201117503 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種導 一種可展開或收合導線的導置，且軸是有關於 【先前技術】 C機、處理器或風扇等：3:多甸電子裝置如 的安裝位置上裝設有 2方便”，通常在 ㊁二電子裝置與連接器連接^^電.4接電源供 電子=可透過連接器電性連接到二供電。另一方面， :月”見的機台多採取熱插拔設計的二電路板。 祠服器為例，機用可重複_的毁言十。以機竿式 ⑼2 木式伺服器的機台具有機心 =設連接器。在熱插拔的設計^:_屜的 ¥線=:源供應㈣連接隨、¥= 否正常運作有體=只，，查電子裝置是 子裝置的連線中斷』，子二：母次抽扠箱體就將電 間’：=電斷電也會損【電::【動作’延緩運算時 將連接器連接直觀的方式就是以可 彎曲的導線 伸長或彎曲而c器或電路扳。由於導 線可被拉直而 、’’·，故箱體在抽出的過㈣，連接器和電 S] 3 201117503 源供應器或電路板的連接不會脫離，使得電子裝置的供電 和連接不會中斷。 V線的長度必須能容許整個箱體完全拉出於機殼外。 =於導線的長度很長，在箱體推人機殼的過程中，導線收 體收折的位置無法盡如預期，有時可能會卡住箱 法推入機殼’或擠壓到周邊的電子 其他導線纏繞。 ㊃^此’需要—種導線導Μ置，可用來保護導線， =1 ，使導線僅可沿著預定的方式伸直或收 折於預疋的位置中，以解決上述問題。 【發明内容】 本發明遂提出一種導線導引襄置，可用來保護導線， 且可限制導線的彎折戍展開的方彳導線’ 4™開的方式。導線導引裝置至少包 且有ί: 一第二護管和一拖轴。第一護管於其縱向 ;:二各置通道，第-護管兩端各具有-第-樞接 端各於其縱向具有一第二容置通道，第二護管兩 部，叠接於第一部山’藉由第二護管一端的第二樞接 口樞r，以柩接第-護管與第二護管=， 一4 g此以樞軸相對於第一護管作樞轉。 二中’本發明之導線導引裝置更至少包含一、 …蒦总^束第—護管與第二護管之間的樞轉角度’使第 遺宫與第二護管限於—料角度内樞轉。因此，在= 201117503 ^該特定角度的樞轉範圍之内，護管可相對第一護媒自 .由^ ’但當第—護管和第二護管相對樞轉至設計所^之 一特定角度時，因受到拘束裝置的限制，可避免第一=总 與第二護管之間的柩轉角度繼續張大。201117503 VI. Description of the Invention: [Technical Field] The present invention relates to a guide for guiding an expandable or collapsible wire, and the shaft is related to [Prior Art] C machine, processor or fan, etc.: 3 : Dodian electronic device, such as the installation location is equipped with 2 convenient", usually in the two or two electronic devices and connectors connected ^ ^ electricity. 4 connected to the power supply for electronic = can be electrically connected to the two through the connector. Another On the other hand, the machine that I saw in the month has adopted two boards with hot-swap design. For example, the server can repeat _ ruin ten. The machine with the machine type (9) 2 wooden servo has a movement = set connector. In the hot-swappable design ^:_ drawer's ¥ line =: source supply (four) connection with, ¥ = no normal operation body = only, check the electronic device is the sub-device connection interruption", sub-two: mother pumping The fork box will damage the electric room ':= electric power off. [Electricity:: [Action] The way to connect the connector when the operation is delayed is to extend or bend the bendable wire to the C or circuit board. Since the wire can be straightened, '', the case is pulled out (4), the connector and the electric S] 3 201117503 source supply or circuit board connection will not be detached, so that the power supply and connection of the electronic device will not Interrupted. The length of the V-line must allow the entire case to be pulled completely out of the case. = The length of the wire is very long. During the process of pushing the casing into the casing, the position of the wire is not as expected. Sometimes it may get stuck in the casing or push it into the surrounding area. Electronic other wires are wound. Four such 'required' type of wire guides can be used to protect the wires, =1, so that the wires can only be straightened or folded in a predetermined manner in a predetermined manner to solve the above problem. SUMMARY OF THE INVENTION The present invention provides a wire guiding device that can be used to protect a wire and to limit the manner in which the wire of the wire is bent and unfolded. The wire guiding device includes at least