M414013 五、新型說明： 【新型所屬之技術領域】 本創作係關係一種具光纖交換、連接、保護與整理之結構設計， 特別是關於一種光纖之配線盤結構改良。 【先前技術】 按，通訊設備的進步，使所需的通訊品質與頻寬也日漸增長， 經由網路通訊使人與人的距離更為接近，而提升彼此的便利。 而傳統的電信的信號傳輸介面為鋼纜，而因著技術與資訊的進 步，電信訊號傳輸紛紛改由光纜作為傳輸介面，而光纜是將通訊傳 輸用之先纖包覆在電境内，以取代j見有銅_為信號傳達的媒介， 然，經由絲達到傳送，且設置、維護更為制，也提供更為環保 的施作。 故，本創作係為一種光纖之配線盤結構改良，該光纖配線盤具 有主機架、光纖連接器面板'容置架，該容置架提供複數組光纖收 容盤的設置，並藉由連接器插座，將光纖連接、交換導出，藉由機 架的設置，使主機架得以層疊設置，達到整合與管理之目的。 【新型内容】 一種光纖之配線盤結構改良，其中該光纖配線盤包括·一主機 架、-光纖連接器面板、-容置架所組構，其中該主機架底部設置 容置架，並於其上設置光纖連接器面板，該容置架提供複數光纖收 容盤的設置。絲域架人口導人’剝除其保護層露出先纖可與光 纖引線在光纖收容盤間做連接，連接後的光纖引線其連接器可插入 3 光纖連接器面板上的連接器插座，以做光纖交換、連接與保護之用。 光纖連接器面板上另一端之連接器可連接光纖跳接線之連接器，並 經由線槽做有效之整理與保護後由機架出口導出。 藉此’該光纖配線盤可做為光纖之交換、連接、保護與整理， 經由機架得以集中管理光纜導線的出與入。 本創作光纖之配線盤結構改良之主要目的，係提供該光纖連接 器面板形成複數連接器插座，提供光纖纜線管理設置。 本創作光纖之配線盤結構改良之次要目的，係提供該主機架型 成複數固持部，提供與機架對應銜接。 有關本創作之詳細說明及技術内容，現配合圖式說明如下： 【實施方式】 首先請參閱『第1圖、第2圖及第3圖』所示，圖中見悉，係 本創作光纖之配雜結構改良之先雜雜示意圖，該光纖配線盤 3係光糖繞之整合組件，錢由—域架3()、―光纖連接器面板 31及-谷置架&所結合，其中該主機架3〇係一 u形架體，於兩側 形成L狀固持部300，且於固持部3〇〇間設有複數穿孔_，其主 機架30於固持部3〇〇之一側對應光纖連接器面板31，而於主機架 30底部-側設置-容置架32;該光纖連接器面板31似狀之架豪 於縱向面形成複數連接11插座310供連接n 312裝設，又於縱向面 :端側邊延伸-導線架311供予光纖镜線導引與設置，而光纖連接 器面板31設置於主機架3〇 一側對應，·該容置架係近似㈣板體， 設置於主機架30底面一側，供予設置複數光纖收容盤咖，且容置 架32 -側與主機架3〇 一側對應，使容置帛％得以於主機架加間 M414013. · 作旋轉，以便利施工與維修，藉此，該光織配線盤3形成—可容置 複數光纖收容盤320及光纜導線分配之整合。 請參閱^第4圖、第5圖及第6圖』所示，圖中見悉，係本創 作之光纖之配線盤結構改良之結合機架示意圖，其中該機架丨係一 谷置空間之金屬材，其包括有一蓋體10、一底座11、複數支架、 複數定位架體101、一導線架1〇2、複數侧蓋13及一門扇12所組構， 其中該蓋體10係矩形板體，其中穿設有複數導入孔1〇4及導出孔 103，供與光纜導線4之導出與導入，於蓋體1〇 一側設置複數支架 100、複數定位架體101及導線架102，並以一底座π作為另一端 之接固；該底座11係矩形體設有複數穿孔110，供與基座2結合固 持，且於底座1丨一側設置複數支架100、複數定位架體1〇1及導線 架102 ’並以一蓋體10作為另一端之接固；該支架係具折角之 桿體’並分佈設置於蓋體1〇及底座u 一侧之各端點間；該定位架 體101係门形之桿體，其於縱向面設置複數穿孔1〇1〇，供與光纖配 線盤3所設置’而定位架體101設置於蓋體10與底座11間之兩側； 該導線架1G2係提供導舰繞规導線之㈣，其愤有複數τ形 ，=線桿_，峨置於蓋體1G與底座Uu;該側蓋13 =12餘形碰’其分別蓋合至分佈於各角之複數支架⑽ 齡T提成—容细，可設置_纖_ 3，而該 =1㈣針f理及·導人與導纽能，已達職合管理之目 θν > q夕2该光纖配線盤3由機架1之—側穿置其中，而光纖配線盤 相科卩繼之穿孔獅與機架1之定位架體⑻之穿孔麵 對應鎖固’且由上而下依序設置複數光纖配線盤3，其中所連接 5 M4140131 , 之光規導線4由導人孔1G4置人機架1，經由光纖配線盤3之整合， 再由導線架311之導出’且纏繞於機架丨導雜1Q2之集線桿腦 間’並將光緵導線4集中由蓋趙1〇間之導出孔1〇3輸出連接，藉此， 可達到光纖纜線集中管理與維護之目的。 其中，該機架1的定位設置，係設置於一矩形塊之基座2上， 該基座2間鑽設複數孔槽20，其位置與機架！之底座u間的穿孔 no對應，並於其中設置膨脹螺絲21，將機架丨之穿孔11〇與基座 2之孔槽20對應，再於基座2 —側分別設置一墊圈22、一彈簧墊圈 23，並以一螺栓24穿設一彈簧墊圈烈、一墊圈四及基座2與膨脹 螺絲21對應鎖合@持’藉此崎固齡丨的設置，鱗到光纖镜線 集中管理與維護之目的。 综此，本創作以特定具體實施例為參考來描述，然而顯然各種 ，修正與改變都不脫離本創作之寬廣的精神與範圍。而該對應之說 明與圖示係絲加以說明而非限制本創作之範_。因此，表示本創 乍應涵蓋所有出現在本創作之附加的申請專利範圍與其相等項之修 正與變化〇 " 6 M414013 ' * 【圖式簡單說明】 第1圖：係本創作光纖之配線盤結構改良之立體示意圖。 第2圖：係本創作光纖之配線盤結構改良之光纖收容盤結合示意圖。 第3圖：係本創作光纖之配線盤結構改良之容置架於主機架間旋合示意圖。 第4圖.係本創作光纖之配線盤結構改良之光纖配線盤設置機架示意圖。 第5圖.係本創作光纖之g己線盤結構改良之機架定位示意圖。 • 帛6圖：係本創作光纖之配線盤結構改良之光纖配線盤織架整合立體示 意圖。 【主要元件符號說明】 蓋體10 支架100 定位架體101 穿孔 1010、110、3000 導線架102 集線桿1020 導出孔103 導入孔104 底座11 7 M414013M414013 V. New Description: [New Technology Field] This creation is related to a structural design with fiber optic switching, connection, protection and finishing, especially regarding the improvement of the wiring structure of an optical fiber. [Prior Art] According to the advancement of communication equipment, the required communication quality and bandwidth are also increasing. The distance between people is closer through the network communication, and the convenience of each other is improved. The traditional telecom signal transmission interface is steel cable, and due to the advancement of technology and information, the telecommunication