201118273 六、發明說明： 【發明所層之技術領域】 本發明侧於-種輔助定歸置，制是指—種用於滑 定:控制滑軌總成在適當一 【先前技術】201118273 VI. Description of the invention: [Technical field of the invention layer] The invention is applied to the auxiliary placement, and the system is used for the sliding: the control rail assembly is in the appropriate one. [Prior Art]
Brurmert所發明之美國專利us 5，_，833號之「也麵 也爾加a draWerS」，如該案第2至第6圖以及第18a、18b ，，不’其揭不包括_抽屜（dra· 〇安裝在—傢俱本體 (fbmiturebody 2)，並可相對該傢倶本體在一關閉位置盥一 置，活動的位移；—彈簧―1G)位於該抽屜 ^1) ”該傢俱本體（2)之間；-保持件（hddingmember9) 安裝固接在該傢俱’該保持件具有一前端（fr〇ntend9，）； 一 鎖件（latc^ member 11)安裝固接在該抽屜，該鎖件包括一 第一上升區域（first raised areas 13)以及一第二上升區域 (second raised areas 12 )’其中，該第二上升區域具有一凹口 (notch 14)相對該第一上升區域（13)，且該第二上升區域 (12)具有一傾斜導引軌跡（出咖⑼guide杜社15)。當該 =屜（1)相對該傢俱本體（2)收合至關閉位置時，如該案 第3、4圖所示’該保持件⑼之前端（9，）被該第二上升 ，域（12)之傾斜導引軌跡（15)導引，並抵於該第二上升 區域（12)之凹口（ 14)。當該抽屜（丨）相對該傢倶本體（2) 施以一推力時，如第5圖所示之箭頭方向，該保持件（9)之 前端（9，）被該第一上升區域（13)之導引執跡〇6)導引 而抵向另一導引軌跡（17)，以自該凹口（14)脫離，也就是 該抽屜（1)隨即藉該彈簧（1〇)之彈力頂推而相對該傢倶本 體（2)自我開啟（seifopenhg)。 其中’當該抽屜（1)相對該傢俱本體（2)開啟而該保 持件（9)脫離該鎖件（11)後，該保持件（9)之前端（9，） 201118273 係處在一無受力之狀態，而保持在一不變的位置，這樣的模 式在該抽屜⑴相對該傢俱本體⑺重新關閉時，只能以 相同的循環行程令該保持件⑼之前端（9，）再度勾抵於該 鎖件（11)之凹口（14)。 然而，若有需求是希望該抽屜（丨）相對該傢俱本體（2) ，閉時’該保持件（9)與該鎖件（n)也能不必具有鎖擎關 係，尤其是該抽屜⑴已另有裝置構成”自動關閉，，之作用時， ⑼與該鎖件（11)之相對關係即必須是能加以變 種改物’以達成前述 【發明内容】 本發明之目的係關於一種用於滑軌總成之辅助定位 置’可控制雜總成麵當賴欲關時，得 而定位，以使該滑軌總成之開啟及關閉更方便操作。μ 根擄本發明之無’騎難錢括—第 二軌件’縱向地滑動相對該第—軌件，且軌 ，狀態下保持-彈出開啟之力;-辅助定位裝ί，^在 疋位件’樞接於該第一軌件，該定位件包一_^ 一 好-第=道 掣 •連動件 對應於該定位件 =，當該第二齡相_第_齡在 該卡銷是位於鱗引座之第—通勒之-第I位置時 其中’當該第二執件相對該第一軌件施以-^壓力量， 201118273 該卡銷藉該第一牆之第一導引面被導 第-槽内，該卡銷在-第」置料引自該第—路徑移至該 其中，當該按壓力量解除後，該+ =引端導引’而位移至一相對 卡銷ί:第執件推入枚合，該 二通道進入至該第二槽内，該4:3=引第 其中’虽該第二軌件相對該第一軌 三之導引 而 銷沿著购座之=之ίΞ=件 位置，該連U.S. Patent No. 5, _, 833, which was invented by Brurmert, also "the same as erga a draWerS", as in the case of Figures 2 to 6 and 18a, 18b, does not include the _ drawer (dra) · The 〇 is mounted on the furniture body (fbmiture body 2) and can be placed in a closed position relative to the squat body, the movable displacement; the spring - 1G is located in the drawer ^1) ” the furniture body (2) The retaining member (hddingmember9) is fixedly attached to the furniture. The retaining member has a front end (fr〇ntend9); a locking member (latc^ member 11) is fixedly attached to the drawer, and the locking member includes a first a first raised area 13 and a second raised area 12, wherein the second rising area has a notch 14 relative to the first rising area (13), and the first The second rising area (12) has a slanting guiding trajectory (out of the coffee (9) guide Dushe 15). When the = drawer (1) is folded to the closed position relative to the furniture body (2), as shown in the third and fourth figures of the case The front end (9,) of the retaining member (9) is shown by the second ascending, tilting guide rail of the field (12) The trace (15) is guided and abuts against the notch (14) of the second rising region (12). When the drawer (丨) is applied with a thrust relative to the body (2), as shown in Fig. 5. In the direction of the arrow, the front end (9,) of the holder (9) is guided by the guiding guide 〇6) of the first rising region (13) to abut against the other guiding trajectory (17). The recess (14) is disengaged, that