M358187 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種玻璃門鎖之連動鞋 一 史勒戒置，尤指一種能 降低彈簧端部變形或毀損之玻璃門鎖之連動妒置。 【先前技術】 ~ —種材料，其透明且 愛’特別是各企業或 玻璃已是現代社會常用於門板的M358187 V. New Description: [New Technology Field] This creation is about a glass door lock linkage shoe. It is a kind of interlocking device, especially a glass door lock that can reduce the deformation or damage of the spring end. [Prior Art] ~ A kind of material, its transparency and love', especially the enterprises or glass are already used in modern society.
表面具反光性的特性深得多數人的喜 商店。 請參閱第四圖，係為習用玻璃門鎖之連動裝置之俯視 圖，其包含有一門鎖本體（90，）、—門把$動件（8〇，）、一鎖 舌連動件（70，），-第—拉伸彈簧（⑽）及_第：拉伸彈菁 (50 )，其中： 該門鎖本體（90，）具有穿孔（93，）形成於一側端，並連通 該門鎖本體（90，）内部，該門鎖本體（9〇，）於内部形成一第一 =部⑼，)及-第二連接部（92，），該第二連接部（犯)形成 鎖本體之—端，並與該穿孔（93，）同端邊，該第 連接部（91’）形成該第二連接部（92)之相對端； °亥鎖舌連動件（70，）係襄設於該Π鎖本體（90，）内部，其 具有-對應該穿孔(93，)之鎖舌部(73，)、一第二接設部(72:) 及:連動部（71’），該鎖舌部（叫形成於該鎖舌連動件（70，) 之側端，該連動部（71，）形成該鎖舌部（73,)之相對端； 。亥Η把連動件⑽’）係可轉動地樞設於該門鎖本體（9〇 用以連接Η把，其具有—卡抵部（82，)及_第_接設部 M358187 該第一拉伸彈簣（60’）兩端各具有一第一套接部（61，）， 其以兩端之第一套接部（61，）分別套設於該門鎖本體（9〇，）之 第一連接部（91’），及該門把連動件（7〇，）之第一接設部 (72’）；以及 该第二拉伸彈簧（50，）兩端各具有一第二套接部01，）， 其以兩端之第二套接部（51，）分別套設於該門鎖本體（9〇，）之 第二連接部（92，），及該鎖舌連動件（7〇，）之第二接設部 (72，）。 該鎖舌連動件（70，）於裝設後，該鎖舌部（73，）突出於該 門鎖本體（⑽）之穿孔（93’）外，該門把連動件（8〇，)搞設後， 該卡抵部（82，）係力該門把連動件⑽，）轉動時可選擇地卡抵 該鎖舌連動件（70，）之連動部（71，），藉以帶動該鎖舌連動件 (7〇，），使該鎖舌連動件（70，）之㉟舌部（73，）連帶伸縮於該門 鎖本體⑽，）之穿孔（93，）中，且當使用者轉動門把帶動該門 把連動件⑽，)’該門把連動件(8〇，)旋轉的同時，拉伸該第 拉伸彈簧（60，），肖時以該卡抵部（82，）卡抵連動部⑺，）， 牵動該鎖舌連务件（7Q，），並使該第二拉伸彈簧⑽，）拉伸， 使㈣舌連動件（70，）及該門把連動件⑽，）具有回覆之彈性 力。 w上迷可以得 取且土胥便用拉長伸 ::簧的方式提供各物件的回復彈力，故使得該第—拉伸 ^⑽’）及該第二拉伸彈簣（训）之第—套接部（Μ，）、第二 :接。ΙΜ51 )容易因長久拉扯及重複的使用，加上所述第— 2接部㈣）、第二套接部（51，）與拉㈣簧本身僅以—端連 ’而造成該端部易變形或斷裂，是故習用連動裝置於耐 M358187 久性上具有缺點。 【新型内容】 本創作之主要目的在於提供一種玻璃門鎖之連動裝 置’㈣此設計解決習用連動裝置容易因長久使用而造成 内部彈性元件毁損的問題。 為達别揭目的，本創作主要提供_種玻璃門鎖之連動 裝置，其包含： 一中空門鎖本體’該門鎖本體内形成分別位於該η鎖 :體内兩側邊之第一止擋部、第二止擔部，及形成於該第 止播部端邊之限位槽； 一鎖舌連動件’係可移動地設置於該門鎖本體内，該 鎖舌連動件一端具有可進出該門鎖本體之鎖舌部、另一端 具有一抵接部及一連動部； 一門把連動件，係可旋轉地樞設於該門鎖本體中，該 γη巴連動件具有一第一卡抵部及一第二卡抵部分別位於兩 知’該第一卡抵部與該第一止擋部相對，該第二卡抵部可 對應抵接該鎖舌連動件之連動部； 第一壓縮彈簧’係設置於該門鎖本體之限位槽中， 一端抵住該門鎖本體之第—止擔部，另—端門 動件之第一卡抵部；以及 ]杷連 第壓縮彈黃，係設置於門鎖本體内，一端抵住該 -接邛另端抵住該門鎖本體之第二止擋部。 由上述可以得知’本創作主要係以該第一 彈簧以抵壓伸縮的古々坦加„ &細 、' 、式^^供彈性力，當使用者轉動門把 5 M358187 時’即樞轉該門把連動件，使該第一卡抵部壓抵該第一摩 縮彈簧，同時使該第二卡抵部卡抵該鎖舌連動件之連： ;二二該鎖舌連動件移動，同時以該鎖舌連動件之抵接部 反抵該弟二i缩彈*’並令該鎖舌縮入該穿孔内。 „當使用者放開門把時，該第一、第二壓縮彈簧提供之 弹性二使得鎖舌連動件歸位，連帶使該鎖舌伸出該門鎖本 體之牙孔’且該門把連動件亦受彈性力影響轉回原位，且 本紹!尚於該門鎖本體内具有限位槽的設計，限位該第- °、細彈只使其僅能於直線方向上做來回的壓縮及回復， 而不會於本創作使用過程中移動位置，是故本創作改採以 I縮的方式提供彈性力，改以端邊壓抵的方式取代習用拉 伸彈育以套接部連接彈簧本身，故不似習用拉伸彈菁易在 連接*而部造成變形或斷裂，$而降低該第―及第二壓縮彈 簣之毁損率，所以較習用連動裝置具有财久性。 【實施方式】 ，本創作係為一種玻璃門鎖之連動裝置，請參閱第—及 第二圖，係為本創作連動裝置之一種較佳實施例之立體分 解圖’其包含： 門鎖本體（1 〇)，於本較佳實施例中，其包含有一容 置座（11)及一裝設於該容置座（11)上之蓋板（15)，該容置座 (11)具有一各置空間，並於一側端形成一穿孔（1 6)，該穿孔 (16)連通a谷置空間’該容置座⑴）於該容置空間内形成— 位於該穿孔（16)相鄰側邊之限位槽（13)、形成於該限位槽 (13)知緣之第一止擋部（14)，以及一形成於該容置座（11) M358187 内於該第—止撞部（12)相對側邊之第二止擔部（14); 一鎖舌連動件_，其係可移_設置於該 的容置空間内’該鎖舌連動件（3〇)具有一鎖舌部（31)、= =(3取—連動部（33)，射貞舌部叫位於關舌連動件 _之-端’該連動部（33)位料鎖舌部（31)之相對端兮The reflective properties of the surface have won the majority of the store. Please refer to the fourth figure, which