200913936 九、發明說明： 【發明所屬之技領域] 本發明侧於—贿轨槪部件找位構造 在ίί Γ而離開原始錄後，使釋放部件具二 、 而…、須持續以手施力於釋放部件之設計。 【先前技術】 私山按=前-般的滑執設計，功能性較強者，係有一種可在 3定」與「彈性暫時定位」兩種模式，七二穩 釋放部件，以使活動執體經解鎖後;再 暫時紐」者’财魏加於活動軌體之 外mu定位作用’以強迫推入活動執體；另 蚊執完 能〜脫離」鎖疋構造，又，活動軌體亦 解鎖 崎「_」之物輪纽合輯有 軌，關滑狀歸麵件，财肢用一組滑 而^㈣支雜分將餘錄輸伽左、右兩邊， I防内縮」或「防脫離」之機構時，當操 並持續施力於該釋放部件，方能一併將活 者的2，當抽屜類物件使用到兩支以上的滑執時，-位操作 不敷使用，想要同時操作各個需施力推拉的釋放部 件而冋步解鎖，是存有其困難性的。 子 【發明内容】 200913936 本發明即為提供一種滑轨 f放部件需持續施力推拉而不構造，用以解決 題，其主要技術手段是令滑軌 烟步解鎖之問 位置後，使釋放部件具有—暫 卩件在破操作而離開原始 力於釋放部件。’、 、疋位作用，而無須持續以手施 段為:供ί滑ϊ釋定位構造，具體實施手 執於前端設有定位凸f mi卩件及定位件，其中，第- 尸並設有一定位體;釋放軌:滑移活動，第 放部件的-端具有操作紐·宏办於第二執之内側面，釋 設有-卡抵部與-受頂部，且位於操作知一側，定位件 對應前述第二執之定位體相卡^具—彈力作用使其卡抵部 執之ir片相接部 -抵=^之粒酸於—龄_，定⑽至少具有 ίΐ:ί=:有一凹口，定位件結合於凹口處。 凹口一側邊設有&物體’且具有—固定端，操作鈕的 之接合itΐ;ί定位件以固定端嵌接於操作紐 性而ίΐ於與操物一體成型而相連，且定位件具有彈 番认其中i定位件與操作紐枢接而具有一旋轉軸心，传定付杜 置於^處^，以及包含一彈性元件位^位件 使定蝴凹口叙具有—滑移行程， 位^位件於凹口處做直向運動，以及包含_彈性元件作用於定 緣，3塊具有擂塊，操作_凹口兩側設有凸 塊5應緣相抵而限制定位件之滑移行程。 八疋位件具有一滑槽’操作叙設有一凸柱伸置於滑槽 200913936 中，而限制定位件之滑移行程。 以及，另長:供一種滑執釋放部 位件與操仙設_放部件之上構&，主要是將定 與-受頂部，且定位件具一彈 位件設有-卡抵部 執之=體相林，叹般卿前述第二 其中，釋放部件-端讲古_4如㈣卞抵雜移。 片，定位件以延伸片對應=部相一端設一延伸 件之柄部上，並於柄部上設有一活動槽供m固接於釋放部 :=:^^發，增進之功效與優點3於·· 部件被推雜作滑财——在其釋放 時操控各彳_，_人制 屜類物之各種解鎖動作。’、〃、有夕支⑺執之抽 項正巧=件之暫時定位功能可在滑軌收合時自動解除，無 伸βΪ解ίίί/ι牛之暫時定位作用，且其即能確保^ 鎖狀離，「釋放件所連動之相關鎖掣機構均已回到上 鎖狀悲而保有「防内縮」或「防脫離」之功能。 【實施方式】 如t1圖所示，本發明具體實施例包括第一執（1)、第二 軌(2^、釋放部件⑶、操作钮⑷及定位件⑸，盆中·· ⑴’於前端設有定位凸片⑴），定位凸片⑴）前 後各δ又有弟一端（1Π)、第二端（112); 一—第二執⑵，穿接於前述第-軌⑴而滑移活動，其上設有 一疋位體(21) ’此實施例中’該定位體⑵）設於—透空槽 内’定位體(21)至少具有一抵止面（211)，以及，因應第二執 ⑵相對第-軌⑴之「防脫離」功能，其於第二執⑵上設有 一樞接之擋止件（23)，擋止件（23)並配合有一第一彈性元件 (24)施加一，力’且設有一蓋座（25)，其中，第一彈性元件(24) 可為相連於盍座（25)的細條狀彈力桿體；又，上述所提之擋止 200913936 魏，縣转之其—實_，且非本案之 功能者，亦庫均屬太皇附⑶」為運用於「防内縮」 另併耗嚀所涵蓋’合先陳明。 力併參閲第2圖與第3圖所示： 部件’絲歸麟二執⑵之⑽，所述槪 釋=== 件(34?ii座i25)之内部’而使釋放部件⑶藉助第二彈性元 仟W4。)具有一自動回歸原始位置之作用力； 七f作鈕(4)的一側設有一凹口（41)，凹口（41)之一側邊設 )之 概疋ί件⑸，為一設於前述操作赵⑷凹口⑷）處之可活動 i位件⑸設有—卡抵部⑸）與—受頂部⑽，此實 ^中’定位件⑸為一本身具彈力作用之條狀彈性物體，且 固定端(53)，而將定位件⑸以蚊端⑽絲於操作 紐(4)之接合槽(42)而伸置於凹口（41)處。 據以上述構L ’將第一執(2)穿接於第一執(1)而拉出滑移 至極限時，如第4圖所示，第二執(2)即會以樞接擋 抵於第-執⑴蚊位凸片⑴）的第二端⑽），而 相對第一軌(1)不致脫離。而當欲解除擋止件(23)相對定位凸 片（11)之抵止關係時，拉動釋放部件（3)來連動播止件（23)， 便能使擋止件（23)脫離定位凸片（Η)的第二端（112)，以供拉 出第二執⑵’而此「操作第二執⑵脫離」之動作，非屬本案 之專利特徵’茲不予配合緣圖表達。 而上述操作過程中，當拉動釋放部件(3)後，如第5圖所 200913936 示 體定位件⑸便會相對第二執⑵之定位 體(21)接m位件⑸之卡抵部⑸）抵於 之抵止面（211)，岭操倾⑷觸射⑶能 中，便是使第二執⑵能由第一軌⑴拉出脫離。在此以例 再如第6圖所示，當復將第二執⑵相對第一軌⑴收入 之受頂部（52)接觸於定位凸片（11)的第 ⑸厂之受頂部（52)即由第—端（in)開始漸受狀位凸ί(1= 二 連帶定位件⑸之卡抵部(51)脫離定位體 ，糟此’釋放部件⑶便會自動回到原始位 ，’而上述之^止件⑽也會回復到可對應第—執⑴定位凸 片（11)相抵的「防脫離」狀態。 以亡實施例說明了 一種具體可行之方式，惟，在本案之創 新技#疇内，尚有如下數種可行之其他實施例： 如第8圖所示’釋放部件（3a)兩相對外端的一端設一釋放 部（31a)，另一端則一體成型相連的操作鈕(4a)，定位件 並對應操作钮(4a)相嵌接。 、如第9圖所示，定位件（5b)與操作鈕(牝）一體成型而相 連，且疋位件（5b)具有彈性而伸置於操作紐(处)之凹口（4化) 處。 如第10圖所示，定位件(5C)與操作鈕(4C)樞接而具有一 旋轉軸心（43c) ’使定位件（5C)置於操作鈕(4c)之凹口（4ic) 處做擺動，且設有一彈性元件（54C)作用於定位件（5c)，此實 施巧中，彈性元件（54c)為一彎曲之彈簧片形式。另如第n圖 所示，彈性元件（54cl)可由定位件（5ci)直接延伸為一彈力腳 型式。或如第12圖所示，彈性元件(54C2)為一壓縮彈簧形式。 如第13圖所示，定位件（5d)設於操作鈕(4d)的凹口（41d) 處而可滑移，使定位件（5d)於操作鈕(4d)的凹口（41d)處可做 9 200913936 直向運動’且設有一彈性元件（54d)作用於定位件（5d)，其中， 疋位件（5d)之兩側具有擋塊（55d)，操作紐(4d)的凹口 Wld) 兩側設有凸緣(44d) ’以擋塊（55d)對應凸緣(44d)相抵而能限 制定位件（5d)之滑移行程，且彈性元件（54(1)為一彎曲之彈簧 片形式。另如第14圖所示’彈性元件（54dl)可由定位件（5dl) 直接延伸為一彈力腳型式。或如第15圖所示，彈性元件（54d2) 為一壓縮彈簧形式。 如第16圖所示，定位件(5e)設於操作鈕We)的凹口（4ie) 處而可滑移’使定位件（5e)於操作鈕(4e)的凹口（4ie)處可做 士向運動，且設有一彈性元件(54e)作用於定位件(5e)，其中， 疋位件（5e)具有一滑槽（56e)，操作紐(4e)設有一凸柱(45e) 伸置於滑槽（56e)中，而能限制定位件（5e)之滑移行程，且彈 性元件(54e)為一彎曲之彈簧片形式。另如第17圖所示，彈性 元件（54el)可由定位件(5e)直接延伸為一彈力腳型式。