200843673 九、發明說明： 【發明所屬之技術領域】 本發明侧於-_歸_絲置，_是指—種抽履 與滑軌可以快速組裝、拆解之固定裝置者。 【先前技術】 習用抽屜與底裝式抽屜滑軌(UnderniC)Unt Drawer Slide) 之安裝結合’早期多是工匠以螺釘等固定元件直接加以组合， 近期則有可快速安裝與拆解之裝置被運用在這類的抽屜與滑 軌。 另由專利文獻檢視這類快速安裝與拆解之裝置，如台灣專 利么告案弟1249389號及美國專利公告案第5, 261，737號、第 5, 43^283 號、第 5, 580,139 號、第 5, 632, 541 號、第 6, 454, 371 號、第6, 913, 334號、第6, 945, 618號，與美國專利公開案第 2004/0095047 號、第 2004/0227440 號、第 2005/0231083 號等 先前技術，其均有揭露了一種快拆裝之固定裝置。另外，於這 些前案中，也見到可微距調整抽屜上下高度之技術。_ 而上述所陳之先前技術，其多數的固定裝置組件是一體成 型的塑膠材質，並具有相連之握柄、卡榫等構造，以利用塑膠 之彈性，使卡榫卡於滑轨，及藉助施力於握柄，以帶離卡榫， 而解除其固定狀態。 然’明顯可見的，這些先前的產品設計，其體積均甚大， 再者，其利用塑膠體之撓性來達成卡榫之緊扣，使用時曰稍久， 或過度扳壓時，均容易失去其扣合力。 【發明内容】 本發明即為提供一種抽屜滑軌固定裝置，用以解決習知抽 展之滑執固定裝置整體組合體積大、使用日久或過度施力易使 扣合功能失效之問題。 而本發明之抽屜滑執固定裝置，其具體採行的技術手段包 200843673 含有基座、按壓件及第—彈性元件， 翼，固定翼相連一連接部He之前側設有固定 ^一 您诺1叹有牙孔，而按壓件套接於 與=於連接部之穿孔，第:彈】：：= 基_件相對於連接部並可滑移，且漏件具有 元件 端具有一水平穿孔:含::執，滑軌一 端’卡抵端常態穿過柄㈣件具有—卡抵端與一連接 於滑執内^連接端’連接端則伸入 其中，第—彈性元件為-Μ縮彈簣。 其中，第二彈性元件為一彈簧片。 套4:上ίΐ二g 有：卷f座連;，與-頂出 孔伸縮。 頁出套文轉鈕帶動而相對垂直穿 具有3紋套ίίίΐ對組合之第一殼體與第二殼體，頂出套 體相接面各-有桿與一環溝，且第一殼體與第二殼 ϋΐ出第二容納部容納頂出套，轉叙以螺桿螺 容納部與第二 及第二環頸部。 本且輅鈕以％溝肷於弟一環頸部 有第二nn设體與第二殼體對應滑軌之水平穿孔設 具有二滑套座與轉㈣座設有一螺孔，轉鈕 紐以螺;P!二心有—垂直穿孔’而套座嵌人滑執内部’轉 3 1_之觀而穿過職之垂直穿孔。 ^先4技術’本發明增進之功效與優點即在於： a.整體裝置體積小’結合於歸、滑執，不佔空間。 200843673 b·裝置之按壓件’不僅使用省力，按壓件搭配卡掣件之 對彈力效用，使用壽命亦長。 【實施方式】 請參閱第1圖、第2圖，為本發明之第一實施例，包含有 基座(1)、按壓件(2)、第一彈性元件(3)、滑執(4)、卡掣件 及第二彈性元件(6)，其中： 1、基座⑴’箣侧设有固定翼⑴），固定翼⑴）相連一連接部 (」2)，固定翼⑴）上並設有固定孔(Πί)，連接部（12)為相對^ 定翼（11)垂直延伸，連接部（12)上設有穿孔（13)，並於連接 (12)之内侧面設有第一固定板（14)、第二固定板（15)與一固 柱（16)，第一固定板(丨4)上設有一凸體(141)，另，連接部 外侧面相接第一固定板(14)處並設有一斜面（121); 、按壓件(2)，套接於基座（1)之連接部（12)，按壓件( 連接部（12)為可滑移，且按壓件⑵具有一釋放塊⑵）對應 接，⑽之穿孔⑽，其巾，按屢件⑵之内部一側封閉^上言凡 有=凸之扣部(22)，另-侧開放面之上、下對應設有喪 , 而使按壓件⑵以扣部(22)扣抵於基座⑴的第一固定板 ifili!)·，並以按壓件(2μ 二彈，兀件⑶’容納於基座⑴之連接部(12)與按壓件 f軌⑷，其-端設有-水平穿孔⑹與一垂直 卡掣件(5)具有-卡抵端⑸)與一連接端⑽，卡⑸ 設於4⑷具有水平穿孔(41)之該端，卡 $二二 端⑽則伸入於滑執⑷内部，而以連接端⑽ ?兀：^6)1^，第二彈性元件(6)係可為壓縮彈簣或彈菩片之 。、中，如弟2圖所示，為一種壓縮彈簧，另如第3圖所^， 7 200843673 該第二彈性元件（6，）則為一種彈笪片。 如^將所包含之固&置安裝於抽屜與滑軌時， 圖所不’ 5亥基座（1)係藉由固定元件(All)[例如蟫钉1 :ΠΓ=「定於抽屜(A)之面板⑹二从= S篇雜⑷一端之内部’而藉助第二丄丄二著 始入奴履(A1與滑執⑷時’係將抽屜⑷沿滑執⑷縱向200843673 IX. Description of the invention: [Technical field to which the invention pertains] The present invention is directed to a - _ _ wire, _ refers to a type of pumping and sliding rails that can be quickly assembled and disassembled. [Prior Art] The combination of the conventional drawer and the UndertC (Under Drawer Slide) installation is often used by artisans to directly assemble fixed components such as screws. Recently, devices that can be quickly installed and disassembled are used. In this type of drawer with slide rails. In addition, the patent literature examines such rapid installation and disassembly devices, such as the Taiwan Patent Notice No. 1249389 and the US Patent Publication No. 5, 261, 737, No. 5, 43^283, No. 5, 580, 139. , No. 5, 632, 541, No. 6, 454, 371, No. 6, 913, 334, No. 6, 945, 618, and U.S. Patent Publication No. 2004/0095047, No. 2004/0227440, Prior art such as No. 2005/0231083 discloses a quick-disconnecting fixture. In addition, in these previous cases, the technique of macro-adjusting the height of the upper