M361850 五、新型說明： 【新型所屬之技術領域】 本創作是《於-種理線構件，且制是有關於—種 動之關係框設於電子裝置之機殼上的理線構件。 【先前技術】M361850 V. New description: [New technical field] This creation is a structural component of the electronic device, and the system is related to the dynamic relationship. [Prior Art]
、,：觸麵蝴㈣的伽，且含細處理 料的硬體和軟體。—般而言，伺服器電腦通常都必須外接電源， 以與其他電子讀間縣連接。所以摘服器電腦内部的電子元 件常經由多細__峨材㈣_。衫條線材彼 此之間常會概交錯，或者聰錄在—起料易整理，甚至合 使錬器電·的電子元件產生短路，導致電子元件運作必射 斷而影響整_鮮電腦之運作效率。 …為解決上述線材互相交錯纏繞之問題，目前相關的製造薇商 逐研發出—歸扣，縣設在舰ϋ電腦的機殼罐上，並且突 出於機殼_。為了有效簡化組裝流程，使製造流程達成最佳化， 在組裝作業^·程中是先將線扣裝設於伺服器電腦之機殼侧壁，再 將電路板喊至機殼内，之後作業人貞將線材穿過線扣並且藉由 線扣固定於驗±。如此—來，線材就可以整齊且有秩序地被收 納與整理。 然而，由於電路板的尺寸越做越大，而電路板組裝後與機殼 侧壁之間的距離亦相對縮小。習知的線扣是不可轉動的固定在機 设上，且其突出於機殼側壁的距離遠大於機殼侧壁與電路板之間 M361850 的距離。當作業人員將雜板組裝至機殼内時，突出的線扣會與 電板產生干々以致农無法組裝。如此，勢必將機殼加大，藉 以增加機殼側壁至電路板之間的距離，使電路板組裝至機殼時^ 會被線扣所阻播。或者，需改變组裝流程，將電路板先組裝至機 殼後再將線扣裝於機殼側壁。由上述可知，不論是將機殼加大或 ‘是找絲制1，《提終體_造成相錢絲流程更為 複雜化。 φ 【新型内容】 鑒於以上闕4，本創作提供—種理線構件，藉以解決習用 =線扣係不働_顯虹，蝴峨於機殼的距離 ”電路板相干涉，導致電路板無法糊絲於驗的問題。 本創作揭露-實施例之理線構件，裝設於一電子裳置之一機 殼上，用以將-線材固定於機殼上。理線構件包含有一固定座及 γ活動桿。固定座係固設於機殼上。活動桿具有_減部及一夾 >線部，樞接部係樞設於固定座上，夹線部自樞接部延伸並形成一 夾置空間’夾線部雜接部做為細而相對於固定座樞轉至一理 線=置’赌騎收夾置空間，或是枢轉至翻定座相靠擺 之一收置位置。 一本創作揭露另-實施例之理線構件，係裝設於—電子裝置之 =機紅，用以將—_定於機殼上。機殼具有二相對之轴柱， 一活動桿係以可轉動之_樞設於機殼上。活動桿具有一枢接部 及-夾線部，樞接部係樞設於二軸柱，失線部自樞接部延伸並形 M361850 心而相對於機殼樞轉至一 或是樞轉至與機殼相靠攏 成-夾置空間’夹線部以樞接部做為軸 理線位置，以供線材㈣於失置空間， 之一收置位置。 上ΓίΓΓ轉縣賴由雜糾可轉_方趣設於機杯 ，使活動桿可由理線位置樞轉至收置成 知技術而言，本_之理無H 目此杨相較於習 更加順暢。 _物狹㈣，使組裳流程 • 以上的齡本創作内容的說明及以下的實財式的說明係用 財範與解釋本創作的精神與原理，並且提供本創作的專利申請 範圍更進一步的解釋。 【實施方式】 「第1圖」為根據本創作一實施例之理線構件分解示意圖。 「第2圖」為「第1圖」之理線位置示意圖。「第3圖」為「第i 圖」之收置位置示意圖。請同時參閱「第i圖」、「第2圖」與「第 瞻3圖」’根據本創作所揭露一實施例之理線構件2〇〇，係裝設於一 電子裝置100之一機殽110上。其中本創作所稱之電子裝置1〇〇 係指但不侷限於如伺服器電腦、筆記型電腦、超便攜電腦(ultra * m〇bilepersonal computer，UMPC)等電子裝置，而在以下之具體實 - 施例將以伺服器電腦作為本創作之實施例。 請繼續參閱「第1圖」至「第3圖」’本創作一實施例之理線 構件200包含有一固定座210及一活動桿220。活動桿220係樞接 於固定座210,而固定座210係固設於機殼110上，且固定座210 5 M361850 的外型例如為-長板體。上述固定座2】〇係可以黏合或是鎖固等 其财相定於機殼⑽之—_面，本實施例並未加以限制。 在本％例中，蚊座210與活動桿220之材質係為塑膠材料。 活動桿220具有-樞接部222及一夾線部—，其中樞接部 222係榷設於固定座21〇上。在本實施例中，插接部以與夹線部 . 彳丨如疋以冑成型的^"5^結合在-起。本實施例並非用以 •卩疋樞接°卩222與夾線部224的結合方式，先線部224也可以是 ❿以黏口的方式與摇接部222結合。此外，固定座別之一側可更 具有兩個相對之· 212，而樞接部222可具有對應兩拖孔犯 λ樞知222a。兩樞知222a係分別插設於兩枢孔212内，且樞孔 的尺寸為略大於樞端222a的尺寸，使兩樞端222a可於兩樞孔 212内轉動，進而使樞接部222以可轉動的方式樞設於固定座21〇 上。 ^電子裝置100之組裝作業流程是先將理線構件200裝設於機 :110上，再將電路板130組裝至機殼11〇内，之後將線材12〇 2過理線構件，並固定於機殼⑽，以有效整理線材120。在本 包例中，線材120係為連接於電子裝置丨⑻内之一電源線或是 衹就線，也可以是由電子裳置100内之一電路板上所連接 之線材120。通常設置在電子裝置100喊電路板13〇上所連接之 線材120約有數條，而藉由理線構件2〇〇可以將數條線材⑽收 並口疋於機设110，以使線材丨2〇整齊且有秩序地被收納與整 理。當活動桿220與固定座210相互完成樞設後，姚部似以 M361850 枢接部222做為轴心而相對於固定座210枢轉至一理線位置(如「第 2圖」所示），或是樞轉至與固定座210相靠攏之一收置位置(如「第 3圖」所示）。 進一步地說，夾線部224更具有自枢接部222延伸之一收置 段224a及自收置段224a延伸之一開口段224b，收置段224a與樞 接部222之間形成夾置空間224c ’開口段224b與樞接部222之間 . 具有一間距，以供線材120穿過並收納於夾置空間224c中。詳細 φ而言，當活動桿220之夾線部224樞轉至理線位置時，可將所需 收納的線材120，經由開口段224b與樞接部222之間所產生的間 距滑進夾置空間224c。並且由於活動桿22〇係為彈性之材質，故 可使線材120直接擠壓夾線部224之開口段2施以向外產生彈性 形變，進而使線材120能夠自開口段22牝滑進夹置空間22如之 中’線材uo滑設進入夾置空間224c後，開口段屬係彈性 喊到初始狀態，而線材12()即被開口段2施所阻播以不致於脫 離。如此-來，即可將雜亂無章的線材12〇，得以整齊地、有秩序 地收納於機殼110上。 另外，固定座21〇相對於活動桿22〇之一側面可更具有一容 置槽2M ’谷置槽2M之形狀係與活動桿，相匹配，用以容設活 動桿勝換言之，容置槽214係凹陷於固定座別之一側面。當 使用者需將活動桿22〇收 將活動桿220之夾線部224樞 臀主奋置槽214内，由上诚7 之^ 、 田上述可知，活動桿220裝設於容置槽214 置P為收置位置。如此 即可有效地將活動桿22〇靠攏於固 M361850 進而增加機殼110内 疋座210 ’使活動桿22〇所佔用之空間減少， 之使用空間。 弟圖」為根據本創作另-實施例之理線構件意 圖。第5圖」為「第4圖」之理線位置示意圖。