signal transmission has been changed to the optical cable as the transmission interface, and the optical cable is used to encapsulate the fiber for transmission and transmission. j See the medium that copper _ is the signal transmission, of course, through the wire to achieve transmission, and set up, maintenance and system, but also provide more environmentally friendly work. Therefore, the present invention is an improved structure of a fiber optic distribution panel having a main frame and a fiber optic connector panel 'receiving frame, the receiving frame providing a multi-array fiber storage tray setting, and through the connector socket The fiber optic connection, exchange and export, through the setting of the rack, the main frame can be stacked to achieve integration and management purposes. [New content] An improved structure of an optical fiber distribution panel, wherein the optical distribution board comprises a main frame, a fiber optic connector panel, and a accommodating frame, wherein the main frame is provided with a receiving frame at the bottom thereof. A fiber optic connector panel is provided, and the cradle provides a plurality of fiber accommodating trays. The silk-framed population guides 'exfoliating its protective layer to expose the precursor fiber and can connect with the fiber-optic lead wire between the fiber-optic receiving trays. The connected fiber-optic lead wire can be inserted into the connector socket on the 3 fiber-optic connector panel to do Optical fiber switching, connection and protection. The connector on the other end of the fiber optic connector panel can be connected to the connector of the fiber patch cord, and is effectively sorted and protected by the cable trough and then exported from the rack outlet. Therefore, the optical fiber distribution board can be used for the exchange, connection, protection and finishing of the optical fibers, and the optical cable leads can be centrally managed through the rack. The main purpose of the improved wiring structure of the optical fiber is to provide the fiber connector panel to form a plurality of connector sockets, and to provide optical fiber cable management settings. The secondary purpose of the improvement of the wiring structure of the optical fiber of the present invention is to provide the main frame type into a plurality of holding portions, and provide a connection with the frame. The detailed description and technical contents of this creation are described below with the following diagrams: [Embodiment] Please refer to the "Figure 1, Figure 2, and Figure 3" first, as shown in the figure. The first heterogeneous schematic diagram of the modified hybrid structure, the optical distribution board 3 is an integrated component of the light sugar winding, and the combination of the money-domain frame 3 (), the optical fiber connector panel 31 and the - valley rack & The main frame 3 is a U-shaped frame body, and an L-shaped holding portion 300 is formed on both sides, and a plurality of through holes _ are disposed between the holding portions 3, and the main frame 30 corresponds to the optical fiber on one side of the holding portion 3〇〇. The connector panel 31 is disposed on the bottom side