M350588 八'新型說明： 【新型所屬之技術領域】 —種鎖體傳動結構㈣，包括：内傳動結構、外傳動 =、殼體及牽縮機構，其可安襄於麵，該鎖體可裝設於 ，特別是指-種侧於特__貞，該鎖體的内側M350588 Eight's new description: [New technical field] - Locking body transmission structure (4), including: internal transmission structure, external transmission =, housing and retracting mechanism, which can be mounted on the surface, the lock body can be installed Set, in particular, to the side of the __贞, the inside of the lock body
^門是以内把手驅動内傳動機構，使牽縮機構帶動制頭 Γ而開門，鎖體關可藉由該她驅_傳動結構控制外 _結_解鎖或_狀態，當鎖體為解鎖狀態時，鎖體的 夕把手可猎由外傳動結構驅動牽縮機構帶動鎖問頭撤收為 開門’當鎖體為閉鎖狀態，僅能藉由操作鑰匙驅動外傳動結 構’使牽_構帶_貞陶相門，操作驗拔出恢復 閉鎖狀態。 【先前技術】 目前-般常見.Λ鎖結構，最主要之設計，在於兩側 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、鎖問機構配 口在配口鎖〜及按知桿達到整個鎖具開、閉的動作，該剩 八鎖之傳動構件’係於—容室内設置—轉機構，該牵縮機 構可接又内瓣f、外鶴管及外雜之祕部之推動，使 牽縮機構之所連接的鋼機構可被操作献動。當位於内驅 M350588 動管内之按轉呈關祕，歧贿外驅鮮之鎖心呈閉 鎖狀態時，倾轉限餅獨料動軸機收朗機 構之移動’而王鎖掣狀態’若呈解鎖狀態時，按紐桿不限制 外驅動管作動輪機構撤收綱機構之移動,因此當旋轉内 驅動管、外辦或外轉軸時，即藉由推動部帶動牵縮機構 於容室⑽動，並同時帶動_機構之朗頭往容室方向作 參 動’:付以呈開啟狀態’由於前揭㈣鎖結構之整體組合為 -般常見結構，但由於場所與觀料同，並延伸許多 功能的通道鎖的需求。 J 【新型内容】 有鑑於此，本創作之主要目的是提供-種可應用於特 :的=鎖，該職__柳㈣動内傳動機 構，使牽賴構帶動_亀而_，_可藉岭 鎖組驅動_結構控制外傳動結構為解鎖或閉鎖狀^ 由操作鍮匙驅動外傳動結構，使牽 賴為解舰態時，·科把手可藉由外傳動結構驅動: 縮機構帶動鎖_撤_門，當馳為_狀態，_ 縮機構帶動鎖閂頭撤收為 開門，操作鑰匙拔出恢復閉鎖狀態 本創作缺構㈣，可絲於 ，該鎖體可裝設於Η上一轉雜設_鎖财可操= 7 M350588 連接-鎖閃機構;-把手活骏於髀、 把手；該通孔可裝設一鎖組 ·鱼，一、孔成形於該 結構，包括：-套管、-轉輪鎖組雜—傳動件；該傳動 件、-環、-銷及-彈簧；該套总軸杯、—鳴合元 轉軸可具轉動的插置於該套故內接受該把手的驅動；該 推動部成形於該轉軸的部份伸出該套管外，— 侧，並於該轉軸的管壁具有 成开/於°亥轉轴的官壁内 與认, 、檢向孔；該套環可套設於兮表 =、，―唾合部成形於該套環的-端;該轴桿活= 轉軸内、’-端具有-驅動部，該轴桿徑向具有—通孔；: 合兀件活裝於該轉軸内，為—管 ’ ^噛 ，該喃合树的管壁具有—螺旋槽，二Α:軸^插置 =嗜合元件的—端，_合树的射與該熱的⑽ Τ以維翻合元件的轴向運動;該環可橫向 ==環具有至少一推動部爛爾於該轴桿的 妨元件螺旋射；該彈縣辦雜桿上，可偏 元件，· __傳動件可推動該環的軸部，可藉 =每推動該轉軸驅動驅動座，·_驅動桿的一端可撥動該軸 2 ιε動部，可使該嗜合元件做軸向位移，並可適時的使該 裱的嘴合部與該嗜合元件的喷合部位於喷合的位置或不 嚙合的位置之間移動。 M350588 【實施方式】 本創作一種鎖體傳動結構(四）’可安裝於鎖體上，以下 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及一内把組8 (或類似的機構），用於活農於 門上；該傳動結構1 ’包括：一殼體2、一牵縮機構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。 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 )’可連接一傳動件722，用以驅動外傳動結構3。 所述内把手組8 ,包括：一内把手81(或旋叙)與一鎖組 82 〇 所述内把手81具有一通孔811，鎖組82可裝設於内把 手81的通孔811 ’鎖組82具有一鎖心821 (顯示於第—圖 )，可連接一驅動桿822，用以驅動内傳動結構4。 如第二圖所示，所述牵縮機構29可裝置於殼體2内部， 其包括： -驅動座26，前端具有—帶動部261可與朗機構州 部的驅動元件（圖中未示出）㈣合以拉動朗機構9的鎖 問頭9卜化鶴座26的後端具有—容置部⑽，所述帶動部 9 M350588 261與容置部263之間具有一支承部262。 一疋位元件27，為一；L形板體，其具有兩定位點271 ’所述定位元件27可安裝於驅動座26的容置部加；其中該 驅動座26與該定位元件27亦可為一體成形。 兩彈簣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。 # 如第二圖所示’所述内傳動結構4，包括： 驅動管47，為一管狀元件，具有一中心孔π〗，一端 具有間隔設置的撥動部472可鄰靠於驅動座％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 ’可接受彈性元件475的偏壓而位於部份伸出 管壁與縮入管壁之間移動。 鲁 一套環46具有一中心孔461，可供驅動管47的穿設， 、 5亥套環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。 如第二圖及第四圖所示，一驅動裝置41，包括··一管 42、一環43、一定位件44、一桿件45、一第一環453、一彈 簧454及一第二環455 ;其中， δ亥管42，為一管狀元件，具有一中心孔423，並於管壁 的一端具有間隔向内延伸的兩凸部421，管42的另一端具有 10 M350588 間隔設置的兩橫向孔422。 該定位件44可容置於管42的中心孔423中，該定位件44 具有一孔441與間隔設置的兩凹槽443’該孔441的邊緣形成 間隔設置的推動部442 ’且該定位件44的兩凹槽443可與管42 的兩凸部421相嗜合，該定位件44的一端具有一凹室444。 該桿件42具有一驅動桿451，該驅動桿451的末端具有 一凸緣452 ’且該驅動桿451可穿設該定位件44的孔441，使 該凸緣452容置於該定位件44的凹室444中，而該定位件44 可轉動一空轉角度後使定位件44的推動部442推動驅動桿 451 〇 該第一環453、彈簧454及第二環455可依序裝設於該管 42内’該第一環453可臨靠於該定位件44。 該環43具有間隔設置的兩橫向凸部432，可橫向設置於 管42的橫向孔422，該環43可臨靠於該第二環455，該環43 軸向延伸兩突起434，可固定環43於管42内，且該環43中央 具有一孔431，該孔431的邊緣形成間隔設置的推動部433。 如此上述的組合形成一驅動裝置41。且該環43的孔431可供 前述内把手組8的鎖組82的驅動桿822的穿設，該驅動桿822 可轉動一空轉角度後推動環43的推動部433。 如第二圖及第三圖所示，所述外傳動結構3,包括： -轉軸32，為-管狀元件’具有一中心孔切，—端具 11 M350588 有間隔設置的兩推動部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兩 Λ部323 ’轉軸32的另一端具有間隔設置的兩橫向孔324。 一轴桿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gw、一第二段π]及— 第三段364 ;書亥第-段362為一桿，桿上形成間隔設置的驅動 部368可接受驅動桿州的驅動，該第工段舶具有一通孔祕 ，該第三段364具有一凹室361。 