200925371 九、發明說明： 【發明所屬之技術領域】 ’特別係有關於一種 之門鎖之鎖閂構造。 本發明係有關於一種門鎖之鎖閂 利用-防盜件及一滑動板提高防盜性 【先前技術】 Ο Ο t知門鎖之鎖閃於上鎖時’其鎖栓係會卡扣於門框之 ::以維持閉鎖狀態，然而當遭遇竊賊以外力或破壞物 畜思撬開鎖栓時1知鎖栓極易㈣動而縮人殼體内造成 :問’使得門鎖之防盜性大幅降低，此外，一般門板在裝 设鎖閂之前，通常合淋減門# + 仏 0據，板之開啟方向（如左開門或右開 門）選擇適合之_，其主要原因是因為習知之鎖問在設計 上並無法同時適用於左開門及右開門，因λ，若是左開門 則必須選用左開門_ ’反之，❹須選用右開門鎖問， 然而，一旦鎖閃選用錯誤或是門板開啟方向因空間設計變 更而左右對調時m鎖間將#法使用，❿必須再重新 購貝適合之鎖閂，如此，將衍生額外更換鎖閂之費用，此 外，習知之鎖閂無法同時適用於左開門及右開門亦會造成 裝設上很大的困擾及不便。 【發明内容】 本發明之主要目的係在於提供一種門鎖之鎖閂構 造，其係包含一殼體、一鎖栓、一防盜件以及一滑動板， 該殼體係具有一底座及一形成於該底座一端之側板，該側 板係形成有一鎖栓孔及一與該鎖栓孔呈相對設置之貫穿 孔’該鎖栓係可伸縮地設置於該侧板之該鎖栓孔，該防盜 200925371 件係可伸縮地設置於該側板之該貫穿孔’該滑動板係具有 一擋止部、一頂抵部及一連接該擋止部與該頂抵部之樞接 部，該擋止部係對應該鎖栓且可擋止該鎖栓，該樞接部係 柩設該殼體之該底座，而該防盜件係可限位該頂抵部，本 發明在關門狀態時，該防盜件係會縮入該殼體内而解除對 該滑動板之該頂抵部之限位，同時該滑動板之該擋止部係 會移位而擋止該鎖栓，當竊賊欲以外力或破壞物蓄意撬開 〇 該鎖拴時，由於該滑動板之該擋止部係擋止該鎖栓，因 此，可防止該鎖栓縮入該殼體内而解閃，本發明係可穩固 地維持閉鎖狀態，故可大幅提高門鎖之防盜性。 本發明之另一目的係在於提供一種門鎖之鎖閂構 迨，其另包含有一解閂組件，該解閂組件係可轉動地設置 於該殼體之該底座，且該解閂組件係可帶動該鎖栓，藉由 該解閃組件係可使本發明同時適用於左開門及右開門，因 此，可大幅提尚鎖閂裝設之便利性及節省更換鎖閂之費 Ο 用。 【實施方式】 請參閱第1及2圖，其係本發明之一較佳實施例，一 種門鎖之鎖閂構造係包含一殼體1 0、一鎖栓2 〇、一防盜 件30、一滑動板40、一解閂組件50、一第—彈性件6〇、 一第二彈性件70以及一撥動板80,該殼體丨〇係具有一底 座11 形成於該底座11 一端之侧板12及一與該底座 11呈相對設置之蓋板1 3 ’該底座Η係形成有一第一穿孔 1U及一第一開孔llb，此外，該底座u亦凸設有一第一 8 200925371 ❹ Ο 才區接样lie、一第二拖接桿lid、一第一導桿iie、一第二 導桿11 f及一第三樞接桿11 g，該侧板1 2係形成有一鎖栓 孔12a及一與該鎖栓孔12a呈相對設置之貫穿孔12b，而 該蓋板1 3係形成有一對應該第一穿孔丨丨a之第二穿孔丨3 & 及一對應該第一開孔1 lb之第二開孔丨3b，該鎖栓2〇係可 伸縮地設置於該側板12之該鎖栓孔12a，且該底座π之 該第一導桿11 e係可導引該鎖栓2〇作直線移動，此外， 在本實施例中，該鎖栓20係具有一帶動板21及一形成於 該帶動板2 1之卡掣部22 ’該防盜件3 0係可伸縮地設置於 該侧板12之該貫穿孔12b，在本實施例中，該防盜件3〇 係具有一穿設於該貫穿孔12b之伸縮部3丨及一連接於該 伸縮部3i之限位部32,該伸縮部31係可凸伸出該貫穿孔 12b，而該限位部32係位於該殼體1〇内，且該限位部32 係具有一侧面32a、一凹設於該側面32a之嵌槽3沘及一 斜面32c，該滑動板40係具有一擋止部41、一頂抵部43 及-連接該擋止部41與該頂抵部43之樞接部42,該擋止 部41係對應該鎖栓2G之該卡” 22，且該擋止部⑴系 可卡合於該鎖栓20之該卡掣郁„而私L # & χ下夺4 22而擋止該鎖栓2〇，該樞 接部42係樞設於該底座丨丨之唁篦__ <忒弟一導桿11 f，且該樞接 部42係具有一突緣42a，該頂鉍邱k u 貝柢。卩43係抵接該防盜件30 之該限位部32,且該防盜件3〇之該限位部32係可限位該 了頁抵部43’在本實施例中，該頂抵部43係具有一凸緣431200925371 IX. Description of the invention: [Technical field to which the invention pertains] ‘Specially related to a latch structure of a door lock. The invention relates to a latch for a door lock, an anti-theft member and a sliding plate for improving the anti-theft property. [Prior Art] Ο Ο 知 know that the lock of the door lock flashes when the lock is locked, and the lock bolt is buckled on the door frame. :: In order to maintain the locked state, however, when encountering a thief outside force or destroying the animal to think about opening the lock bolt, it is easy to (4) move and shrink the inside of the shell: ask 'make the door lock's anti-theft property greatly reduced, in addition Before the general door panel is installed with the latch, it is usually combined with the door # + 仏0, the opening direction of the board (such as the left or right door) is suitable for _, the main reason is because the design of the lock is in the design. It can not be applied to both left and right open doors. Because of λ, if the left door is opened, the left door must be selected. _ 'On the contrary, it is not necessary to use the right door lock. However, once the lock is selected incorrectly or the door opening direction is changed due to space design. When the left and right swaps are used, the locks will be used in the same way, and the locks that are suitable for the shells must be re-purchased. Therefore, the cost of replacing the latches will be derived. In addition, the conventional latches cannot be applied to both the left and right doors. Will cause It is very troublesome and inconvenient. SUMMARY OF THE INVENTION The main object of the present invention is to provide a latch structure for a door lock, comprising a housing, a latch, an anti-theft member, and a sliding plate, the housing having a base and a base formed thereon a side plate at one end of the base, the side plate is formed with a bolt hole and a through hole opposite to the bolt hole. The bolt is telescopically disposed on the bolt hole of the side plate, and the anti-theft 200925371 is The sliding plate has a blocking portion, a top abutting portion