201230982 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種滑執總成，特別是指一種具有緩衝擋 止功能的設計，用以降低滑軌在拉出而完全地開啟時所產生 的碰撞力道及聲音。 【先前技術】 一 一般抽屜或類似物所使用之滑軌，其典型架構具有二或 二節軌件，並藉由一組或兩組套裝於該些軌件上軌道間的滚 珠而可滑動。又’安裝在滑軌上的抽屜或類似物常有拆離之 ’故麵滑⑽具有可拆魏，其設計上，無論二節或 =節軌件之架構，主要是連接於抽屜或類似物之該節活動軌 ，可以拆離’而在㈣職可雜之技術手段上，該可拆離 =動執件常見設有-關件，而連接於櫃體或框架的固定 活ΐϊΐ拉出的開放端（前端）設有可相抵限 =活^地連接於侧定執件與該活動軌件之間，而此則= 财1°藉助這—限辦相抵支 l ，其便可防止該活動軌件完全拉伸時不會脫離’ ===_編編〇觸，樣將該活 軌述，制件相抵支樓座的技術手段，若該活動 衛mif座及岐執件（或延伸執件）之間缺乏 t靜音性與操作手感，將料利之影響。 ^有其必要。改善㈣貞滑軌的靜音性與操作手感的課題上， 【發明内容】 降低即在於提供—種雜在完全地拉出時，可 降低其喊力道與聲音的緩衝擋止設叶。 r 根據本發明的觀點，一種可緩衝擋止的滑軌總成，包括 3 201230982 該ίί牆第巧相=-牆、以及-第，同定義一通道第二具;二 道：：、’該開放端包含一抵止部位於該側牆上· 一第二, 崎，細觸—峨&移而 2疋義i—縱向；—限制件’安裝在該第二軌，以及一ί ;第=$裝ίΐ第—執的通道且對應於該開放端，包201230982 VI. Description of the Invention: [Technical Field] The present invention relates to a slippery assembly, and more particularly to a design having a buffer stop function for reducing the occurrence of a slide rail when it is pulled out and fully opened. Collision and sound. [Prior Art] A slide rail used in a general drawer or the like has a typical structure having two or two rail members and is slidable by one or two sets of balls fitted between the rails of the rail members. Also, the drawers or the like that are mounted on the slide rails are often detached. The face slipper (10) has a detachable Wei, and its design, regardless of the structure of the two sections or the rail section, is mainly connected to a drawer or the like. The section of the activity track can be detached from the technical means of the (four) job. The detachable = the movable part is usually provided with a - closing piece, and the fixed activity attached to the cabinet or frame is pulled out. The open end (front end) is provided with a limitable limit = lively connected between the side fixing member and the movable rail member, and this is = 1% by means of this - the limit can be prevented, the action can prevent the activity When the rail member is fully stretched, it will not break away from the '===_ editorial touch, and the live rail will be described as the technical means of the workpiece against the support, if the activity guards the mif seat and the 岐 ( (or extension) The lack of t-quietness and operational feel between the pieces) will affect the impact. ^ It is necessary. In order to improve (4) the problem of the quietness of the slide rail and the handling feeling, the present invention provides a reduction in the cushioning of the shouting force and the sound when the drum is completely pulled out. r According to the viewpoint of the present invention, a slide rail assembly capable of buffering a stop includes 3 201230982, the wall is the same as the wall, and the first is the same as the second channel; the second track:: The open end includes abutment on the side wall. A second, saki, fine touch-峨& move and 2 ii- longitudinal; - the limiter is mounted on the second track, and a ί; =$ Install ΐ ΐ - the channel of the implementation and corresponds to the open end, the package
