五、新型說明： 【新型所屬之技術領域】 本創作係與鎖有關，特別是指可使鎖栓獨立且保持在 縮回之位置的門鎖。 【先前技術】 鎖’是一種攸關場所安全以及生活方便的設施，在追 求輕、薄、短、小的潮流下，鎖的功能也日趨多樣化。傳 統的門鎖，其開關功能和鎖掣功能係分開設置，如此造成 門鎖整體零件繁多謂積巨大，無論是在製作或是組襄的 成本都相當高昂，且在外觀美感上無法跟上時代潮流。 對此，已經有相關的創作用以解決上述問題，其係針 對驾知的Η鎖所具有的㈣壽命短和進程短等缺失進行改 善。不過，本賴作人發現上述習知⑽設計還有可以精 ^的部份在於，習知門鎖係運用該連動臂(72)擺動控制該 罪抵塊㈣與拉動塊(715)之_位置_進而控制門鎖 ^鎖與解鎖的功能，惟，此種設計t，該連動臂㈤係呈 沉型容易《動，也因此增加當⑽受 拉動塊(7_嫌靠塊(則產生誤動的機會 【新型内容】 本創作之主要目的在於提供一種 .^ ^ f ( 震動下可崎低產生誤動的機會。 ’-在文到外力 夂一種門鎖 為了達成前述目的，依據本創作所提供 M439690 :-凸輪操作，該凸輪係樞設於該門鎖，該凸 -第-凸緣’該門鎖包含有：一殼體，具有 二 二=開口連通該容室；該殼體具有—導服，該導: :、：出於該容室内;-滑動件，係可左右滑動地設置在該 谷至内，該滑動件依序界定出一頭部、一身部和 "V. New description: [New technical field] This creation is related to locks, especially the door locks that can make the locks independent and remain in the retracted position. [Prior Art] The lock is a facility that is safe and convenient for living. When chasing light, thin, short, and small trends, the lock function is increasingly diversified. The traditional door lock has its switch function and lock function set separately. As a result, the overall number of door locks is huge, and the cost of making or assembling is quite high, and it is impossible to keep up with the times in terms of aesthetic appearance. trend. In this regard, there have been related creations to solve the above problems, which are aimed at improving the shortcomings such as short life and short process of the shackles of driving knowledge. However, the author found that the above-mentioned conventional (10) design has a part that can be refined. The conventional door lock uses the linkage arm (72) to swing and control the position of the sin block (4) and the pull block (715). _In turn, the function of locking and unlocking the door lock is controlled. However, in this design t, the linkage arm (five) is in a sinking type and is easy to move, and therefore increases when (10) is pulled by the block (7_supplied block (which causes misoperation) Opportunity [New Content] The main purpose of this creation is to provide a .^ ^ f (the opportunity to create a false alarm under the vibration. '- In the text to the external force, a kind of door lock, in order to achieve the above purpose, according to the creation of this creation M439690: - cam operation, the cam system is pivotally disposed on the door lock, the convex-first flange' the door lock comprises: a casing having two or two openings for communicating with the chamber; the casing having a guide Service, the guide: :,: out of the chamber; - the sliding member is slidably disposed in the valley to the inside, the sliding member sequentially defines a head, a body and "
該頭部對應該開口，該身部具有一導引槽、一限位槽I ^止:’該導引槽係讓該導引柱突伸其中，該限位槽係上 延=¼向貫穿該㈣，並與該導㈣交接形成—交接 处’此外’該滑動件於該限位槽外形成一側壁，該擒 形成於該滑動件且位於該限位槽下方，該尾部則係二有面 斜面;一鎖舌’其兩端係分別固接於該 ⑺動件之碩相及穿設在該殼體之開σ ;—限位件， ’該限位部設於該限位槽内且沿‘該 曰了移動，s紐位部向下㈣域交接處該限 位。陳阻擋該導引柱於該導引槽中經過 :=限位部且位於該限位部下方;-二： 頂和該限位件之間，該第—彈性件兩端分別 和該限位件’驅動該限位件帶動該限位部朝該 二; m生件’係分別連接該殼體和該滑動 二=該滑動件朝該開口靠近；以及—驅動件，係樞設 於该喊體，且該驅動件延伸形成一第二凸緣。 藉此，當本創作之門鎖受到外力 上=接Γ缝#，w增位槽 上下移動，確實可以降低產生誤動的機會。 