is, the drawer (1) is then pushed by the elastic force of the spring (1〇) to self-open (seifopenhg) relative to the body (2). Where 'when the drawer (1) After the furniture body (2) is opened and the holder (9) is detached from the lock member (11), the front end (9,) 201118273 of the holder (9) is in a state of no force, and remains a constant position, such that when the drawer (1) is reclosed relative to the furniture body (7), the front end (9) of the holder (9) can only be hooked back to the lock member (11) with the same cycle stroke. Notch (14). However, if there is a need to have the drawer (丨) relative to the furniture body (2), the holding member (9) and the locking member (n) can also be closed. It must have a lock-up relationship, especially if the drawer (1) has another device that constitutes "automatic closing", when it acts, the relative relationship between (9) and the locking member (11) must be able to be modified to achieve the aforementioned invention. The purpose of the present invention is to provide an auxiliary positioning position for the slide rail assembly. The controllable miscellaneous assembly surface can be positioned when the brake assembly is closed, so that the slide rail assembly can be opened and closed more conveniently. . μ 掳 掳 掳 掳 掳 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二 第二The piece is pivotally connected to the first rail member, and the positioning member includes a _^ a good-number=turn 掣• linkage member corresponding to the positioning member=, when the second age phase _ When the first position of the scale guide is - the first position of the first rail, the first guide is used to apply the first pressure to the first rail. The surface of the surface is guided into the first slot, and the latch is moved from the first path to the first path. When the pressing force is released, the += leading end guides and is displaced to a relative bayonet. ί: the first piece is pushed into the merging, the two channels enter into the second slot, and the 4:3=lead the first one, although the second rail member is guided by the guide of the first rail three座== Ξ== Location, the company
八中甚該第二轨件相對該第一轨株 動件因應該第二執件之滑動而能推抵該 【實施方iH 一第圖是顯示一滑軌總成，其包含一第魏7 安滑:及相對:第-轨“第 霑執=二ΤΓ位裝置16，_· 22 / -轨件12包含-第_連接件2Q及_第二連& :’例:件二 =:二第-，接件2_ η以=4連接 14執 1Γ—連接件20相=該使H’且嶋件 件,0藉該第-彈性件…彈f而—具 201118273 能 如第H第二執件12相對該第一執件10施以一按壓力量， 件24之彈力即不再作用於該第二不1; 接該推件26第=件二= ==動;“自件動=雙 ==獅8ΐ2°785號之發_在案，在此:乂 10、第-軌件 動的安裝在該第-齡1G。其中：H連動件34活 在不翻38触卡鎖36 ，導引座32’酉&合參閱第2及3圖，包含 :隔5:2以;!3二;-七牆46、-連接牆4;、」 該第，"二 4〇與該分隔體50共同定義一第 f四 該第一牆 同第气義通一道= 牆42與該連接牆48共同 :第! 40、第二 第三牆44與該連接牆48 j定第，一2、 44、第四牆46與該連接牆48共同定義一^三槽^二牆 201118273 一槽64c對應於該第三通道％。該第一# # 引面的在-縱向方向相對該第—通J5f之4二 該^-通道54對應於該第—槽咖。 ^ 一部分，以 -第-道μ % —第—槽64b。該第三踏44具有 之以掣體7掣面62 該卡掣體52之卡擎面62〜之A 對應於該第—通道56。 二槽64b。本實施例中，該一縱向方向相對該第 朝向該第二通道56。卡零體52更具有一第五導引面74 34具動件14帶動位移’且該連動件 該定位件30可相_^^〇^^靠而位移時， 12 之第一通道54mi=6 _舰導引座32 力量Fi__第二鱗Γ2ϋ⑨且該雜件14之第一 軌件10倮持在這樣的收^位置使該第二軌件12相對該第- 壓力件12相對該第-軌件1〇施以-按 以導㈣定位件30之卡德第一牆40之第一導引面66， ri移至該ϋ該第一通道54内之第一路徑 第一位置P1 第一槽64a内，而使該卡銷36處於— 後’ 3對一轨件1〇之按壓力量解除之 執件12之第-連接件2()自該移動件14脫離 201118273 於該第二執件12之第二以該第二力量F2作用 軌件1〇可自動開啟乂中如3第7二軌件12相對該第-32隨該第二軌件12亦 f’在該導引座 之卡銷36自該第-槽64a内之f牛位3〇 =時，該定位件30 H1端6〇導引通過該導引座32之第通?m50 導5ί座32移到一第二路徑幻 ^道56 ’而相對該 12即可相對該第—軌件10自由地彈^拉二，二軌件 後；第:=。