「第6 4F1夕价娶“ 丨卑6圖」為「第 ” 不意圖。請同時參閱「第4圖」、「第5圖」與「第 ^圖」，在本創作之另—實施射更提出—種縣構件綱，本實 ^例與上述實施例的部份構件大致_，且相_ 號Γ目同或相似的树，其與上述實施例不_在於本實 之機㈣具有_f㈣㈣2,—嚇陶以可轉動之關 係抱設於機請之軸柱112内。軸柱112係突出於機請之 -侧面上，其可於機殼11〇成型時直接於機殼ιι〇上沖堡以成型。 在本實施例中，活動桿3K)之材質係為金屬材料。 活動桿310具有一樞接部312及一夹線部314，其中框接部 3Π係樞設於機殼11〇上，使其可相對於機殼ιι〇轉動。而夹線部 • 314係自樞接部312延伸並連續彎折，以形成一夹置空間说。 j本實施例中’活動桿31G例如是以—體折彎的方式成型。需注 意的是，本實施例並非用以限定活動桿之成型方式，根據本 -創作之其他實施财，活動桿31()也可以是以兩組件相互焊接或 -铆接的方式結合。此外，樞接部S12具有兩相對之框端仙，兩 樞端3!2a係分別插設於兩她m @，且軸柱m的尺寸為略大 於樞端312a的尺寸’使兩樞端312a可於兩軸柱112内轉動，進 而使樞接部m以可轉動的方式樞設於機殼11〇上。另外，夹線 M361850 β M4更具有自樞接部312延伸之一收置段”如及自收置段如 延伸之一開口段314b，收置段314a與樞接部312之間形成夾置空 間314c，開口段314b與樞接部312之間具有一間距，以供線材 120穿過並收置於夹置空間31如内。 田'舌動桿310樞設於機殼110後，夾線部314以樞接部312 做^軸心而相對於機殼11〇_至一理線位置(如「第5圖」所示）， 或疋樞^至與機殼11〇相靠攏之一收置位置(如「第6圖」所示）。 鲁评細而吕’當活動桿31〇之夾線部314樞轉至理線位置時，可將 斤而收納的線材U0冑過失線部训之開口段W扑並收置於爽置 空間314C。而當使用完畢理線構件300時，僅需將活動桿細之 Ί P 14轉至收置位置，即可有效地將活動桿31G靠擺於機 細上所述，由於本創作之理線構件係藉由活動桿樞設於機殼 t，且以可轉動的方式相對於機殼轉動，進而使活動桿可自由地 可=置㈣⑽，她_鲁本·之理線構件 側面，使所佔用之空間減少，進2痛可轉動以靠攏機殼之一 本創作具有較佳之使用便犧。"機朗之錢空間，是以 創作述的實施例揭露如上，《賴以限定本 在不脫離本創作的精神和範_ 屬本創作的翻觸㈣ “嶋與潤飾，均 所附的申請專職圍。 _界疋的傾範圍請參考 M361850 【圖式簡早說明】 第1圖為根據本創作一實施例之理線構件分解示意圖； 第2圖為第1圖之理線位置示意圖； 第3圖為第1圖之收置位置示意圖； 第4圖為根據本創作另一實施例之理線構件分解示意圖； 第5圖為第4圖之理線位置示意圖；以及 — 第6圖為第4圖之收置位置示意圖。 • 【主要元件符號說明】 100 電子裝置 110 機殼 112 軸柱 120 線材 130 電路板 200 理線構件 210 固定座 212 框孔 214 容置槽 220 活動桿 222 輕接部 222a 樞端 224 失線部 224a 收置段 10 M361850 224b 開口段 224c 夾置空間 300 理線構件 310 活動桿 312 框接部 312a 樞端 314 夹線部 314a 收置段 314b 開口段 314c 夾置空間,:: The glaze of the touch surface butterfly (4), and the hardware and software containing the fine processing material. In general, server computers usually have to be powered externally to connect to other e-reading counties. Therefore, the electronic components inside the server are often __ coffin (four) _. The shirts and wires are often intertwined with each other, or the Conglu is recorded in the material, and even the electronic components of the electric device are short-circuited, which causes the operation of the electronic components to be interrupted and affects the operational efficiency of the whole computer. ... In order to solve the problem that the above-mentioned wires are intertwined and entangled, the related manufacturing Wei merchants are developed one by one, and the county is located on the casing of the ship's computer, and protrudes from the casing _. In order to simplify the assembly process and optimize the manufacturing process, in the assembly process, the wire buckle is first installed on the side wall of the server computer, and then the circuit board is shouted into the casing, and then work. The cockroach passes the wire through the wire buckle and is fixed to the test by a wire buckle. In this way, the wires can be collected and organized neatly and orderly. However, as the size of the board is increased, the distance between the board and the side wall of the cabinet is relatively reduced. The conventional wire buckle is non-rotatably fixed to the machine, and its distance from the side wall of the casing is much larger than the distance between the side wall of the casing and the circuit board M361850. When the operator assembles the miscellaneous board into the casing, the protruding