a second protective tube and a trailing shaft. The first protective tube is in the longitudinal direction thereof; the two respective passages have a -first pivotal end having a second receiving passage in the longitudinal direction thereof, and the second protective tube is overlapped with The first mountain' pivots with a second pivotal connection at one end of the second protective tube to splicing the first and second protective tubes =, a 4 g pivoting relative to the first protective tube . In the second aspect, the wire guiding device of the present invention further comprises at least one, ... the total pivoting angle - the pivoting angle between the first protective tube and the second protective tube, so that the first and second protective tubes are limited to the material angle Pivot. Therefore, within the pivoting range of the specific angle of = 201117503 ^, the protective tube can be relatively pivoted relative to the first medium by ^' but when the first and second protective tubes are relatively pivoted to one of the design At the angle, due to the restriction of the restraint device, it is possible to avoid the first angle = the total angle of rotation between the second and the second protective tube continues to expand.
藉由本發明之一種導線導引裝置，將第一護管與第二 護管以第-樞接部及第二樞接部相互疊合，並透過枢轴: 以樞，。因此’可依據所需導線導引裝置展開之長度規格， 籲重複疊合並抱接複數組第一護管與第二護管 Q 數組第一護管與第二護管所構成的導線導引裝置成為由複 故利用本發明之導線導引裝置，可將導線自第一容置 $道的通道:穿出第—護管，再由第二容置通道的通道口 穿入第二護管，而依序將導線穿置於第一護管及第二護管 乂保遵¥線不受到外界的碰撞。同時，更可將導緣葬 ，第y護管和第二護管的樞轉而展開或收合，且藉由拘^ 裝置以拘束第一護管與第二護管之間樞轉的角度，而使導 鲁，線，展開或收合的過程中，不會因受到不當的拉扯或扭轉 而損及導線。除此之外，可避免導線卡住或擠遷到其他元 f或周邊電子裝置，並且可排除導線與其他線材纏繞等問 題0 ，。紅上所述’導線導引裝置不僅可保護導線免於碰撞或 折損同時，依照第一護管和第二護管相對樞轉的方式展 j或折收，使導線在展開或收合的過程中，不會因受到不 导的拉扯或扭轉而損及導線，進而避免導線卡住或擠壓周 邊電子裝置、以及與其他線材纏繞等問題。 201117503 【實施方式】 干根圖和第2圖。第1圖和第2圖麵 不根據本么明之—實施方式的導 和爆炸圖。本發明之導線導 ,装置100的立體圖 第-心”η/ 導置1〇0具有第一護管⑽、 =置130。第—護管110於其縱向具有第 ⑶。第護管UG兩端各具有-個第-樞接部 第一濩g 12〇於其縱向具有第二容置通道⑵，第二 5蔓fl2〇兩端各且右一筮广4** 一㈣货4八有第一柩接部〗33,藉由第二護管12〇 樞接部133,疊接於第一護管ιι〇 一端的第一 # 31 ° _ 130穿設第—樞接部m及第二樞接部 #以樞接第—護管110與第二護管120。其中’第 官120能^_13〇相對於第_護管11〇作插轉。— 传由，H她方式中’第—護管11G的第—容置通道111 側板113和難114所構成，頂板114係第 e 1G的頂。卩平板，第—樞接部131即位於頂板114 。相對地’第二護管12〇的第二容置通道i2i係 一 ^ 、側板123和頂板124所構成，底板122係第 ^官UG的底部平板，第二樞接部133即位於底板122 兩端。[5。其中’第二樞接部133即疊接於第一插接部 一而由樞車由13〇 f過第一護管110的頂板124端部的第 :插接部⑶及第二護管120的底板122端部的第二樞接 ° 33，而將第一護管110與第二護管120樞接在一起， 201117503 使得第二護管no能以樞軸13Q相對於第一護管 轉。 又，本發明之導線導引震置100更至少包 =，心拘束第-護管㈣與第二護管12Q之間_轉= 二與::護管120限於-特定角度内樞 轉在此貫知方式中，拘束裝置14〇係由凸塊l4i及 楚馳成。⑽141係設於頂板114之第—樞接部田 131 圓角132上，且向上延伸至第二樞接部133的底 2厚度。而擔塊142_定於底板122的第二拖接部 之第二導圓角134上’且相對於凸塊141具有 樞因轉:Λ。第厂導圓角132與第二導圓角m的弧 ^目同，因此在第二樞接部133疊接於第一樞接部13 =一導圓角132與第二導圓角134可相互疊合。再者，者 樞接部133相對於第—樞接部131樞轉至該特= ，’擒塊⑷恰抵接凸塊141。因此，在小於該特二 =轉之内’第二護管12G可相對第—護f ιι〇自= 轉’但當第-護管11Q和第二護管m相對樞轉至 二，定角麟’擔塊142恰抵接凸塊⑷，進而阻:第 一濩言110和第二護管120之間樞轉的夾角繼續張 此’將第二護管120相對於第一護管11〇插轉而展3 二樞接部133相對於第一枢接部131樞轉至該: 時，因擋塊142會抵住凸塊141，而拘束第一護管= 第一護管120之間的樞轉角度，故可限制第一总、 第二護管120於一特定角度之内樞轉。 ^ 、 201117503 接著，請同時參照第3圖和第4圖。第3圖和第4圖 分別繪示根據本發明之一實施方式的導線導引裝置1〇〇的 收合狀怒與展開狀態之立體圖。如前所述之導線導引裝置 =0’第一護管110與第二護管120係以第一枢接部131^及 第二樞接部133相互疊合，並透過枢軸13〇加以枢接。因 此，可依據所需導線導引裝置1〇〇展開之長度規格，重複 疊合並樞接複數組第一護管11〇與第二護管12〇，成為如 弟3 4圖所示之導線導引裝置1⑼。如第3圖中，係將導 線導引裝置100樞接的第一護管11〇與第二護管收 合，複數個第-護管11()可相互並攏靠合，且複數個第二 護管1=亦可相互並攏靠合，而成為如圖所示之收合狀 態，以節省導線150的收納空間。如第4圖中，係將導線 導引裝置1〇〇樞接的第-護管110與第二護管12〇樞轉展 開’而成為如圖所示之展開狀態’以展開並拉伸導線15〇 可延伸的距離。