and a pivoting portion connecting the blocking portion and the top abutting portion, and the blocking portion is corresponding to the through hole The locking bolt can block the locking bolt, the pivoting portion is configured to the base of the housing, and the anti-theft member can limit the abutting portion. When the door is closed, the anti-theft member is shrunk. Inserting into the housing to release the limit of the abutting portion of the sliding plate, and the blocking portion of the sliding plate is displaced to block the locking bolt, when the thief wants to force or destroy the object When the lock is opened, since the stopper of the sliding plate blocks the lock, This prevents the lock bolt is retracted into the casing and the solution flash, the invention can stably maintain the closed state, it can greatly improve the security of the door lock. Another object of the present invention is to provide a latch structure for a door lock, further comprising a release latch assembly rotatably disposed on the base of the housing, and the release assembly is By driving the latch, the invention can be applied to both the left and right open doors by the deflashing component, thereby greatly improving the convenience of the latch mounting and saving the cost of replacing the latch. [Embodiment] Please refer to Figures 1 and 2, which are a preferred embodiment of the present invention. A latch structure for a door lock includes a housing 10, a latch 2, a security device 30, and a lock mechanism. a sliding plate 40, a detaching latch assembly 50, a first elastic member 〇, a second elastic member 70, and a dialing plate 80. The housing raft has a base 11 formed at one end of the base 11 12 and a cover plate 1 3 opposite to the base 11 is formed with a first through hole 1U and a first opening 11b. Further, the base u is also convexly provided with a first 8 200925371 ❹ 才The side panel lie, a second towing rod lid, a first guiding rod iie, a second guiding rod 11f and a third pivoting rod 11g, the side panel 12 is formed with a bolt hole 12a and a through hole 12b disposed opposite to the latch hole 12a, and the cover plate 13 is formed with a pair of second through holes &3 & which should be the first through hole 丨丨a; and a pair of first opening 1 lb a second opening 丨3b, the locking bolt 2 is telescopically disposed on the latch hole 12a of the side panel 12, and the first guiding rod 11 e of the base π can guide the locking bolt 2 In the present embodiment, the latch 20 has a driving plate 21 and a latching portion 22 formed on the driving plate 21. The anti-theft member 30 is telescopically disposed thereon. The through hole 12b of the side plate 12, in the embodiment, the anti-theft member 3 has a telescopic portion 3A extending through the through hole 12b and a limiting portion 32 connected to the telescopic portion 3i. The telescopic portion 31 is protruded from the through hole 12b, and the limiting portion 32 is located in the casing 1b, and the limiting portion 32 has a side surface 32a and a recessed groove recessed in the side surface 32a. The sliding plate 40 has a blocking portion 41, a top abutting portion 43 and a pivoting portion 42 connecting the blocking portion 41 and the abutting portion 43. The blocking portion 41 is a locking portion 41. Corresponding to the card "22" of the latch 2G, and the blocking portion (1) is engageable with the card of the latch 20, and the private L# & The pivoting portion 42 is pivotally disposed on the base 唁篦__ < 忒弟一导杆11 f, and the pivoting portion 42 has a flange 42a, the top 铋 ku ku . The 卩43 is abutted against the limiting portion 32 of the burglar-proof member 30, and the limiting portion 32 of the tamper-proof member 3 is configured to limit the page abutting portion 43'. In the embodiment, the abutting portion 43 Has a flange 431
