1276276 九 '發明說明: 【發明所屬之技術領域】 ^ 口 本發明係關於一種理線架組合結構,尤指一具支撐架之理 線架可藉接軌模式安裝於滑軌後端,進而使支撐架可隨滑軌拉 伸、線架主體展開而能移位之設計。 【先前技術】 疊置於抽屜式滑軌儲存空間上之電子產品[如伺服器 等],均於其兩側設置滑軌,且讓電子產品對應於滑軌而滑移, 並以理線架容納及限制其纜線。1276276 九的发明说明: [Technical field of invention] ^ The present invention relates to a cable management structure, in particular, a cable management frame can be mounted on the rear end of the rail by means of a rail, thereby supporting The frame can be designed to be displaced as the slide rail is stretched and the main body of the wire frame is unfolded. [Prior Art] Electronic products (such as servers, etc.) stacked on the storage space of the drawer type slides are provided with slide rails on both sides thereof, and the electronic products are slid corresponding to the slide rails, and the cable management frame is arranged. Accommodate and limit its cable.
這些理線架如美國專利第4, 353, 518號、第4, 614, 383 號、第5,571,256 號、第 6,303,86461號、第 6,305,55661號、 第6, 442, 030B1號、第6, 600, 665B1號,及美國專利申請早期 公開第 US 2003/0026084A1 號、第 US2003/0222034A1 號、第 US 2004/0079711A1號等所示,通常係搭配滑軌而實施,且理 線架具有一端及另一端而為支樓點,並理線架之二端之間具有 折登件[通常為鉸鏈]而可折疊,並於折疊時,理線架之折疊件 處係懸空而遠離任一支撐點。 【發明内容】 由於前述習知纜線及理線架本身均具有重量,當用 ί作理線架的折疊件處會下垂,在密#4置_存空間會影響 ㈣ϊί ’ 财研發出—種可搭配滑轨實施,並達致分攤 理線架部份重s、防止理線架折疊件處下垂、 ^ =運;有:種可籍接轨模式安^ 種理線架組合結構,其 而本發明之主要目的即在於提供— 1276276 包含有-線架主體、-支撐架'二滑、一 =接=該,主體至少由前、後臂雜糾可於支撐架上^ 動件,連^秘座與—組接件,支撐架兩端連結二滑 座上各:i彳I分別置人二組接件内,且其二組接件與插接 座上各6又有一扣件,以能固定連結於滑執之外執、内執後端, ΐί ϊί ϊ巧所連接之祕件上奴有—_件,該限制件 接於外執後端’則關件可被推頂勘,鱗騎動 tif支撐架可隨滑執之拉伸、線架主體前、後臂架之展開 向月&移位。 【實施方式】 奋 >本發明理線架組合結構之實例為令—理線架搭配滑轨而 貝施’該理線架可組合於滑軌之外軌後端與内軌後端,其滑執 具體運用可為—種包含外軌(A)、巾軌⑻、㈣(〇之三段式 軌體模^【可併參第Η圖、第15 ®】,而進-步之設計如下。 如第1圖、第2圖所示,理線架包含有一線架主體〇)、 一支撐架(2)、二滑動件(3)、(4)、二組接件(5)、(6)及一插 接座(7),其中: 該線架主體(1)具有前、後臂架(11)、(12),該前、後臂 架(11)、,(12)之間可設有一樞接件(13),並以該樞接件(13) 連^於前述支撐架(2)上而可滑動,該前臂架(11)另端再樞接 於前述插接座(Ό,該後臂架(12)另端再經一轉接件(14)連接 於組接件(5),該前、後臂架(11)、(12)上可設數個線座(15), ^二組接件(5)、(6)與插接座(7)上各設有一扣件(8),而能固 定其連結於外轨(A)、内轨(C)後端,以及,前述二滑動件(3)、 1276276 ((3^ ’其一滑動件 於中軌(軸,該⑶)而勾結 其内部設有供定位之凹槽⑽【如第所二/ 中’ f ⑷則為隨線架主體⑴之拉伸滑動件 位,脱容置於另一組接中支= 擔st0方^;^__由後端脫離’具有單二 :動2⑷之限制而予脫出;又,前述外執(A) 知设有可供插接之配合構造【容後述】。 , m 第、6 7圖與第12、13圖所示,前述組接件⑸、 6)為斷面驗大致符合於祕外軌(A)之斷面,關=合)相 接,且遠組接件(5)、(6)係具有一凸伸之插 =ίΓΐ):(61)具有折f段與前窄後寬之造型,而▲插)於 之扣件(ί後合構造’其中,前述設於組接件⑸、⑹上 ^可槐^^⑸、⑹與滑執外軌(Α)兩者對接 i接株LI / ^換,又’相連於前述後臂架(ΐ2)之該 f接件⑸上錢設有—限制件⑼,如第3圖、第4圖所示, ^限制=(9)為可彈性擺動的樞接於組接件⑸内側面,其並具 二^t(9L)延伸穿至組接件⑸外侧面,而前述彈性擺動之 β為延伸-彈力桿(92)抵止於組接件⑸上一凸片⑽, 以提供-復位彈力;此外,前述具有凸勾⑻)之扣件⑻係呈 =々臂,固定於二組接件⑸、⑹與插接座⑺上【請參 ^弟,1 4圖所示之組接件⑸,其餘構件之配合屬相同 ^ ’兹不另加說明】’其扣件⑻本體並設成斜想可供按壓— 鳊,進而可翘起另一端之凸勾(81)部位。 續承上揭所提,前述外軌(Α)、内軌(c)後端之插接配合構 1276276 ^參第6圖與第12圖所示,該外軌(a)後端係於内侧面設有 ^(Α2)與卡洞(A3),用以限制組接件⑸、⑹之插接部 (5υ、(61)位置,以及利用前述扣件(8)之凸勾(81)勾抵於卡 ,(Α3),據此模式組裝時,再配合前述凸榫(52)、與凹口 (Al)=榫接設計,即如第7圖與第13圖所示,可獲一^固之 ϋ定位Ϊ果:另,相關_(0與前述插接座⑺之插接配合 二ST、第6圖與第8圖所示,該内軌⑹係於後端 =有,孔(C1)與略拱^之凸面(⑵,而該插接座⑺上設有彎 肉與剖槽⑽’以供該插接座⑺以其插片⑺)由 内執(c)開孔(α)插人而抵止於凸面(⑵,並藉其上之扣件 之邊緣,達致固定作用。 2者’當操作以預置滑動件(3)之組接 接件⑸中時,該限制件⑼之端角⑽係適可伸抵於滑 動件(3)之凹槽㈣而予以卡住不會滑出,利於,而者 ,件⑸插接於外執⑷後端之後,則關件⑼之支桿(91 田)會 緣而,頂擺動,使限制件⑼之端角(93)移: =5=3 #(32),而不會卡住滑動件⑻,如此,滑 動件⑶便可_ ’續巾軌(_步位移;而據此 =於理線架隨滑錄伸而作動之模式下,如第、'"又 二示,該線架主體⑴之前、後臂架⑴) (3)、(4)之滑動,而能順暢地展開、移位。 牛 【圖式簡單說明】 ^1圖係本發明可行實施例分解圖之一。 