4 M439690 【實施方式】 為了詳細說明本創作之構造及特點所在，兹舉以 較佳實施例並配合圖式說明如後： 、下之 請參閱第-圖〜第四圖所示’顯示本創作所提供 在上鎖狀態的示意’其係使用一凸輪1M喿作該凸輪1 係樞設於該門鎖’該凸輪丨6具有一第一 ^凸緣161，該門鎖 主要包含有：一殼體11、一滑動件丨2、一鎖舌13、—The head has a corresponding opening, the body has a guiding slot and a limiting slot I ^: the guiding slot is such that the guiding post protrudes therein, and the limiting slot is extended by a distance of 1⁄4 The (4) is formed by the intersection of the guide and the fourth joint. The slide member defines a side wall outside the limit groove. The raft is formed on the sliding member and below the limit groove. a beveled surface; a locking tongue' is fixedly attached to the (7) moving member and the opening σ of the moving member; the limiting member, 'the limiting portion is disposed in the limiting slot And along the 'the move, the s new position is down to the (four) domain intersection. Chen blocks the guiding column in the guiding groove to pass through: = a limiting portion and is located below the limiting portion; - two: between the top portion and the limiting member, the two ends of the first elastic member and the limiting portion respectively The driving member drives the limiting member to drive the limiting portion toward the second; the m-raw member is respectively connected to the housing and the sliding member 2; the sliding member is adjacent to the opening; and the driving member is pivoted to the shouting And the driving member extends to form a second flange. Therefore, when the door lock of the creation is subjected to an external force = quilting #, w is moved up and down, which can reduce the chance of malfunction. 4 M439690 [Embodiment] In order to explain the structure and characteristics of the present invention in detail, the following description will be made with the preferred embodiment and the following description: Please refer to the figure below - Figure 4 to show the creation. The indication provided in the locked state is that a cam 1M is used to pivot the cam 1 to the door lock. The cam cymbal 6 has a first flange 161. The door lock mainly comprises: a shell Body 11, a sliding member 丨 2, a locking tongue 13, -
位件14、一第一彈性件15、一第二彈性件17和一驅Z 18 〇 該殼體11，具有一容室1U和一開口 112，該開口 連通該容室111。該殼體U具有一導引柱113，該導引柱 113係突出於該容室ill内。 該滑動件12，係可左右滑動地設置在該容室U1内， 該滑動件12依序界定出一頭部121、一身部122和一尾部 123。該頭部121對應該開口 112，該身部122具有—導引The position member 14, a first elastic member 15, a second elastic member 17, and a drive housing 18 have a housing 1U and an opening 112 which communicates with the chamber 111. The housing U has a guide post 113 that protrudes within the chamber ill. The sliding member 12 is slidably disposed in the chamber U1. The sliding member 12 sequentially defines a head portion 121, a body portion 122 and a tail portion 123. The head 121 corresponds to the opening 112, and the body 122 has a guide
槽124、一限位槽125、一擋止部126，該導引槽124係讓 該導引柱113突伸其中（圖中未示），該限位槽125係上下 延伸且橫向貫穿該身部122，並與該導引槽124交接形成 一交接處127 ’此外，該滑動件12於該限位槽125外形成 一側壁128 ’該擋止部126形成於該滑動件12且位於該限 位槽125下方’該尾部123則係具有面向左下方的—滑動 斜面129。 該鎖舌13 ’其兩端係分別固接於該滑動件12之頭部 以及穿設在雜體11之.112。 5 M439690 該限位件14，具有一限位部141和一抵頂部142，該 限位部141設於該限位槽125内且沿著該限位槽125上下 移動，當该限位部141向下移動至該交接處127，該限位 部141係阻擋該導引柱113於該導引槽丨24中經過該交接 處127 ’該抵頂部142係連接該限位部141且位於該限位 部141下方。值得一提的是，該抵頂部142呈平面或曲面， 在本較佳實施例_係以平面為例。 s亥第一彈性件15 ,係設置在該身部122之側壁128和 邊限位件14之間，該第一彈性件15兩端分別頂抵該側壁鲁 128和忒限位件14，驅動該限位件帶動該限位部 朝該交接處127移動。