嗜口元件33 ’為-管狀件，軸向具有相連通的第一 孔331與第二孔332 ’可供車由桿％的部份插置於其内部，嗜合 兀件33可錢於細2的巾心細内，該嗜合元件％的管 壁具有間隔設置_螺_334，—妨部335與兩間隔設置 =細成形於該喷合元件33的—端；竭合元件33的兩 的細可分別容置該轉軸_兩凸部奶，以維持 齒δ元件33的轴向運動。 、 的螺旋槽334與該轴桿 一鎖35可枝於該合元件33 36的通孔365。 作4入 套設於輛桿36的第二細，而 於嗜5元細熟桿3⑽第三段364之間。 一支擇件37的轴向 凸 36的凹室36】中，“ 緣3,可容置於1 中以撐件37中央具有-孔371，， 12 M350588 組72的傳動件722的插置定位。 一％_38具有間隔没置的兩橫向凸部381，可橫向設置於 轉軸32的橫向孔324，該環38軸向延伸兩突起382，可固定環 38於轉軸32的中心孔321内，且該環38中央具有一孔383，該 孔383的邊緣形成間隔設置的推動部384。且該環38的孔383 - 可供前述外把手組7的鎖組72的傳動件722的穿設，該傳動件 722可轉動一空轉角度後推動環38的推動部384。 響 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 设置的兩凸部393(圖申僅示其一)與一缺口395,另一端具有 間隔設置的兩槽392，可與外把手71相嘴合，及一槽397可嗔 合鎖組72的凸部723 ’套管39的中央管壁處活裝一定位板396 ，可接受彈性元件394的偏塵而位於部份伸出管壁與外把手 _ 71結合或縮入管壁與外抵手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3U，可套於套管39上，一 端具㈣合部313可與該套管39的缺口 395相嗜合；另一 端具有間隔設置的兩凹槽犯可與套管39的兩凸部观相 嚙合，以增加套管39的強度與抗扭力。 如第二圖所示，所述殼體2，係由-基座23、-外蓋板 24内盍板25、—套筒2卜—圓験级目連結形成。 13 M350588 一套筒21 ’為一中空筒狀，具有一中心孔211可供套管 39的穿設’ 一端具有凸緣212，凸緣212上具有成對凹槽213 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 ’可將套筒21固定於基座23的一侧。 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 ，將圓筒殼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。 如第一圖至第八圖所示，内把手組8的鎖組82於鎖體 内側可控制鎖體外側的外傳動結構3做閉鎖或解鎖的操作 ，而於鎖體内側只要轉動内把手81帶動驅動管47的撥動部 472撥動驅動座26，即可開啟門扉，但不改變外側鎖體原先 設定的閉鎖狀態或解鎖狀態（如第七圖及第八圖所示），當 以鑰畦轉動内把手組8的鎖組82為閉鎖狀態時(如第七圖所 不^此時鎖組82的驅動桿822先空轉一角度後，可推動驅 動I置41的環43的推動部433，進而使管42轉動一空轉 14 M350588 角度’再推動桿件45的驅動桿451，而推動轴桿％的第一 段362的驅動部368，因為嗜合元件33的螺旋槽334與軸 桿36的通孔365受一銷35連接的關係，且該轉轴32的兩 ⑽323分別容置於嗜合元件％的兩槽紐，所以當袖桿 36轉動時’喷合元件33會麵_桿％產生軸向位移， 而喃合元件33會移動到該喃合元件33的嗜合部撕位於不 喷合套環31的嗜合部313 (如第六圖及第七圖所示）的位 置，因此轉動外把手71時會連動套管％產生—預定角度的 空轉，以形成外側閉鎖的狀態。 又 當為解除鎖體外側閉鎖狀態時（如第五圖及第八圖所 示）’必須於鎖體内側以输匙操作此時鎖組82的驅動桿822 先空轉一㈣後’可推動驅動裝置41的環Μ的推動部切 進而使g 42轉動-空轉角度再推動桿件Μ的驅動桿切 ’而推動軸桿36的第-段362的.·動部施，因為喷合元 件33的螺旋槽334與軸桿36的通孔365受-銷35連接的 關係，且該轉軸32的兩凸物分別容置W件33的 兩槽^所以當軸桿36轉動時，喷合元件％會相對於轴 才干3產生轴向位移’㈣合林力會移動_嗜合元件 =合㈣合套環31的嗜合部313 (如 及弟八圖所不）的位置’因此轉動外把手料 39連動套環31時，因套瑗·砮& 套％ 31的鳴合部313可推動嗜合元 15 M350588 件33，並驅動轉轴32，使轉軸32 26的支承部262，使驅動座26作 :322驅動驅動J 内部驅動元件撤收朗頭91，即可開啟而朗機構9的 若為閉鎖狀態欲從外側鎖體開 η 鎖組72的俜動杜知作鑰匙帶動 W專動件722驅動環38的 凸部38U__32產生簡，進=2’使㈣的 驅動驅動座26 6V* S… 轉1 2的推動部322 把勒厘26的支承部262，使驄叙汁κ儿 閂機椹座26作移動而拉動鎖 —機構9_部鶴元件撤__1，即可開啟門戶。 右抽出鱗即驗外___狀態。 非 上逃較佳實施例亦可變更為内把手組S的鎖組82的驅 動桿822的尺寸加長，使驅動桿822不經由驅動裝置^直 接驅動轉36 __ 365，村_整_功效。 由上列較佳具體實施例之詳細說明，以及後附之申請 專利範圍及關’將會使本_找多目的，特徵及優點獲 得更清楚地瞭解。 16 M350588 【圖式簡單說明】 f 結構㈣，顯示鎖體整體結構及鎖 問機構之立體分解圖。 第二®為本創作舰_結構㈣，顯示碰的傳動結構的 各部元件的立體分解圖。 、第三圖為本創作鎖_動結構(四），顯示外傳動結構及套筒 .的立體分解圖。 第四圖為本創作鎖體傳動結構㈣，顯示内傳動結構的驅動 裝置的立體分解圖。 第五_本創作麵傳動結構(四），顯示銷、軸桿 、嚙合元 件及彈簧組合後’銷位於螺旋槽的第一位置的平面圖 〇 策六圖為本創作鎖體傳動結構㈣，顯示銷、軸桿、唾合元 I 件及縣組合後，触於職槽的第二位置的平面圖 〇 第七圖為本創作賴傳祕構(四），顯示鎖體整體結構中， 嗜合元件的喃合部與套環的嚙合部位於不嚙合的位 置剖面圖。 第八圖為本創作鎖體傳動結構(四），顯示鎖體整體結構中， 嚙合凡件的嚙合部與套環的嚙合部位於嚙合的位置 剖面圖。 17 M350588 【主要元件符號說明】^The door is driven by the inner handle to drive the inner transmission mechanism, so that the retracting mechanism drives the head to open the door, and the lock body can be controlled by the outer drive_transmission structure to control the outer_unlock_unlock or _ state, when the lock body is unlocked The eve handle of the lock body can be driven by the external drive structure to drive the retracting mechanism to drive the lock head to be retracted as the door opening. When the lock body is in the locked state, the external drive structure can only be driven by the operation key. The Tao Xiangmen, the operation check and pull out to restore the lock state. [Prior Art] At present, the most common design is the shackle structure. The main design is the design of the sets of the discs on both sides of the hand and the internal transmission components. Among them, the transmission components are mainly driven by