According to the wire guiding device of the present invention, the first protective tube and the second protective tube are superposed on each other by the first pivoting portion and the second pivoting portion, and are transmitted through the pivot shaft. Therefore, according to the length specification of the required wire guiding device, the wire guiding device composed of the first protective tube and the second protective tube of the first and second protective tubes of the first and second protective tubes By using the wire guiding device of the present invention, the wire can be used to pass through the first channel of the first channel: the first protective tube is passed through, and then the second protective tube is inserted through the passage opening of the second receiving channel. The wires are placed in the first protective tube and the second protective tube in sequence, so as not to be hit by the outside. At the same time, the guide edge can be buried, the y-th protection tube and the second protection tube are pivoted to expand or collapse, and the angle between the first protection tube and the second protection tube is restrained by the device. In the process of guiding, unwinding, unfolding or folding, the wire will not be damaged by improper pulling or twisting. In addition, it can avoid the wire jamming or squeezing to other components or peripheral electronic devices, and can eliminate the problem that the wires are entangled with other wires. In the red, the 'wire guiding device not only protects the wire from collision or breakage, but also expands or folds according to the relative pivoting of the first protective tube and the second protective tube, so that the wire is in the process of unfolding or folding. In this case, the wire is not damaged by the unbridled pulling or twisting, thereby avoiding the problem that the wire is stuck or squeezed around the peripheral electronic device and entangled with other wires. 201117503 [Embodiment] A dry root map and a second graph. Figures 1 and 2 are not based on the guide and the exploded view of the embodiment. In the wire guide of the present invention, the perspective view of the device 100 has a first protective tube (10) and a set 130. The first protective tube 110 has a third (3) in its longitudinal direction. Each has a first - pivotal portion, the first 濩g 12 〇 has a second accommodating passage (2) in the longitudinal direction thereof, the second 5 vines fl2 〇 both ends and the right one is wide 4** one (four) goods 4 eight have a first joint portion 133, through the second protective tube 12 〇 pivoting portion 133, the first # 31 ° _ 130 spliced to one end of the first protective tube ιι through the first pivoting portion m and the second The pivoting portion # is pivotally connected to the first protective tube 110 and the second protective tube 120. wherein the 'the first official 120 can be ^_13 〇 relative to the first _ protective tube 11 插. - Pass, H her way '' The first accommodating passage 111 of the protective tube 11G is formed by the side plate 113 and the hard portion 114. The top plate 114 is the top of the e1G. The slab, the first pivoting portion 131 is