在此須說明的是，本較佳實施例中， 該限位件14對應該第一彈性件15形成一安裝孔143，而 該第一彈性件15係插設於該安裝孔143並頂抵該限位件 14’如此，該第一彈性件15將受該安裝孔143限制其作動 範圍，維持該第一彈性件15作動順暢。 6亥第一彈性件17 ’係分別連接該殼體U和該滑動件 12，驅動該滑動件12朝該開口 112靠近。 該驅動件18 ’係極設於該殼體丨卜且該驅動件18延 伸形成一第二凸緣181。 除此之外，本較佳實施例中還提供一第三彈性件19， - 兩端分別連接該驅動件]8和該殼體】i，驅使該驅動件18 之第二凸緣181朝遠離該尾部123之滑動斜面129方向轉 動。若是要調整該第三彈性件19拉動該驅動件18的力量 大小，本較佳實施例可以還有一調整螺栓21，係樞設於該 6 殼體11且突伸至該容室 係與該調整螺检21螺技内。一可調滑動固定柱22 ’ 室⑴内在靠近或帶動於該容 況之下，該第三彈性# 的方向上移動。在此狀 該可調滑賴定柱22兩端分職接該縣件18和 殼體η。 以由糊㈣栓2丨進而連接該 力旦田增加該第三彈性件19拉動該驅動件18的 ^ 讀動該調整螺栓η使該可調滑動_柱22往 ==㈣㈣向上移動。這樣一來，若要將該驅動 二轉動至調整前的一預設位置，則調 =:驅動件18的方向上移動，而需丄 °°大的力討能轉動該驅動件18龍預設位置。 的操==仙糊_提狀㈣，接下纽明本創作 一、門鎖上鎖： 如第四圖、第五圖所示，使用者係施加外力讓該凸輪 *向左轉動，同時間該凸輪10之第一凸緣⑹將會碰觸 日亥限位件14之頂抵部142，使該限位部141向上滑動，這 夺4限位部141將從該交接處127沿著該限位槽125向 上移動。待該限位件14之限位部141離開該交接處127 ^ °亥第一彈性件】7立刻將該滑動件12向左拉動，讓該 /月動件12朝該開口 112靠近以及使得該鎖舌13朝左伸 上’而該導引柱113也在同時間經過該交接處127。隨後， °玄凸輪16之第一凸緣161將逐漸遠離該抵頂部142，該限 M439690 位件14將因該第一彈性件15的持續頂抵向下移動，而讓 其限位部141再次回到該交接處127。在上述過程操作完 成後，因為該限位件14之限位部141阻擋該導引柱m 於該導引槽124中經過該交接處127，讓本創作所提供之 門鎖產生上鎖的功能。 ~ 二、 門鎖解鎖： 如第六圖所示，承上述門鎖上鎖過程，使用者如欲解 鎖。則係將該凸輪16向右轉動，同時間該凸輪16之第一 凸緣161將會碰觸該限位件14之頂抵部142，使該限位部 =向上滑動’這時’該限位部141將從該交接處⑺^ 者該限位槽125向上移動。待該限位件14之限位部⑷ 離開該交接處127 I，該第—凸緣⑹接著碰觸該擋止部 126進而帶動整個該滑動件12向右滑動，使得該鎖舌u 朝右縮入，該導引柱113也在同時間經過該交接處127。 該凸輪16之第—凸緣⑹將逐漸遠離該抵頂部 該限位件Μ將因該第—彈性件15的持續頂抵向下移 動，而讓其限位部141再次_該交接處m。這時候， 因為該限位件Μ之限位部141阻擋該導引柱u3於 =8=?，’讓該滑動件12可以受_驅 動件18之帶動，因而處在門鎖解鎖的狀態。 三、 門鎖關鎖/開鎖： l 如第2咐’要操作本創作之⑽產生關衡開鎖的 =，必觀確認補作處在_陳態才能操作。由於 该第二彈性件17持續將該滑動㈣向左拉動 動 8a slot 124, a limiting slot 125, and a stopping portion 126. The guiding slot 124 protrudes from the guiding post 113 (not shown). The limiting slot 125 extends up and down and extends transversely through the body. The portion 122 is disposed at the intersection of the guide groove 124 to form a junction 127 ′. Further, the sliding member 12 defines a sidewall 128 outside the limiting slot 125. The stop portion 126 is formed on the sliding member 12 and is located at the limit Below the bit groove 125, the tail portion 123 has a sliding slope 129 facing the lower left. The two ends of the locking tongue 13' are respectively fixed to the head of the sliding member 12 and are disposed through the .112 of the hybrid body 11. The limiting member 14 has a limiting portion 141 and an abutting portion 142. The limiting portion 141 is disposed in the limiting slot 125 and moves up and down along the limiting slot 125. When the limiting portion 141 Moving downward to the intersection 127, the limiting portion 141 blocks the guiding post 113 from passing through the intersection 127 in the guiding slot 24, and the abutting portion 142 is connected to the limiting portion 141 and is located at the limit Below the bit 141. It is worth mentioning that the abutting top 142 is a plane or a curved surface. In the preferred embodiment, the plane is taken as an example. The first elastic member 15 is disposed between the side wall 128 of the body portion 122 and the edge limiting member 14. The two ends of the first elastic member 15 are respectively abutted against the side wall flange 128 and the limiting member 14 for driving. The limiting member drives the limiting portion to move toward the intersection 127. It should be