and lower drawers was also seen. _ In the above-mentioned prior art, most of the fixing device components are integrally formed plastic materials, and have a structure of a connected grip, a cassette, etc., in order to utilize the elasticity of the plastic, so that the card is stuck on the slide rail, and Apply force to the handle to release the card and release it. However, it is obvious that these previous product designs are very large in size. Moreover, they use the flexibility of the plastic body to achieve the tightness of the card, which is easy to lose when used for a long time or excessively pressed. Its fastening force. SUMMARY OF THE INVENTION The present invention is to provide a drawer slide fixing device for solving the problem that the overall combination of the conventional sliding joint fixing device is bulky, long-lasting or excessively applied, and the fastening function is invalid. In the drawer sliding fixing device of the present invention, the specific technical means package 200843673 includes a base, a pressing member and a first elastic member, and the wing and the fixed wing are connected to a connecting portion He is provided with a fixed front side. Squeezing the dental hole, and the pressing member is sleeved at the perforation of the connection portion, the first: the spring:::= the base member is slidable relative to the connecting portion, and the leakage member has a horizontal perforation at the component end: :: Hold, one end of the slide rail 'the normal end of the slide through the handle (four) has a - card abutting end and a connection to the sliding end ^ connecting end 'the connecting end is extended into it, the first elastic element is - collapsed magazine . Wherein, the second elastic element is a spring piece. Set 4: Upper ΐ ΐ 2g There are: roll f seat;; and - ejector hole expansion and contraction. The first and second housings are combined with the first housing and the second housing, and the connecting surfaces of the housings are respectively provided with a rod and a ring groove, and the first housing is The second casing pulls out the second receiving portion to receive the ejector sleeve, and revolves the screw screw receiving portion and the second and second ring neck portions. The button has a second nn body and a second housing corresponding to the horizontal hole of the second nn of the collar. The horizontal perforation has a two-sleeve seat and a turn (four) seat is provided with a screw hole, and the button button is screwed ;P! Two hearts have - vertical perforation' and the seat is embedded in the sliding of the internal 'turn 3 1_ view and pass through the vertical perforation. ^First 4 Technology' The advantages and advantages of the invention are as follows: a. The overall device is small in size, combined with returning and sliding, and does not occupy space. 