TW200847802A - Adapter panel with lateral sliding adapter arrays - Google Patents
Adapter panel with lateral sliding adapter arrays Download PDFInfo
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- TW200847802A TW200847802A TW097102051A TW97102051A TW200847802A TW 200847802 A TW200847802 A TW 200847802A TW 097102051 A TW097102051 A TW 097102051A TW 97102051 A TW97102051 A TW 97102051A TW 200847802 A TW200847802 A TW 200847802A
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- panel
- adapter
- frame
- adapters
- sliding
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- 238000003491 array Methods 0.000 title claims abstract description 20
- 239000000835 fiber Substances 0.000 claims description 8
- 238000000034 method Methods 0.000 claims description 5
- 238000004804 winding Methods 0.000 claims description 4
- 239000000463 material Substances 0.000 claims description 2
- 206010011469 Crying Diseases 0.000 claims 1
- 206010029412 Nightmare Diseases 0.000 claims 1
- 239000013078 crystal Substances 0.000 claims 1
- 238000009940 knitting Methods 0.000 claims 1
- 230000008520 organization Effects 0.000 claims 1
- 238000009434 installation Methods 0.000 description 12
- 230000008439 repair process Effects 0.000 description 4
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 3
- 229910052802 copper Inorganic materials 0.000 description 3
- 239000010949 copper Substances 0.000 description 3
- 239000011324 bead Substances 0.000 description 2
- 238000010276 construction Methods 0.000 description 2
- 238000012423 maintenance Methods 0.000 description 2
- PEDCQBHIVMGVHV-UHFFFAOYSA-N Glycerine Chemical group OCC(O)CO PEDCQBHIVMGVHV-UHFFFAOYSA-N 0.000 description 1
- 229910052770 Uranium Inorganic materials 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 235000011389 fruit/vegetable juice Nutrition 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- JFALSRSLKYAFGM-UHFFFAOYSA-N uranium(0) Chemical compound [U] JFALSRSLKYAFGM-UHFFFAOYSA-N 0.000 description 1
