37 九、發明說明： 【發明所屬之技術領域】 式理切構造，尤錢用於結合折合 時可全程支撐該内執的末端處者。神件藉以對應外軌一 【先前技術】 勒士 又'月L軌之叹"十’尤其結合有折合式理線架的滑執，其内 T二== 袞珠做為滑動介質時，其内轨末段與外轨間 ΐί 乏支叙細，尤其如似全收入外 H相ί會處於—種懸空之狀態，懸空末 Ϊ ί 架的前側支架連結於内軌末端 d二内軌連結處便極容易產生支標力不足之問題，而導致理 線架的下墜财嚴重。 R ”双埋 如先紐狀支射讀形，進―麵合圖示說明， 2 =所示’内執(Α)完全收入外轨⑻時，内執⑷末段盘 加以支樓’而無滾珠(C)支撐的内執⑷ BΓ田二w工轨體(Α1)，而這類滑軌在供安裝理線架（d) 線架⑼的制支架係連接於賴空倾(Α1)，於此 ίί下1收合後的理線架⑼相對於内軌(Α)係呈-種「縣臂， 2 L f理線架⑻加上線纔[圖示中未繪出]的重力勢二扳 ’而造成懸空轨體（A1)的扭轉:使 致轨(A)連接的支點處缺乏穩固的支樓效果，而導 Ϊ理線架⑼會下_斜，這樣的情形，發生在_±、^ 二叹置的理線架⑻與滑轨時，上方的理線架⑼—但 ^ 么干ί到下方的理線架⑼或滑軌所結合的抽_物件，旦， 其正常的推拉使用。 卞和音 【發明内容】 本發明之目的即在提供一種滑軌之支撐構造，尤指適用於 1322237 支撐，更可解步羽4、典品祕止到^机的滑動可以全程 。題 完全收合時支樓力不足 其滑執包括内軌及外軌，内軌滑移於外轨内，而 滾珠軸件，亚該滾珠軸件包括上珠槽、下珠槽與滾珠，。又 :ίϊ槽二士，、下珠槽均具有一開放段以對應外二上 =支崎珠，滾糊赴雜、下補之開放段37 IX. Description of the invention: [Technical field to which the invention pertains] The type of the cutting structure is particularly useful for supporting the end of the inner handle when the folding is combined. The gods are used to correspond to the outer track. [Previous technology] The sigh of the month of the month is combined with the sliding of the folding cable management frame. The inner T 2 == when the bead is used as the sliding medium, The end of the inner rail and the outer rail ΐ 乏 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , It is very easy to produce the problem of insufficient support force, which leads to serious fall of the cable management frame. R ” double buried as the first branch of the branch reading, into the face-to-face illustration, 2 = when the 'inside (Α) full income outside the rail (8), the end of the (4) end of the disc to the branch ' Ball (C) supported inner (4) B Γ田二w rail body (Α1), and this kind of slide rail is connected to Laikong (Α1) in the bracket for mounting the cable management frame (d). In this case, the cable management frame (9) after the 1 folding is compared with the inner rail (Α) system is a kind of "counter arm, 2 L f cable management frame (8) plus the line [not shown in the figure] Pulling 'and causing the torsion of the suspended rail body (A1): the fulcrum of the rail (A) connection lacks a stable branch effect, and the guide wire frame (9) will be slanted, such a situation occurs in _± , ^ Two sighs of the cable management frame (8) and the rails, the upper cable management frame (9) - but ^ dry to the lower cable management frame (9) or the slide rail combined with the pumping _ object, once, its normal push and pull The present invention aims to provide a support structure for a slide rail, in particular to a support of 1322237, and a step-by-step feather 4, which can be fully slid to the whole machine. Time support Insufficient force, including the inner rail and the outer rail, the inner rail slides in the outer rail, and the ball shaft member, the ball shaft member includes an upper bead groove, a lower bead groove and a ball, and: The lower bead slots have an open section to correspond to the outer two upper=shouqiuzhu, and the open section of the shoddy