200843673 b. The pressing member of the device does not only use labor-saving, but also has a long-lasting effect on the elastic force of the pressing member and the clamping member. [Embodiment] Referring to Figures 1 and 2, a first embodiment of the present invention includes a base (1), a pressing member (2), a first elastic member (3), and a sliding handle (4). a clamping member and a second elastic member (6), wherein: 1. the base (1) is provided with a fixed wing (1) on the side of the base, and the fixed wing (1) is connected to a connecting portion ("2), and the fixed wing (1) is arranged There is a fixing hole (Πί), the connecting portion (12) extends perpendicularly to the fixed wing (11), the connecting portion (12) is provided with a through hole (13), and a first fixing is provided on the inner side of the connecting portion (12) The plate (14), the second fixing plate (15) and a solid column (16), the first fixing plate (丨4) is provided with a convex body (141), and the outer side of the connecting portion is connected to the first fixing plate ( 14) is provided with a slope (121); a pressing member (2), a connecting portion (12) sleeved on the base (1), a pressing member (the connecting portion (12) is slidable, and the pressing member (2) There is a release block (2) corresponding to the connection, (10) of the perforation (10), the towel, according to the inner side of the repeating member (2) closed ^ said that there is a convex portion of the buckle (22), the other side of the open surface above and below There is a mourning, and the pressing member (2) is fastened to the base (1) by the buckle portion (22). The first fixing plate ifili!)·, and the pressing member (2μ2, the piece (3)' is accommodated in the connecting portion (12) of the base (1) and the pressing member f rail (4), and the end thereof is provided with a horizontal perforation (6) and A vertical latching member (5) has a -butting end (5) and a connecting end (10), the card (5) is disposed at the end of the horizontal perforation (41) of the 4 (4), and the card 2 and 2 ends (10) extend into the sliding (4) And the connecting end (10) ? 兀: ^ 6) 1 ^, the second elastic element (6) can be a compression magazine or a bullet. In the middle, as shown in Figure 2, it is a compression spring, and as shown in Fig. 3, 7 200843673, the second elastic element (6,) is a spring piece. If ^ is included in the drawer and the slide rail, the figure is not '5 Hai base (1) by the fixed component (All) [such as 蟫 nail 1 : ΠΓ = "fixed in the drawer ( A) The panel (6) is from the inside of the end of the S (the end of the fourth paragraph) and the second one is used to enter the slave (A1 and Slipper (4) when the drawer (4) is along the slippery (4)