Classifications
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- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
- G02B6/444—Systems or boxes with surplus lengths
- G02B6/4441—Boxes
- G02B6/4446—Cable boxes, e.g. splicing boxes with two or more multi fibre cables
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/24—Coupling light guides
- G02B6/36—Mechanical coupling means
- G02B6/38—Mechanical coupling means having fibre to fibre mating means
- G02B6/3807—Dismountable connectors, i.e. comprising plugs
- G02B6/381—Dismountable connectors, i.e. comprising plugs of the ferrule type, e.g. fibre ends embedded in ferrules, connecting a pair of fibres
- G02B6/3825—Dismountable connectors, i.e. comprising plugs of the ferrule type, e.g. fibre ends embedded in ferrules, connecting a pair of fibres with an intermediate part, e.g. adapter, receptacle, linking two plugs
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/24—Coupling light guides
- G02B6/36—Mechanical coupling means
- G02B6/38—Mechanical coupling means having fibre to fibre mating means
- G02B6/3807—Dismountable connectors, i.e. comprising plugs
- G02B6/3897—Connectors fixed to housings, casing, frames or circuit boards
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
- G02B6/444—Systems or boxes with surplus lengths
- G02B6/4452—Distribution frames
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
- G02B6/444—Systems or boxes with surplus lengths
- G02B6/4452—Distribution frames
- G02B6/44526—Panels or rackmounts covering a whole width of the frame or rack
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B6/00—Light guides; Structural details of arrangements comprising light guides and other optical elements, e.g. couplings
- G02B6/44—Mechanical structures for providing tensile strength and external protection for fibres, e.g. optical transmission cables
- G02B6/4439—Auxiliary devices
