M414012 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， 特別是關於一種具光纖之配線盤結構改良。 【先前技術】 按，通訊設備的進步與提升，使所需的通訊品質與頻寬也日漸 增長，而有良好的通訊也帶給眾使用者更便利的生活及資訊的流通。 然，光纜以取代現有以銅纜作為信號傳達的媒介，而光纖的傳 訊係將電傳訊號轉換成光波，經過光纜傳送，而光纖傳輸之優點在 於頻寬較高、傳輸距離遠、不易受外來訊號及電磁波等干擾，於通 信、電視及網路已逐漸被使用，而為使光纜有較佳的保護及管理， 則需以容量大體積小之機架作為管理。 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 有容置架、固持部、光纖連接面板及導線架，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：一容置 架、複數固持部、一光纖連接器面板、一導線架所組構，其中該容 置架提供複數光纖收容盤的設置。光纜由機架入口導入，剝除其保 護層露出光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光纖連接器面板上的連接器插座，以做光纖交 3 M414012 似J狀之板件，而於水平面形成置線槽32i ’其設置對應於二者固 持部31 —側間’藉此，該光纖配線盤3形成一可容置複數光纖收容 盤33及光纖分配之整合； 該光纖配線盤3於組構設置時，其由機架1之一側穿置其中， 而光纖配線盤3之固持部31之穿孔31〇與機架丨間之定位架體U1 之穿孔1110相對應鎖固，且由上而下依序設置複數光纖配線盤3(圖 未示，請參閱第4圖），藉此，經由機架1的整合，使複數光纖配線 盤3得以整合於一機架丨内，經由機架丨的整合配置使所銜接之光 纜導線得以導出配置。 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箱示意圖，其中機架1係一容 置空間之金屬材’其包括有一蓋體1()、—底座U、複數支架110、 複數疋位架體11卜-導驗113所域，並於餘1環圍設置複 數側蓋13及一門扇12作為保護，其中該蓋體1〇係矩形板體，其中 穿設有複數導入孔100及導出孔101，供與光纜導線4之導入與導 出，其於蓋體10 -側設置複數支架11〇、複數定位架體⑴及導線 架,113，並以一底座u作為另一端之接固；該底座u係矩形體設 有複數穿孔112 ’供與基座2結合ϋ持’且於底座—側設置複數 支架110、複數定位架體⑴及導線架113 ’並以一蓋體10作為另 -端之接S1 ;該支架110係具折角之桿體，並分佈設置於蓋體1〇及 底座11 一側之各端點間；該定位架體lu係门形之桿體，其於縱向 面设置複數穿孔1110，供與光雜雜3所設置，而定位架體⑴ 設置於蓋體10與底座11間之兩側，·該導線架113係提供導引盤繞 光窥導線4之桿體’其中設有複數了形狀之集線桿⑽，並設置於 5 M414012 集線桿1130 門扇12 側蓋13 基座2 孔槽20 墊圈 21 彈簧墊圈 22 螺栓23 膨脹螺栓24 光纖配線盤3 容置架30 固持部31 導線架32 連接器插座320 置線槽321 光纖連接器面板 連接器323 光纖收容盤33 光纜導線4M414012 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 a fiber optic patch panel structure. [Prior Art] According to the advancement and improvement of communication equipment, the required communication quality and bandwidth are also increasing, and good communication also brings more convenient life and information circulation to users. However, the optical cable replaces the existing copper cable as the signal transmission medium, and the optical fiber communication system converts the teletype signal into light wave and transmits it through the optical cable. The advantage of the optical fiber transmission is that the bandwidth is high, the transmission distance is long, and it is not easy to be external. Interferences such as signals and electromagnetic waves have been gradually used in communications, television, and networks. To ensure better protection and management of optical cables, it is necessary to manage racks with large capacity and small size. Therefore, the present invention is an improved structure of an optical fiber distribution panel having a receiving frame, a holding portion, a fiber connecting panel and a lead frame, and the receiving frame provides a setting of a plurality of optical fiber receiving trays and is connected by The socket is used to connect and exchange optical fibers, and the rack is set up to achieve integration and management. [New Content] An optical fiber distribution panel structure is improved, wherein the optical fiber distribution panel comprises: a receiving frame, a plurality of holding portions, a fiber connector panel, and a lead frame, wherein the receiving frame provides a plurality of optical fiber receiving Disk settings. The optical cable is introduced from the entrance of the rack, and the protective layer is stripped to expose the optical fiber, and the optical fiber lead can be connected between the optical fiber receiving tray. The connected optical fiber lead connector can be inserted into the connector socket on the optical connector panel to make the optical fiber intersection. 3 M414012 is a J-like plate member, and a horizontal groove 32i is formed in a horizontal plane, and the arrangement is corresponding to the two holding portions 31. The optical fiber distribution disk 3 is formed to accommodate a plurality of optical fiber receiving trays 33 and Integration of the optical fiber distribution; when the optical fiber distribution board 3 is disposed in the fabric, it is placed through one side of the frame 1 , and the positioning frame of the through hole 31 固 of the holding portion 31 of the optical fiber distribution tray 3 and the frame The through hole 1110 of the U1 is correspondingly locked, and the plurality of optical fiber distribution trays 3 are sequentially arranged from top to bottom (not shown, see FIG. 4), whereby the plurality of optical fiber distribution trays 3 are integrated via the integration of the chassis 1. It can be integrated into a rack, and the connected cable leads can be exported and configured via the integrated configuration of the rack. Please refer to the "Figure 4, Figure 5 and Figure 6". It is shown in the figure that it is a schematic diagram of the combination of the improved structure of the optical fiber distribution board of the present invention, wherein the frame 1 is a metal material for accommodating space. 'It includes a cover 1 (), a base U, a plurality of brackets 110, a plurality of clamp frames 11 - a guide 113, and a plurality of side covers 13 and a door 12 are provided as protection for the remaining one ring. The cover body 1 is a rectangular plate body, wherein a plurality of introduction holes 100 and a lead-out hole 101 are bored for introduction and derivation of the cable lead 4, and a plurality of brackets 11 〇 and a plurality of locators are disposed on the side of the cover 10 - The body (1) and the lead frame, 113, and a base u as the other end; the base u-shaped rectangular body is provided with a plurality of through holes 112' for holding and holding with the base 2 and a plurality of brackets 110 are disposed on the base side And the plurality of positioning frame body (1) and the lead frame 113' are connected by a cover body 10 as the other end; the bracket 110 is provided with a folded angle body and distributed on the side of the cover body 1 and the base 11 Between the end points; the positioning frame body is a rod-shaped rod body, which is provided with a plurality of perforations 1110 in the longitudinal direction for the light The miscellaneous 3 is disposed, and the positioning frame body (1) is disposed on both sides between the cover body 10 and the base 11. The lead frame 113 provides a guide body for guiding the coiled light guide wire 4, wherein a plurality of shapes are arranged. Rod (10) and set at 5 M414012 Hub 1130 Door fan 12 Side cover 13 Base 2 Hole 20 Washer 21 Spring washer 22 Bolt 23 Expansion bolt 24 Fiber distribution panel 3 Housing 30 Holder 31 Lead frame 32 Connector socket 320 Threading slot 321 Fiber optic connector panel connector 323 Fiber accommodating disk 33 Cable wire 4