the inner and outer drive tubes. The retracting mechanism and the locking mechanism are engaged in the opening and closing of the lock, and the transmission member of the remaining eight locks is disposed in the room, and the retracting mechanism can be The push of the inner flap f, the outer crane tube and the secret part of the outer fuse can make the steel mechanism connected by the retracting mechanism can be operated and actuated. When it is located in the inner drive M350588, the button is turned into a secret, and when the lock of the foreign brigade is locked, the movement of the tilting limit cake is only the movement of the machine and the state of the king locks. When the state is unlocked, the button does not limit the movement of the outer drive tube to remove the mechanism. Therefore, when the inner drive tube, the outer office or the outer shaft is rotated, the pushing unit is driven by the pushing unit to move the chamber (10). At the same time, at the same time, the head of the _ body is moved toward the direction of the room. 'The payment is open.' Because the overall combination of the front (4) lock structure is a common structure, but because the place is the same as the view, and extends many The need for functional channel locks. J [New Content] In view of this, the main purpose of this creation is to provide a kind of = lock that can be applied to the special: the __Liu (four) moving internal transmission mechanism, so that the mechanism is driven by _ _ _, _ can The ridge lock group drive _ structure controls the outer transmission structure to unlock or lock the shape. The external transmission structure is driven by the operation key, so that when the ship is locked, the handle can be driven by the external transmission structure: the reduction mechanism drives the lock _ withdraw _ door, when the _ state, _ contraction mechanism to drive the latch head to withdraw to open the door, the operation key pulls out to restore the lock state, the creation of the lack of structure (four), can be silk, the lock body can be installed on the 一Turn miscellaneous _ lock money can be operated = 7 M350588 connection - lock flash mechanism; - handle the hand in the 髀, handle; the through hole can be equipped with a lock group · fish, a hole formed in the structure, including: - set Tube,-rotor lock combination-transmission component; the transmission component, the ring, the pin and the spring; the sleeve shaft cup, the singular element shaft can be rotated and inserted into the sleeve to receive the handle a driving portion formed on the rotating shaft and extending outside the sleeve, the side, and having a wall opening/closing angle on the wall of the rotating shaft The inner wall of the rotating shaft and the identification hole, the detecting hole; the collar can be set on the 兮 table =,, the "salt portion is formed at the end of the ring; the shaft is active = inside the shaft, '- The utility model has a driving portion, wherein the shaft has a through hole in a radial direction; the fitting member is lively mounted in the rotating shaft, and is a tube, wherein the wall of the mering tree has a spiral groove, and the shaft: the shaft ^ Insertion = the end of the opportunistic element, the shot of the _tree and the thermal (10) Τ to the axial movement of the flip element; the ring can be lateral == the ring has at least one pusher on the shaft The component can be spirally wounded; the bullet can be biased on the miscellaneous pole, and the __ transmission can push the shaft of the ring, and the drive