- G02B6/444—Systems or boxes with surplus lengths
- G02B6/4453—Cassettes
- G02B6/4455—Cassettes characterised by the way of extraction or insertion of the cassette in the distribution frame, e.g. pivoting, sliding, rotating or gliding
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q1/00—Details of selecting apparatus or arrangements
- H04Q1/02—Constructional details
- H04Q1/023—Constructional details using sliding mechanisms for accessing the interior of the apparatus
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q1/00—Details of selecting apparatus or arrangements
- H04Q1/02—Constructional details
- H04Q1/06—Cable ducts or mountings specially adapted for exchange installations
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q1/00—Details of selecting apparatus or arrangements
- H04Q1/02—Constructional details
- H04Q1/14—Distribution frames
- H04Q1/142—Terminal blocks for distribution frames
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q11/00—Selecting arrangements for multiplex systems
- H04Q11/0001—Selecting arrangements for multiplex systems using optical switching
- H04Q11/0003—Details
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Light Guides In General And Applications Therefor (AREA)
- Cable Accessories (AREA)
- Mechanical Coupling Of Light Guides (AREA)
Description
200847802 九、發明說明: 【發明所屬之技術領域】 本發明涉及供電信行業之用的裝置及其相關方法。更具 體地說,本發明涉及供電信行業之用的終端礙板,及與終 ^肷板有關的方法。 【先前技術】 并夕區域網路和電信系統利用終端嵌板在電信設備之間 提供父又連接。為了更好的電信服務的需求已促使終端嵌 板的線路密度的增加。雖然在該技術上有些進步,但對於 進一步改進高密度終端嵌板及其相關方法仍有不斷的需 要例如’需要改善:提高終端進入及與安裝、維護、修 理、更新有關的電纜管理,及與終端嵌板相關的交叉連接 步驟。 【發明内容】 本發明涉及包括框架和轉接器的嵌板的轉接器嵌板裳 置。5亥等轉接器界定該嵌板裝置的後開電纜連接和前開電 纜連接。該等轉接器被配置成陣列,該等陣列獨立於其他 陣列滑動,以提供進入該後開和前開電纜連接的通道。 在以下描述中,將部分地闡述理想的產品特徵或方法的 各種例子,且部分地將從該描述中明白,或藉由實踐本發 明的各個態樣得到。本發明的該等態樣可能涉及個別的特 徵和綜合特徵。應暸解,上述大致說明及其後詳細說明兩 者都僅為方便說明之用,並不在限制本申請的發明之 圍。 & 128468.doc 200847802 【實施方式】 現將詳細的參考提供給以附帶圖式來說明之本發明的例 示性態樣。只要可能,該等相同的參考數字將貫穿使用在 該等圖示中,以指示該等相同的或類似的部分。 圖1例示根據所揭示之該等原理的一配線架或轉接器嵌 板裝置ίο。