noted that, in the preferred embodiment, the limiting member 14 defines a mounting hole 143 corresponding to the first elastic member 15, and the first elastic member 15 is inserted into the mounting hole 143 and is offset. The limiting member 14' is such that the first elastic member 15 is restricted by the mounting hole 143 to maintain the operating range, and the first elastic member 15 is kept moving smoothly. The first elastic member 17' is connected to the housing U and the slider 12, respectively, and drives the slider 12 toward the opening 112. The driving member 18' is disposed at the housing and the driving member 18 extends to form a second flange 181. In addition, in the preferred embodiment, a third elastic member 19 is further provided, - the two ends are respectively connected to the driving member 8 and the housing, i, driving the second flange 181 of the driving member 18 away from The sliding portion 129 of the tail portion 123 rotates in the direction. In order to adjust the strength of the third elastic member 19 to pull the driving member 18, the preferred embodiment may further include an adjusting bolt 21 pivotally disposed on the 6 housing 11 and protruding to the housing system and the adjusting Screw inspection 21 screw technology. An adjustable sliding column 22' chamber (1) moves in the direction of the third elastic # in the vicinity of or under the condition of the chamber (1). In this case, the adjustable sliding column 22 is divided into two ends of the county member 18 and the casing η. The adjustment of the third spring member 19 pulls the driving member 18 by the plug (4) bolt 2, and then the reading of the adjusting bolt η causes the adjustable sliding column 22 to move upwards == (four) (four). In this way, if the driving two is to be rotated to a preset position before the adjustment, the adjustment=: the driving member 18 moves in the direction of the driving member 18, and the driving force of the driving member 18 can be rotated. position. The operation == 仙糊_提状(4), followed by Newming's creation. 1. Locking the door lock: As shown in the fourth and fifth figures, the user applies an external force to rotate the cam* to the left. The first flange (6) of the cam 10 will touch the top abutting portion 142 of the sun-restricting member 14, so that the limiting portion 141 slides upward, and the 4 limiting portion 141 will follow the intersection portion 127. The limit slot 125 moves upward. When the limiting portion 141 of the limiting member 14 leaves the intersection portion, the first elastic member 7 immediately pulls the sliding member 12 to the left, and the/month moving member 12 approaches the opening 112 and causes the The bolt 13 extends to the left and the guide post 113 also passes through the junction 127 at the same time. Subsequently, the first flange 161 of the eccentric cam 16 will gradually move away from the abutting top 142. The limit M439690 of the positional member 14 will move downward due to the continuous topping of the first elastic member 15, and the limiting portion 141 will be again Go back to the junction 127. After the operation of the above process