及一形成於該凸緣43 1與該柩桩μ Λ BB 妈根接42之間的凹槽432，該 凸緣43 1係抵接該限位部32之呤钮；。n 之該斜面32c，而該限位部 200925371 32係可限位该&緣43 1 ’且較佳地’該頂抵部43之該凸 緣431係具有一對應該斜面32c之斜邊431a，該凸緣431 之該斜邊431a係抵接該限位部32之該斜面32c，該第一 彈性件60係樞設於該底座u之該第一樞接桿Uc，且該 第一彈性件60 —端係壓觸該防盜件3〇之該限位部32，較 佳地，該第一彈性件60 一端係設置於該限位部32之該嵌 槽32b，該第二彈性件7〇係樞設於該底座丨丨之該第二樞 接桿1 id，且該第二彈性件70 一端係頂推該連動板之 該頂抵部43 ’在本實施例中，該第一彈性元件6〇係具有 -第-彈簧常數’ 1¾第二彈性元件7〇係具有一第二彈簧 常數’該第一彈簧常數係大於該第二彈簧常數，該撥動板 80係樞設於該殼體10之該底座11，該撥動板80係具有 一第一端部80a及一相對於該第一端部8〇a之第二端部 且该第糕。卩80a係抵接該滑動板40之該樞接部42 之該突緣42a。 ❹ 請再參閲第…圖，該解問組件5〇係可轉動地設 置於該殼體1G之該底座U，該解W組件5G係可帶動該鎖 检2〇 ’且該解閃組件5〇係包含有-對應該第一穿孔lla 之第-傳動板51、一對應該第二穿孔⑴之第二傳動板 52及一設置於該第一傳動板51與該第二傳動板52之間的 連動板53，凊參閱第1及3圖，在本實施例中，該第一傳 動板51係具有-第-螺孔51a、一對應該第一穿孔lla之 第一結合部51b、一可帶動該鎖栓2〇之第一牽動鉤51乂、 第π槽5 1 d及一與該第一結合部5 1 b呈相對設置之第 10 200925371 一輪轂部51e’該第二傳動板52係具有一第二螺孔52a、 一對應該第二穿孔13a之第二結合部52b、一可帶動該鎖 栓20之第二牽動鉤52c、一對應該第一滑槽5 1 d之第二滑 槽52d及一與該第二結合部52b呈相對設置之第二輪轂部 52e，該連動板53係具有一對應該第一螺孔5 la之中間螺 孔53a、一對應該撥動板80之該第二端部80b之凸耳53b 及一對應該第一輪轂部51e與該第二輪轂部52e之軸孔 〇 53c，又，該連動板53之該中間螺孔53a亦對應該第二傳 動板5 2之該第二螺孔5 2 a，此外，在本實施例中，該第— 傳動板5 1之該第一凸部5 le及該第二傳動板52之該第二 凸部52e係嵌入該連動板53之該軸孔53c，請再參閱第i 及2圖，在本實施例中，該解閂組件50另包含有一固定 件54,該固定件54係對應該底座11之該第一開孔llb及-該蓋板13之該第二開孔13b，且該連動板53係可藉由該 固定件54結合於該第一傳動板5 1或該第二傳動板52，請 〇 參閱第3圖’在本實施例中，當該連動板53結合於該第 一傳動板5 1時係可使用於左開門’其中該固定件54係螺 設於該第一傳動板5 1之該第一螺孔5 1 a及該連動板5 3之 該中間螺孔5 3 a，以結合該連動板5 3及該第一傳動板5 !， 或者，在另一實施例中，該第一傳動板51與該連動板53 係可一體成型，反之，請參閱第4圖’在本實施例中，當 該連動板53結合於該第二傳動板52時係可使用於右開 門’其中該固定件54係螺設於該第二傳動板52之該第二 螺孔52a及該連動板53之該中間螺孔53a，以結合該連動 11 200925371 板5 3及該第二傳動板5 2，或者，在另一實施例中，該第 二傳動板52與該連動板53係可一體成型。 關於該門鎖之鎖閂構造之防盜作動方式，請參閱第5八 至5D圖所示。首先，請參閲第5A圖，其係為門板開啟時 該鎖閂構造各部件之位置示意圖，其中該鎖栓2〇係伸出 該側板12之該鎖栓孔12a，該第一彈性元件6〇係壓觸該 防盜件30之該限位部32而使該伸縮部31伸出該側板u 〇 之該貫穿孔l2b，此外，該防盜件30之該限位部32係限 位該滑動板40之該頂抵部43之該凸緣43丨，接著，請參 閱第5B圖，當門板開始關閉時，該鎖栓2〇係會先受到— 門框（圖未繪出）之壓抵而逐漸内縮於該殼體丨〇内，之後， 請參閱帛5C圖，當門板關閉瞬間，該鎖栓2〇及該防盜件 3〇之該伸縮部31係會同時受到該門框之壓抵而内縮於該 殼體10内，此時’該限位部32係會移位至該凹槽432而 _對該頂抵部43之該凸緣431之限位，此外，滑動板 © 4〇之該擋止部41因受到該鎖栓20之該帶動板21之阻擋 而暫時無法卡合於該鎖栓2G之該卡掣部Μ，最後，請參 閱第5D圖’當門板完全關閉後，該鎖检係會再凸出該 殼體10而卡扣於該門框之一卡孔（圖未繪出），以達到閉 鎖’同.日f ’該滑動板4〇之該擋止部41係會卡合於該鎖检 20之忒卡掣部22而擋止該鎖拴2〇，當竊賊欲以外力或破 壞物蓄意撬開該鎖栓20時，由於該滑動板4〇之該擋止部 41係擋止該鎖拾2 0，ro „ 因此’可防止該鎖栓2〇縮入該殼體And a groove 432 formed between the flange 43 1 and the pile Λ BB BM joint 42 , the flange 43 1 is abutting the button of the limiting portion 32 ; The bevel 32c of the n, and the limiting portion 200925371 32 can limit the & edge 43 1 ' and preferably the flange 431 of the abutting portion 43 has a pair of beveled edges 431a of the beveled surface 32c The beveled edge 431a of the flange 431 abuts the sloped surface 32c of the limiting portion 32. The first elastic member 60 is pivotally disposed on the first pivoting lever Uc of the base u, and the first elastic The end portion of the first elastic member 60 is disposed on the recess 32b of the limiting portion 32. The second elastic member 7 is disposed at the end of the limiting member 32. The second pivoting rod 1 id is disposed on the base of the base, and the second elastic member 70 is configured to push the top abutting portion 43 ′ of the linking plate. In this embodiment, the first elastic The component 6 has a -first spring constant ' 13⁄4 the second elastic element 7 has a second spring constant 'the first spring constant is greater than the second spring constant, and the dial 80 is pivotally mounted on the shell The base 11 of the body 10 has a first end portion 80a and a second end portion opposite to the first end portion 8a and the cake. The cymbal 80a abuts against the flange 42a of the pivoting portion 42 of the sliding plate 40. ❹ Referring again to the figure, the interrogation component 5 is rotatably disposed on the base U of the housing 1G, and the solution W assembly 5G can drive the lock detection 2〇' and the deflashing assembly 5 The tether system includes a first drive plate 51 corresponding to the first through hole 11a, a pair of second drive plates 52 corresponding to the second through hole (1), and a first drive plate 51 and the second drive plate 52. The interlocking plate 53 is referred to in FIGS. 1 and 3, and in the embodiment, the first driving plate 51 has a first screw hole 51a, a pair of first