該轉接器嵌板裝置10設計成提供高密度電纜終 端,便於在安裝期間從該後部進入該等電纜終端,及在安 裝後從該前部進入該等電纜終端。 本發明之該轉接器嵌板裝置10大體上包括具有内部14的 框架12。該内部14藉由上壁16、下壁18、後壁2〇和側壁 22 24界疋。5亥轉接傲板裝置1 〇亦包括在開啟位置(圖j) 和閉合位置(圖2)之間滑動的滑動抽屜34。前蓋26附接於該 滑動抽屜34。當該抽屜34處於該閉合位置時,該前蓋%在 閉合時包圍該框架12的該内部14(圖3),且當打開時提供進 入該内部14的通道(圖2)。 現參閱圖1和2,該轉接器嵌板裝置1〇包括附接於或安裝 於该抽屜34的構架結構3〇(圖1)。轉接器的嵌板32安裝於該 構架結構30。下文將會做更詳細地描述,該抽屜34經設計 成自該框架12向外滑動,主要用於安裝的目的。也就是 說,該抽屜34在該轉接器嵌板裝置安裝或組裝期間可被滑 動至該開啟位置,但在該裝置丨〇操作使用期間被定位於該 閉合位置(圖2)。在操作使用期間,該構架結構3〇和該等轉 接器的嵌板32位於該框架12的該内部14且該抽屜34處於該 閉合位置(圖2)。用戶在沒有將該抽屜34向前滑動下從該框 128468.doc 200847802 架12的前開口 28進入該等轉接器的嵌板32。 再參閲圖1,該等轉接器的嵌板32包括界定許多個開口 44(只顯示一個)的正面嵌板〇。轉接器“安裝於該等開口 44之内。在該例示的實施例中,該等轉接器為⑽員型轉接 器;然而,根據所揭示之該等原理也可使用其他類型的轉 _ 接器,諸如SC、ST、FC和MP0類型轉接器。另外,在节 ‘ ^示的實施例中,該等轉接器46被成批或聚集;每一轉接 f =組58包括人個轉接器46(四個轉接If對)。可提供其他數 量的轉接器為一轉接器組,例如,諸如四個轉接器(兩個 轉接器對);該正面嵌板42的該等開口被相應地經定尺寸 成谷納e亥四個轉接器M。或纟,單㈤的轉接器可被使用且 與經定尺寸成容納該等單個轉接器的開口一起安裝。 該正面嵌板42的該等開口44被配置成排;每一排安裝好 的轉接器組58界定一轉接器陣列48。成排的意思係該等開 口 44大體上以水平對齊配置,而非配置成行或垂直對齊; I 因此,该等轉接器陣列48大體上係水平的轉接器陣列。 現參閲圖1和4 ’該等轉接器組58的該等轉接器46各自包 括岫邛連接末端5〇(圖〇和後部連接末端^(圖4)。當安裝 * 於該等開口44内時,該等轉接器46的該等前部連接末端5〇 ,:立:朝向該框架12的該前開口 28,且該等轉接器牝的該等 後部連接末端52位於朝向該框架丨2的該後壁2〇。該等轉接 器46的該等前部連接末端5〇界定該正面嵌板“的前開電纜 $接位置54(圖2)。該等轉接器46的該等後部連接末端52界 疋該正面嵌板42的後開電纜連接位置56(圖4)。 128468.doc 200847802 開啟的電纜連接位置意即提供於該框架丨2内的開啟區域 的位置,而非包圍在殼體或模塊内的連接位置,該殼體或 模塊依次被安裝於該框架内。也就是說,該等轉接器的嵌 板32係未文包圍的轉接器46的嵌板,該等轉接器46相對於 該正面嵌板42上的其他轉接器46而言係未受包圍。當該等 轉接器的嵌板本身被包圍在該框架12内,該複數個轉接器 46和該等轉接器陣列48中之每一者不受包圍,與其他轉^ 器46或其他轉接器陣列48分離。 現參閲圖1、5和6,該正面嵌板42的該等轉接器陣列判 被設計成獨立於其他的轉接器陣列側向滑動。特別是,該 正面嵌板42藉由許多獨立的嵌板區段6〇界定。在該例示的 貝施例中,母一獨立的肷板區段界定一排開口,未受包圍 的轉接器46的該等組58安裝於該排開口中,也就是, 列48。在其他的實施例中, 容納四個轉接器組的兩排開 嵌板區段60包含一個轉接器陣列48。 該等嵌板區段可包括,比如,容納 t 口;該嵌板區段實施例包含兩個轉接器陣列。 板區段6 0 --兩$ 的高度(見圖1) 個轉接器46, 每一獨立的嵌? 擇性地朝前側丨 和該後壁20之f 壁1 8的方向相對。 f列示之該轉垃哭此此姑恶1 A k上丄-