located at the top plate 114. The opposite second protecting tube 12 The second accommodating channel i2i is composed of a side plate 123 and a top plate 124. The bottom plate 122 is a bottom plate of the second UG, and the second pivoting portion 133 is located at both ends of the bottom plate 122. [5. The two pivoting portions 133 are overlapped on the first plug The first pivoting portion (3) of the end portion of the top plate 124 of the first protective tube 110 and the second pivoting portion 33 of the end portion of the bottom plate 122 of the second protective tube 120 are A protective tube 110 is pivotally connected to the second protective tube 120, and 201117503 enables the second protective tube no to be rotated relative to the first protective tube by the pivot 13Q. Further, the wire guiding and oscillating device 100 of the present invention is more than at least Between the heart-constrained-protective tube (four) and the second protective tube 12Q _ turn = two and:: the protective tube 120 is limited to - pivoting within a specific angle. In this manner, the restraining device 14 is bound by the bump l4i and (10) 141 is disposed on the first pivoting portion 131 of the top plate 114 and extends upward to the thickness of the bottom 2 of the second pivoting portion 133. The load block 142_ is set to the second of the bottom plate 122. The second guide fillet 134 of the hitch portion has a pivotal relationship with respect to the bump 141: 第. The first factory guide fillet 132 is the same as the arc of the second guide fillet m, so the second pivot joint The portion 133 is overlapped with the first pivoting portion 13 = a rounded corner 132 and a second rounded corner 134 are overlapped with each other. Further, the pivoting portion 133 is pivoted relative to the first pivoting portion 131 to the special portion = , '擒 block (4) just abuts the bump 141. Therefore, within less than the special two = turn, the second protective tube 12G can be rotated relative to the first guard f ιι〇 from the turn but the first protective tube 11Q and the second protective tube m are relatively pivoted to two, The fixed angle lining 'block 142 just abuts the bump (4), thereby blocking: the angle between the pivotal rotation between the first rumor 110 and the second protective tube 120 continues to stretch this 'the second protective tube 120 relative to the first protective tube When the pivoting portion 133 pivots relative to the first pivoting portion 131 to the front: the retaining block 142 will abut the bump 141 and restrain the first protective tube = the first protective tube 120 The pivoting angle between the first and second guard tubes 120 can be limited to pivot within a certain angle. ^ , 201117503 Next, please refer to both Figure 3 and Figure 4. Fig. 3 and Fig. 4 are perspective views respectively showing the collapsed anger and the unfolded state of the wire guiding device 1A according to an embodiment of the present invention. The first guiding tube 110 and the second protecting tube 120 are superposed on each other by the first pivoting portion 131 and the second pivoting portion 133, and are pivoted through the pivot 13 Pick up. Therefore, according to the length specification