件係設於内軌之接近末端處，或内轨係於接 近末&處&又上珠槽、下珠槽與滾珠。 、味』^對?产術，树明内執於相對外軌完全收合或 活動位移k，其仍可支狀綠，而具有支稽更翻與更安全 之增進功效。 【實施方式】 如第1圖至第3圖所示，本發明第—實例之構造，1為一 種包括内軌（1)及外軌⑵的兩段式滑軌，並内轨⑴藉助内滾 珠(31)與内滾珠載件（3)滑移於外軌(2)内，其中：The parts are placed near the end of the inner rail, or the inner rail is attached to the end && and the upper bead, the lower bead and the ball. And the taste of the "production", Shuming is bound to the relative outer rails completely collapsed or the active displacement k, which can still be branched green, and has the effect of improving the inspection and safety. [Embodiment] As shown in Figs. 1 to 3, the structure of the first embodiment of the present invention, 1 is a two-stage slide rail including an inner rail (1) and an outer rail (2), and the inner rail (1) is supported by inner balls. (31) and the inner ball bearing (3) slides in the outer rail (2), wherein:
ΐ ί折的雜，齡内軌相渺卜_ _可以全程 力不足 轨設有 is有其!上珠槽；槽 内轨⑴係於其接近末端處設有滾珠轴件⑷，並該滾珠轴 件(4)為一寬扁塊體狀而包括上珠槽（41)、下珠槽（42)與滾珠 (43) 上珠槽（41)、下珠槽（42)均為具有迴圈式路徑的循環珠 槽，且上珠槽（41)、下珠槽(42)均具有一開放段(411)、（421) 以對應外執（2) ’於此實例中，該開放段(411)、（421)為内軌 ⑴末端處-段碰本身所具㈣珠溝，該喊⑴珠溝的兩端 δ又有對應於上珠槽（41)、下珠槽（42)出口的缺口（I!)、（π)， 而能於上珠槽(41)、下珠槽(42)内呈環狀分佈容納滾珠(43)， 且滾珠（43)可環繞滾動於上珠槽（41)、下珠槽（42)的開放段 (411)、（421)對應支樓外執(2);另，滾珠軸件(4)係以固定件 (44) 固定於内執（1)。 6 1322237 如弟4、5圖所示’係本發明第—實例連接理線架⑸之示 3外=?)藉助上珠槽(41)與下珠槽(42)内之滾珠(43)支 ) ’當該内執⑴的末端連接有理線架⑸，益論是 :理移時’其仍可卿 ，參第6、7圖所示’本發明第二實例之構造，其為包括 内執(1Α)及外執⑽的兩段式滑執’並内執⑽藉助内滾珠 (31Α)與内滾珠載件（3Α)滑移於外執(2Α)内，其中：ΐ ί 折 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The piece (4) is a wide flat block shape including the upper bead groove (41), the lower bead groove (42) and the ball (43). The upper bead groove (41) and the lower bead groove (42) have a loop type. The circulating bead groove of the path, and the upper bead groove (41) and the lower bead groove (42) each have an open segment (411), (421) to correspond to the outer stub (2) 'in this example, the open segment (411 ), (421) is the end of the inner rail (1) - the segment touches itself (4) the bead groove, and the two ends of the bead (1) have a gap corresponding to the exit of the upper bead (41) and the lower bead (42). (I!), (π), and can accommodate the ball (43) in an annular distribution in the upper bead groove (41) and the lower bead groove (42), and the ball (43) can be rolled around the upper bead groove (41). The open sections (411) and (421) of the lower bead groove (42) correspond to the outer support of the branch (2); and the ball shaft member (4) is fixed to the inner handle (1) by a fixing member (44). 