joint portions 51b which should be the first through hole 11a, and a The first pulling hook 51 带, the π slot 5 1 d and the 10th 200925371 opposite to the first joint portion 5 1 b are driven by the first latching portion 51 ′. Having a second screw hole 52a, a pair of second joint portions 52b that should be the second through hole 13a, a second pull hook 52c that can drive the lock bolt 20, and a pair of second slides that should be the first slide groove 5 1 d a groove 52d and a second hub portion 52e disposed opposite to the second joint portion 52b, the linkage plate 53 having a pair of intermediate screw holes 53a corresponding to the first screw holes 5la, and a corresponding The lug 53b of the second end portion 80b of the dial plate 80 and a pair of shaft holes 53c of the first hub portion 51e and the second hub portion 52e, and the intermediate screw hole 53a of the linkage plate 53 Corresponding to the second screw hole 52 2 a of the second transmission plate 5 2 , in addition, in the embodiment, the first convex portion 5 le of the first transmission plate 5 1 and the second transmission plate 52 The second protrusion 52e is embedded in the shaft hole 53c of the linkage plate 53. Referring to the figures i and 2, in the embodiment, the unlatching assembly 50 further includes a fixing member 54 which is paired. The first opening 11b of the base 11 and the second opening 13b of the cover 13 should be coupled to the first transmission plate 51 or the second by the fixing member 54. The driving plate 52, please refer to FIG. 3'. In the embodiment, when the linking plate 53 is coupled to the first driving plate 51, it can be used for the left opening door, wherein the fixing member 54 is screwed to the first The first screw hole 51 1 a of the driving plate 5 1 and the intermediate screw hole 5 3 a of the connecting plate 5 3 to combine the linking plate 53 and the first driving plate 5 !, or, in another In an embodiment, The first transmission plate 51 and the linkage plate 53 can be integrally formed. Otherwise, please refer to FIG. 4'. In the embodiment, when the linkage plate 53 is coupled to the second transmission plate 52, it can be used for the right opening door. The fixing member 54 is screwed to the second screw hole 52a of the second driving plate 52 and the intermediate screw hole 53a of the linking plate 53 to combine the linkage 11 200925371 plate 53 and the second transmission plate 5 2. Alternatively, in another embodiment, the second transmission plate 52 and the linkage plate 53 may be integrally formed. For the anti-theft operation of the latch structure of the door lock, please refer to Figures 5-8 to 5D. First, please refer to FIG. 5A, which is a schematic view of the position of each component of the latch structure when the door panel is opened, wherein the latch bolt 2 extends out of the latch hole 12a of the side panel 12, and the first elastic member 6 The shackle is pressed against the limiting portion 32 of the burglar-proof member 30 to extend the telescopic portion 31 out of the through hole l2b of the side plate 〇, and the limiting portion 32 of the burglar-proof member 30 limits the sliding plate The flange 43 of the abutting portion 43 of the 40, and then, referring to FIG. 5B, when the door panel starts to be closed, the latch 2 will be firstly pressed by the door frame (not shown). Retracted into the casing, and then refer to FIG. 5C. When the door is closed, the bolt 2 and the telescopic portion 31 of the anti-theft member 3 are simultaneously pressed by the frame. Retracted in the housing 10, at this time, the limiting portion 32 is displaced to the recess 432 to limit the flange 431 of the abutting portion 43. Further, the sliding plate is used. The blocking portion 41 is temporarily unable to be engaged with the latch portion of the latch 2G by being blocked by the driving plate 21 of the latch 20, and finally, please refer to FIG. 5D' After the board is completely closed, the lock detection system will protrude from the housing 10 and snap into a card hole (not shown) of the door frame to achieve the locking 'same day f' of the sliding plate 4 The blocking portion 41 is engaged with the click portion 22 of the lock detecting 20 to block the lock 2, and when the thief wants to force the external force or the damage to deliberately open the lock bolt 20, the sliding plate 4 is The stop portion 41 prevents the lock 2 0, ro „ thus 'preventing the lock bolt 2 from retracting into the housing