shaft can be driven by the push shaft. The shaft 2 ιε movable portion can axially displace the instinct element, and can timely position the nozzle joint portion of the cymbal between the nozzle portion and the non-engaged position of the fitting portion of the accommodating member. mobile. M350588 [Embodiment] The present invention relates to a lock body transmission structure (4)' which can be mounted on a lock body. The following is a preferred embodiment of the present invention. Please refer to the first to third figures, a transmission structure 1 An inner set of discs 6, a set of outer discs 5, an outer handle set 7 and an inner handle set 8 (or similar mechanism) can be used with the lock body for live farming; the transmission structure 1 'includes A housing 2, a retraction 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 mounted on the through hole 711 of the outer handle 71. The lock set 72 has a lock core 721 (shown in the first figure) that can be connected to a transmission member 722 for The outer transmission structure 3 is driven. The inner handle set 8 includes: an inner handle 81 (or a revolving) and a lock set 82. The inner handle 81 has a through hole 811, and the lock set 82 can be mounted on the through hole 811 'lock of the inner handle 81. The set 82 has a lock 821 (shown in Figure) attached to a drive rod 822 for driving the internal transmission structure 4. As shown in the second figure, the retracting mechanism 29 can be disposed inside the casing 2, and includes: - a driving base 26 having a driving component 261 and a driving component of the state agency (not shown in the figure) (4) The locking head of the pulling mechanism 9 is provided with a receiving portion (10), and a supporting portion 262 is formed between the driving portion 9 M350588 261 and the receiving portion 263. The clamping member 27 is an L-shaped plate body having two positioning points 271 ′. The positioning component 27 can be mounted on the receiving portion of the driving base 26; wherein the driving seat 26 and the positioning component 27 can also be One piece is formed. The two magazines 28' are mounted between the positioning point 271 of the positioning member 27 and the positioning point 231 of the base 23 as an elastic support for the driving base 26. As shown in the second figure, the internal transmission structure 4 includes: a driving tube 47, which is a tubular member, has a central hole π, and a dial portion 472 having an interval at one end can be adjacent to the driving seat. The support portion 262 can directly drive the driving seat 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 mounted at the central tube wall of the driving tube 47. 'Accepting the bias of the resilient member 475 to move between the portion of the extended tube wall and the wall of the retracted tube. The set of rings 46 has a central hole 461 for the passage of the drive tube 47. The 5 sets of the collar 46 have a recess 462 engageable with the projection 474 of the drive tube 47 for increased strength and torsion resistance. As shown in the second and fourth figures, a driving device 41 includes a tube 42 , a ring 43 , a positioning member 44 , a rod 45 , a first ring 453 , a spring 454 and a second ring . 