is completed, because the limiting portion 141 of the limiting member 14 blocks the guiding post m from passing through the intersection 127 in the guiding slot 124, the locking function provided by the creation is locked. . ~ Second, the door lock unlock: As shown in the sixth figure, the user locks the lock when the door lock is locked. Then, the cam 16 is rotated to the right, and at the same time, the first flange 161 of the cam 16 will touch the top abutting portion 142 of the limiting member 14, so that the limiting portion = slides upwards 'this time' the limit The portion 141 will move upward from the junction slot (7). The limiting portion (4) of the limiting member 14 leaves the intersection portion 127 I, and the first flange (6) then touches the blocking portion 126 to drive the entire sliding member 12 to slide to the right, so that the locking tongue u faces to the right Indented, the guide post 113 also passes through the junction 127 at the same time. The first flange (6) of the cam 16 will gradually move away from the abutting top. The limiting member will move downward due to the continuous topping of the first elastic member 15, and the limiting portion 141 will again be at the intersection m. At this time, since the stopper portion 141 of the stopper member blocks the guide post u3 at =8=?, 'the slider 12 can be driven by the _driver 18, and thus the door lock is unlocked. Third, the door lock lock / unlock: l If the second 咐 ' to operate this creation (10) to generate the lock off the lock =, must be confirmed that the replacement can be operated in the _ state. Since the second elastic member 17 continues to pull the sliding (four) to the left, 8
該 干乃么τ 又 13可以限制裝設門鎖之門板與門框之間的相對位 產生_的魏。使时若制鎖，難施力轉動該 件18 ’讓該驅動件1S之第二凸緣⑻朝著該滑動件 ，尾部123 #近，隨後讓該第二⑽181接觸該滑動斜 29’藉著繼續轉動該驅動件18使得該第二凸緣181鱼 ^動斜面129相對向右滑動，進而帶動該滑動件12以及 μ鎖:13向右滑動，達成_功能。 错由上述内容可知，本創作所提供之門鎖受到外力震 ，由於該第i性件15係直接頂抵該限位件14，且該 =件14係僅沿著該限位槽125上下移動，確實可以降低 產生誤動的機會。 側分別具有—凹槽114,用以消除該導引柱113邊緣阻擋。 此*外’切參閱第九圖所示，由协姑JL认1 /C »The τ and 13 can limit the relative position between the door panel and the door frame to which the door lock is attached. If the lock is made, it is difficult to force the member 18' to make the second flange (8) of the driving member 1S toward the sliding member, the tail portion 123 is close, and then the second (10) 181 is brought into contact with the sliding oblique 29'. Continue to rotate the driving member 18 so that the second flange 181 slides the slider 129 relatively to the right, thereby driving the slider 12 and the μ lock 13 to slide to the right to achieve the function. It can be seen from the above that the door lock provided by the present invention is subjected to an external force shock, since the i-th member 15 directly abuts against the limiting member 14, and the =14 is only moved up and down along the limiting slot 125. It can really reduce the chance of misoperation. The sides respectively have a recess 114 for eliminating the edge blocking of the guiding post 113. This * outside 'cut' is shown in the ninth figure, recognized by Xie Gu JL 1 / C »