1 〇内而解閃’本發明作w禮^ m L 货/3係了穩固地維持閉鎖狀態，故可大幅 12 200925371 提高門鎖之防盜性。 Μ於該門鎖之鎖問構造使用於左開門之作動 參閱第6Α至6C圖所示。首先，請參閱第从及^圖，其 係為該鎖閃構造閉鎖時各部件之位置示意圖，其中該鎖检 2Μ系伸出該側板12之該鎖栓孔12a，該防盜件之該伸 ，部31係完全縮人該殼體W内，該防盜件3G之該限位 ^ 32係位於該頂抵部43之該凹槽432，該滑動板之該 〇 擋止部4 1係卡合於該鎖栓20之該卡掣部22，此外，該解 閃組件5G之該第_傳動板51之該第—牽動鉤…及該第 二傳動板52之該第二牽動鉤52c係抵接該底座u之該第 一導桿lie，而該連動板53之該凸耳53b係抵接該撥動板 8〇之该第二端部8〇b，又，該固定件54係螺設於該第一 傳動板5 1之該第一螺孔5丨a及該連動板53之該中間螺孔 53a，以結合該連動板53及該第一傳動板5丨，在本實施例 中，其係可利用一螺絲起子（圖未繪出）經由該蓋板13之該 〇 第一開孔13 b或該底座11之該第一開孔11 b將該固定件 54螺設於該第一螺孔51 a及該中間螺孔53a，另，請再參 閱第1圖’為了能夠利用一把手進行解閂，其係可將該把 手之一轉動軸（圖未繪出）經由該底座U之該第一穿孔Ua 插入該第一傳動板5 1之該第一結合部51 b，接著，請參閱 第6B及3圖，當轉動該把手時，該把手之該轉動軸係會 帶動該第一傳動板51及該連動板53轉動，此時，該第二 傳動板52係不轉動，且該第一傳動板51及該連動板53 係會相對於該第二傳動板52之該第二輪轂部52e轉動， 13 200925371 而該連動板53之該凸耳53b係會先帶動該撥動板8〇之該 第二端部80b而轉動該撥動板80，且該撥動板8〇之該第 —端部80a係會推動該滑動板40之該樞接部42之該突緣 42a ’以使該滑動板40之該擋止部41移位而解除與該鎖 检20之該卡掣部22之卡合狀態，最後，請參閱第6C圖， 該第一傳動板51之該第一牽動鉤51c係會推動該鎖拴2〇 之該帶動板21 ’以使該鎖栓20縮入該殼體1〇内而解問。 〇 關於該門鎖之鎖閂構造使用於右開門之作動方式，請 參閱第7A至7C圖所示。首先，請參閱第7八及4圖，其 係為該鎖閂構造閉鎖時各部件之位置示意圖，其中該鎖检 2〇係伸出該側板12之該鎖栓孔1 2a，該防盜件3〇之該伸 縮部31係完全縮入該殼體10内，該防盜件3〇之該限位 部32係位於該頂抵部43之該凹槽432，該滑動板40之該 擋止部41係卡合於該鎖栓20之該卡掣部22，，此外，該 解閂組件5 0之該第一傳動板5 1之該第一牽動鉤5 1 c及該 Ο 第二傳動板52之該第二牽動鉤52c係抵接該底座丨丨之該 第一導桿lid，而該連動板53之該凸耳53b係抵接該撥動 板80之該第二端部8〇b，又，該固定件54係螺設於該第 二傳動板52之該第二螺孔52a及該連動板53之該中間螺 孔53a，以結合該連動板53及該第二傳動板52，在本實 施例中，其係可利用一螺絲起子（圖未繪出）經由該蓋板13 之該第二開孔13b或該底座11之該第一開孔丨丨b將該固 疋件54螺設於該第二螺孔52a及該中間螺孔53a，另，請 再參閱第1圖’為了能夠利用一把手進行解閂，其係可將 200925371 該把手之一轉動轴（圖未繪出）經由該蓋板13之該第二穿 孔13a插入該第二傳動板52之該第二結合部5孔，接著， 請參閱第7B及4圖，當轉動該把手時，該把手之該轉動 軸係會帶動該第二傳動板52及該連動板53轉動，此時， 該第一傳動板51係不轉動，且該第二傳動板52及該連動 板53係會相對於該第一傳動板51之該第一輪轂部轉 動，而該連動板53之該凸耳53b係會先帶動該撥動板8〇 〇 之該第二端部80b而轉動該撥動板8〇,且該撥動板⑽之 該第一端部8〇a係會推動該滑動板40之該樞接部42之該 突緣42a，以使該滑動板4〇之該擋止部41移位而解除與 該鎖栓20之該卡掣部22之卡合狀態，最後，請參閱第％ 圖及第一傳動板52之該第二牽動鉤52c係會推動該鎖 栓2〇之該帶動板21，以使該鎖栓2〇縮入該殼體1〇内而 解閃，藉由該解閃組件50係可使本發明同時適用於左開 門及右開門，因此，可大幅提高鎖閂裝設之便利性及節省 〇 更換鎖閂之費用。 另外，請再參閱第1及2圖，為使該門鎖之鎖閂構造 能藉由一鎖具9進行解閂，該門鎖之鎖問構造係另包含有 樞。又於s亥底座11之該第二柩接桿lld之第一帶動件 及一樞接於該解問組件50之該第二傳動板52之第二帶動 件92，在本實施例中，該第一帶動件91係具有一第一端 91a、一相對於該第一端9U之第二端9ib、一可供該第一 帶動件91樞設於該底座u上之樞接孔91〇及一鄰近該第 一端91b之圓弧導槽91d，其中該第一帶動件91之該樞接 15 200925371 ❹ Ο 孔91c係樞設該底座11之該第三樞接桿丨lg，且較佳地， 該樞接孔91c係鄰近該第一端91a，而該圓弧導槽9id係 樞設該底座11之該第二樞接桿Ud，此外，該第_帶動件 91係可以該第三樞接桿！ lg為支點作擺動，且該第一帶動 件91擺動時，該第二柩接桿Ud係可藉由該圓弧導槽gw 導引該第一帶動件91，又，該第二帶動件92係具有一抵 接該第-導桿He之第一撥動臂92a、一抵接該第一帶動 件91之該第二端91b之第二撥動臂9孔及一連接該第一 撥動；f 92a與該第二撥動臂92b之枢孔部92c，該第一撥 ^臂仏係可帶動該鎖栓2G之該帶動板21，該第二撥動 臂92b係對應該撥動板8〇之該第二端部_，而該樞孔部 92c係樞接於該第二傳動板S2之該第二結合部5孔。 關於該鎖具9解閂該鎖閂構造之作動方式，請參閱第 8A至8C囷所示，首先’請參閱第8a圖，其係為該鎖問 構造閉鎖時各部件之位置示意圖，其中該鎖栓Μ係伸出 ::板12之該鎖栓孔12a，該防盜件3〇之該伸縮部”係 完全縮入該殼體1G内’該防盜件3G之該限位部32係位 於該頂抵部43之該凹槽432’該滑動板4〇之該擋止部4ι 係卡合於該鎖栓20之該卡掣部22,而該第二帶動件％之 該f二撥動臂92b係抵接該撥動板8〇之該第二端部8此， 接著，請參閱帛8B ®，當該鎖具9之一旋轉塊％轉動時， 該旋轉塊9a係會帶動該第一帶動件91之該第一端9U而 轉動該第一帶動件91，且該第一帶動件91 係會帶動## /第一糕91b 會帶動該第二帶動件92之該第二撥動臂 16 200925371 第一帶動件92，請再參閱第1圖，在本實施例中，其係可 藉由該鎖具9之一旋鈕9b或一插入該鎖具9之一鎖匙孔 9c之鎖匙（圖未繪出）轉動該旋轉塊9a，請再參閱第8B圖， 該第二帶動件92轉動時，該第二撥動臂9汕係會先帶動 «亥撥動板80之該第二端部8〇b而轉動該撥動板8〇，且該 撥動板80之該第一端部8〇a係會推動該滑動板之該樞 接部42之該突緣42a，以使該滑動板4〇之該擋止部41移 Ο1 〇 而 解 ’ 本 本 本 本 本 本 本 本 本 本 m m m m m m m m m m m m m m m m m m m m m m m m m m m m m The locking structure of the door lock is used for the left door opening. See Figures 6 to 6C for illustration. First, please refer to the second and second figures, which are schematic diagrams of the positions of the components when the lock flash structure is latched, wherein the lock check 2 extends out of the latch hole 12a of the side panel 12, and the anti-theft member is extended. The portion 31 is completely retracted into the housing