of the main frame 30 - the receiving frame 32 is formed on the bottom side of the main frame 30; the optical fiber connector panel 31 is formed in a longitudinal direction to form a plurality of connections 11 sockets 310 for connection n 312 installation, and longitudinal Face: the end side extension - the lead frame 311 is provided for the fiber mirror guiding and setting, and the fiber connector panel 31 is disposed on the side of the main frame 3〇, the receiving frame is approximately (four) plate body, and is disposed on the host The bottom side of the frame 30 is provided with a plurality of optical fiber accommodating trays, and the receiving frame 32 side and the host 3〇 corresponds to one side, so that the accommodating 帛% can be rotated in the main frame M414013. · Rotate to facilitate construction and maintenance, whereby the optical woven distribution panel 3 is formed - can accommodate a plurality of optical fiber receiving trays 320 and optical cables Integration of wire assignments. Please refer to ^Fig. 4, Fig. 5 and Fig. 6 for details. It is seen in the figure that it is a combination of the improved frame structure of the optical fiber of the present invention, wherein the frame is a space of a valley. The metal material comprises a cover body 10, a base 11, a plurality of brackets, a plurality of positioning frame bodies 101, a lead frame 1〇2, a plurality of side covers 13 and a door fan 12, wherein the cover body 10 is a rectangular plate. The body is provided with a plurality of introduction holes 1〇4 and a lead-out hole 103 for the export and introduction of the cable lead 4, and a plurality of brackets 100, a plurality of positioning frame bodies 101 and lead frames 102 are disposed on the side of the cover body 1 The base 11 is connected to the other end by a base π; the base 11 is provided with a plurality of through holes 110 for supporting and supporting the base 2, and a plurality of brackets 100 and a plurality of positioning frames 1 〇 1 are disposed on the side of the base 1 And the lead frame 102' is connected by a cover body 10 as the other end; the bracket is provided with a folded-angled rod body 'and distributed between the end points of the cover body 1 and the base u side; the positioning frame body 101 series gate-shaped rod body, which is provided with a plurality of perforations 1 〇 1 于 in the longitudinal direction for the optical fiber distribution board 3 sets 'and the positioning frame 101 is disposed on both sides between the cover 10 and the base 11; the lead frame 1G2 provides the guide wire around the guide wire (4), which has a plurality of τ-shaped, = pole _, set The cover body 1G and the base Uu; the side cover 13 = 12 shape touches respectively, which are respectively attached to the plurality of brackets (10) distributed at each corner (the length of the T-thickness-capacity, can be set to _fiber _ 3, and the =1 (four) needle f理和·导人和导纽能, has reached the purpose of occupation management θν > q Xi 2 The fiber distribution panel 3 is placed side by side of the rack 1, and the optical fiber distribution panel phase through the perforation The lion and the puncturing surface of the positioning frame body (8) of the frame 1 are correspondingly