或如第 18圖所示，彈性元件(54e2)為一壓縮彈簧形式。 另外’上述實施例均是於操作紐(4)上設有定位件(5)之設 计，惟，因操作紐(4)為結合於釋放部件（3)，若將定位件 ，其亦屬—種由本案之^^術思想所能容易想 =:丁3式，而此一具體實施例，如第19圖所示，操作鈕 (4f〜)，合於釋放部件⑻—端具有較大面積的柄部(恥， ί )則-端設—延伸片（57_定於柄部(35f)，且操 = (4ί)為以較小之塊體型驗接於釋放料⑽的柄部 用操作鈕(4°一側的空間容納定位件(5f)，且柄 祕(35f)時，蚊料(5⑽設置位置 【圖式簡單說明】 ^。1圖係本發明實施例包含第—執鄕二執整體雜之分解 10 200913936 係本發明實施例包含釋放部件、操作钮及定位件之構造 〔第4二極限之示意圖 本發明實施例包含釋放部件、操触及定位件 動作不意圖[定位件之卡抵部抵於定位體]。 出 軌推入之示意圖[定位 係本發明實施例第二軌相對第—執繼續推人之示意圖 之受頂部受狀位凸片之壓迫，粒件之卡抵部脫離 疋位體]。 ，8圖係本發明其他實施例一之構造示意圖。 第9圖係本發明其他實施例二之構造示g圖。 ^ 10圖係本發明其他實施例三之構造示^圖。 ^ 11圖係本發明其他實施例三之彈性元件變化形式一之構造 示意圖。 ，12圖係本發明其他實施例三之彈性元件變化形式二之構造 示意圖。 ，13圖係本發明其他實施例四之構造示意圖。 ，14圖係本發明其他實施例四之彈性元件變化形式一之構造 示意圖。 ^ 15圖係本發明其他實施例四之彈性元件變化形式二之構造 示意圖。 ，16圖係本發明其他實施例五之構造示意圖。 ^ 17圖係本發明其他實施例五之彈性元件變化形式一之構造 示意圖。 第18圖係本發明其他實施例五之彈性元件變化形式二之構造 11 200913936 示意圖。 第19圖係本發明其他實施例六之構造示意圖。 【主要元件符號說明】 (111)第一端 (211)抵止面 (23)擋止件 (25)蓋座 (32)插接部 (34)第二彈性元件 (42)接合槽 (52)受頂部 (31a)釋放部 (5a)定位件 (41b)凹口 (41c)凹 π (5c)(5cl)定位件 (1) 第一執 (11)定位凸片 (112)第二端 (2) 第二執 (21) 定位體 (22) 透空槽 (24)第一彈性元件 (3) 釋放部件 (31)釋放部 (33)抵接片 (4) 操作钮 (41)凹口 (43)套環 (5) 定位件 (51)卡抵部 (53)固定端 (3a)釋放部件 (4a)操作紐 (4b)操作鈕 (5b)定位件 (4c)操作紐 (；43c)旋轉軸心 (54c)(54cl)(54c2)彈性元件 (4d)操作叙 （41d)凹口(44d)凸緣 （5d)(5dl)定也(54d)(54dl)(54d2)彈性元件 200913936 (55d)檔塊 (4e)操作鈕 (41e)凹口 (45e)凸柱 （5e)(5el)定位件 (54e)(54el)(54e2)彈性元件 (56e)滑槽 (3f)釋放部件 (3510活動槽 (5f)定位件 (35f)柄部 (4f)操作紐 (57f)延伸片 13200913936 IX. Description of the invention: [Technical field to which the invention pertains] The present invention is directed to the position of the bribe 槪 component in the ίί Γ and leaving the original recording, so that the release member has two, and... Release the design of the part. [Prior Art] Private mountain press = pre-sliding design, more functional, there is a mode that can be set in 3" and "elastic temporary positioning", seven-two stable release parts, so that the activities are performed After unlocking; then the new one" 'Wei Weijia outside the active track body mu positioning role 'to force the push into the body; another mosquito can finish ~ off the lock structure, and the active track body is also unlocked Saki's "_" is a combination of the track and the wheel, and the sliding piece is returned to the surface. The financial body uses a set of slips and ^(4) miscellaneous points to transfer the left and right sides of the gamma, I prevent internal contraction or "defense When the mechanism is used, and the force is applied to the release member, the player's 2 can be used when the drawer type object is used for more than two slides. It is difficult to operate each of the release members that need to be pushed and pulled by force. [Invention] 200913936 The present invention provides a sliding rail f-disposing component that needs to be continuously applied and pushed without pulling, and is used for solving the problem. The main technical means is to release the slide rails after the position is unlocked. The component has a temporary arming that leaves the original force to release the component during the breaking operation. ', , 疋 position, and do not need to continue to use the hand to act as: for the zipper release positioning structure, the specific implementation of the hand at the front end of the positioning convex f mi and positioning parts, of which - the first body and one Positioning