之按壓力量放開之 離，若未將該第二軌们2 通叙常娜出一小段距 時，若再將該第二軌件12相&該移動件14 ’此 第8圖所示，該導引座3再g 推入收合，如 之卡細會峨之第，該定 第二牆42之第二導引面68 J =，該導引座32之 進入至該導引座32之第二槽64b内，^^該第二通道56 第9圖顯示接續在第8圖狀,f第二位置P2。 軌件H)推人收合之第二執件12；J下，_m目對該第-一執件10藉由上述第二力量F2係會12相對該第 定位件30位移離開，而致使該定位件32相對該 32 ^ 52 62： 彈出=離=====件， =彈至力更而大足：距ί-’:達帶動該移動件 該定位件30之切^。置時，藉由 二通道56之雜攸，科⑽切 201118273 該第二軌㈣無須再相對 件义入二軌件定:7重_第二軌 之後：第第7〇轨圖件所按壓力量 且該定位件30之卡銷d 相C〇位移， 導引面70，以導引誃定朽 座32之第三牆44之第三 卡擎面62進入至該^丨| 自該卡掣體52之 四位置Η。在此狀態之下，弟64c内，而移到一第 第二軌件12即可相對該第」j被放開後，該 移，如第11圖所示，Α巾，兮+ 自由地彈出或被拉出位 該導引座32之如切36便會沿著 導引座32。若該第二軌件12Tm72位移，而能離開該 該卡銷36可藉該卡掣體5 ==第—軌件Η)推入時’ 上述第二通道56。 第五導引面74之導引能再進入 移軌f 12相對該第一軌件 10拉出位 軌件】2自動時回第二 相抵而位移，且該連動件34 ‘ ^ 移動件14 之抵接端38，使該定位件3 該定位件30 該導伽32之第-通道而令其卡鎖36回到相對於 可回到上述第4圖起之操作模i第軌件10再度收合時，便 -連動件移動件200具有 對該第-轨件W 位件3〇 ’當該第二軌件12相 時，該定位件30可被令，拿叙ί至上述可自動收合之預定位置 3〇之卡^應編轉動，使該定位件 於該1三實施例，包括-連動件_固接 弟-軌件12並對應於該定位件3G，當該第二軌件= 201118273 對該第一轨件10被拉出位移至上述可自動收合之預定位置 時，該定位件30可被該連動件300推抵而轉動，使該定位养 3〇之卡銷36對應於該第一路徑R1。 # 第15圖顯示本發明第四實施例，更包括一導引座4〇〇 及一連接板402，其中，該導引座400具有一對卡接部4〇4 以及一卡槽406。該連接板402具有一對卡孔408及一卡體 41〇對應該卡槽406，以提供與該導引座400卡接定位，如第 16圖所示。本實施例中，可藉該連接板4〇2與該第二軌件12 連接，使該導引座400被安裝在該第二軌件12。 φ 第17、18圖顯示本發明第五實施例，更包括一導引座 500、一連接板502連接該導引座5〇〇、一調整件504以及一 樞接件506。其中，該導引座5〇〇包含一凸體508、一連接體 510、一縱向溝512及一凹部514。該連接板502包含一第一 縱向孔516、一第二縱向孔518、一固定孔520及一凸部522。 其中’該凸體508可伸出該第一縱向孔516上方；該連接體 510可掛設在該第二縱向孔518内；以及該凸部522可抵於 該凹部514之一部分，使該導引座500與該連接板5〇2活動 地連接且可縱向位移。該調整件504包括一穿孔524及一堝 輪凹槽526。該樞接件506是穿過該調整件504之穿孔524 • 而連接於該連接板5〇2之固定孔520，使該調整件504相對 該連接板502可轉動。 第19及20圖顯示本發明第五實施例之組合配置，該第 二軌件12之一部分連接至該導引座5〇〇之縱向溝512内。該 連接板502係連接固定於該第二軌件12。該導引座5〇〇之凸 體508可以伸置於該螞輪凹槽526之一部分。當該調整件504 被使用者調整而轉動時，該導引座5〇〇之凸體508會被沿著 該調整件504之蝎輪凹槽526帶動而位移，致該導引座500 會被帶動而相對該連接板502縱向的位移。因此，當該導引 座500藉該調整件504被調整相對該第二軌件12縱向位移 時’該導引座500與前述實施例之定位件3〇之間之相對位置 11 201118273 =可以被調整。此外，更包括一第三彈性件528及一擋件53〇 ，該第三彈性件328之彈力而抵於該導引座5〇〇之縱向 外的端部，以令該第二軌件12相對該第一轨件ι〇之縱 度距離亦可被調整，而可配合實際之安裝應用，. 據抽履之深度可配合微調。 〜雖然本發明已以前述較佳實施例揭示，然其並非用以限 ίιϊϊ ’因此’本發日月所保護之範圍係以所附之申請專利 【圖式簡單說明】 圖 ;第1圖是顯示本發明第一實施例之滑軌總成之配置示意 ^ ;2圖是顯示本發明第—實施例之滑軌總成之局部結構 ^ ;3圖是顯示本發明第-實施例之輔助定位裝置之配置 示意圖 示意圖 二第 軌件實補^冰件姆該第一 之關係示^ 時’該定位件相對該導引座在-第一位置 位件圖實施例之按壓力量放開時’該定 量放開時，該定 位件示本發明第—實施例之按壓力 圖 第二路徑之關係示意 該 201118273 第ίο圖是顯示本發明笛 軌件再被按壓時，該定件相對該第一 示意圖； 相對該導引座在一弟四位置之關係 第四ί;顯= 明意第圖一定位件被物座之 減圖疋顯示本發明第"'實施例之第二軌件相對兮笛 :件拉出一段距離，且連動件被帶動而推抵定位件之二In the eighth, even the second rail member can be pushed against the first rail member due to the sliding of the second member. [Embodiment iH] The figure shows a slide rail assembly, which includes a Wei 7 Safety slip: and relative: the first rail "the first dip = the second clamp device 16, _· 22 / - the rail member 12 contains - the _ connector 2Q and _ the second link & : 'Example: piece two =: The second -, the connector 2_ η is connected with the = 4 connection 14 - the connector 20 phase = the H' and the piece, the 0 by the first - elastic member ... b - with 201118273 can be the second The member 12 applies a pressing force to the first member 10, and the elastic force of the member 24 no longer acts on the second one; and the pushing member 26 is the second member ===moving; Double == lion 8 ΐ 2 ° 785 number of hair _ in the case, here: 乂 10, the first rail-moving installation in the first-age 1G. Wherein: the H linkage member 34 does not turn over the 38-contact latch 36, and the guide seat 32'酉& refers to the second and third figures, including: 5:2 to be separated; 3 to 3; - seven walls 46, - Connecting the wall 4;, the first, "2&4; and the partition 50 together define a fth of the first wall together with the first qiyitong = the wall 42 is common with the connecting wall 48: the first! 