wire buckle will dry up with the electric plate so that the farm cannot be assembled. In this way, it is bound to increase the size of the casing, so as to increase the distance between the side wall of the casing and the circuit board, so that when the circuit board is assembled to the casing, it will be blocked by the wire buckle. Or, you need to change the assembly process to assemble the board to the chassis before attaching the cable to the side wall of the case. From the above, it can be seen that whether the casing is enlarged or ‘is to find the silk system 1, the final body _ causes the phase money process to be more complicated. φ [New content] In view of the above 阙4, this creation provides a kind of cable management component, so as to solve the problem of the conventional use of the line buckle system _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The present invention discloses that the cable management member of the embodiment is mounted on a casing of an electronic skirt for fixing the wire to the casing. The cable management member includes a fixing seat and γ The movable rod is fixed on the casing. The movable rod has a _subtraction portion and a clip> line portion, and the pivoting portion is pivoted on the fixed seat, and the clamping portion extends from the pivoting portion and forms a clip. The space 'clamping portion miscellaneous portion is made thin as to be pivoted relative to the fixed seat to a line of control=putting the gambling ride to the clamping space, or pivoting to the folding seat to the side of the pendulum. A creative disclosure of another embodiment of the cable management component is mounted on an electronic device = machine red for positioning the _ on the casing. The casing has two opposite axle columns, and a movable rod is The pivotable shaft is pivoted on the casing, and the movable rod has a pivoting portion and a clamping portion, and the pivoting portion is pivoted on the two-axis column. The wire portion extends from the pivoting portion and shapes the M361850 core to pivot relative to the casing to be pivoted to be close to the casing--the clamping space' the clamping portion uses the pivoting portion as the axial line position. For the wire (4) in the lost space, one of the collection positions. Shangyu ΓΓ ΓΓ 县 赖 赖 赖 杂 杂 杂 _ _ _ _ _ _ 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设 设This article has no H. This Yang is more smooth than Xi. _Yuan narrow (four), making the group dressing process • The description of the above-mentioned age-based creation content and the following description of the real-life style are based on the financial model and explanation The spirit and principle of the creation, and the scope of the patent application of the present invention is further explained. [Embodiment] FIG. 1 is an exploded perspective view of a cable management member according to an embodiment of the present invention. "Fig. 2" is a schematic diagram of the position of the line of the "Fig. 1". "Picture 3" is a schematic diagram of the location of the "i-th map". Please also refer to "i", "2" and "3" and "the cable management member 2" according to an embodiment of the present invention, which is installed in an electronic device 100. 