第2圖係本發明可行實施例分解圖之二。 =3圖係本發明可行實施例局部分解示意圖之一。 第4圖係本發明可行實施例局部分解示意圖之二。 8 1276276 曰可行實施例局部構件示意圖。 裝構件示意圖之-。 ?8圖係本發明可行;=;===二。 行實施例局部組裝===二 第11 月可仃貫施例局部組裝狀態示意圖之二。 第12 1^太1明可行實施例局部組裝狀g示意圖之三。 ΐ 3ίϊ明可行實施例局部組裝狀態示意圖之四。 Ϊ ^可行實施例局部_狀態示意圖之五。These cable management racks are disclosed in U.S. Patent Nos. 4,353,518, 4,614,383, 5,571,256, 6,303,864, 6, 6,305, 55,661, 6, 442, 030B1, 6, 600, 665B1, and US Patent Application Publication No. US 2003/0026084 A1, US 2003/0222034 A1, and US 2004/0079711 A1, etc., are generally implemented with a slide rail, and the cable management frame has one end. And the other end is a branch point, and the two ends of the cable management frame are folded and folded [usually hinged] and foldable, and when folded, the folding part of the cable management frame is suspended away from any support. point. SUMMARY OF THE INVENTION Since the conventional cable and the cable management frame themselves have the weight, when the folding member of the cable management frame is used, the folding portion of the wire frame will sag, and the storage space in the dense #4 will affect (4) 财 ' ' It can be implemented with the slide rails, and the weight of the distribution cable rack is partially s, the folding of the cable management frame is prevented from sagging, and the power supply rack is combined with the cable management system. The main purpose of the invention is to provide - 1276276 includes a - wire frame body, - support frame 'two slides, = this, the body is at least corrected by the front and rear arms on the support frame, even the secret The seat and the assembly are connected to each other at the two ends of the support frame: i彳I are respectively placed in the two sets of joints, and the two sets of joints and the joints on the plug-in seats have a fastening member for Fixedly attached to the slippery outside, the inside of the insider, ΐί ϊί ϊ 所 所 所 所 秘 秘 秘 秘 秘 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The riding tif support frame can be displaced with the sliding of the sliding, the front of the wire frame body and the rear arm frame to the moon & [Embodiment] An example of the cable management structure of the present invention is that the wire frame is matched with the slide rails and the beech frame can be combined with the rear end of the rail and the rear end of the inner rail. The specific application of the slipper can be as follows: the outer rail (A), the towel rail (8), the (four) (the three-section rail body mold ^ [can refer to the map, the 15th], and the design of the step is as follows As shown in Fig. 1 and Fig. 2, the cable management frame includes a wire frame main body, a support frame (2), two sliding members (3), (4), and two sets of connectors (5), ( 6) and a socket (7), wherein: the wire frame body (1) has front and rear arms (11), (12), between the front and rear arms (11), (12) A pivoting member (13) may be disposed, and the pivoting member (13) is slidably coupled to the support frame (2), and the other end of the forearm (11) is pivotally connected