40, the second The third wall 44 and the connecting wall 48 j are defined, and the first, second, and fourth walls 46 and the connecting wall 48 define a ^3 slot ^ two walls 201118273. A slot 64c corresponds to the third channel %. The first-to-longitudinal direction of the first ##-face is opposite to the fourth-channel J5f. The ^-channel 54 corresponds to the first-cafe. ^ Part, to - the first channel μ% - the first slot 64b. The third step 44 has a body 7 surface 62. The card face 62 to A of the body 52 corresponds to the first channel 56. Two slots 64b. In this embodiment, the longitudinal direction is opposite the first direction toward the second passage 56. The card body 52 has a fifth guiding surface 74. 34 the moving member 14 drives the displacement 'and the positioning member 30 can be displaced by the linkage, the first channel of the 12 channel 54mi=6 _ ship guide 32 power Fi__ second scale 2Γ9 and the first rail member 10 of the miscellaneous member 14 is held at such a receiving position such that the second rail member 12 is opposite to the first pressure member 12 with respect to the first The rail member 1 is biased to the first guiding surface 66 of the first wall 40 of the cadence of the guiding member 30, and the ri is moved to the first path first position P1 in the first passage 54. In the groove 64a, the first connecting member 2 () of the holder 12 in which the latching member 36 is in the rear - 3 pairs of the rail member 1 is disengaged from the moving member 14 in the second member. The second of the 12 is the second force F2 acting rail member 1 〇 can automatically open the middle of the third rail member 12 relative to the first -32 with the second rail member 12 and the same at the guide seat card When the pin 36 is from the third position of the first groove 64a, the positioning member 30 H1 end 6〇 is guided through the first passage of the guide seat 32 to move to a second path. ^道56' and relative to the 12 can be free relative to the first rail member 10 ^ Play after pulling two, two rail member; of: =. The pressing force is released, if the second rail 2 is not passed through a small distance, if the second rail member 12 is again & the moving member 14' is shown in FIG. The guiding seat 3 is further pushed into the folding, as in the case of the card meeting, the second guiding surface 68 J of the second wall 42 is, and the guiding seat 32 enters the guiding seat In the second slot 64b of the 32, the second channel 56 is shown in Fig. 9 to be continued in the eighth figure, and the second position P2. The rail member H) pushes the second member 12 of the retraction; in the case of J, the first member 10 is displaced away from the first positioning member 30 by the second force