body; release rail: slipping movement, the end of the first part has an operation button, the macro is placed on the inner side of the second handle, and the - card abutting portion and the top portion are disposed, and are located on the operation side, positioning Corresponding to the second positioning of the positioning body phase card - elastic force to make the card yoke part of the ir piece of the junction - y = ^ granules in the age - _, fixed (10) at least ίΐ: ί =: there is a recess, the positioning member is coupled to the recess. The side of the notch is provided with an & object' and has a fixed end, and the engaging button of the operating button is ΐ; ί is engaged with the fixed end by the fixed end and is integrally connected with the object, and the positioning member The utility model has a rotating shaft, wherein the positioning member and the operating button are pivoted to have a rotating axis, the transfer is placed at the ^, and the elastic member is provided with the elastic member. The positional part moves in the straight direction at the notch, and the _elastic element acts on the fixed edge, and the three pieces have the slab block, and the operation _ the two sides of the notch are provided with the convex piece 5 to be slanted to the opposite side to limit the sliding of the positioning piece Move the trip. The octagonal member has a chute' operation with a stud extending into the chute 200913936 to limit the slipping stroke of the locating member. And, another length: for a sliding release part and the singular _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ = body phase forest, sigh like the second of the above, release the part - the end of the ancient _4 such as (four) 卞 杂 。 。. The locating member is provided with an extending piece on one end of the extending piece corresponding to the end portion of the extending piece, and an movable groove is arranged on the shank for the m to be fixed to the releasing portion: =: ^^ hair, the effect and advantage of the promotion 3 The parts are pushed into the slippery wealth - when they are released, they control the various unlocking actions of the various _, _ people's drawers. ', 〃, 有夕支(7) Execution of the item = the temporary positioning function of the piece can be automatically released when the slide rail is folded, and the extension of the β Ϊ Ϊ ί ί 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时 暂时Therefore, "the relevant locking mechanism linked to the release piece has returned to the lock-up and has the function of "anti-recession" or "anti-disengagement". [Embodiment] As shown in the figure t1, the specific embodiment of the present invention includes a first handle (1), a second rail (2^, a release member (3), an operation button (4), and a positioning member (5), and the basin (1) is at the front end. Positioning tabs (1) are provided, and the positioning tabs (1) are respectively δ and have one end (1Π) and a second end (112); a second (2), which is connected to the first rail (1) and is slipping. a positioning body (21) is disposed thereon. In the embodiment, the positioning body (2) is disposed in the through-groove. The positioning body (21) has at least one abutting surface (211), and, in response to the