示内傳動結構另一方 向的立體分解圖。 第四圖為本創作一種鎖體傳動結構，顯示外傳動結構另一方 向的立體分解圖。。 第五圖為本創作一種鎖體傳動結構，顯示鎖體整體結構於内 側以鑰匙閉鎖時之剖面圖。 第六圖為本創作一種鎖體傳動結構，顯示鎖體整體結構於内 側以内把手開鎖時之剖面圖。15 M314244 [Simple description of the diagram] The first figure is a three-dimensional exploded view of the lock body transmission structure installed in the lock body drive structure, and showing the overall structure of the lock body and the latch mechanism. The second figure is an exploded perspective view of a lock body transmission structure showing the components of the drive structure of the lock body. The third figure is a three-dimensional exploded view showing the other direction of the internal transmission structure. The fourth figure is a three-dimensional exploded view showing the other direction of the external transmission structure. . The fifth figure shows a lock body transmission structure, which shows a sectional view of the entire structure of the lock body when the key is locked on the inner side. The sixth figure shows a lock body transmission structure, which shows a sectional view of the entire structure of the lock body when the inner side is unlocked by the inner handle.
【主要元件符號說明】 1 驅動結構 2 殼體 21 套筒 211 中心孔 212 凸緣 213 凹槽 214 22 外殼 16 M314244[Main component symbol description] 1 Drive structure 2 Housing 21 Sleeve 211 Center hole 212 Flange 213 Groove 214 22 Housing 16 M314244
221 中心孔 222 223 通孔 224 筒 225 嚙合部 226 底板 23 基座 231 定位點 232 釣 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 324 橫向孔 325 縱向孔 33 嚙合元件 331 第一孔 332 第二孔 333 槽 334 螺旋槽 335 嚙合部 34 轴桿 341 凹室 342 第一段 343 第二段 17 M314244221 Center hole 222 223 Through hole 224 Cartridge 225 Engagement part 226 Base plate 23 Base 231 Positioning point 232 Fishing 24 Outer cover 25 Inner cover 26 Drive seat 261 Drive part 262 Support part 263 Retaining 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 Pushing portion 323 Convex portion 324 Transverse hole 325 Longitudinal hole 33 Engagement element 331 First hole 332 Two holes 333 slots 334 Spiral grooves 335 Engagement portion 34 Shaft 341 Alcove 342 First paragraph 343 Second paragraph 17 M314244
344 第三段 345 通孔 346 銷 347 撥動部 35 彈簧 36 撥動件 361 子L 362 撥動部 363 凸緣 37 環 371 凸部 38 套管 381 中心孔 382 槽 383 凸部 384 彈性元件 385 缺口 386 定位板 39 彈簧 4 内傳動結構 41 套環 411 中心孔 412 凹槽 42 驅動管 421 中心孔 422 撥動部 423 凹槽 424 凸部 425 彈性元件 426 定位板 43 管狀件 431 中心孔 432 槽 44 轉動元件 441 子L 442 第一部份 443 第二部份 444 撥動部 45 推動元件 451 中心孔 18 M314244344 third section 345 through hole 346 pin 347 toggle part 35 spring 36 toggle 361 sub L 362 toggle 363 flange 37 ring 371 projection 38 sleeve 381 center hole 382 slot 383 convex 384 elastic element 385 notch 386 positioning plate 39 spring 4 inner transmission structure 41 collar 411 center hole 412 groove 42 drive tube 421 center hole 422 toggle portion 423 groove 424 convex portion 425 elastic member 426 positioning plate 43 tubular member 431 center hole 432 groove 44 rotation Element 441 Sub L 442 First part 443 Second part 444 Toggle part 45 Push element 451 Center hole 18 M314244
452 子L 453 凹槽 454 螺旋邊 46 銷 47 桿件 471 凸部 472 子L 473 推動部 474 支承部 475 第一止動部 476 第二止動部 48 環 481 中心孔 482 凸部 5 外套環 51 支柱 6 内套環 7 外把手組 71 外把手 711 通孔 72 鎖組 721 鎖心 722 外傳動件 8 内把手組 81 内把手 811 通孔 82 鎖組 821 鎖心 822 内傳動件 9 鎖閂機構 91 鎖閂頭 19452 sub L 453 groove 454 spiral side 46 pin 47 rod 471 convex portion 472 sub L 473 push portion 474 support portion 475 first stop portion 476 second stop portion 48 ring 481 center hole 482 convex portion 5 outer ring 51 Pillar 6 Inner collar 7 External handle set 71 External handle 711 Through hole 72 Lock set 721 Locking center 722 Outer drive member 8 Inner handle set 81 Inner handle 811 Through hole 82 Lock set 821 Lock 822 Inner drive member 9 Latch mechanism 91 Latch head 19