of the required wire guiding device 1〇〇, the first and second protective tubes 11〇 and the second protective tube 12〇 are repeatedly stacked and merged to form a wire guide as shown in FIG. Lead device 1 (9). As shown in FIG. 3, the first protective tube 11 枢 pivotally connecting the wire guiding device 100 and the second protective tube are folded together, and the plurality of first-protecting tubes 11 () can be close to each other, and the plurality of second The protective tubes 1 can also be brought together to form a folded state as shown in the figure to save the storage space of the wires 150. As shown in FIG. 4, the first-sheath 110 and the second protective tube 12 pivotally connected to the wire guiding device 1 are pivoted and expanded to become unfolded as shown in the figure to expand and stretch the wire. 15〇 extendable distance.
故利用本發明之導線導引農置100,將導線150自第 一容置通道m的通道口穿出第—護f 11G，再由第 通道12^的通道口穿入第二護管m，而將導線⑼穿置 於第-護官110及第二護管12〇中，以保護導線不受到 界的碰撞。同時，更可利用第二護管12()相對於第 no的樞轉’將導線⑽藉由第一護管110和第二護管吕 的樞轉而展開或收合。 請配合參照第5圖，其 的導線導引裝置10〇的立體 %示根據本發明另一實施方式 圖。在另一實施方式中，本發 201117503 明之導線導5旧置_的_ m更包含m㈣ 設於樞轴130之轴向方向，由於樞轴130係穿過第一護管 板二的第一樞接部131及第二護管120的底板 内之導線15。，穿過孔135而穿達= f 120 内。 導引；：二；::第6圖’係為本發明之一實施方式的導線 導引裝置的展開狀態的局部放大圖。在此實施方式中，因 凸塊一 141係設於第一樞接部131的第一導圓角132上’且 =樞接部133延伸，其延伸的長度可約為第二護管1如 之i反之厚度。而擔塊142係固定於第二樞接部133 之第-導圓角134上’且相對於凸塊141具有特定角度θ :::位置’當第二樞接部133相對於第一樞接部‘樞 =至=定角度Θ時’擋塊142恰抵接凸塊⑷。因此，當 t護管120相對於第一護管no樞轉而展開至特定角度 盘赏塊142會抵住凸塊141，而拘束第一護管no :篦120之間的枢轉角度，故可限制第-護管110 ”第一濩管120於一特定角度内樞轉。 ，上所述，導線導引褒置刚藉由第一護管ιι〇和第 j管m保護導線150免於碰撞或折損，並且使其可藉 護管no和第二護管120相對樞轉的方式展開或收 σ且错由拘束裝置ho以拘束第一護管11〇盥 ^之間樞轉的角度，而使導線15〇在展開綠合;;過程 甲’不會因受到不當的拉扯或扭轉而損及導線15〇。除此 201117503 之外，可避免導線15G卡住或_到其他元件或周邊電子 裝置，並且可排除導線150與其他線材纏繞等問題。 雖然本發明已以實施方式揭露如上，然其並 定本發明，任何熟習此技藝者，在殘離本發明之精神和 範圍内’當可作各種之更動與潤#，因此本發明之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 裝置係繪示根據本發明之-實施方式的導糊 的 的 裝置:2圖輪根據本發明之-實施方式的導線導引 收合本發明之-實施方式的導線導引裝置 展開。Γ立本發明之—實施方式的導線導引裝置 第5圖續' 示根據本發一 的立體圖；以及 月另貫加方式的導線導引農置 開狀態的局部放大二^之—實施方式的導線導引裝置的展 第6圖係為本發明之— 圖 130 :樞軸 131 :第一樞接部 【主要元件符號說明 100 :導線導引裝置 110 :第一護管 201117503 111 :第一容置通道 132 112 :底板 133 113 :側板 134 114 :頂板 135 116 :導圓角 140 120 :第二護管 141 121 :第二容置通道 142 122 :底板 150 123 :侧板 Θ ·· 124 :頂板 :第一導圓角 :第二柩接部 :第二導圓角Therefore, the lead wire 150 is guided by the wire of the present invention, and the wire 150 is pierced from the passage opening of the first receiving passage m through the first guard f 11G, and then penetrates into the second protective tube m through the passage opening of the first passage 12^. The wire (9) is placed in the first-guard 110 and the second protective tube 12 to protect the wire from the collision of the boundary. At the same time, the wire (10) can be unfolded or folded by the pivoting of the first sheath 110 and the second sheath L with respect to the pivoting of the second guard 12 (). Referring to Fig. 5, a perspective view of a wire guiding device 10A is shown in accordance with another embodiment of the present invention. In another embodiment, the wire guide 5 of the present invention has a m_4 set in the axial direction of the pivot 130, since the pivot 130 passes through the first pivot of the first tube plate 2. The wires 15 in the bottom plate of the connecting portion 131 and the second protective