6 1322237 As shown in Figure 4 and Figure 5, the first example of the invention is connected to the cable management frame (5), and the ball (43) in the lower bead groove (42) is supported by the upper bead groove (41). ) 'When the end of the internal control (1) is connected to the cable management frame (5), the advantage is: when it is moved, it is still clear, as shown in Figures 6 and 7 'the construction of the second example of the present invention, which includes the internal control (1Α) and the external (10) two-stage sliding handle 'and the inner (10) slip through the outer ball (2Α) with the inner ball (31Α) and the inner ball bearing (3Α), where:
内執⑽聽末端連接滾珠軸件(4Α)，麵滾珠轴件 上珠槽（41Α)、下珠槽（42Α)、滾珠（43Α)與一連接部 上珠槽（41Α)、下珠槽(42Α)均為具有迴圈式路徑的 循衣珠乜，且上珠槽（41Α)、下珠槽（42Α)均具有一開放 (411Α)、（421A：m對應外執(2Α)，而能於上珠槽⑷Α) 槽(42Α)内呈環狀分佈容納滾珠(43α)，且滾珠(43α) 動於上珠槽（41Α)、下珠槽(42Α)的開放段⑷1A)、（421A)g庳 支撐外執(2A);另，滾珠辦(4A)的連接部（45A)以H定件(44^ 固定於内執（1A)末端。 ；Internal control (10) The end of the ball joint shaft (4Α), the ball bearing shaft on the bead groove (41Α), the lower bead groove (42Α), the ball (43Α) and a joint on the bead groove (41Α), the lower bead ( 42Α) are all looped beads with a loop-like path, and both the upper bead (41Α) and the lower bead (42Α) have an open (411Α), (421A:m corresponds to the outer (2Α), and can The ball (43α) is accommodated in a ring shape in the upper groove (4) Α) groove (42Α), and the ball (43α) moves in the open section (4) 1A) and (421A) of the upper bead groove (41Α) and the lower bead groove (42Α). g庳 support external (2A); in addition, the ball (4A) connection (45A) is fixed with H (44^ fixed at the end of the inner (1A).
另上述第貝例與第一貫例均以包含内執及外執的兩段 式滑執做說明’惟本發明亦可運用包含内執、中軌及外轨的三 段式？執，此屬本發明的第三實例，如第8圖所示，係以内二 (1B)藉助内滾珠(31B)與内滾珠載件滑移於中軌（6B)内， 中轨(6B)藉助外滾珠（71B)與外滾珠載件（7B)滑移於外轨(2β) 内，其中： 内執（1B)设有滾珠軸件（4B) ’並該滾珠軸件（4β)包括上 槽（41B)、下珠槽（42B)、滾珠(43B)，該上珠槽（41B) '下珠槽 (42B)均為具有迴圈式路徑的循環珠槽，且上珠槽（mb)、下珠 槽（42B)均具有一開放段(411B)、（421B)以對應中軌(6B)，而 能於上珠槽（41B)、下珠槽（42B)内呈環狀分佈容納滾珠 (43B) ’且滾珠(43B)可環繞滾動於上珠槽(41B)、下珠槽(42B) 7 的開放段(4,、（侧)對應支撐中軌⑽。 又，如第9圖所示之第四實例，中軌(6〇的末端可設有一 I座（8C)，使中執（6C)藉助該支撐座（8C)伸抵於外軌(2〇 【圖式簡單說明】 f1圖係本發明第一實例之立體圖。 $ g圖係本發明第一實例主要結構之分解圖。 ί 發明第一實例之組合樣態示意圖[剖視圖]。 第5 月第一實例連接理線架之滑執收合示意圖。 笛R ^本《明第—實例連接理線架之滑執局部拉伸亍音圖 f 6圖係本發明第二實例主要結構之分解圖。伸不思圖 ，7圖係本發明第二實例組合之立體圖。 $ 8圖係本發明第三實例之立體圖。 $ 9圖係本判第四實例主要結構之立體圖。 第10圖係先前技術之立體圖。 (11)缺 π (2) 外轨 (31)内滾珠 (41) 上珠槽 (42) 下珠槽 (43) 滚珠 (5) 理線架 (2A)外轨 (31A)内滾珠 (41A)上珠槽 (42A)下珠槽 (421A)開放段 (45A)連接部 【主要元件符號說明】 (1) 内轨 (12)缺 〇 (3) 内滾珠載件 (4) 滾珠轴件 (411)開放段 (421)開放段 (44)固定件 (1A)内執 (3A)内滾珠載件 (4A)滾珠軸件 (411A)開放段 (43A)滾珠 (44A)固定件 1322237 (1B)内執 (3B)内滚珠載件 (4B) 滾珠軸件 (411B)開放段 (43B)滾珠 (6B)中軌 (71B)外滾珠 (6C)中軌 (2B)外執 (31B)内滾珠 (41B)上珠槽 (42B)下珠槽 (421B)開放段 (7B)外滾珠載件 (2C)外軌 (8C)支樓座In addition, the above-mentioned first example and the first example are described by a two-stage slipper involving internal and external executions. However, the invention can also use a three-stage type including inner, middle and outer rails. This is a third example of the present invention. As shown in Fig. 8, the inner two (1B) is slid into the middle