110 on. The electronic device referred to in this creation refers to, but is not limited to, an electronic device such as a server computer, a notebook computer, or an ultra-portable computer (UMPC), and the following is true - The embodiment will use a server computer as an embodiment of the present creation. Please continue to refer to "Fig. 1" to "Fig. 3". The cable management member 200 of the present embodiment includes a fixing base 210 and a movable rod 220. The movable rod 220 is pivotally connected to the fixing base 210, and the fixing base 210 is fixed on the casing 110, and the outer shape of the fixing base 210 5 M361850 is, for example, a long plate body. The above-mentioned fixing seat 2] can be bonded or locked, and the like is fixed to the surface of the casing (10), which is not limited in this embodiment. In the present example, the material of the mosquito seat 210 and the movable rod 220 is a plastic material. The movable lever 220 has a pivoting portion 222 and a clamping portion, wherein the pivoting portion 222 is disposed on the fixing base 21A. In the present embodiment, the plug portion is combined with the wire clamping portion, such as ^ 胄 胄. In this embodiment, the first pivoting portion 224 is coupled to the rocking portion 222 in an adhesive manner. In addition, one side of the fixed seat may have two opposite sides 212, and the pivoting portion 222 may have two corresponding holes λ. The two pivots 222a are respectively inserted into the two pivot holes 212, and the size of the pivot hole is slightly larger than the size of the pivot end 222a, so that the two pivot ends 222a can be rotated in the two pivot holes 212, so that the pivoting portion 222 is The pivoting manner is pivoted on the fixing base 21〇. ^ The assembly process of the electronic device 100 is that the cable management member 200 is first mounted on the machine 110, and then the circuit board 130 is assembled into the casing 11〇, and then the wire 12〇2 is passed through the wire member and fixed on the wire. The casing (10) is used to effectively organize the wire 120. In the case of the package, the wire 120 is connected to one of the power lines or the wires of the electronic device (8), or may be a wire 120 connected to one of the boards on the electronic device 100. Generally, there are about a plurality of wires 120 connected to the electronic circuit board 100, and the wire members (10) can be connected to the machine 110 by the cable management member 2 to make the wires 丨2〇. Stored and organized neatly and orderly. When the movable rod 220 and the fixed base 210 are pivoted to each other, the Yao part is pivoted to the fixed position with respect to the fixed seat 210 by using the M361850 pivoting portion 222 as an axis (as shown in "Fig. 2"). Or pivot to a position close to the fixed seat 210 (as shown in Figure 3). Further, the wire clamping portion 224 further has a receiving portion 224a extending from the pivoting portion 222 and an opening portion 224b extending from the receiving portion 224a, and the clamping space is formed between the receiving portion 224a and the pivoting portion 222. 