128468.doc 200847802 /閱®Ι7·9,4等轉接n的嵌板32的每—獨立的嵌板區 又〇附接於,月動框件62。該滑動框件62包括一對長形的軌 條構件64。在該例示的實施例中,該等長形的執條構件料 包括自該嵌板區段60朝前延伸的朝前執條部分84,和自該 嵌H段後延伸的朝後軌條部㈣。該滑動框件听 包括維持該等軌條構件64的該結構關係的橫向支撑件88。 違等成對長形的執條構件6 4經配置成唾合且在成對導件 岣在圖1〇-〗2中顯示一導件)内滑動,該等導件“安裝於該 裝置_該構架結構3G(W1)。該等執條構件64和該等導件 66包括止動裝置68 ’該止動裝置限制該等嵌板區段60在後 部位置(見圖5之該上嵌板區段6〇)和前部位置(見圖5之該下 嵌板區段60)之間的滑動。 參閱圖9_12’該止動裝置68(圖12)藉由位於該對導件的 每一導件66上的至少-突出物7Q(圖1Q和u)及形成於該等 軌條構件64内之第-和第二凹處或掣子72、%圖力所界 定。在該例示的實施例中,兩個突出物7〇(上下突出物)係 設於該等導件66中之每—者上。相應地,上下擎子Μ、 74(見圖8)形成於該等軌條構件64的該f後部轨條部分% 内。雖然該例示的實施例描繪該等擎子72、74形成於該等 軌條構件64内且該等突出物7G設於該等導件66上,但可考 慮該等料可形成於該等導件66内且該突出物相應地設於 該等執條構件64上。 ' 仍參閲圖9·12,當該嵌板區段⑼定位於該後部位置,气 等導件66的該等突出物7G坐落於該等轨條構件Μ的該等°第 128468.doc 200847802 一掣子72内以保持該嵌板區段6〇在該後部位置。該等導件 66可撓性地構建以便當朝前拉該嵌板區段㈧時,該等突出 物70脫離且沿著該等執條構件64的上下表面%、77(圖8)滑 動。麥閱圖12,當該嵌板區段6〇到達該前部位置,該等突 出物70座落於該等執條構件M的該第二掣子”内。當該嵌 板區ί又60已到達该預定的前部位置,該止動裝置指示用 戶,到達該後部位置亦然。
回頭參閱圖5,通常,該止動裝置68提供當該嵌板區段 自4後σ卩位置朝鈾移動側向距離D至該前部位置之指 丁在Α施例中,该側向距離D自該後部位置朝前不超 過大广4.0英寸。在該例示的實施例中,該側向距離d大約 U央寸。提供該指示給用戶以防止用戶移動該嵌板區段 6〇超過允許電纜互連至該嵌板區段60的距離。 特別疋如μ所描述’本發明之嵌板裝置1罐設計以便 f抽展Μ僅在安裝步驟期間滑動,而非安裝後或操作使用 ,月間。參閱圖4,在安奘里日4 裝J間堵如光纖電纜之電纜36穿過 =口 38引導至該框架12且端接至該正面嵌板42的該後開 56(即該等轉接器46的該等後部連接器末端52)。 該等光纖細具有可圍繞電境存儲線轴或構造(見圖丨 :二如:8、80)引導的預定長度。然而,該等電纜的該 間的Μ β Ί Μ緊末適應抽履34在操作使用期 =移=並且該裝置1〇不具有諸如滑動範圍限制器等之 η。:太㈣器件拉緊或控制該電_緊的過度移動。 在本發明之嵌板裝置10中, 寺電、,見之该專預定長度大 128468.doc 200847802 體上只適宜該等後板區段60的有限滑動。也就是說,雖然 為了安裝或為了修理目的需要進入該等轉接器的喪板城 面的區域而滑出該抽履34,但該抽展34並不在該轉接器嵌 板裝置操作使用期間為了進入該等轉接器的嵌板32而滑 動。反而猎由該等嵌板區段6〇相對於該抽展34的滑動而滑 ㈣提供操作制和進人料轉接g㈣板32的通道。 • 通常’該等欲板區段6G的該側向滑動提供進人藉由該等 C'轉接器陣列48界定的該等開啓電境連接(例如,54、56)的 通道。進入該正面嵌板42的該等開啓連接位置(例如, 54、56)在兩種主要的情況下係重要的:第一種情況係在 安裝期間(例如,在該後板32的該等後部連接位置%處的 該等電纜終端之初始安裝或組裝期間’或修理、更換,或 更新期間);第二種情況係安裝後在該裝置1〇的操作使用 期間。 回頭參閱圖1和4,在安裝期間,拉出該抽屜34至該開啟 Ο 位置。如前所述,技師引導該等光纖電纜36穿過該框架12 的該等後開口 38且將該等電缓端接至該等轉接器的嵌板^ 的該等後開連接位置56。為提供更好的進入界定該等後部 • 連接位置56的該等轉接器46的該等後部連接末端52的通 . 道,該等轉接器陣列48中之一個定位於該後部位置(例 如,該頂端陣列),而該等剩餘轉接器陣列(例如,位於該 頂端陣列之下的該等陣列(也參見圖5和6))被定位於該前部 位置。在該配置中,該技師具有更好進入定位於該後部位 置内的該一嵌板區段60的該等後開連接位置56。一 128468.doc 12 200847802 該特定的轉接器陣列48的電繞端接,可向前滑動該轉接器 陣列且向後滑動下一個要端接電纜的陣列。 參閱圖4,為提供甚至更進一步進入該等後開連接位置 56,該框架12的該上壁16包括可移除的進入嵌板92。參閲 圖2,該等嵌板92之每一者自該框架12的該上壁^以方向b •幸月外滑動。在圖2,所示之該等嵌板92和該上壁16唾合。 . 