locked and the plurality of optical fiber distribution boards 3 are sequentially arranged from top to bottom, wherein the 5 M4140131 is connected, and the optical gauge wire 4 is placed by the guiding hole 1G4. The rack 1 is integrated by the optical fiber distribution board 3, and then led out by the lead frame 311 and wound around the gantry of the rack 丨1Q2, and the optical 緵 wire 4 is concentrated by the lead hole of the cover 〇1 1〇3 output connection, thereby achieving the purpose of centralized management and maintenance of fiber optic cables. Wherein, the positioning arrangement of the frame 1 is disposed on the base 2 of a rectangular block, and the plurality of holes 20 are drilled between the bases 2, the position and the frame! Corresponding to the perforation no between the bases u, and the expansion screws 21 are arranged therein, the perforations 11〇 of the racks are corresponding to the slots 20 of the base 2, and a washer 22 and a spring are respectively disposed on the side of the base 2 The washer 23 is provided with a spring washer, a washer 4 and a base 2 and the expansion screw 21 are correspondingly locked by a bolt 24, and the arrangement of the scale and the fiber optic mirror is centralized and maintained. The purpose. In the above, the present invention has been described with reference to the specific embodiments, and it is obvious that various modifications, changes and changes may be made without departing from the spirit and scope of the invention. The corresponding description and graphic lines are illustrative and not limiting the scope of the creation. Therefore, it is stated that this creation should cover all the amendments and changes in the scope of the additional patent application and its equivalents appearing in this creation. " 6 M414013 ' * [Simple description of the diagram] Figure 1: The distribution panel of the original fiber A three-dimensional schematic diagram of structural improvement. Fig. 2 is a schematic view showing the combination of an optical fiber receiving tray with improved wiring structure of the optical fiber. Fig. 3 is a schematic view showing the arrangement of the improved mounting frame of the optical fiber of the present invention between the main frames. Fig. 4 is a schematic diagram showing the arrangement of the optical fiber distribution panel with the improved wiring structure of the optical fiber. Fig. 5 is a schematic diagram of the frame positioning of the improved fiber optic cable structure of the present invention. • 帛6图: The integrated structure of the fiber-optic distribution panel woven frame with improved wiring structure of the fiber. [Description of main component symbols] Cover 10 Support 100 Positioning frame 101 Perforation 1010, 110, 3000 Lead frame 102 Collector rod 1020 Export hole 103 Lead-in hole 104 Base 11 7 M414013
• I 門扇12 側蓋13 基座2 孔槽20 膨脹螺栓21 墊圈22 • 彈簧墊圈23 螺栓24 光纖配線盤3 主機架30 固持部 300 光纖連接器面板 賴H插座310 • 導線架311 連接器312 容置架32 光纖收容盤320 光纜導線4• I Door fan 12 Side cover 13 Base 2 Hole 20 Expansion bolt 21 Washer 22 • Spring washer 23 Bolt 24 Fiber distribution panel 3 Main frame 30 Holder 300 Fiber optic connector panel H socket 310 • Lead frame 311 Connector 312 Rack 32 fiber storage tray 320 cable lead 4