rail (6B) by means of the inner ball (31B) and the inner ball carrier, and the middle rail (6B) The outer ball (71B) and the outer ball bearing (7B) are slid into the outer rail (2β), wherein: the inner handle (1B) is provided with a ball shaft member (4B)' and the ball shaft member (4β) includes The groove (41B), the lower bead groove (42B), the ball (43B), the upper bead groove (41B), the lower bead groove (42B) are all circulating bead grooves having a loop path, and the upper bead groove (mb) The lower bead groove (42B) has an open section (411B) and (421B) corresponding to the middle rail (6B), and can be annularly distributed in the upper bead groove (41B) and the lower bead groove (42B) to accommodate the ball. (43B) 'And the ball (43B) can be rolled around the open section of the upper bead groove (41B) and the lower bead groove (42B) 7 (4, (side) corresponding to the support middle rail (10). Also, as shown in Fig. 9. In the fourth example, the middle rail (the end of the 6-inch can be provided with a 1-seat (8C), so that the middle handle (6C) can be extended to the outer rail by the support base (8C) (2 〇 [schematic description] f1 map A perspective view of a first example of the present invention. The $g diagram is a division of the main structure of the first example of the present invention. 。 The schematic diagram of the combination of the first example of the invention [cross-sectional view]. The first example of the sliding connection of the first example of the connection cable management frame. The flute R ^ This "Mingdi - example connection cable management frame sliding part The stretched vocal diagram f 6 is an exploded view of the main structure of the second example of the present invention. Fig. 7 is a perspective view of a second example combination of the present invention. $8 is a perspective view of a third example of the present invention. Figure 9 is a perspective view of the main structure of the fourth example. Figure 10 is a perspective view of the prior art. (11) Missing π (2) Outer rail (31) inner ball (41) Upper bead groove (42) Lower bead groove ( 43) Ball (5) Cable support (2A) Outer rail (31A) Inner ball (41A) Upper bead groove (42A) Lower bead groove (421A) Open section (45A) Connection part [Main component symbol description] (1) Inner rail (12) missing (3) Inner ball bearing (4) Ball shaft (411) Open section (421) Open section (44) Fixing piece (1A) Inner (3A) Inner ball bearing (4A) Ball Shaft (411A) Open Section (43A) Ball (44A) Fixing Member 1322237 (1B) Inner (3B) Inner Ball Carrier (4B) Ball Shaft (411B) Open Section (43B) Ball (6B) Middle Rail (71B) Outer Ball (6C) Middle Rail (2B) Executive (31B) inside the ball (41B) on the bead groove (42B) (421B) open at the bead groove section (7B) the outer ball carrier (2C) of the outer rail (8C) branched gallery