連接該第-找财該帛二域部相\於= =====其中’該第—支樓部與第二支樓部是 緩衝體’而當該支撑座的侧部與該第一 軌的抵止。卩移近，該緩衝體可被擠壓而彈性變形。 最好是，該第-軌包含-安裝孔，該支樓座包 該第—執的安裝孔内，且該安裝孔的縱向長度大^ 該女裝部的縱向長度。 最好疋，該緩衝體為塊狀且具有一凸粒，以及該第一軌 的抵止部設成供該凸粒嵌入的孔，對應該孔並設有一凹槽供 該緩衝體容置’域緩衝體局部伸人該第—軌的安裝孔而抵 於該支撐座的安裝部。 、最好是，該支樓座包含-長槽，該第一軌包含一固定孔， 以及包含-固疋銷穿過$長槽而固接於該固$孔，且該長槽 的縱向長度大於該固定銷穿過該長槽的銷體的直徑。 凡最好是，該緩衝體相連於該側部，且為具有至少一彎折 ，的條狀，以及該第一軌的抵止部相連形成一容納孔，供該 著折段置於該容納孔而相抵於該抵止部。 最好是，該緩衝體為採用彈簧元件，以及該第一轨的抵 止部相連形成一容納孔’供該彈簧元件置於該容納孔而相抵 於該抵止部。 4 201230982 【實施方式】 第1、2圖顯示本發明第一實施例之滑執總成包括一第— 轨10 ; —第二軌12滑動地連接於該第一轨10 ; 一滑動珠槽 14文裝於該第一執10與該第二軌12之間，以輔助該第二軌 〇相對該第一轨丨〇之滑動；以及一支撐座16安裝於該第— 軌ίο的前端，以於該端處支撐該第二軌，且使該第二軌12 拉出時具有一擋止作用，以及’該第二軌12沿著該第—軌 的長度的滑動方向定義為一縱向L。其中：Connect the first - find the money, the second domain, \ ====== where 'the first branch and the second branch are buffers' and when the side of the support and the first The resistance of the track. As the cymbal moves closer, the buffer body can be squeezed to be elastically deformed. Preferably, the first rail includes a mounting hole, the branch housing includes the first mounting hole, and the longitudinal length of the mounting hole is greater than the longitudinal length of the wearing portion. Preferably, the buffer body is block-shaped and has a convex piece, and the abutting portion of the first rail is provided as a hole for the convex particle to be embedded, and a hole is provided corresponding to the buffer body for receiving the buffer body. The domain buffer body partially protrudes from the mounting hole of the first rail to abut the mounting portion of the support base. Preferably, the stand comprises a long slot, the first rail includes a fixing hole, and the through-fixing pin is fixed to the solid hole through the long slot, and the longitudinal length of the long slot Greater than the diameter of the pin body through which the fixing pin passes. Preferably, the buffer body is coupled to the side portion and has a strip shape having at least one bend, and the abutting portions of the first rail are connected to form a receiving hole for the folding portion to be placed in the receiving portion. The hole is opposed to the abutting portion. Preferably, the cushioning body is a spring member, and the abutting portions of the first rail are connected to form a receiving hole for the spring member to be placed in the receiving hole to abut against the abutting portion. 4 201230982 [Embodiment] The first and second figures show that the sliding assembly of the first embodiment of the present invention includes a first rail 10; the second rail 12 is slidably coupled to the first rail 10; a sliding bead slot 14 The article is mounted between the first handle 10 and the second rail 12 to assist the sliding of the second rail relative to the first rail; and a support base 16 is mounted on the front end of the first rail The second rail is supported at the end, and has a blocking effect when the second rail 12 is pulled out, and the sliding direction of the second rail 12 along the length of the first rail is defined as a longitudinal direction L. among them:
併閱第3圖，該第一轨1〇包含一第一牆18、一第二牆2〇 相對該第-牆18、以及-侧牆22連接該第—牆18與該^二 牆2〇 ’其中，該侧牆22與該第一牆18、第二牆2〇共同定^ 二通道24，且該第一執10具有一開放端％位於該通道24 方，該開放端26包含一抵止部28位於該側牆22上，以及一 該安裝孔30可以是成對的或單—，_中所揭示 該第二執12活動地連接於該第一軌1〇之通道24， 3 —上牆32、一下牆34相對該下牆32、以及一中 ^ 該上牆32触猶34 ;另，還包含 巧12的中牆36。其中，該限制件38包=在= !::拆移卸__座16解== 其包在該第-軌- 併閱第4 ®個雜48讀在騎動架46。 通道 二支撑部52相對該第一支揮㈣ $一 標部50與該第二支擇部S2， = 54連接該第一支 其中’該第-支撑部5。與第二支“⑽：的 201230982 第一牆18與第二牆20所抱持，且該側部54與該 部28之間包含一緩衝體58，以及至少—安裝部60對岸 軌Η)的安裝孔30安裝。最好是，該安裝孔3()的縱g ，度大於該安裝部6。的縱向長度碡好是，該緩衝體％是相 連於該側部54，且為具有至少—f折段的條狀，以及該第^ ，1〇的抵止部28相連形成一容魏62 ’供氣彎折段置於該 谷納孔62而相抵於該抵止部28。 圖顯不該第二軌12相對該第一軌1〇完全地拉出之狀 ^其中’該限制件38會隨該第二軌12移動，當該限制件 38到達該支樓座16時，藉助該限制件38的鎖部例 支撐座16的擋塊56相抵止，可使該第二軌12的拉出^有二 擋止作用，而不致脫離。 μ ^第圖該支樓座16的擋塊56被紐制件 38的鎖dM〇以-較大力道碰撞時，進一步參閱第6、7圖， 因該支撐座16的安裝部60在該第一軌1〇的安裝孔3〇内是可 移動的’而非卡固，故在碰撞的瞬間，該安裝部6〇可在該安 裝孔30内有限度地移動，且該側部54是相對該第一執的 抵止部28移近，藉此，利用該緩衝體58抵於第一軌1〇的抵 止部28，且該緩衝體58會被擠壓而彈性變形，即可降低苴碰 撞力道與所產生的聲音。 