second The (2) anti-disengagement function of the first rail (1) is provided with a pivotal stop member (23) on the second handle (2), and the stopper member (23) is coupled with a first elastic member (24). a force (and a cover seat (25), wherein the first elastic element (24) may be a thin strip-shaped elastic rod body connected to the sley (25); in addition, the above mentioned blockage 200913936 Wei, County Turning to it - the actual _, and not the function of the case, the library is also Taihuang Fu (3)" for the application of "anti-inflation" and the consumption of the cover of the "Chen Xian Chen Ming. Force and refer to Figure 2 and Figure 3: The part 'Si Kylin II (2) (10), the interpretation === piece (34?ii seat i25) inside the 'release part (3) by the Two elastic elements 仟 W4. ) has a force to automatically return to the original position; a side of the seven f button (4) is provided with a notch (41), and one side of the notch (41) is provided with a piece (5), which is a set The movable i-piece (5) at the aforementioned operation of the Zhao (4) notch (4) is provided with a card-receiving portion (5) and a top portion (10), and the positioning member (5) is a strip-shaped elastic object having an elastic force. And fixing the end (53), and positioning the positioning member (5) with the mosquito end (10) wire in the engagement groove (42) of the operation button (4) and extending at the notch (41). According to the above configuration L 'sending the first handle (2) to the first handle (1) and pulling out to the limit, as shown in Fig. 4, the second hold (2) will be pivotally blocked. At the second end (10) of the first (1) mosquito bit tab (1), the first rail (1) is not disengaged. When the releasing member (23) is to be released from the positioning member (11), the releasing member (3) is pulled to interlock the stopping member (23), so that the stopping member (23) can be disengaged from the positioning convex portion. The second end (112) of the piece (Η) is used to pull out the second hold (2)' and the action of "operating the second hold (2) is disengaged", and the patent feature that is not in this case is not to be expressed in conjunction with the edge map. During the above operation, when the release member (3) is pulled, the body positioning member (5) of the 200913936 as shown in Fig. 5 is connected to the positioning member (21) of the second holder (2) to the card abutting portion (5) of the m-position member (5). In contrast to the stop surface (211), the ridge (4) touch (3) energy enables the second handle (2) to be pulled out of the first rail (1). In this example, as shown in FIG. 6, when the second (2) is received from the first rail (1), the top (52) of the top (52) contacting the positioning tab (11) is contacted by the top (52). Starting from the first end (in), the position is convex (1 = the card abutting portion (51) of the second positioning member (5) is separated from the positioning body, and the 'release member (3) will automatically return to the original position, 'the above The stop member (10) also returns to the "anti-disengagement" state that can correspond to the first (1) positioning tab (11). The specific example is described in the dead example, but in the