特別是’每一嵌板92藉由可撓性片94被鎖在恰當的位置, p §亥可撓性片嚙合形成於該上壁16的上壁部分100的摺邊或 捲邊98 〇亥可撓性片94藉由形成於該嵌板92的狹槽96界 定。該摺邊或捲邊98藉由在該上壁16本體上彎曲或捲其一 部分形成;儘管結構可附接至該上壁作為替代物以 邊。 ’ 為將該等嵌板92中的-個滑出’向下彎曲該可撓性片% 超過形成於該上壁部分100的該摺邊或捲邊98。然後以圖2 所不之該方向滑出且移除該嵌板以界定位於接近於該框架 〇 12的該前開口28的上壁開口⑽(例如參見圖15)。該上壁開 2 104提供進—步進入該等後開連接位置56。為再連接該 肷板92,相對於該上壁開口 1〇4放置該嵌板%,朝下彎曲 忒可挽性片94,然後該嵌板92滑回至恰當的地方。如圖u . 所示,固定凸緣形成於該上壁16之該等上壁開口 ι〇4 地°亥等固疋凸緣102附接於該框架12的該上壁16時* 該等喪板92。 & 6知支林 除了諸如修理或更新等,通常只在安裝期間進入該等 開連接位置56。然而,更常進入該等前開連接位置54’ ' 128468.doc •13- 200847802 在電信設備之間提供交又連接。該使用亦可稱之為操作使 用或安衣後的使用且主要包括在該等轉接器46的該等前 部連接末端5 0維護或建立電纟覽終端。 現參閲圖13-15,所示之該轉接器嵌板裝置⑺處於操作 使用中。在操作使用期間,該等轉接器的嵌板^進入穿過 ’該框架12的該前開口以,其中該抽屜34定位於該閉合位 - 置。 ( 如前所描述’穿過後開口 38進入該框架12的該内部14的 該等電緵36被端接至該等轉接器的嵌板32的該等後開連接 位置56。參閲圖1 3,跳線電纜或修補電纜4〇也被端接至該 $轉接器的嵌板32;並且特別是,端接至該嵌㈣的該等 月J開連接位置54。該等修補電繞4()在該轉接器喪板裝置工〇 ”他電0又備(’又有顯不)之間提供交叉連接。從該前開 口 28引導該等修補電_且穿過該框架12之側開口9〇(圖3) 至該電信系統的電纜路線結構(例如,管道,未顯示)。 :於該等轉接器46的高密度裝置’該等轉接器的嵌板32 的每一嵌板區段60朝前滑動以使該相關的轉接器陣列48與 其他陣列分開。藉由朝前分開定位該欲板區段60和該相關 ' A轉接器陣列48 ’技師可以更容易地掌握修補電纜40的特 •冑的連接器’及/或更容易地將修補電纜端接至該朝前定 位陣列的特定的轉接器46。此外’且如前所描述,該上壁 16的該等進入嵌板92(圖13)可被移除(如圖15所示)以提供 甚至^進一步進入該等嵌板區段的該等前開連接位置54。 再次參閲圖13,帛執條構件64的該前部軌條部分84可被 128468.doc -14- 200847802 用作朝前拉該嵌板區段60的把手。或者,用戶可藉由握住 附接於該滑動框件62的該執條構件64的扣環82以向前滑動 該嵌板區段60。在該例示的實施例中,該等扣環82附接於 該滑動框件62的外軌條構件64的該等末端以保護該等修補 電續4 0不超過最小幫曲範圍。 雖然所描述之本發明係關於使用於光纖應用中,該揭示
(J 之嵌板裝置適宜使用在其他的應用中。例如,在一些應用 中,專門使用銅電镜排除光纖電纔;並且因此各種類型的 電線終端或接線器可設於該裝置的該正面嵌板。另外,在 其他具有混合電㈣應用中,或兼備光纖和銅錢的應用 中,該裝置的該正面嵌板可具有光纖和銅連接器及/ 接器的組合物。 通吊’本發明之轉接器嵌板裝置1〇提供高密度轉接器嵌 板破置同時便於進入其他擁擠的前部和後部連接位置。由 於本發明之裝置的兮玄彳隹却"·**ί~ F7 衣置的。亥進入3又汁,最小化了使用在架子 ==量;或’在該替換裝置中,允許擴充和更新具 有二間約束的糸統’當提供更密集的連接位 有效進人該等連接位置㈣ι /述說明書提供本發明完整的敍述。因為本發明 實她例可在不背離本發明精神和範圍而產生 = 些態樣存在於以下附加的請求項中。 么月的某 【圖式簡單說明】 圖1係轉接器嵌板裝置的一實施例的前透視圖 揭示的該等肩理, Κ據所 ’、。在開啟位置的該轉接器嵌板裝置的抽 128468.doc -15- 200847802 屜一起顯示; 圖2係圖1之该轉接器嵌板裝置的前透視圖,與在閉合位 置的該抽履一起顯示; 圖3係圖2之或轉接器嵌板裝置的前透視圖,與閉合的該 裝置的蓋子一起顯示; 圖4係圖1之該轉接器嵌板裝置的後透視圖; 圖5係圖4之该轉接般板裝置的側視圖;