is a top view of the linkage device of the conventional glass door lock, which comprises a door lock body (90,), a door handle, a moving piece (8 〇,), and a bolt linkage (70,). , a - tension spring ((10)) and _: stretch elastic (50), wherein: the door lock body (90,) has a perforation (93,) formed at one end and communicates with the door lock body (90,) inside, the door lock body (9〇,) internally forms a first=part (9), and a second connecting portion (92,), the second connecting portion (sin) forms a lock body- And at the same end side of the through hole (93,), the first connecting portion (91') forms an opposite end of the second connecting portion (92); the °H lock tongue linkage (70,) is disposed at the end The inside of the shackle body (90,) has a locking tongue portion (73) corresponding to the through hole (93,), a second connecting portion (72:) and a linking portion (71'), the locking tongue a portion (shown at a side end of the bolt linkage (70,), the linkage portion (71) forming an opposite end of the bolt portion (73,); the hinge is rotatable (10)') Ground pivot at the gate The lock body (9〇 is used for connecting the handle, and has a card abutting portion (82) and a _th connector portion M358187. The first tensile magazine (60') has a first socket at each end (61,), the first connecting portion (61,) at both ends is respectively sleeved on the first connecting portion (91') of the door lock body (9〇,), and the door handle linkage member (7)第一,) the first connecting portion (72'); and the second tension spring (50,) has a second socket portion 01, respectively, at both ends thereof, which is a second socket portion at both ends ( 51)) respectively disposed on the second connecting portion (92) of the door lock body (9〇,) and the second connecting portion (72) of the bolt linking member (7〇,). After the bolt linkage (70,) is installed, the tongue portion (73) protrudes beyond the perforation (93') of the door lock body ((10)), and the door handles the linkage member (8〇,) After the setting, the latching portion (82) is configured to force the linkage (10) of the door latch to selectively engage the linkage portion (71) of the bolt linkage (70) to drive the bolt The linkage (7〇,) causes the tongue (73, 35) of the bolt linkage (70,) to be telescoped in the perforation (93,) of the door lock body (10), and when the user turns the door Pulling the door handle linkage (10), "the door handle linkage (8",) rotates, stretching the first tension spring (60,), and the card abuts (82,) is buckled The linkage portion (7),) pulls the bolt attachment member (7Q,) and stretches the second tension spring (10), such that the (four) tongue linkage member (70) and the door handle linkage member (10), ) has the elastic force of reply. w fans can get it and the bandits use the stretch:: spring to provide the elastic elasticity of each object, so that the first - stretching ^ (10) ') and the second tensile magazine (train) - Socket (Μ,), second: 