’基座⑴之連接部（12)藉由前端之斜面 ,/Π肉始卡抵端⑸)頂開’使卡抵端⑸）相對滑軌 内jfS，卡拏^⑸並壓縮第二彈性元件⑹；復參閱第6圖， 1接部⑽誠至卡掣件⑸之卡抵端⑸）對應連接部⑽ 之牙孔(13)時，第二彈性元件(6)即推頂卡掣件(5)，使卡掣件 ⑸之卡抵端(51)卡人連接部（12)之穿孔〇3)，此時，抽屉⑴ 月ίι端即固定於滑執⑷上’至於抽屜⑷後端與滑執⑷後端之固 定方式則非本發明之範嘴，茲不予贅述。 另茶閱第7圖，欲解除抽屜(Α)前端之固定狀態時，只需按 壓按壓件(2)，使按壓件(2)之釋放塊(21)頂推卡掣件(5)之卡抿 端（51)，使卡掣件⑸之卡抵端⑸）退出連接部（2之^ (13) ’此時抽屜⑴即可脫離滑軌⑷。^ 1 請參閱第8、9圖，係本發明涉及到一種微調構造之第二實 加例’為提供抽屜(A)可微調其上下高度之設計，其係於滑執(4) 具有垂直穿孔(42)之該端内部設有套座（7)，套座（7)連接一轉 紐⑻’而轉紐⑻再螺接一頂出套（9)，頂出套⑼受韓叙⑻ 帶動而相對滑執(4)之垂直穿孔(42)伸縮。 續請參閱第10圖，為相關微調構造之具體實施例，其中： 套座(7A)具有相對組合之第一殼體(71A)與第二殼體(72A)，第 .一设體（71A)與第二殼體.(.72A)相接面各設有第一容納部 (711A)、第二容納部（721A)、第一環頸部（712A)及第二環頸部 8 200843673 (722A)，第一容納部（7iia)與第二容納部（721A)容納頂出套 (9A)，且頂出套（9A)具有内螺紋(91A)，轉紐(8A)具有一螺桿 (81A)，轉鈕（8A)以螺桿（81A)螺接於頂出套（9A)之内螺紋 (91A) ’頂出套（9A)另於外部設有缺口（92A)，而第一容納部 (711A)相對應設有凸條(713A)、第二容納部（721A)亦相對應設 有凸條(723A)，且轉鈕(8A)具有一環溝(82A)，轉紐(8A)以環溝 (82A)嵌於第一環頸部(712A)及第二環頸部（722A)。 讀^閱第11、12圖，係為相關微調構造之調整操作示意 圖’如^11圖所示，套座(7A)内之頂出套(9A)未凸伸於滑轨(4) 之垂直穿孔(42)上方時，抽屜(A)底面貼靠於滑執^^上，而當 轉動轉鈕(8A)，如第12圖所示，則轉鈕(8A)之螺桿(81A)帶動 頂出套(=)上昇，頂出套(9A)即會頂抵於抽屜(A)之底部，以將 抽屜(A)前端向上頂，供微距調整抽屜(A)的面板[不予圖示]到 一符合整齊視覺的高度。 請參閱第13圖，係本發明之第三實施例，微調構造亦可不 含土述之頂出套(9)、（9A)，其是將套座(7B)—體成型，套座(7B) 上，有垂直方向之螺孔(71B)，而轉鈕(8B)具有一螺桿(81B)， 以藉螺桿(81B)直接穿螺於套座(7B)之螺孔(ΉΒ)。 凊參閱第14圖’係本發明之第四實施例，係為結合固定裝 置與微調構造之實施例，其中·· 固疋裝置主要為以一卡掣件（5C)連接一第二彈性元件 (6C)，卡掣件(5C)並具有一卡抵端(5ic); 而微調構造包含有套座（7C)、轉鈕(8〇及頂出套(9〇，其 中，套，（7C)具有相對組合之第一殼體（71C)與第二殼體 (72C) ’第一殼體(71〇與第二殼體(72C)相接面各設有第一容納 部（711C)、，二容納部(721C)、第一環頸部（712C)及第二環頸 部（722C)，第一容納部(7iic)與第二容納部（721C)容納頂出套 (9C)，且頂出套（9C)具有内螺紋(91C)，轉鈕(8C)具有一螺桿 (81C)，轉鈕（8C)以螺桿（81C)螺接於頂出套（9C)之内螺紋 9 200843673 (91C)，頂出套(9C)設有缺口（92C)，而第一容納部（711C)相對 應設有凸條（713C)、第二容納部（72ic)亦相對應設有凸條 (723C)，且轉紐(8C)具有一環溝(82〇，轉紐(8C)以環溝(82cj 嵌於第一環頸部（712C)及第二環頸部（7220,另，第一殼體(71Q $又有苐一容孔(714C)，第二殼體(72C)設有第二容孔(724C)及貫 牙孔(725C)，以容置第二彈性元件（β〇及卡掣件(π)，卡掣件 (5C)之卡抵端（51C)並伸出貫穿孔(725C)外。 而此第四實施例之固定裝置與微調構造安类於滑勅（4 ) 時，如第15圖所示，套座（7C)裝入滑執^)一端内部，轉鈕 連接於套座（7C)，且頂出套（9C)相接套座（7C)而受轉紐(8C)螺 接，頂出套(9C)並對應穿於滑執⑷之垂直穿孔(42)，以及，將 卡掣件(5A)穿置於由第一殼體(7ic)與第二殼體(72C)對接之套 而使卡掣件(5A)之卡抵端（51A)穿出於滑轨(4)之水 【圖式簡單說明】 第1圖係本發明包含基座、按壓件、第一彈性元 無 例立體分解圖。 Λ ' 第2圖係本發明包含滑執、卡掣件、第二彈性 無 例立體分解圖。 乐貝而 Ϊ -3 Γΐ本發明第—實施例中第二彈性元件採彈簧片樣態之爲 稱不思圖。 ϊ ί 發明第—實施例配合抽屜、滑軌組合之外觀示意圖 、〜，係本發明第一實施例以基座之連接部與卡掣件卡合 狀悉不意圖。 口 明第一實施例⑺基座之連接部與卡掣件卡合完i 明第一實施例按壓按壓件使釋放塊頂推卡掣件3 第8圖係本發明第二實施例，相關微調構造之結構示意圖。 200843673 ^ 9圖係本發明第二實施例’侧微調構造與滑軌之組合示意 圖。 ^ 10圖係本發明第二實施例，相關微調構造之立體分解圖。 ^ l1®圖，本發明第二貫施例，相關微調構造施行於抽屜之調整 不思圖一[抽屜處於一原始位置]。 第P圖係本發明第二實施例，相關微調構造施行於抽屜之調整 不思圖二。[抽屜位置微距調高] i i3圖圖係本發明第三實施例，侧微調構造不含頂出套之結構The connecting portion (12) of the base (1) is opened by the bevel of the front end, / the end of the meat (8)), the card end (5) is opposite to the jfS in the slide rail, the card is taken (5) and the second elastic element is compressed (6) Referring to Figure 6, the 1st part (10) is the card end (5) of the card (5). When the corresponding part (10) is corresponding to the tooth hole (13), the second elastic element (6) is the push-up card (5). ), the card (5) card end (51) card connector (12) perforation 〇 3), at this time, the drawer (1) month ίι end is fixed on the slipper (4) 'as for the drawer (4) rear end and slip The fixed way of the (4) backend is not the scope of the present invention, and will not be described again. In addition to reading the seventh figure, in order to release the fixed state of the front end of the drawer (Α), just press the pressing member (2), so that the release piece (21) of the pressing member (2) pushes the card of the card member (5). The end (51), the card end (5) of the card (5) is pulled out