圖ό係圖5之該轉接器嵌板裝置的頂視圖; 圖7係圖1之該轉接器嵌板裝置的滑動框件和轉接器陣列 的一實施例的頂端透視圖,單獨顯示; 圖8係圖7之該滑動框件和轉接器陣列的側視圖; 圖9係圖7之該滑動框件和轉接器陣列的頂視圖; 圖㈣圖!之該轉接器後板裝置的導件的一實施例的側 視圖,單獨顯示; 圖11係圖10之該導件的底部透視圖;
圖 12係圖1〇之該導件和圖 視圖 9之該滑動框件之一部分的頂 前透視圖,與定位於 圖13係圖2之該轉接器嵌板裳置的 一前部位置的一轉接器陣列_起顯示 圖14係圖13之該轉接11嵌板農置的側視圖;及 圖15係圖14之該轉接器嵌板裝置的頂視圖。 【主要元件符號說明】 10 轉接裔嵌板裝^置 框架 128468.doc * 16 - 12 200847802
C 14 内部 16 上壁 18 下壁 20 後壁 22 側壁 24 側壁 26 前蓋 28 前開口 30 構架結構 32 轉接器的嵌板 34 抽屜 36 電規 38 後開口 40 跳線電纜或修補電纜 42 正面欲板 44 開口 46 轉接器 48 轉接器陣列 50 前部連接末端 52 後部連接末端 54 前開電纜連接位置 56 後開電纜連接位置 58 轉接器組 60 散板區段 128468.doc -17- 200847802 62 滑動框件 64 長形的執條構件 66 導件 68 止動裝置 70 突出物 72 掣子 74 掣子 76 表面 78 電纜存儲線軸或構造 80 電纜存儲線軸或構造 82 扣環 84 前部執條部分 86 後部軌條部分 88 橫向支撑件 90 側開口 92 通道嵌板 94 可撓性片 96 狹槽 98 摺邊或捲邊 100 上壁部分 102 固定凸緣 104 上壁開口 128468.doc -18-
Claims (1)
- 200847802 十、申請專利範園: 1 · 一種轉接器嵌板裝置,其包括: ,該框架具有一前開口; 正面嵌板,該正面嵌板界定若 a) —界定一内部的框架 b) —位於該框架内部的 干排的開口; c) 一位於鄰近該前開口的前蓋,杏 田w亥刖盖關閉時,該 前蓋和該框架包圍該正面嵌板;及 d) 複數個安裝於該正面嵌板之該等開口内#未受包圍 的轉接器; /)其中該正面嵌板係由許多獨立的嵌板區段所界定, 每:嵌板區段包含至少一排未受包圍的轉接器,每一排 未受包圍的轉接器界轉接器陣列·,及其中該等喪板 區段中之每一者獨立於其他嵌板區段側向滑動至該框架 的該前開口以提供進入該等轉接器陣列的通道。 2.如吻求項1之裝置,其中每一獨立的嵌板區段只包含一 排開口。 3·如咕求項2之裝置,其中每一開口容納一轉接器組,該 轉接器組包括八個未受包圍的轉接器。 4 ·々明求項1之裝置,其中該正面嵌板包括至少兩個並排 欲板區段。 5·如巧求項4之裝置,其中該正面嵌板包括許多疊置、並 排嵌板區段。 6 ’如#求項1之裝置,其中每一嵌板區段側向滑動不超過 大約4·〇英寸的距離。 128468.doc 200847802 7 ·如請求項1之梦罟,# 士 — 英寸的距離。/、中母-嵌板區段側向滑動大約u 8 ·如清求項1之步罟, 構,兮構加社\ ―位於該框架内部的構架結 二二許多導件,該等轉接器陣列中之每 者了α動地安裝至該等導件中之一對。 9.如請求項8之裝置,其中該等嵌板區段中之 10 ·如口月求項9之梦署,里6上 … "包括一限制在-後部位置和-前 口 I5 4置之間側向滑動的止動裝置。 11·=求項Η)之裝置,其中該止動裝置包括—形成於該等 ::和該等軌條構件中之一個上的突出物,及形成於該 專導件和該等軌條構件中之另一個上的第一和第二擎 子0 12. :。請求項"之裝置’其中該突出物形成於該構架結構的 〇 名等導件上,且該等掣子形成於該滑動框件的該等執條 構件上。 > 13. 如請求们之裝置’其中該等轉接器的正面嵌板安裝至 一相對該框架滑動的抽屜’該正面嵌板的該等獨立的嵌 , 板區段獨立於該抽屜滑動。 14·如請求項丨之裝置,其中該等未受包圍的轉接器各自包 括一 W部連接末端和一相對的後部連接末端,該等前部 連接末端界定該正面嵌板的前開連接位置,該等後部連 接末端界定該正面喪板的後開連接位置。 128468.doc 200847802 1 5.如凊求項14之裝罟,宜七 π ^ ^連接至該正面嵌板的該等後 開連接位置的電纜,該等 ^ /子电、見各自具有只配合該等嵌板 區奴之有限移動的電纜長度 ’限移動係不超過大約 4·〇央寸的側向滑動距離。 16·:=項14之裝置’另包括連接至該正面嵌板的該等後 置的讀,該等電繞各自具有只配合該等嵌板 4又的有限移動的電縣度’該有限移動係、大約17英寸 的側向滑動距離。 17·如請求項1的裝置,其中該框架包括-可移除式上壁嵌 板,該嵌板可從該框架處移除,以提供額外進入該等轉 接器陣列的通道。 