tube 120. Pass through hole 135 and pass through = f 120. Guidance; Fig. 6 is a partially enlarged view showing the unfolded state of the wire guiding device according to an embodiment of the present invention. In this embodiment, the bump 141 is disposed on the first guide fillet 132 of the first pivoting portion 131 and the pivoting portion 133 extends, and the length of the extension may be about the second protective tube 1 i is the opposite thickness. The weight 142 is fixed on the first guide 134 of the second pivoting portion 133 and has a specific angle θ with respect to the bump 141 ::: position ' when the second pivoting portion 133 is pivoted relative to the first pivoting portion 133 When the part 'pivot=to=set angle Θ', the stop 142 abuts the bump (4). Therefore, when the t-guard 120 is pivoted relative to the first guard tube no to the specific angle, the disc 142 will abut the bump 141 and restrain the pivot angle between the first guard no: 篦 120, The first manifold 120 can be limited to pivot within a certain angle. As described above, the wire guiding device is protected from the wire 150 by the first pipe ιι and the jth pipe m Colliding or breaking, and making it possible to expand or close σ by means of the guard tube no and the second protective tube 120 relative to each other and wrongly restrained by the restraining device ho to restrain the angle between the first protective tubes 11〇盥, The wire 15 is twisted and unfolded in green; the process A' is not damaged by the improper pulling or twisting. In addition to this 201117503, the wire 15G can be prevented from being stuck or _ to other components or peripheral electrons. The device and the problem that the wire 150 is entangled with other wires may be excluded. Although the invention has been disclosed in the above embodiments, it is intended that the invention may be practiced as a matter of course and within the spirit and scope of the invention. All kinds of changes and run #, so the scope of protection of the present invention is attached to the application The invention is defined by the scope of the patent. [The drawing is a simple description] The device is a device for guiding the paste according to the embodiment of the present invention: 2 wheel according to the present invention - the wire guiding and folding the present invention The wire guiding device of the embodiment is unfolded. The wire guiding device of the embodiment of the present invention is continued to show a perspective view according to the first aspect of the present invention; A partial enlargement of the state - the sixth embodiment of the wire guiding device of the embodiment is the present invention - Fig. 130: pivot 131: first pivoting portion [main component symbol description 100: wire guiding device 110 : first protective tube 201117503 111 : first accommodating passage 132 112 : bottom plate 133 113 : side plate 134 114 : top plate 135 116 : guide fillet 140 120 : second protective tube 141 121 : second accommodating passage 142 122 : bottom plate 150 123 : side panel Θ ·· 124 : top plate: first guide fillet: second joint: second guide fillet
:子L :拘束裝置 :凸塊 :擋塊 :導線 特定角度:Sub L : restraint device : Bump : Stop : Wire Specific angle