455; wherein, the δ ray tube 42 is a tubular member having a central hole 423, and has two convex portions 421 extending inwardly at one end of the tube wall, and the other end of the tube 42 has two lateral directions at intervals of 10 M350588 Hole 422. The positioning member 44 can be received in the central hole 423 of the tube 42. The positioning member 44 has a hole 441 and two spaced grooves 443'. The edge of the hole 441 forms a pushing portion 442 ' spaced apart from each other and the positioning member The two recesses 443 of the 44 are compatible with the two convex portions 421 of the tube 42, and one end of the positioning member 44 has an alcove 444. The lever member 42 has a driving rod 451. The driving rod 451 has a flange 452 ′. The driving rod 451 can pass through the hole 441 of the positioning member 44 , and the flange 452 is received in the positioning member 44 . In the recess 444, the positioning member 44 can rotate the idling angle to push the pushing portion 442 of the positioning member 44 to push the driving rod 451. The first ring 453, the spring 454 and the second ring 455 can be sequentially mounted on the The first ring 453 in the tube 42 can be placed against the positioning member 44. The ring 43 has two lateral protrusions 432 spaced apart from each other, and is laterally disposed on the lateral hole 422 of the tube 42. The ring 43 can abut the second ring 455. The ring 43 extends axially with two protrusions 434, and the ring can be fixed. 43 is in the tube 42, and the center of the ring 43 has a hole 431, and the edge of the hole 431 forms a pushing portion 433 which is spaced apart. The combination as described above forms a drive unit 41. The hole 431 of the ring 43 is permeable to the drive rod 822 of the lock set 82 of the inner handle set 8, and the drive rod 822 can be rotated by an idle angle to push the push portion 433 of the ring 43. As shown in the second and third figures, the outer transmission structure 3 includes: - a rotating shaft 32, the tubular member has a central hole cut, and the end portion 11 M350588 has two pushing portions 322 spaced apart The support portion 262' of the drive base 26 has a plurality of lateral holes 324 spaced apart from each other at a position adjacent to the push portion 322. A shaft rod 36, which is a class rod member, can be received in the central hole 321 of the rotating shaft 32, and has a first segment gw, a second segment π] and a third segment 364 connected to each other; The segment 362 is a rod, and the driving portion 368 formed on the rod is spaced apart to receive the driving of the driving rod state, the working portion has a through hole secret, and the third portion 364 has an recess 361. The mouthpiece element 33' is a tubular member, and the first hole 331 and the second hole 332' which are in communication with each other are axially inserted into the inside of the rod, and the fitting element 33 can be thinned. In the center of the towel, the wall of the contact element has a spacing _ snail 334, the slanting portion 335 and the two spacings are arranged to be thinly formed at the end of the blasting element 33; The shaft _ two convex milks can be respectively accommodated to maintain the axial movement of the tooth δ element 33. The spiral groove 334 and the shaft a lock 35 can be branched from the through hole 365 of the engaging member 33 36. 