innovative technology of the present case There are several other possible embodiments as follows: As shown in Fig. 8, the release member (3a) has a release portion (31a) at one end of the opposite outer end, and the other end is integrally connected with the operation button (4a). The positioning member is engaged with the operation button (4a). As shown in Fig. 9, the positioning member (5b) is integrally formed with the operation button (牝), and the clamping member (5b) is elastic and stretched. At the notch (4) of the operation button, as shown in Fig. 10, the positioning member (5C) is pivotally connected to the operation button (4C) to have a rotation axis (43c) 'The positioning member (5C) is placed at the notch (4ic) of the operating button (4c) to swing, and an elastic member (54C) is provided to act on the positioning member (5c). In this embodiment, the elastic member (54c) In the form of a curved spring piece, as shown in Fig. n, the elastic member (54cl) can be directly extended by the positioning member (5ci) into a resilient foot type. Or as shown in Fig. 12, the elastic member (54C2) is a In the form of a compression spring. As shown in Fig. 13, the positioning member (5d) is provided at the notch (41d) of the operating button (4d) to be slidable, so that the positioning member (5d) is notched in the operating button (4d) (41d) can do 9 200913936 straight motion 'and has a resilient element (54d) acting on the positioning member (5d), wherein the clamping member (5d) has a stopper (55d) on both sides, the operation button (4d) The notch Wld) is provided with flanges (44d) on both sides. 'The stopper (55d) is opposite to the flange (44d) to restrain the sliding stroke of the positioning member (5d), and the elastic member (54(1) In the form of a curved spring piece, as shown in Fig. 14, the 'elastic element (54dl) can be directly extended by the positioning member (5dl) into a resilient foot type. Or as shown in Fig. 15, the elastic element ( 54d2) is a compression spring form. As shown in Fig. 16, the positioning member (5e) is provided at the notch (4ie) of the operation button We) and can be slidable 'the positioning member (5e) is operated on the operation button (4e) The recess (4ie) is slidable and has an elastic element (54e) acting on the positioning member (5e), wherein the clamping member (5e) has a sliding groove (56e), and the operating button (4e) A protrusion (45e) is disposed in the sliding groove (56e) to limit the sliding stroke of the positioning member (5e), and the elastic member (54e) is in the form of a curved spring piece. As also shown in Fig. 17, the elastic member (54el) can be directly extended by the positioning member (5e) into a resilient foot type. Or as shown in Fig. 18, the elastic member (54e2) is in the form of a compression spring. In addition, the above embodiments are all provided with a positioning member (5) on the operation button (4). However, since the operation button (4) is coupled to the release member (3), if the positioning member is used, it is also - It can be easily imagined by the idea of the case ^=3, and this specific embodiment, as shown in Fig. 19, the operation button (4f~), combined with the release member (8) - has a larger end The handle of the area (shame, ί) is - the end - the extension piece (57_ is fixed to the handle (35f), and the operation = (4ί) is the handle of the release material (10) with a smaller block type. Operation button (the space on the 4° side accommodates the positioning member (5f), and the handle (35f), the mosquito (5 (10) setting position [simple description of the drawing] ^. 