第8圖顯示本發明第二較佳實施例之配置型態，該支撐座 200包含一長槽202，該第一軌204包含一固定孔206，以及 包含一固疋銷208穿過該長槽202而固接於該固定孔206，且 該長槽202的縱向長度大於該固定銷208 f過該長槽202的銷 體210的直徑。藉此，該支撐座2〇〇可利用其長槽2〇2相對該 第一軌204作有限度地移動。 第9及10圖顯示本發明第三較佳實施例之配置型態’該 支撐座300的緩衝體302為塊狀且具有一凸粒3〇4，以^該第 一$ 306的抵止部308設成供該凸粒304嵌入的孔，對應該孔 並设有一凹槽310供該緩衝體302容置，且該緩衝體3〇2局部 201230982 伸入該，-執3〇6的安裝孔312而抵於該支樓座3〇〇的安裝部 第11圖顯示本發明第四較佳實施例之配置型態，該支撐 ，働的緩衝體4〇2為採用彈著元件，以及該第一執4〇4的抵 目連形成—容納孔，供該元件置於該容納孔 該抵止部406。藉此，利用該彈簧形式之緩衝體 02仍可產生彈性壓縮之緩衝效果。 【圖式簡單說明】 31圖顯示本發明第一實施例滑軌總成之結構示意圖； 及=林發日⑽—實施繼鶴成在另—視圖角度 及拉出開啟狀態之示意圖； 襄示ί®3;嶋示本發明第—實施例支揮座與第-執之對應安 圖角—倾败舰與第—軌在另一視 時之本發㈣—實細滑⑽成在完全拉出開啟 時之Ϊ面本翻第—實關賴總成在完全拉出開啟 時之全拉出開啟 ^ 8圖顯，本發明第二實施例之配置分解圖； ^ 9圖顯示本發明第三實施例之配置分解圖； ^ 10圖顯示本發明第三實施例之組合示 第U圖顯示本發明第四實施例之配置分^圖。 【主要元件符號說明】 10第一轨 12第二執 14滑動珠槽 16支擇座 201230982Referring to FIG. 3, the first rail 1 includes a first wall 18, a second wall 2, and the first wall 18 and the side wall 22 are connected to the first wall 18 and the second wall 2 Wherein the side wall 22 and the first wall 18 and the second wall 2 are jointly defined by the second passage 24, and the first end 10 has an open end % located at the side of the passage 24, and the open end 26 includes an offset The stopping portion 28 is located on the side wall 22, and the mounting hole 30 may be a pair or a single-way, and the second handle 12 is movably connected to the channel 24 of the first rail 1 , 3 The upper wall 32, the lower wall 34 is opposite to the lower wall 32, and the upper wall 32 is touched by 34; in addition, the middle wall 36 of the clever 12 is also included. Among them, the limiter 38 package = in the =!:: split and unload __ seat 16 solution == its package in the first track - and read the 4th block 48 read on the ride 46. The second support portion 52 connects the first branch of the first support portion 5 with respect to the first branch (four) $1 portion 50 and the second portion S2, = 54. And the second wall (20): 201230982, the first wall 18 and the second wall 20 are held, and the side portion 54 and the portion 28 include a buffer body 58, and at least the mounting portion 60 is opposite the rail Η) The mounting hole 30 is mounted. Preferably, the longitudinal direction g of the mounting hole 3 () is greater than the longitudinal length of the mounting portion 6. Preferably, the buffer body is connected to the side portion 54 and has at least - The strip of the f-folding portion and the abutting portion 28 of the first and second sides are connected to form a cavity 62'. The gas supply bent portion is placed in the valley hole 62 to abut against the abutting portion 28. The second rail 12 is completely pulled out relative to the first rail 1〇, wherein the restriction member 38 moves with the second rail 12, and the restriction member 38 reaches the branch seat 16 by means of the restriction. The lock portion of the member 38 of the member 38 abuts against the stopper 56 of the support seat 16, so that the pull-out of the second rail 12 can be prevented from being disengaged without being disengaged. μ ^ The block 56 of the support block 16 is illustrated. When the lock dM of the button 38 is collided with a large force, refer to FIGS. 6 and 7 again, because the mounting portion 60 of the support 16 is movable in the mounting hole 3〇 of the first rail 1〇. of' Non-fixing, the mounting portion 6〇 can be moved within the mounting hole 30 at a moment of collision, and the side portion 54 is moved closer to the first holding portion 28, thereby utilizing The buffer body 58 abuts against the abutting portion 28 of the first rail 1〇, and the buffer body 58 is pressed and elastically deformed, thereby reducing the collision force and the generated sound. FIG. 8 shows the second aspect of the present invention. In the configuration of the preferred embodiment, the support base 200 includes a long slot 202. The first rail 204 includes a fixing hole 206, and a fixing pin 208 is fixed to the fixing hole through the long slot 202. 