F2 system 12, thereby causing the The positioning member 32 is opposite to the 32 ^ 52 62: pop-up = away ===== piece, = elastic to force more and more: distance ί-': to drive the moving piece of the positioning member 30. When set, with the second channel 56 of the chow, the section (10) cut 201118273 the second track (four) does not need to be relative to the second rail set: 7 heavy _ second rail: the seventh 7th rail map pressed force And the latching pin d of the positioning member 30 is displaced, and the guiding surface 70 is guided to guide the third card surface 62 of the third wall 44 of the damper 32 to the 丨| The 52nd position is Η. In this state, in the brother 64c, and moving to a second rail member 12 can be released relative to the first "j", the shift, as shown in Fig. 11, wipes, 兮 + freely pops up Alternatively, if the guide seat 32 is pulled out, the guide 36 will follow the guide seat 32. If the second rail member 12Tm72 is displaced, and the latching member 36 can be removed, the second passage 56 can be pushed by the latch body 5 == the first rail member Η. The guiding of the fifth guiding surface 74 can re-enter the moving rail f 12 relative to the first rail member 10 to pull out the rail member] 2 automatically when the second phase is reversed and displaced, and the linking member 34 ' ^ the moving member 14 The abutting end 38 is such that the positioning member 3 of the positioning member 30 of the guide channel 32 causes the latch 36 to return to the first rail member 10 with respect to the operation mode i which can be returned to the fourth drawing. In time, the linkage-moving member moving member 200 has the third member 12 of the first rail member. When the second rail member 12 is in phase, the positioning member 30 can be tightened to the above-mentioned automatic folding. The predetermined position 3〇 of the card ^ should be rotated to make the positioning member in the 1st embodiment, including - the linkage member _ fixed the brother-rail member 12 and corresponding to the positioning member 3G, when the second rail member = When the first rail member 10 is pulled out and displaced to the predetermined position that can be automatically folded, the positioning member 30 can be pushed and rotated by the linking member 300, so that the positioning pin 36 corresponds to The first path R1. FIG. 15 shows a fourth embodiment of the present invention, further comprising a guiding seat 4A and a connecting plate 402, wherein the guiding base 400 has a pair of engaging portions 4〇4 and a card slot 406. The connecting plate 402 has a pair of card holes 408 and a card body 41 corresponding to the card slots 406 to provide a snap-fit positioning with the guiding seat 400, as shown in FIG. In this embodiment, the connecting plate 4〇2 can be connected to the second rail member 12, so that the guiding seat 400 is mounted on the second rail member 12. Φ 17 and 18 show a fifth embodiment of the present invention, further comprising a guiding seat 500, a connecting plate 502 connecting the guiding seat 5, an adjusting member 504 and a pivoting member 506. The guiding seat 5 includes a protrusion 508, a connecting body 