4 is set to be placed on the second thin portion of the rod 36, and between the third section 364 of the 5th thin rod 3 (10). In the recess 36 of the axial projection 36 of the member 37, the "edge 3, which can be received in 1 to have a hole 371 in the center of the struts 37, and the insertion of the transmission member 722 of the 12 M350588 group 72 A %_38 has two lateral protrusions 381 which are disposed at intervals, and are laterally disposed on the transverse hole 324 of the rotating shaft 32. The ring 38 axially extends the two protrusions 382 to fix the ring 38 in the central hole 321 of the rotating shaft 32, and The ring 38 has a hole 383 at the center thereof, and the edge of the hole 383 forms a spaced-apart pushing portion 384. The hole 383 of the ring 38 is provided for the transmission member 722 of the lock set 72 of the outer handle set 7, which The transmission member 722 can be rotated by an idle angle to push the pushing portion 384 of the ring 38. A sleeve 39 is provided with a central hole 391' for inserting a portion of the shaft 32 therein, and a gasket can be disposed outside the tube wall. 398, two protrusions 393 (only one of which is shown) and a notch 395 at one end of the tube wall, and two slots 392 spaced apart at the other end, which can be combined with the outer handle 71, and a slot 397 The positioning portion 396 of the sleeve 723 of the sleeve 72 can be engaged with the positioning portion 396 of the sleeve 39, and the dust of the elastic member 394 can be accepted. The part of the extension tube wall is combined with the outer handle _ 71 or is retracted between the tube wall and the outer hand 71, which is not described herein. The set ring 31 has a center hole 3U. Nested on the sleeve 39, one end has a (four) joint 313 which can be in contact with the notch 395 of the sleeve 39; the other end has two grooves arranged at intervals to engage the convex portions of the sleeve 39, Increasing the strength and torsion resistance of the sleeve 39. As shown in the second figure, the housing 2 is composed of a base 23, an inner cover plate 24, a sleeve 2, a sleeve 2 The joint is formed. 13 M350588 A sleeve 21' is a hollow cylinder having a central hole 211 for the passage of the sleeve 39. One end has a flange 212, and the flange 212 has a pair of grooves 213 and four holes. 214' the hole 214 is provided for the hook 232 of the base 23, and the bent hook 232' can be used to fix the sleeve 21 to one side of the base 23. A cylindrical shell 22' is a cylindrical shape. One end has an opening 225, and the other end has a laterally disposed bottom portion 226'. The bottom portion 226 is connected to a barrel 224 having a central hole 221 ' at one end and a bottom portion 226 Four holes 222 (only two are shown) and two through holes 223 (only one is shown) are provided at intervals, the central hole 221 is for the driving of the driving tube 47, and the cylindrical shell 22 can be directly sleeved 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 cylindrical shell 22 to the other side of the base 23. At this time, the two through holes 223 can be Each of the struts 51 of the outer casing group 5 is respectively joined and joined by screws (not shown). As shown in the first to eighth figures, the lock group 82 of the inner handle group 8 can control the outer transmission structure 3 outside the lock body to lock or unlock the inner side of the lock body, and only rotate the inner handle 81 on the inner side of the lock body. Driving the driving portion 47 of the driving portion 47 to move the driving seat 26, the door sill can be opened, but the locking state or the unlocking state originally set by the outer locking body is not changed (as shown in the seventh and eighth figures), when the key is When the lock group 82 of the inner handle group 8 is turned into a locked state (as in the seventh figure, the drive rod 822 of the lock group 82 is first idling by an angle, the push portion 433 of the ring 43 that drives the I 41 can be pushed. In turn, the tube 42 is