224c 'between the opening section 224b and the pivoting portion 222. There is a spacing for the wire 120 to pass through and be received in the clamping space 224c. In detail φ, when the wire clamping portion 224 of the movable rod 220 is pivoted to the wire position, the wire 120 to be received can be slid into the gap between the opening portion 224b and the pivoting portion 222. Space 224c. Moreover, since the movable rod 22 is made of elastic material, the wire 120 can directly press the opening section 2 of the clamping portion 224 to elastically deform outward, so that the wire 120 can slide from the opening section 22 into the clamping. After the space 22 is slid into the clamping space 224c, the opening section is elastically shouted to the initial state, and the wire 12() is blocked by the opening section 2 so as not to be detached. In this way, the disordered wire 12 can be stored in the casing 110 neatly and orderly. In addition, the fixing seat 21 〇 can have a receiving groove 2M with respect to one side of the movable rod 22 '. The shape of the valley groove 2M is matched with the movable rod to match the movable rod. In other words, the receiving groove The 214 system is recessed on one side of the fixed seat. When the user needs to pluck the movable lever 22 to the clamping portion 224 of the movable lever 220, the main lever 220 is installed in the receiving slot 214. P is the storage position. In this way, the movable rod 22 can be effectively moved closer to the solid M361850, thereby increasing the space occupied by the movable rod 22' by the sley 210' in the casing 110. The figure is an illustration of the cable management member according to another embodiment of the present invention. Figure 5 is a schematic diagram of the position of the line of the "Fig. 4". "The 6th 4F1 price 娶 " 丨 6 map" is "the first" is not intended. Please also refer to "Fig. 4", "5th" and "^", and in the other part of this work, the implementation of the project is proposed - the outline of the county, the actual example and some of the components of the above embodiment _, and the phase _ number of the same or similar tree, which is not in the above embodiment, is that the machine (4) has _f (four) (four) 2, and the scare is placed in the pivot column 112 in a rotatable relationship. The shaft column 112 protrudes from the machine side - the side surface, which can be formed directly on the casing ι 〇 when the casing 11 is formed. In the present embodiment, the material of the movable lever 3K) is a metal material. The movable rod 310 has a pivoting portion 312 and a clamping portion 314. The frame portion 3 is pivotally mounted on the casing 11 , so as to be rotatable relative to the casing. The wire clamping portion 314 is extended from the pivoting portion 312 and continuously bent to form an interposed space. j In the present embodiment, the movable lever 31G is formed, for example, in a body-folding manner. It should be noted that this embodiment is not intended to limit the manner in which the movable rod is formed. According to other implementations of the present invention, the movable rod 31 () may be combined with the two components welded or riveted. In addition, the pivoting portion S12 has two opposite frame ends, the two pivot ends 3! 