接. ΙΜ 51) easy to use due to long-term pulling and repeated use, plus the second bracket (four)), the second socket (51) and the pull (four) spring itself only end-connected 'the end is easily deformed Or breakage, it is a conventional linkage device has a shortcoming in the durability of M358187. [New content] The main purpose of this creation is to provide a linkage device for glass door locks. (4) This design solves the problem that the conventional linkage device is easily damaged due to long-term use. In order to achieve the goal, this creation mainly provides a linkage device for a glass door lock, which comprises: a hollow door lock body. The door lock body is respectively formed at the first stop of the η lock: both sides of the body a second stopping portion and a limiting slot formed at an end of the first stopping portion; a locking bolt linkage ′ is movably disposed in the locking body, and the locking tongue linkage has an access at one end The locking tongue portion of the door lock body has an abutting portion and a linking portion at the other end; a door connecting member is rotatably pivoted in the door lock body, and the γη巴 linkage has a first card The first card abutting portion is located opposite to the first stopping portion, and the second card abutting portion can abut the interlocking portion of the bolt linking member; The spring is disposed in the limiting slot of the door lock body, one end is opposite to the first stop portion of the door lock body, and the first card abutting portion of the other end door moving member; and the second compression spring , is disposed in the door lock body, one end of the second stop against the other end of the door lock body . It can be known from the above that 'this creation is mainly based on the first spring to resist the expansion and contraction of the ancient 々 „ & & & 细 fine 细 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Rotating the door handle linkage member to press the first card abutting portion against the first friction spring, and simultaneously engaging the second card abutting portion against the bolt tongue linkage member; At the same time, the abutting portion of the bolt linkage member is reversed against the brother's contraction and retracts the bolt into the perforation. „ When the user releases the door handle, the first and second compression springs The elasticity provided is such that the bolt linkage is returned to the position, and the bolt is extended to the tooth hole of the door lock body, and the linkage of the door handle is also rotated back to the original position by the elastic force, and the present is still The door lock body has a design of a limit groove, and the limit position of the first - °, the fine bomb only makes it can be compressed and recovered back and forth in the straight line direction, and does not move the position during the use of the creation, so The creation of the creation is to provide elastic force in the