rotated by an idler 14 M350588 angle 're-pushing the drive rod 451 of the rod 45, while pushing the drive portion 368 of the first section 362 of the shaft % because of the helical groove 334 and the shaft 36 of the associative element 33. The through hole 365 is connected by a pin 35, and the two (10) 323 of the rotating shaft 32 are respectively accommodated in the two slots of the fitting element %, so when the sleeve 36 rotates, the 'spray element 33 will face _ rod% An axial displacement is generated, and the merging element 33 is moved to the fitting portion of the merging element 33 and is not sprayed. The position of the fitting portion 313 of the collar 31 (as shown in the sixth and seventh figures), therefore, when the outer handle 71 is rotated, the interlocking sleeve % generates a predetermined angle of idling to form an outer closed state. In order to release the lockout state of the lock body (as shown in the fifth and eighth figures), it is necessary to operate the key inside the lock body. At this time, the drive lever 822 of the lock set 82 is first idling one (four) and then the drive device 41 can be pushed. The pushing portion of the ring is cut so that the g 42 rotates - the idling angle pushes the driving rod of the rod 切 to push the 'the moving portion of the first segment 362 of the shaft 36 because the spiral groove of the spray element 33 334 and the through hole 365 of the shaft 36 are connected by the pin 35, and the two protrusions of the rotating shaft 32 respectively accommodate the two slots of the W piece 33. Therefore, when the shaft 36 rotates, the spray element % will be relative to The shaft 3 produces an axial displacement '(4) The combined force will move _ the fit component = the joint (the fourth) fits the loop 31 of the merging part 313 (as in the figure of the eight), so the outer handle material 39 is rotated At the time of the ring 31, the merging portion 313 of the sleeve 砮 amp & sleeve % 31 can push the symmetry unit 15 M350588 member 33 and drive the shaft 32. The support portion 262 of the rotating shaft 32 26 is configured such that the driving base 26 is driven by the 322 driving drive J. The internal driving component is removed and the head 91 is opened, and the locking mechanism 9 is opened. If the locking mechanism 9 is in the locked state, the η locking group is to be opened from the outer locking body. The turbulence of 72 is known as the key to drive the convex portion 38U__32 of the W-actuator 722 drive ring 38 to produce a simple, 2 = 2' drive drive block 26 The support portion 262 allows the 骢 汁 κ 闩 闩 闩 闩 26 26 26 26 26 26 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Right out the scale is the inspection ___ state. The preferred embodiment of the non-escape can also be changed to the length of the drive lever 822 of the lock set 82 of the inner handle set S, so that the drive lever 822 is not directly driven by the drive unit to rotate 36 __ 365. The detailed description of the preferred embodiments above, as well as the scope of the appended claims and the accompanying claims, will provide a better understanding of the purpose, features and advantages. 