W. The limiting portion 32 of the anti-theft member 3G is located in the recess 432 of the abutting portion 43. The locking portion 4 1 of the sliding plate is engaged with The latching portion 22 of the latch 20, in addition, the first pulling hook of the first driving plate 51 of the deflashing component 5G and the second pulling hook 52c of the second driving plate 52 abut the The first guiding rod lie of the base u, and the lug 53b of the connecting plate 53 abuts the second end portion 8b of the dialing plate 8〇, and the fixing member 54 is screwed on the The first screw hole 5丨a of the first transmission plate 51 and the intermediate screw hole 53a of the linkage plate 53 are combined with the linkage plate 53 and the first transmission plate 5丨, in this embodiment, The fixing member 54 can be screwed to the first screw hole through a first opening 13 b of the cover 13 or the first opening 11 b of the base 11 by using a screwdriver (not shown) 51 a and the middle snail 53a, in addition, please refer to FIG. 1 'in order to be able to unlatch with a handle, which can insert a rotating shaft (not shown) of the handle into the first transmission via the first through hole Ua of the base U The first joint portion 51 b of the plate 5 1 , and then, referring to FIGS. 6B and 3 , when the handle is rotated, the rotating shaft of the handle drives the first drive plate 51 and the linkage plate 53 to rotate. At this time, the second drive plate 52 is not rotated, and the first drive plate 51 and the linkage plate 53 are rotated relative to the second hub portion 52e of the second drive plate 52, 13 200925371 and the linkage plate The lug 53b of the 53 firstly drives the second end portion 80b of the dialing plate 8 to rotate the dialing plate 80, and the first end portion 80a of the dialing plate 8b pushes the sliding portion The flange 42a' of the pivoting portion 42 of the plate 40 disengages the blocking portion 41 of the sliding plate 40 to release the engagement with the locking portion 22 of the lock detecting 20, and finally, please refer to In FIG. 6C, the first pulling hook 51c of the first driving plate 51 pushes the driving plate 21' of the lock 2 to retract the locking bolt 20 into the The solution within the body 1〇 asked. 〇 The latch structure for this door lock is used for the operation of the right door, see Figures 7A to 7C. First, please refer to FIGS. 7 and 4, which are schematic diagrams showing the positions of the components when the latch structure is locked, wherein the lock detection 2 extends out of the latch hole 12 2a of the side panel 12, and the security device 3 The telescopic portion 31 is completely retracted into the housing 10, and the limiting portion 32 of the anti-theft member 3 is located in the recess 432 of the abutting portion 43. The blocking portion 41 of the sliding plate 40 The first latching hook 5 1 c of the first drive plate 5 1 of the unlatching assembly 50 and the second drive plate 52 are engaged with the latching portion 22 of the latch 20 The second pulling hook 52c abuts the first guiding rod lid of the base cymbal, and the lug 53b of the linking plate 53 abuts the second end portion 8b of the dialing plate 80, The fixing member 54 is screwed to the second screw hole 52a of the second transmission plate 52 and the intermediate screw hole 53a of the linkage plate 53 to combine the linkage plate 53 and the second transmission plate 52. In an embodiment, the fixing member 54 can be screwed through the second opening 13b of the cover 13 or the first opening 丨丨b of the base 11 by using a screwdriver (not shown). In the second screw hole 52a The intermediate screw hole 53a, please refer to FIG. 1 again. In order to be able to be unlatched by a handle, a rotation shaft (not shown) of the handle of 200925371 can be passed through the second hole of the cover plate 13 13a is inserted into the second joint portion 5 of the second driving plate 52. Next, referring to FIGS. 