510, a longitudinal groove 512 and a concave portion 514. The connecting plate 502 includes a first longitudinal hole 516, a second longitudinal hole 518, a fixing hole 520 and a convex portion 522. Wherein the convex body 508 can extend above the first longitudinal hole 516; the connecting body 510 can be hung in the second longitudinal hole 518; and the convex portion 522 can abut against a portion of the concave portion 514, so that the guide The lead frame 500 is movably connected to the connecting plate 5〇2 and is longitudinally displaceable. The adjustment member 504 includes a through hole 524 and a wheel groove 526. The pivoting member 506 is a through hole 524 that passes through the adjusting member 504 and is connected to the fixing hole 520 of the connecting plate 5〇2 to rotate the adjusting member 504 relative to the connecting plate 502. 19 and 20 show a combined configuration of a fifth embodiment of the present invention, one of the second rail members 12 being partially connected to the longitudinal groove 512 of the guide seat 5''. The connecting plate 502 is connected and fixed to the second rail member 12. The projection 508 of the guide seat 5 can extend over a portion of the wheel groove 526. When the adjusting member 504 is rotated by the user, the protrusion 508 of the guiding seat 5 is displaced along the wheel groove 526 of the adjusting member 504, so that the guiding seat 500 will be The displacement in the longitudinal direction of the connecting plate 502 is driven. Therefore, when the guiding seat 500 is adjusted to be longitudinally displaced relative to the second rail member 12 by the adjusting member 504, the relative position between the guiding seat 500 and the positioning member 3〇 of the foregoing embodiment is 11 201118273= Adjustment. In addition, a third elastic member 528 and a blocking member 53 are further disposed, and the elastic force of the third elastic member 328 is opposite to the longitudinal outer end portion of the guiding seat 5 to make the second rail member 12 The longitudinal distance relative to the first rail member can also be adjusted to match the actual installation application. The depth of the pumping can be adjusted with fine adjustment. The present invention has been disclosed in the foregoing preferred embodiments, but it is not intended to limit the scope of the present invention. Therefore, the scope of protection of the present invention is based on the attached patent application [simplified description of the drawings]; FIG. 2 is a partial structural view showing a slide rail assembly according to a first embodiment of the present invention; FIG. 3 is a view showing the auxiliary positioning of the first embodiment of the present invention. Schematic diagram of the arrangement of the device. The second rail member is actually filled with the ice member. The first relationship is shown when the positioning member is released from the guide seat in the first position position of the embodiment. When the quantitative release is performed, the positioning member shows the relationship between the second path of the pressure map according to the first embodiment of the