1 embodiment of the present invention includes the first The second embodiment of the present invention includes a release member, an operation button, and a positioning member. The fourth embodiment of the present invention includes a release member, an operation, and a positioning member. The card abutting portion is in contact with the positioning body]. The schematic diagram of the derailment pushing in [the positioning is the second track of the embodiment of the present invention. The top portion is pressed by the positional tab, and the card abutting portion of the granular member is separated from the clamp body. 8 is a schematic structural view of another embodiment of the present invention. FIG. 9 is a configuration diagram of another embodiment 2 of the present invention. Figure 10 is a structural diagram of another embodiment of the present invention. Figure 11 is a structural diagram of a variation of the elastic element of another embodiment 3 of the present invention. 12 is an elastic member of another embodiment 3 of the present invention. FIG. 13 is a schematic structural view of another embodiment 4 of the present invention. FIG. 14 is a schematic structural view of a variation of the elastic element of another embodiment 4 of the present invention. FIG. 15 is another embodiment of the present invention. FIG. 16 is a schematic structural view of another embodiment 5 of the present invention. FIG. 17 is a schematic structural view of a variation of the elastic element of another embodiment 5 of the present invention. Other embodiments of the fifth embodiment of the elastic element variant 2 configuration 11 200913936 schematic diagram. Figure 19 is a schematic diagram of the construction of another embodiment of the present invention. No. Description (111) First end (211) abutting surface (23) stopper (25) Cover seat (32) Plug portion (34) The second elastic member (42) is engaged with the groove (52) by the top ( 31a) release portion (5a) positioning member (41b) recess (41c) concave π (5c) (5cl) positioning member (1) first holding (11) positioning tab (112) second end (2) second Holder (21) Positioning body (22) Through-groove (24) First elastic element (3) Release part (31) Release part (33) Abutment piece (4) Operating button (41) Notch (43) Collar (5) Positioning member (51) Card abutting portion (53) Fixed end (3a) Release member (4a) Operation button (4b) Operation button (5b) Positioning member (4c) Operation button (43c) Rotation axis (54c) (54cl) (54c2) elastic element (4d) operation (41d) notch (44d) flange (5d) (5d1) also (54d) (54d1) (54d2) elastic element 200913936 (55d) block ( 4e) operating button (41e) notch (45e) boss (5e) (5el) positioning member (54e) (54el) (54e2) elastic member (56e) chute (3f) release member (3510 movable slot (5f) Positioning member (35f) handle (4f) operation button (57f) extension piece 13