of the connection (2 of (13) 'the drawer (1) can be removed from the slide (4). ^ 1 See Figures 8, 9 The present invention relates to a second embodiment of a fine-tuning configuration for providing a drawer (A) for fine-tuning the height of the upper and lower portions thereof, which is provided with a sleeve inside the end of the sliding (4) having vertical perforations (42) (7), the socket (7) is connected to a button (8)' and the button (8) is screwed to a top sleeve (9). The ejector sleeve (9) is driven by Han Xu (8) and is relatively vertical (4) vertical perforation ( 42) Telescopic. Continuing to refer to Fig. 10, a specific embodiment of the related fine adjustment configuration, wherein: the housing (7A) has a first housing (71A) and a second housing (72A), a first assembly The first receiving portion (711A), the second receiving portion (721A), the first ring neck portion (712A) and the second ring neck are respectively disposed on the interface between the body (71A) and the second casing (.72A). Part 8 200843673 (722A), first housing portion (7iia) and second housing portion (721A) accommodates the ejector sleeve (9A), and the ejector sleeve (9A) has an internal thread (91A), the knob (8A) has a screw (81A), and the knob (8A) is screwed to the screw (81A). The inner thread (91A) of the ejector sleeve (9A) is provided with a notch (92A) on the outside, and the first accommodating portion (711A) is provided with a rib (713A) and a second accommodating portion. The portion (721A) is also provided with a rib (723A), and the button (8A) has a ring groove (82A), and the button (8A) is embedded in the first ring neck portion (712A) by the ring groove (82A) and The second ring neck (722A). Read the 11th and 12th figures, which is the schematic diagram of the adjustment operation of the related fine-tuning structure. As shown in Fig. 11, the ejector sleeve (9A) in the sleeve (7A) is not convex. When extending over the vertical perforation (42) of the slide rail (4), the bottom surface of the drawer (A) abuts against the sliding handle, and when the rotary knob (8A) is rotated, as shown in Fig. 12, the rotary knob ( The screw (81A) of 8A) drives the ejector sleeve (=) to rise, and the ejector sleeve (9A) is placed against the bottom of the drawer (A) to push the front end of the drawer (A) upward for the macro adjustment drawer ( A) panel [not shown] to a height that conforms to a neat vision. Please refer to Fig. 13, which is a third embodiment of the present invention, fine-tuning The structure may also be free of the ejector sleeves (9) and (9A), which are formed by forming the sleeve (7B), and the sleeve (7B) has a vertical screw hole (71B), and the rotary button (8B) has a screw (81B) for directly threading the screw hole (ΉΒ) of the sleeve (7B) by means of the screw (81B). Referring to Fig. 14, a fourth embodiment of the present invention is a combination An embodiment of a fixing device and a fine adjustment structure, wherein the fixing device mainly connects a second