to the socket ( Ό, the other end of the rear arm frame (12) is connected to the assembly member (5) via an adapter (14), and the front and rear arms (11) and (12) can be provided with a plurality of wire seats ( 15), ^The two sets of connectors (5), (6) and the socket (7) are respectively provided with a fastener (8), and the connection can be fixed. At the outer rail (A), the rear end of the inner rail (C), and the two sliding members (3), 1276276 ((3^' one of the sliding members is hooked on the middle rail (shaft, the (3))) The groove for positioning (10) [if the second / middle 'f (4) is the tension slide position with the main body of the wire frame (1), the disengagement is placed in the other group of the middle branch = the st0 square ^; ^__ The back end is separated from the one with the restriction of the single two: the movement 2 (4); in addition, the aforementioned external (A) knows that there is a matching structure that can be plugged in. [Contents to be described later], m, 6 7 and 12 As shown in Fig. 13, the above-mentioned assembly members (5), 6) are cross-sectionally tested to substantially conform to the section of the outer outer rail (A), close to the joint, and the distal assembly (5), (6) The system has a protruding insert = Γΐ Γΐ : : : : 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 61 The upper ^ 槐 ^ ^ (5), (6) and the sliding outer rail (Α) are docked with the i-connector LI / ^, and the 'connected to the rear arm (ΐ 2) of the f-connector (5) is provided with money - Restriction member (9), as shown in Fig. 3 and Fig. 4, ^limit = (9) is an elastically swingable pivotal connection to the assembly (5) a side surface, which is extended to the outer side of the assembly (5), and the elastic swing β is an extension-elastic rod (92) abuts against a tab (10) on the assembly (5) to provide -Resetting the elastic force; in addition, the aforementioned fastener (8) having the convex hook (8) is a 々 arm, which is fixed on the two sets of connectors (5), (6) and the socket (7) [please refer to the group, the group shown in Figure 14 The connector (5), the rest of the components are the same ^ 'I do not add any instructions 】 'The fastener (8) body is set to be inclined to press - 鳊, and then can lift the other end of the convex hook (81). Continued from the above, the outer rail (Α), the inner rail (c) rear end of the plug-in mating structure 1276276 ^ as shown in Figure 6 and Figure 12, the outer rail (a) rear end is attached ^(Α2) and card hole (A3) are provided on the side to limit the position of the connector (5), (6) (5υ, (61), and the hook (81) of the fastener (8) In the case of the card, (Α3), when assembled according to this mode, the above-mentioned tenon (52) and the notch (Al)=splicing design are matched, that is, as shown in Fig. 7 and Fig. 13, a ^固 ϋ positioning results: In addition, the relevant _ (0 and the plug-in socket (7) plug-in two ST, Figure 6 and Figure 8, the inner rail (6) is at the back = yes, hole (C1 ) with a slightly convex surface ((2), and the socket (7) is provided with a curved meat and a slot (10) for the socket (7) with its insert (7)) by the inner (c) opening (α) Inserting and resisting the convex surface ((2), and by the edge of the fastener on it, achieves a fixed effect. 