7B and 4, when the handle is rotated, the rotating shaft of the handle drives the second driving plate 52 and the The linkage plate 53 is rotated. At this time, the first transmission plate 51 is not rotated, and the second transmission plate 52 and the linkage plate 53 are rotated relative to the first hub portion of the first transmission plate 51. The lug 53b of the interlocking plate 53 first drives the second end portion 80b of the dialing plate 8 to rotate the dialing plate 8〇, and the first end portion 8〇 of the dialing plate (10) The flange 42a of the pivoting portion 42 of the sliding plate 40 is pushed to displace the blocking portion 41 of the sliding plate 4 to release the engagement with the locking portion 22 of the locking bolt 20. State, finally, please refer to the %th drawing and the second pulling hook 52c of the first driving plate 52 to push the driving plate 21 of the locking bolt 2 to make the locking bolt 2 〇 入 该 该 该 该 该 , , , , , , , , , , , , , , 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉The cost of replacing the latch. In addition, referring to Figures 1 and 2, in order to enable the latch structure of the door lock to be unlatched by a lock 9, the lock structure of the door lock further includes a pivot. In the embodiment, the first driving member of the second connecting rod 11d of the base 11 and the second driving member 92 of the second driving plate 52 pivotally connected to the detecting unit 50 are The first driving member 91 has a first end 91a, a second end 9ib opposite to the first end 9U, and a pivot hole 91 for pivoting the first driving member 91 to the base u. An arcuate guide groove 91d adjacent to the first end 91b, wherein the pivoting member 15200925371 91 孔 hole 91c of the first driving member 91 pivots the third pivoting lever lg1 of the base 11, and is preferably The pivoting hole 91c is adjacent to the first end 91a, and the circular guiding slot 9id pivots the second pivoting lever Ud of the base 11. In addition, the first carrier 91 can be the third Pivot rod! When the first driving member 91 is oscillating, the second connecting rod Ud can guide the first driving member 91 by the circular guiding groove gw, and the second driving member 92 The first toggle arm 92a abutting the first guide rod He, the second toggle arm 9 abutting the second end 91b of the first driver 91, and a first toggle ; f 92a and the pivoting portion 92c of the second toggle arm 92b, the first arm arm can drive the driving plate 21 of the latch 2G, and the second toggle arm 92b is corresponding to the dial plate The second end portion _ of the second drive plate S2 is pivotally connected to the second joint portion 5 of the second drive plate S2. Regarding the manner in which the lock 9 unlatches the latch structure, please refer to FIGS. 8A to 8C囷, firstly, please refer to FIG. 8a, which is a schematic view of the position of each component when the lock structure is locked, wherein the lock The latching system extends: the latching hole 12a of the plate 12, the telescopic portion of the anti-theft member 3 is completely retracted into the housing 1G. The limiting portion 32 of the anti-theft member 3G is located at the top The recess 432' of the abutting portion 43 is engaged with the latching portion 22 of the latching bolt 20, and the second latching member 92b of the second latching member 92b The second end portion 8 of the dialing plate 8 is abutted. Next, please refer to the 帛8B®. When one of the rotating blocks 9 is rotated, the rotating block 9a drives the first driving member. The first driving member 91 rotates the first driving member 91, and the first driving member 91 drives the ## / the first cake 91b to drive the second sliding arm 16 of the second driving member 92. For the first driving member 92, please refer to FIG. 1 again. In the embodiment, the knob 9b of the lock 9 or a key inserted into the keyhole 9c of the lock 9 can be used. Rotating the rotating block 9a, please refer to FIG. 8B again. When the second driving member 92 rotates, the second toggle arm 9 will first drive the second end portion 8b of the leeping plate 80. And rotating the dialing plate 8〇, and the first end portion 8〇a of the dialing plate 80 pushes the flange 42a of the pivoting portion 42 of the sliding plate to make the sliding plate 4 The stopper 41 moves