present invention. The 201118273 is a diagram showing that the fixed member is opposite to the first schematic when the air rail member of the present invention is pressed again. Relative to the guide seat in a four-position relationship of the fourth position; display = the first figure of the positioning member is reduced by the figure, showing the second track of the first embodiment of the present invention relative to the flute : the piece is pulled out a distance and the linkage is driven The two positioning abutment member
關係是顯林發明第二實闕之連動件推抵定位件之 關係示 意圖；’_ ' •疋位件之 第15圖顯示本發明第四實施例之導引座之分解圖； 第16圖顯示本發明第四實施例之導引座之組合示意圖； 第17圖顯示本發明第五實施例之導引座之分解圖7， 第18圖顯示本發明第五實施例之導引座之組合示意圖； 第19圖顯示本發明第五實施例之滑軌總成 意圖；以及 第20圖顯示本發明第五實施例之導引座與調整组人 剖視示意圖。 、σ 【主要元件符號說明】 10 第一軌件 12 第土轨件 14 移動件 16 輔助定位裝置 18 底板 20 第一連接件 22 第二連接件 24 第一彈性件 26 推件 28 第二彈性件 30 定位件 32 導引座 34 連動件 36 卡銷 38 抵接端 40 第一牆 42 第二牆 44 第三牆 201118273The relationship is a schematic diagram of the relationship between the linkage of the second embodiment of the invention and the pushing member; '' ' Fig. 15 shows an exploded view of the guide of the fourth embodiment of the present invention; FIG. 17 is a perspective view showing a combination of a guide seat according to a fifth embodiment of the present invention, and FIG. 18 is a schematic view showing a combination of a guide seat according to a fifth embodiment of the present invention. Fig. 19 is a view showing the intention of the slide rail assembly of the fifth embodiment of the present invention; and Fig. 20 is a cross-sectional view showing the guide seat and the adjustment group of the fifth embodiment of the present invention. σ [Main component symbol description] 10 First rail member 12 Soil rail member 14 Moving member 16 Auxiliary positioning device 18 Base plate 20 First connecting member 22 Second connecting member 24 First elastic member 26 Push member 28 Second elastic member 30 positioning member 32 guide seat 34 linkage member 36 bayonet 38 abutment end 40 first wall 42 second wall 44 third wall 201118273
46 第四牆 48 連接牆 50 分隔體 52 卡掣體 54 第一通道 56 第二通道 58 第三通道 60 導引端 62 卡擎面 64a 第一槽 64b 第二槽 64c 第三槽 66 第一導引面 68 第二導引面 70 第三導引面 72 第四導引面 74 第五導引面 76 連動端 200 移動件 202 連動件 300 連動件 400 導引座 402 連接板 404 卡接部 406 卡槽 408 卡孔 410 卡體 500 導引座 502 連接板 504 調整件 506 框接件 508 凸體 510 連接體 512 縱向溝 514 凹部 516 第一縱向孔 518 第二縱向孔 520 固定孔 522 凸部 524 穿孔 526 蜗輪凹槽 528 第三彈性件 530 擋件46 Fourth wall 48 Connection wall 50 Separator 52 Cartridge 54 First channel 56 Second channel 58 Third channel 60 Guide end 62 Cartridge surface 64a First slot 64b Second slot 64c Third slot 66 First guide Leading surface 68 second guiding surface 70 third guiding surface 72 fourth guiding surface 74 fifth guiding surface 76 linking end 200 moving member 202 linking member 300 linking member 400 guiding seat 402 connecting plate 404 engaging portion 406 Card slot 408 card hole 410 card body 500 guide seat 502 connection plate 504 adjustment member 506 frame member 508 convex body 510 connector body 512 longitudinal groove 514 recess portion 516 first longitudinal hole 518 second longitudinal hole 520 fixing hole 522 convex portion 524 Perforation 526 worm gear groove 528 third elastic member 530 stopper