elastic member (6C) with a latching member (5C), and the latching member (5C) has a card engaging end (5ic) And the fine adjustment structure comprises a sleeve (7C), a rotary knob (8〇 and an ejection sleeve (9〇, wherein the sleeve, (7C) has a relative combination of the first housing (71C) and the second housing (72C) The first housing (71〇 and the second housing (72C) are provided with a first receiving portion (711C), two receiving portions (721C), a first ring neck portion (712C), and a second surface. The ring neck (722C), the first receiving portion (7iic) and the second receiving portion (721C) accommodate the ejector sleeve (9C), and the ejector sleeve (9C) has an internal thread (91C), and the knob (8C) has a screw (81C), the rotary knob (8C) is screwed to the internal thread 9 2 of the ejector sleeve (9C) by a screw (81C) 00843673 (91C), the ejector sleeve (9C) is provided with a notch (92C), and the first accommodating portion (711C) is correspondingly provided with a rib (713C), and the second accommodating portion (72ic) is also provided with a rib. (723C), and the button (8C) has a ring groove (82〇, the button (8C) is a ring groove (82cj is embedded in the first ring neck (712C) and the second ring neck (7220, another, first The housing (71Q $ has a bore (714C), and the second housing (72C) is provided with a second bore (724C) and a through bore (725C) for receiving the second elastic member (β〇 The card member (π), the card end (51C) of the card member (5C) protrudes beyond the through hole (725C). When the fixing device and the fine adjustment structure of the fourth embodiment are mounted on the sliding raft (4), as shown in Fig. 15, the sleeve (7C) is inserted into the inner end of the sliding handle ^), and the rotary knob is connected to the sleeve ( 7C), and the ejector sleeve (9C) is connected to the sleeve (7C) and is screwed by the button (8C), the ejector sleeve (9C) and the vertical perforation (42) corresponding to the slid (4), and The latching member (5A) is placed through the sleeve that is butted by the first housing (7ic) and the second housing (72C) such that the latching end (51A) of the latching member (5A) is worn out of the slide rail (4) Water [Simplified description of the drawings] Fig. 1 is a perspective exploded view of the present invention including a base, a pressing member, and a first elastic element.第 ' Fig. 2 is a perspective exploded view of the present invention including a slippery, a snap member, and a second elastic.乐贝和 Ϊ -3 第 In the first embodiment of the present invention, the second elastic member is in the form of a spring piece. ί ί In the first embodiment of the present invention, the connection between the connecting portion of the base and the latch member is not intended. The first embodiment of the invention (7) the connection portion of the base is engaged with the latch member. The first embodiment presses the pressing member to push the release block to push the latch member 3. The eighth embodiment is a second embodiment of the present invention, and the related fine adjustment Schematic diagram of the structure. 