form of a contraction, and replace the conventional tension-embroidery with the end-side pressure to replace the socket. The spring itself, it is not like the conventional phthalocyanine easily stretched elastic connecting portion * and cause deformation or fracture, to reduce the second $ - bomb and the second compression ratio basketful of damage, so that the fiscal having durability than conventional interlocking device. [Embodiment] The present invention is a glass door lock linkage device, please refer to the first and second figures, which is a perspective exploded view of a preferred embodiment of the creation interlocking device, which comprises: a door lock body ( In the preferred embodiment, the housing (11) includes a receiving seat (11) and a cover (15) mounted on the receiving seat (11). The receiving seat (11) has a Each of the spaces is formed with a perforation (16) at one end, the perforation (16) communicating with a valley space 'the receptacle (1)) formed in the accommodating space - adjacent to the perforation (16) a limiting groove (13) on the side, a first stopping portion (14) formed on the limiting groove (13), and a first stop formed in the receiving seat (11) M358187 a second stopping portion (14) on the opposite side of the portion (12); a locking bolt linkage _, which is movably disposed in the accommodating space. The locking bolt linkage (3 〇) has a lock The tongue (31), == (3 is taken - the linkage part (33), the tongue of the shooting tongue is called the end of the tongue linkage linkage _ the end of the linkage part (33) the opposite end of the tongue lock tongue (31)兮
鎖舌部（31)對應該門鎖本體⑽之穿孔⑽，可被驅動進I 該穿孔⑽1以鎖固玻璃門板，於本較佳實施例中，該 連動。H33)係、為-凹槽’當該鎖舌連動件⑽設置於該容置 扣1)内日夺’該抵接部（32)位於該第二止擔部（14)之相對 端， 一門把連動件（2Q) ’該門把連動件（2_可旋轉地樞設 於該門鎖本體⑽之容置座⑴）中，用以接設肋，該門把 連動件（2Q)具有—第—卡抵部（2彳）及-第二卡抵部（22)分別 位於樞設部位之兩端，當該門把連動件（2〇)柩設於該容置 λ (。)内時，5亥第一卡抵部（21)位於該門鎖本體（1〇)之第— % F (12)之相對端，該第二卡抵部（22)係可選擇地卡抵該 鎖舌連動件（3〇)之連動部（33); 第壓縮彈簧（40)，係設置於該容置座（彳彳）之限位槽 立而抵住該谷置座（11)之第一止擔部（12)，另一端 抵住邊門把連動件（2Q)之第—卡抵部（21)，藉以作單一方向 之伸縮運動，並藉該限位槽（13)而不易移位；以及 —第二壓縮彈簧（50)，係設置於該容置座（1彳）内，一端 抵住該鎖舌連動件（30)之抵接部（32)，另一端抵住該容置座 (11)之第二止擋部（14)。 上述中，該鎖舌連動件（30)於該抵接部（32)邊緣形成一 M358187 限位β (34)，於本較佳實施例中，該限位部（32)係為一擔脖 形成自該抵接部(32)邊緣，肖該容置座(1”之第二止擋； (14)延伸，#該鎖舌連動件（3_設時，以該限位部（34)、 該抵接。卩（32)、4谷置座⑴）之内壁及第二止擔部⑽形成 一空間’令該第二壓縮彈f(5啦人其中，限制其壓縮方 向為直線，並使其不易移位。 上述中’本創作尚可進—步包含一導引件（6〇)，該導 引件_-端邊形成，狀表面之柱頭(6”，該導引件 (6〇)係插設於該第—壓縮彈簧⑽）中，露出該柱頭（61)抵住 該門把連動件㈣之第—卡抵部（21)，藉以使該第—卡抵部 (叫之卡抵動作於該門把連動件（2Q)之旋轉過程更為平順。 歸納上述，請參閱第三圖，係為本創作玻璃門鎖之連 動裝置未裝設蓋板（15)之俯視圖，當使用者轉動門把時， 即樞轉該門把連動件 ”件（2G)，使該第—卡抵部（21)難 一 =彈簣_ ’同時該第二卡抵部（22)旋人該鎖舌連動件 之凹槽狀連動部（33)中，卡抵該連動部（33)，並帶動該 严舌連動件（30)移動，藉使該鎖舌連動件（3伙抵接部 壓抵該第二壓縮彈益） 、、彈Κ(5〇)该鎖舌連動件（30)之鎖舌部（31) 縮入該容置座⑴）之穿孔（16)中，當使用者放手時 厂輯彈簧_及該第：壓縮„(5Q)提供喊之彈性力 =舌連動件鎖舌部（31)伸出該容置座⑴）之穿孔 ^ ^ ^ . 原位，疋故本創作以壓縮 伸彈菁提供彈性力，以壓抵彈菁本身的接觸方 式’取代‘用拉伸彈簣以套接部 似習用拉伸彈菁僅以端部連接彈筹本身二故不 ^ ^ 而不會出現端部 M358187 可藉此降低彈簧之毁損率 進而達到 變形或斷裂的情況 增進耐久性。 【圖式簡單說明】 “第一圖：係本創作玻璃門鎖之連動裝置-種較佳實於 例於未裝設蓋板之組合實施態樣圖。 種…她 第二圖··係第一圖所示珐 例之分解示意圖。 《門鎖之連動襄置較佳實施 例於：：圖：係、第一圖所示玻璃門鎖之連動裝置較佳實施 J於未裝设盍板之俯視示意圖。 