位而解除與該鉍栓20之該卡掣部22之卡合狀態，最後， 請參閱第8C圖，該第二帶動件92之該第一撥動臂92&係 會推動該鎖栓2G之該帶動板21，以使該鎖栓2G縮入該殼 體10内而解閃。 附之申請專利範圍所界定 在不脫離本發明之精神和 ’均屬於本發明之保護範 本發明之保護範圍當視後 者為準’任何熟知此項技藝者， 範圍内所作之任何變化與修改 圍0 【圖式簡單說明】 第 圖：依據本發明之—較佳實施例，一種門 第 第 第 鎖問構造之立體分解圖。 2 3 圖該門鎖之鎖閃構造之組合剖視圖。 圖.-固定件結合_連動板及一第_傳動4 結構示意圖。 圖：該固定件結合該連動板及一第二物 結構示意圖。 第5A至則：該門鎖之鎖問構造之防盜作動示意圖 17 200925371 第6A至6C圖：該門鎖之鎖閂構造使用於左開門之作動示 意圖。 第7A至7C圖：該門鎖之鎖閂構造使用於右開門之作動示 意圖。 第8A至8C圖：一鎖具解閂該門鎖之鎖閂構造之作動示意 圖。 【主要元件符號說明】 11 底座 11a 第一穿孔 lib 第一開孔 11c 第一樞接桿 lid 第二樞接桿 lie 第一導桿 Ilf 第二導桿 Hg 第三樞接桿 12 側板 12a 鎖栓孔 12b 貫穿孔 13 蓋板 13a 第二穿孔 13b 第二開孔 20 第一鎖栓 21 帶動板 22 卡掣部 30 防盜件 31 伸縮部 32 限位部 32a 側面 32b 嵌槽 32c 斜面 40 滑動板 41 擋止部 42 樞接部 42a 突緣 43 頂抵部 43 1 凸緣 431a 斜邊 432 凹槽 50 解閂組件 51 第一傳動板 51a 第一螺孔 51b 第一結合部 51c 第一牽動鉤 51d 第一滑槽 51e 第一輪轂部 52 第二傳動板 52a 第二螺孔 52b 第二結合部 52c 第二牽動鉤 52d 第二滑槽 52e 第二輪轂部 18 200925371 53 連動板 53a 中間螺孔 53b 53c 軸孔 54 固定件 60 第一彈性件 70 第二彈性件 80 撥動板 80a 第一端部 80b 91 第一帶動件 91a 第一端 91b 91c 樞接孔 91d 圓弧導槽 92 92a 第一撥動臂 92b 第二撥動臂 92c 9 鎖具 9a 旋轉塊 9b 9c 鎖匙孔 凸耳 第二端部 第二端 第二帶動件 樞孔部 旋紐 〇 19The position of the latching portion 22 of the latching bolt 20 is released, and finally, referring to FIG. 8C, the first toggle arm 92& of the second driver 92 pushes the latch 2G. The driving plate 21 is driven to retract the locking bolt 2G into the casing 10. The scope of the invention is defined by the scope of the invention and the scope of protection of the invention is to be regarded as the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective exploded view of a door first locking structure according to a preferred embodiment of the present invention. 2 3 Figure cross-sectional view of the lock structure of the door lock. Fig. - Schematic diagram of the combination of the fixing member _ linkage plate and a first transmission. Figure: Schematic diagram of the fixing member combined with the linking plate and a second object. 5A to the following: a schematic diagram of the anti-theft operation of the lock structure of the door lock 17 200925371 Figures 6A to 6C: The lock structure of the door lock is used for the intention of opening the left door. Figures 7A through 7C: The latch structure of the door lock is used for the purpose of opening the door to the right. Figs. 8A to 8C are diagrams showing the operation of a lock to unlock the latch structure of the door lock. [Main component symbol description] 11 base 11a first perforation lib first opening 11c first pivoting lever lid second pivoting lever lie first guiding rod Ilf second guiding rod Hg third pivoting lever 12 side panel 12a locking bolt Hole 12b through hole 13 cover plate 13a second perforation 13b second opening 20 first bolt 21 driving plate 22 latching portion 30 anti-theft member 31 telescopic portion 32 limiting portion 32a side 32b recessed groove 32c inclined surface 40 sliding plate 41 block Stop portion 42 pivot portion 42a flange 43 abutment portion 43 1 flange 431a bevel 432 groove 50 unlatching assembly 51 first drive plate 51a first screw hole 51b first joint portion 51c first pull hook 51d first Chute 51e First hub portion 52 Second drive plate 52a Second screw hole 52b Second joint portion 52c Second pull hook 52d Second slide groove 52e Second hub portion 18 200925371 53 Linking plate 53a Middle screw hole 53b 53c Shaft hole 54 fixing member 60 first elastic member 70 second elastic member 80 dial plate 80a first end portion 80b 91 first driving member 91a first end 91b 91c pivot hole 91d circular arc guide groove 92 92a first toggle arm 92b Second toggle arm 92c 9 Lock 9a Rotating block 9b 9c Keyhole Lug Second end Second end Second driver Pivot hole Knob 〇 19