200843673^9 is a schematic diagram showing the combination of the side fine adjustment structure and the slide rail of the second embodiment of the present invention. Figure 10 is a perspective exploded view of a second fine embodiment of the present invention. ^ l1® map, the second embodiment of the present invention, the related fine-tuning structure is applied to the adjustment of the drawer, not thinking about one [the drawer is in a home position]. The P-picture is a second embodiment of the present invention, and the related fine-tuning structure is implemented in the adjustment of the drawer. [Drawer position macro adjustment] i i3 diagram is a third embodiment of the present invention, the side fine adjustment structure does not include the structure of the ejection sleeve
第14圖係本發明第四實施例，相關微調構造結 一 彈性元件之立體分解圖。 卞/、弟一Fig. 14 is a perspective view showing the fourth embodiment of the present invention, in which the related fine adjustment structure is an elastic member.卞/, brother one
【主要元件符號說明】 (〇基座 (11) 固定翼· (12) 連接部 (13) 穿孔 (141)凸體 (16)固定柱 (2) 按壓件 (21)釋放塊 (23)嵌板 (3) 第一彈性元件 (4) 滑軌 (41)水平穿孔 (5) 卡掣件 (51)卡抵端 (6X6’）第二彈性元件 (111)固定孔 (121)斜面 (14) 第一固定板 (15) 第二固定板 (22)扣部 (42)垂直穿孔 (52)連接端 200843673[Main component symbol description] (〇 base (11) fixed wing · (12) connecting part (13) perforation (141) convex body (16) fixing post (2) pressing member (21) release block (23) panel (3) First elastic member (4) Slide rail (41) Horizontal perforation (5) Clamping member (51) Card abutting end (6X6') Second elastic member (111) Fixing hole (121) Bevel (14) a fixing plate (15) second fixing plate (22) buckle portion (42) vertical perforation (52) connecting end 200843673
(A)抽屜 (Al)面板 (7)套座 ⑻轉紐 (9)頂出套 (7A)套座 (71A)第一殼體 (712A)第一環頸部 (72A)第二殼體 (722A)第二環頸部 (8A)轉姐 (81A)螺桿 (9A)頂出套 (92A)缺口 (7B)套座 (8B)轉鈕 (5C)卡掣件 (6C)第二彈性元件 (7C)套座 (71C)第一殼體 (712C)第一環頸部 (714C)第一容孔 (721C)第二容納部 (723C)凸條 (725C)貫穿孔 (8C)轉叙 (81C)螺桿 (9C)頂出套 (91C)内螺紋 (All)固定元件 (711A)第一容納部 (713A)凸條 (721A)第二容納部 (723A)凸條 (82A)環溝 (91A)内螺紋 (71B)螺孔 (81B)螺桿 (51C)卡抵端 (711C)第一容納部 (713C)凸條 (72C)第二殼體 (722C)第二環頸部 (724C)第二容孔 (82C)環溝 (92C)缺口 12(A) Drawer (Al) panel (7) Socket (8) Adapter (9) ejector sleeve (7A) Socket (71A) First housing (712A) First ring neck (72A) Second housing ( 722A) second ring neck (8A) turn sister (81A) screw (9A) ejector sleeve (92A) notch (7B) sleeve (8B) knob (5C) latch (6C) second elastic element ( 7C) Seat (71C) First Housing (712C) First Ring Neck (714C) First Hole (721C) Second Housing (723C) Rib (725C) Through Hole (8C) Reversal (81C) Screw (9C) ejection sleeve (91C) internal thread (All) fixing member (711A) first housing portion (713A) rib (721A) second housing portion (723A) rib (82A) ring groove (91A) Internal thread (71B) screw hole (81B) screw (51C) card abutting end (711C) first receiving portion (713C) rib (72C) second housing (722C) second ring neck (724C) second capacity Hole (82C) ring groove (92C) notch 12