田及任右區分出一第一平面142a和一 解參閱第八圖所示’值得一提的是，從上述門鎖上鎖/ 、說明中可知，本創作所提供之門鎖在上鎖/解鎖的操 舰位件U之限位部⑷皆有可能接觸該導引柱 ’故若㈣免該限位部141受到該導引柱U3邊緣阻 备而確保该限位部141運作順暢，則讓該導引柱⑴兩 還可以讓該抵頂部142 σ一第二平面142b，且 M439690 該第二平面142b朝右上方傾斜，而該第一凸緣161能夠藉 由該第二平面142b朝右上方傾斜設置快速地遠離該抵頂 部142，讓該限位件14向下移動。 【圖式簡單說明】 第一圖為本創作較佳實施例之立體圖； 第二圖為本創作較佳實施例之爆炸圖； 第三圖為本創作滑動件之後視體圖； 第四圖為本創作較佳實施例之前視圖； 第五圖為本創作較佳實施例之剖視示意圖，顯示門鎖 上鎖； 第六圖為本創作較佳實施例之使用示意圖，顯示門鎖 解鎖； 第七圖為本創作較佳實施例之使用示意圖，顯示門鎖 關鎖/開鎖； 第八圖為本創作較佳實施例之示意圖，顯示導引柱兩 側分別具有凹槽；以及 第九圖為本創作較佳實施例之使用示意圖，顯示抵頂 部由左往右區分出第一平面和一第二平面。 【主要元件符號說明】 11殼體 111容室 112 開口 113導引柱 114凹槽 12滑動件 121頭部 122身部 10 M439690 123尾部 124導引槽 125限位槽 126擋止部 127交接處 128侧壁 129滑動斜面 13鎖舌 14限位件 141限位部 142抵頂部 142a第一平面 142b第二平面 143安裝孔 15第一彈性件 16凸輪 161第一凸緣 17第二彈性件 18驅動件 181第二凸緣 19第三彈性件 22可調滑動固定柱 21調整螺栓Tianhe Ren right distinguishes a first plane 142a and a solution as shown in the eighth figure. It is worth mentioning that, from the above-mentioned door lock lock / description, the door lock provided by this creation is locked / The stopper portion (4) of the unlocked ship position U may contact the guide post. Therefore, if the limit portion 141 is prevented from being subjected to the edge of the guide post U3 to ensure that the limit portion 141 operates smoothly, then The guiding post (1) can also have the abutting top 142 σ a second plane 142b, and the M439690 second plane 142b is inclined upward to the upper right, and the first flange 161 can be oriented upward by the second plane 142b The square tilt setting is quickly away from the abutting top 142, allowing the stop 14 to move downward. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective view of a preferred embodiment of the present invention; the second drawing is an exploded view of the preferred embodiment of the creation; the third drawing is a rear view of the creation of the sliding member; The front view of the preferred embodiment of the present invention; the fifth figure is a schematic cross-sectional view of the preferred embodiment of the present invention, showing the lock of the door lock; the sixth figure is a schematic view of the use of the preferred embodiment of the present invention, showing the unlocking of the door lock; 7 is a schematic view showing the use of the preferred embodiment of the present invention, showing the door lock closing/unlocking; the eighth drawing is a schematic view of the preferred embodiment of the present invention, showing that the two sides of the guiding column respectively have grooves; and the ninth figure is A schematic diagram of the use of the preferred embodiment of the present invention shows that the first plane and a second plane are distinguished from left to right by the top. [Main component symbol description] 11 housing 111 housing 112 opening 113 guiding column 114 groove 12 slider 121 head 122 body 10 M439690 123 tail 124 guiding groove 125 limiting groove 126 blocking portion 127 junction 128 Side wall 129 sliding slope 13 locking tongue 14 limiting member 141 limiting portion 142 against top portion 142a first plane 142b second plane 143 mounting hole 15 first elastic member 16 cam 161 first flange 17 second elastic member 18 driving member 181 second flange 19 third elastic member 22 adjustable sliding fixing column 21 adjusting bolt