2a are respectively inserted into the two hers @, and the size of the shaft column m is slightly larger than the size of the pivot end 312a 'the two pivot ends 312a The pivoting portion m can be pivotally disposed on the casing 11 可 in a rotatable manner. In addition, the clamping wire M361850 β M4 further has a receiving section extending from the pivoting portion 312. For example, the opening section 314b extends from the receiving section, and the clamping space is formed between the receiving section 314a and the pivoting part 312. 314c, a gap between the opening section 314b and the pivoting portion 312 is provided for the wire 120 to pass through and be received in the clamping space 31. The fielding lever 310 is pivoted to the casing 110, and the clamping portion is 314 is pivoted by the pivoting portion 312 relative to the housing 11〇_ to a line position (as shown in FIG. 5), or is closed to the housing 11〇 Location (as shown in Figure 6). When the tensioning part 314 of the movable rod 31〇 is pivoted to the position of the line, the wire U0 that is stored in the needle can be plucked and placed in the cool space 314C. . When the cable management member 300 is used, it is only necessary to rotate the movable rod Ί P 14 to the storage position, so that the movable rod 31G can be effectively placed on the machine fine, due to the line member of the present creation. It is pivoted to the casing t by the movable rod, and is rotatably rotated relative to the casing, so that the movable rod can be freely set to (4) (10), and the side of the member of the line member of the _Ruben The space is reduced, and the 2 pains can be rotated to close one of the casings. "Machine Lang's money space is revealed in the above-mentioned examples of the creation of the above, "Let's limit the spirit and the norm of this creation." This is the flip of the creation (four) "嶋 and retouch, all attached to the application full-time Please refer to M361850 for the tilting range of the _ boundary. Fig. 1 is a schematic exploded view of the cable management member according to an embodiment of the present invention; Fig. 2 is a schematic view of the position of the wire management device of Fig. 1; Figure 4 is a schematic view showing the arrangement of the cable management member according to another embodiment of the present invention; Figure 5 is a schematic view of the position of the wire management device of Figure 4; and - Figure 6 is the fourth Schematic diagram of the storage position of the figure. • [Main component symbol description] 100 Electronic device 110 Chassis 112 Pole column 120 Wire 130 Circuit board 200 Cable member 210 Fixing seat 212 Frame hole 214 accommodating groove 220 Moving rod 222 Light connecting part 222a Pivot end 224 Loss line 224a Retracting section 10 M361850 224b Open section 224c Interposed space 300 Cable member 310 Removable rod 312 Frame 312a Pivot end 314 Clamping portion 314a Retracting section 314b Opening section 314c Clamp Space