18. —種轉接器嵌板裝置,其包括: a) —界定一内部的框架,該框架具有一前開口;及 b) -位於該框架内部的轉接器的嵌板,該轉接器嵌板 包括配:成許多排的轉接器陣列’每一轉接器陣列藉由 具前部連接末端和—後部連接末端的轉接器界定, 違寺轉接器的該等後部連接末端界定該嵌板的後開電境 、接位置,4等轉接器的該等前部連接末端界定該谈板 的前開電纜連接位置; c) 其中該嵌板的該等轉接器陣列獨立於 陣列朝向該框架的該前開口側向滑動,以提供進= 板之該等開啟的電纜連接位置的通道。 19. 求項18之裝置,其中該等轉接器的喪板藉由獨立的 板區丰又界疋,每一該欲板區段包含該等轉接器陣列中 128468.doc 200847802 的至少一個。 其中該等轉接器的嵌板包括至少兩 其中該等轉接器的嵌板包括許多晶 其中該等轉接器陣列中之每一者藉 ,該等轉接器組各自包括八個轉接 20·如請求項19之裝置, 個並排嵌板區段。 21.如請求項2〇之裝置, 置、並排嵌板區段。 22·如請求項1 8之裝置, 由一排轉接器組界定 器。Ο 轉接器陣列側向滑動 轉接器陣列側向滑動 不超 大約 23·如請求項18之裝置,其中每一 過大約4·〇英寸的距離。 24.如請求項18之裝置,其中每一 1 · 7英寸的距離。 25·如請求項18之裝置’另包括—提供在該框架内部的構架 ^構,遠構架結構包括許多導件,該等轉接器陣列中之 每者可滑動地安裝至該等導件中之一對。 26. 如請求項25之裝置’其中該等轉接器陣列中之每一者安 =-滑動框件,該滑動框件具有長形的軌條構件,該 專軌條構件在該構架結構的該等導件之内滑動。 27, 如請求項26之裝置,另包括-限制在-前部位置和一後 部位置之間側向滑動的止動裝置。 月求貝27之農置,其中該止動裝置包括-形成於該等 導件和該等轨條構件中之-個上的突出物,及形成於該 等導件和該等軌條構件中之另一個上的第一和第二掌 子0 128468.doc 200847802 29.如請求項28之 該等導件上,、置★其中該突出物形成於該構架結構的 構件上。,且該等掣子形成於該滑動框件的該等轨條 30·如請求項18之 對該框架α料轉接11的嵌板安裝至一相 動。'月的抽屜’該等轉接器陣列獨立於該抽歷滑 31·如請求項18的 各自包括一 等轉接器陣列的該等轉接器 月’J 4連接末端和一相對的後 前部連接末端從該框架的該前開口進入/連接 部2=之裝置’另包括連接至該等轉接器的該等後 写陣列的右的光纖電境,該等電纜具有只配合該等轉接 車二:有限移動的電編,該有限移動係不 、力4·0央寸的側向滑動距離。 33.如清求項3i之缺罢 部連接太山 連接至該等轉接器的該等後 哭陳列沾士 m ^ "亥寻電'♦見具有只酉己合該等轉接 :陣列的有限移動的電繞長度,該有限移動係大約丨.7英 寸的側向滑動距離。 从如請=18之裝置,其中該框架包括一可移除式上壁嵌 反时°亥队板可從該框架處移除’以提供額外進入該等轉 接器的嵌板之該等開啟的電麗連接位置的通道。 % -種端接電境的方法’其包括以下步驟: 提供—具有—框架、可定位於該框架内之-抽履、 安衣於D亥抽屜的一轉接器嵌板之轉接器後板裝置; b)將該抽屜滑動至相對於該框架之-開啟位置; I28468.doc 200847802 C)將該轉接器、嵌板的—第_嵌板區段滑動至_前部位 置,包括相對於該抽屜以側向滑動該第一嵌板區段; d) 將-電纜端接至該轉接器嵌板之一第二嵌板區段的 -後開連接位置,該第二嵌板區段定位於一後部位置; e) 將該第二嵌板區段滑動至一前部位置,包括相對於 該抽屜以側向滑動該第二嵌板區段; ‘ f)將該第一嵌板區段滑動至一後部位置;及 f g)將一電纜端接至該第-嵌板區段的-後開連接位 置。 3 6 · —種轉接器鼓板裝置,其包括: a) —具有一前開口的框架,該框架包括一上壁、一下 壁、-後壁、和側壁,該上壁、下壁、後壁和該等側壁 界定一内部,該上壁界定位於鄰近於該框架的該前開口 的一上壁開口; b) 轉接器的嵌板,位於該框架内部,該轉接器嵌板包 c 括轉接器陣列’該等轉接器陣列獨立於其他的轉接器陣 列朝向該框架㈣㈣口側向滑動’以提供進入由該等 轉接器陣列所界定的開啟的電纜連接位置;及 Ο π動上壁進入肷板,定位於該框架的該上壁開 - 口 4⑺動上壁進入嵌板係可移除的,以提供額外的進 入由該等滑動轉接器ρ車列所界定之該等開启欠的電繞連接 位置的通道。 128468.doc
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