置之俯視示意圖 第四圖：係習用玻璃門鎖之連動裝 【主要元件符號說明】 (1 〇)門鎖本體 (1 2)第一止擔部 (14)第二止擔部 (16)穿孔 (21)第--^抵部 (30)鎖舌連動件 (32)抵接部 (34)限位部 (50)第二彈性元件 (61)柱頭 (50’）第二彈性元件 (60 )第一彈性元件 (70 )鎖舌連動件 (11)容置座 (13)限位槽 (15)蓋板 (20)門把連動件 (2 2)第二卡抵部 (31)鎖舌部 (33)連動部 (40)第一彈性元件 (6 0)導引件 (51 )第二套接部 第一套接部 (7V)連動部 M358187 (72」第二接設部 (80')門把連動件 (82’）卡抵部 (91’）第一連接部 (93')穿孔 (73’）鎖舌部 (81，）第一接設部 (90’）門鎖本體 (921)第二連接部The perforation (10) of the locking tongue (31) corresponding to the locking body (10) can be driven into the perforation (10) 1 to lock the glass door panel, which in the preferred embodiment. H33) is a groove, when the tongue linkage (10) is disposed in the receiving buckle 1), the abutting portion (32) is located at the opposite end of the second stopping portion (14), one door The linkage member (2Q) 'the door handle linkage member (2_ is rotatably pivoted in the receiving seat (1) of the door lock body (10)) for connecting the rib, and the door handle linkage member (2Q) has - The first card abutting portion (2彳) and the second card abutting portion (22) are respectively located at two ends of the pivoting portion, and when the door handle linking member (2〇) is disposed in the receiving λ (.) , the 5th first card abutting portion (21) is located at the opposite end of the door lock body (1〇) - % F (12), and the second card abutting portion (22) is selectively latched against the bolt The interlocking portion (33) of the linking member (3); the first compression spring (40) is disposed in the limiting slot of the receiving seat (彳彳) to stand against the first stop of the valley seat (11) The other end of the shoulder portion (12) abuts against the side door to the first card-engaging portion (21) of the linking member (2Q) for the telescopic movement in a single direction, and is not easily displaced by the limiting slot (13); a second compression spring (50) disposed in the receiving seat (1彳) One end of the bolt against the interlocking member (30) of the abutment portion (32), the other end against the seat (11) of the second stop portion (14). In the above, the bolt linkage (30) forms a M358187 limit β (34) at the edge of the abutting portion (32). In the preferred embodiment, the limiting portion (32) is a neck. Formed from the edge of the abutting portion (32), the second stop of the receiving seat (1"; (14) extended, # the tongue linkage (3_ set, with the limit portion (34) The abutment. The inner wall of the 卩(32), the 4th seat (1) and the second stop (10) form a space to make the second compressed bomb f (5 people, limiting its compression direction to a straight line, and It is difficult to shift. The above-mentioned 'this creation can further include a guiding member (6〇), the guiding member _-end edge formed, the stigma of the surface (6", the guiding member (6 〇) inserted in the first compression spring (10), exposing the stud (61) against the first-card abutting portion (21) of the door handle linkage (4), thereby causing the first-card abutting portion (called The card-fitting action is smoother in the rotation process of the door linkage linkage (2Q). In summary, please refer to the third figure, which is a top view of the linkage device (15) of the interlocking device for the creation of the glass door lock. When the user turns the door handle, That is, pivoting the door handle linkage member (2G), making the first card abutting portion (21) difficult to one = magazine _ ' while the second card abutting portion (22) twisting the tongue linkage member The groove-like interlocking portion (33) is engaged with the linking portion (33) and drives the rigid tongue linkage (30) to move, so that the bolt linkage member (the three-member abutting portion presses against the second compression bomb)益), Κ (5〇) The locking tongue (31) of the bolt linkage (30) is retracted into the perforation (16) of the accommodating seat (1), when the user releases the spring _ The first: compression „(5Q) provides the elastic force of the shouting = the perforation of the tongue interlocking tongue (31) extending out of the receiving seat (1)) ^ ^ ^. In situ, the original creation is provided by the compression stretch The elastic force is replaced by the contact method of the elastic phthalocyanine itself. The tensile elastic 篑 is used as the ferrule, and the stretched elastic phthalocyanine is only used to end the blasting itself. Therefore, the end is not M ^ ^ ^ ^ ^ ^ ^ ^ ^ This can reduce the damage rate of the spring and then achieve the deformation or fracture to improve the durability. [Simplified illustration] "The first picture: the linkage device of the glass door lock of this creation - a better kind The embodiment of the combination of the cover plate is not installed. The second figure is the exploded view of the example shown in the first figure. The preferred embodiment of the linkage of the door lock is as follows: The interlocking device for the glass door lock shown in the first figure is preferably a schematic view of the top view of the slab without the sill plate. The fourth view of the plan view is the splicing of the glass door locks [the main component symbol description] (1) 〇) door lock body (12) first stop portion (14) second stop portion (16) perforation (21) first - abutting portion (30) tongue linkage (32) abutment portion (34) a limiting portion (50) a second elastic member (61) a stud head (50') a second elastic member (60) a first elastic member (70) a tongue engaging member (11) a receiving seat (13) a limiting groove ( 15) cover plate (20) door handle linkage (2 2) second card abutment portion (31) lock tongue portion (33) linkage portion (40) first elastic member (60) guide member (51) second Socket first socket (7V) linkage M358187 (72) second connector (80') door handle linkage (82') carding (91') first connection (93') perforation (73') lock tongue (81,) first connection portion (90') door lock body (921) second Portions
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