2" when operating in the group of connectors (5) of the preset slider (3), the restriction (9) The end angle (10) is suitable to extend into the groove (4) of the sliding member (3) and is stuck without slipping out, which is beneficial to, (5) After inserting the rear end of the outer (4), the struts (91 fields) of the closing member (9) will sway and the top swings, so that the end angle (93) of the limiting member (9) is moved: =5=3 #(32), Instead of catching the slider (8), the slider (3) can be _ 'continued the track (_ step displacement; and according to this = in the mode of the line frame with sliding recording, such as the first, '" In addition, the front frame body (1) and the rear arm frame (1)) (3) and (4) slide smoothly, and can be smoothly unfolded and displaced. The cow [simplified description of the drawing] ^1 is a feasible implementation of the present invention. 1 is an exploded view of a possible embodiment of the present invention. The Fig. 4 is a partial exploded view of a possible embodiment of the present invention. Fig. 4 is a partial exploded view of a possible embodiment of the present invention. 8 1276276 示意图 Schematic diagram of the partial components of the feasible embodiment. The schematic diagram of the assembled components - 8 diagrams of the invention is feasible; =; = = = two. The partial assembly of the embodiment === two months of the application of the partial assembly The state diagram is the second. The first part of the schematic diagram of the partial assembly g of the feasible embodiment is shown in Fig. 12 ΐ 3ίϊ Four. Ϊ ^ _ possible embodiment partially schematic example of a state of five.
==_本發明可行實施例組裝展開狀態示意圖之___。 弟15圖係本發明可行實施修錄展開狀料意圖之二。==_ ___ of the schematic diagram of the deployment state of the feasible embodiment of the present invention. The figure of the 15th is the second intent of the invention.
【主要元件符號說明】 (1) 線架主體 (13) 柩接件 (2) 支撐架 (32) 凹槽 (51) 插接部 (53) 凸片 (61) 插接部 (7) 插接座 (8) 扣件 (9) 限制件 (93) 端角 (A2) 卡板 (C) 内軌 (11)前臂架 (14)轉接件 (3) 滑動件 (4) 滑動件 (511)孔槽 (6) 組接件 (611)孔槽 (71)插片 (81)凸勾 (91)支桿 (A) 外軌 (A3)卡洞 (C1)開孔 (12)後臂架 (15)線座 (31)勾片 (5) 組接件 (52)凸榫 (60)定位件 (62)凸榫 (72)剖槽 (82)彈力臂 (92)彈力桿 (A1)凹口 (B)中轨 (C2)凸面[Main component symbol description] (1) Wire frame main body (13) 柩 ( (2) Support frame (32) Groove (51) Socket (53) Tab (61) Socket (7) Seat (8) Fasteners (9) Retaining parts (93) End angle (A2) Card board (C) Inner rail (11) Front arm frame (14) Adapter (3) Slide (4) Slide (511) Hole groove (6) Assembly piece (611) Hole groove (71) Insert piece (81) Convex hook (91) Pole (A) Outer rail (A3) Card hole (C1) Opening (12) Rear arm frame ( 15) Wire base (31) hook piece (5) Assembly piece (52) Tenon (60) Positioning piece (62) Bulge (72) Groove (82) Elastic arm (92) Elastic rod (A1) Notch (B) Middle rail (C2) convex surface