206, and the longitudinal length of the long slot 202 is greater than the diameter of the pin body 210 of the fixed pin 208f through the long slot 202. Thereby, the support base 2 can use the long slot 2〇2 relative to the first rail 204 is limited to move. The figures 9 and 10 show the configuration of the third preferred embodiment of the present invention. The buffer body 302 of the support base 300 is block-shaped and has a convex piece 3〇4. A 306 abutting portion 308 is provided as a hole for the convex portion 304 to be embedded, and a hole 310 is provided for the buffer body 302 to be accommodated, and the cushioning portion is disposed. The punching portion 3 〇 2 part 201230982 extends into the mounting hole 312 of the 〇 3 〇 6 to the mounting portion of the pedestal pedestal 3 第. FIG. 11 shows the configuration of the fourth preferred embodiment of the present invention. The support, the buffer body 4〇2 of the crucible is a snap-on element, and the abutting connection of the first holder 4〇4 is formed, and the receiving hole is disposed in the receiving hole 406. The buffer body 02 of the spring form can still produce the buffering effect of elastic compression. [Simplified illustration of the drawing] FIG. 31 is a schematic structural view of the slide rail assembly of the first embodiment of the present invention; and = Lin Fari (10) - implementing the crane A schematic diagram of the angle of the other view and the state of the pull-out state; ί ί®3; 嶋 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本The present invention (4) - the actual thin sliding (10) into the full opening when the opening is turned over - the real Guan Lai assembly is fully pulled out when the opening is fully opened. 2 is an exploded view of the configuration of the third embodiment; FIG. 9 is a view showing an exploded view of the third embodiment of the present invention; Combination of Three Embodiments Fig. U shows a configuration diagram of a fourth embodiment of the present invention. [Main component symbol description] 10 first track 12 second execution 14 sliding bead groove 16 support seat 201230982
18第一牆 22側牆 26 開放端 30安裝孔 34下牆 38限制件 42彈力腳 46滑動架 50第一支撐部 54侧部 58緩衝體 62 容納孔 202長槽 206固定孔 210銷體 302緩衝體 306第一軌 310凹槽 314安裝部 402緩衝體 406抵止部 20第二牆 24 通道 28抵止部 32上牆 36中牆 40鎖部 44操作桿 48滚珠 52第二支撐部 56擋塊 60安裝部 200支撐座 204第一軌 208固定銷 300支撐座 304凸粒 308抵止部 312安裝孔 400支撐座 404第一軌 408容納孔 818 first wall 22 side wall 26 open end 30 mounting hole 34 lower wall 38 restraining member 42 elastic foot 46 sliding frame 50 first support portion 54 side portion 58 buffer body 62 receiving hole 202 long groove 206 fixing hole 210 pin body 302 buffer Body 306 first rail 310 groove 314 mounting portion 402 buffer body 406 abutment portion 20 second wall 24 channel 28 abutment portion 32 upper wall 36 middle wall 40 lock portion 44 operating rod 48 ball 52 second support portion 56 stop 60 mounting portion 200 support base 204 first rail 208 fixing pin 300 support seat 304 convex 308 abutting portion 312 mounting hole 400 support seat 404 first rail 408 receiving hole 8