16 M350588 [Simple description of the diagram] f Structure (4), showing the overall structure of the lock body and the exploded view of the locking mechanism. The second® is the creation ship _ structure (four), showing the exploded view of the components of the transmission structure. The third picture is the creation lock _ moving structure (four), showing the external transmission structure and the sleeve. The fourth figure is an exploded view of the drive structure of the original lock body (4) showing the drive device of the internal drive structure. The fifth _ the original transmission surface transmission structure (four), the display pin, the shaft rod, the meshing element and the spring combination after the 'pin is located in the first position of the spiral groove. The plan six diagram is the creation lock body transmission structure (four), the display pin After the shaft, the salamander unit I and the county combination, the plan view of the second position of the job slot is shown in the seventh figure. The creation of the lock structure (4) shows the overall structure of the lock body. The meshing portion of the merging portion and the collar is located at a position where the meshing portion is not engaged. The eighth figure is the creative lock body transmission structure (4), which shows a cross-sectional view of the meshing portion of the engaging member and the engaging portion of the collar in the integral structure of the lock body. 17 M350588 [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 子L 22 圓筒殼 221 中心孔 222 孔 223 通孔 224 筒 225 開口 226 底部 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 28 彈簧 29 牵縮機構 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 18 M3505881 Transmission structure 2 Housing 21 Sleeve 211 Center hole 212 Flange 213 Groove 214 Sub L 22 Cylindrical shell 221 Center hole 222 Hole 223 Through hole 224 Tube 225 Opening 226 Bottom 23 Base 231 Positioning point 232 Fishing 24 Cover Plate 25 inner cover. 26 drive base 261 drive part 262 support part 263 accommodating part 27 positioning element 271 positioning point 28 spring 29 retraction mechanism 3 outer transmission structure 31 collar 311 center hole 312 groove 313 meshing part 32 shaft 321 Center hole 322 pushing portion 323 convex portion 18 M350588
324 橫向孔 33 。齒合元件 331 第一孔 332 第二孔 333 槽 334 螺旋槽 335 嚙合部 34 彈簧 35 銷 36 轴桿 361 凹室 362 第一段 363 第二段 364 第三段 365 通孔 37 支撐件 371 孔 373 凸緣 38 環 381 凸部 382 突起 384 推動部 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 長槽 398 墊圈 4 内傳動結構 41 驅動裝置 42 管 421 凸部 422 横向孔 423 中心孔 43 環 431 子L 432 凸部 433 推動部 434 突起 19 M350588324 transverse hole 33 . Cutter element 331 first hole 332 second hole 333 slot 334 spiral groove 335 meshing portion 34 spring 35 pin 36 shaft 361 alcove 362 first segment 363 second segment 364 third segment 365 through hole 37 support member 371 hole 373 Flange 38 Ring 381 Projection 382 Protrusion 384 Pusher 39 Sleeve 391 Center hole 392 Slot 393 Projection 394 Elastic element 395 Notch 396 Positioning plate 397 Long groove 398 Washer 4 Internal transmission structure 41 Drive unit 42 Tube 421 Projection 422 Hole 423 Center hole 43 Ring 431 Sub L 432 Projection 433 Pusher 434 Protrusion 19 M350588
44 定位件 441 子L 442 推動部 443 凹槽 444 凹室 45 桿件 451 驅動桿 452 凸緣 453 第一環 454 彈簧 455 第二環 46 套環 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 傳動件 723 凸部 81 内把手 811 通孔 82 鎖組 821 鎖心 822 驅動桿 823 凸部 9 鎖閂機構 91 鎖閂頭 2044 Locator 441 Sub L 442 Pusher 443 Groove 444 Alcove 45 Rod 451 Drive rod 452 Flange 453 First ring 454 Spring 455 Second ring 46 Collar 461 Center hole 462 Groove 47 Drive tube 471 Center hole 472 Toggle portion 474 convex portion 475 elastic member 476 positioning plate 5 outer plate group 51 column 6 inner plate group 7 outer handle group 71 outer handle 711 through hole 72 lock group 721 lock center 722 transmission member 723 convex portion 81 inner handle 811 Hole 82 lock set 821 lock center 822 drive rod 823 convex part 9 latch mechanism 91 latch head 20