M428369 五、新型說明： 【新型所屬之技術領域】 本創作係唯一光纜终端及引出之盒體，特別是關於一種 用於電信主箱内體積小組裝便立即可提供保護通信線路之一 種光纜終端箱體。 【先前技術】 φ 習用之光纜配線盒請參考中華民國專利公告號364603光 纖接續盒（下稱引證案1)、M360504電纜引接箱背板模組（下 稱引證案2)、M273000光纜接續箱體結構（下稱引證案3)。 引證案1之樣品係安裝於牆壁，不能使用於公寓或大樓 之電信箱體内；且並未含有光纖接續點保護裝置，以及餘長 收容裝置，容易發生光纖斷裂或彎曲；引證案2之被板模組 樣品係安裝於電纜引接箱背板，連接器插拔不易；引證案3 φ 之光纜接續箱體結構係一使用於戶外之氣密及水密性結構， 不可堆疊、僅能終端小心數之光纜。 引證案1 引證案2 引證案3 構造 主體、基座、 蓋體 背板、光纖分 歧器、光纖跳 接線端子 殼體、殼蓋、 氣密及水密 機制 光纖接續點保護裝置 無 有 有 餘長收容裝置 無 無 有 抗張體固定 無 益 ♦»*> 有 安裝地點 牆壁 電緵引接箱 牆壁 是否可側向安裝 益 益 無 連接器插拔難易 難 難 難 M428369 經由上述比較後，可知該引證案1之缺點為構造複雜， 缺乏光缓接續點保護以及餘長收容裝置，並且因體積較大， 僅能裝置於牆壁上’不能適用於公寓、大樓之電信箱體内， 安裝地點受限。此外不可側向安裝以及插拔連接器時一干擾 到鄰近插座也是引證案無法克之缺點。引證案2之缺點為只 能裝置於電纜引接箱背板，接器插拔不易，且無擴充性。弓丨 證案3僅供光纜終端之用不含光纖連接器，體積較大部適合 裝設於大樓之總配線箱内，且不可側向安裝以及旋轉機制。 由此可見，上述習用技術仍有諸多缺失，實非一良善之 設計者，而亟待加以改良。 【新型内容】 本創作之目的即在於提供一種可使用於牆壁、公寓、大 樓之電信小型箱體内之光光纜終端及連接之小型箱體。它可 側向安裝’僅佔箱體内不到5公分之寬度，提供光纜終端， 以及餘長收容’避免光纖堆疊，益於將來維修；並可提供適 當的彎曲曲率半徑，避免光纖折斷以及造成光纖彎曲損失， 延長使用壽命。此外它還具備有轉動功能，插拔光纖連接器 時可將可轉動式光纜终端盒之插座模組往上轉動4〇度，易於 插拔位於下方之光纖連接器。 達成上述創作目的之可轉動式光纜终端盒，由插座模 組、插座模组保護蓋、及接續區模組所組成。插座模組底座 M428369 上有八個下陷凹槽可固定連接器插座，内側插有預先配好八 個連接器插頭之預配光纜，每心預配光纜皆不等長，其長度 為插頭插上後繞線最少且彎曲半徑大於3cm。預配光規另_ 邊位於接續區模組與大樓之垂直光纜熔接。連接器插座外側 供水平光纜配合現場組裝之光纖連接器插頭終端，達成水平 與垂直光纜介接之任務。利用特殊螺絲將插座模組與接續區 模組之轉轴結合；插座模組背面之固定座崁入接續區模組背 ® 面之定位凹槽’提供插座模組相對接續區模組轉動40度之機 制‘。以固定插銷將插座模組及插座模組保護蓋結合；並以鎖 具螺絲將插座模組保護蓋鎖於預埋於接續區模組之螺絲孔洞 中元成上鎖之機制β接續區模組底座有繞曲柱及方形光纖導 引槽結構供盤繞預配光瘦光纖及引進之垂直光纜光纖餘長。 此.外、底座四角端各有四個圓柱形孔洞，可供上下蓋結合之 用’另抗張體固定子位於預配光纜入口之圓孔旁，其結構為 ®長方形底座，此外光纜内含之凱弗拉線抗張體亦可纏繞於固 定螺絲上’利用固定螺絲可同時固定抗張體及固定座於光化 模組底座上《槽梳公收容及固定接續點保護套之用。此一可 轉動式光纜終端盒可以側面或正面配置於公寓或大樓之電信 相體内作為垂直光纜及水平光纜介接之處。 一種可轉動式光纜終端盒，其中包括：插座模組底座盒 體’其上有複數個痒連接器插座’預先配好複數個蟑連接器 插頭之預配光纜，每心預配光纜皆不等長，其長度係為插頭 M428369 插本後繞線最少且彎曲半徑大於三公分，上有插銷通道經由 固定插銷和插座模組保護蓋緊密螺合，以及另有轉動軸及固 定柱使插座模組底座盒體相對接續區模組轉動；插座模組保 護蓋，係經由該插銷通道及該固定插銷和該插座模組保護蓋 緊密螺合，另經由鎖具螺絲和接續區模組螺合提供上鎖及保 濩機制，以及接續區模組，上有敲孔及預配光纜供外界光纜 引入熔接、相同間隔之梳狀物，係供光纖熔接點保護套固定 之用、餘長收容固定座係收容光纖接續餘長、固定卡槽提供 插座模組轉動機制、預埋螺柱提供上鎖以及保護機制，該插 座模組底座盒體係有預配光纜穿孔供盤繞預配光纜光纖餘 長，該插座模組底座盒體係有預配光纜穿孔供預配光纜通 道，該插座模組底座盒體係有八個光纖連接器插座，供預先 配好之八個連接器插頭之預配光纜***，該插座模組底座盒 體係有轉動軸及固定柱使其插座模組相對接續區模組轉動， 該插座模組底座盒體係有插銷通道其經由固定插銷和插座模 組保護蓋緊密螺合，該插座模組保護蓋其經由該插銷通道及 該固定插銷和插座模組保護蓋緊密螺合；以及另經由鎖具螺 絲和接續區模組螺合提供上鎖及保護機制，該接續區模組其 上係有複數個敲孔及束緊帶穿孔供光纜引入及固定，該接續 區模组其上係有相同間隔之疏狀物，供光纖熔接點保護套固 定之用，該接續區模组其上係有餘長收容固定座收容光纖接 續餘長，該接續區模组其上係有固定卡槽提供插座模组轉動 M428369 -機制，該接續區模組其上係有預埋螺柱提供上鎖及保護機 制’該接續區模組其底座二角端各有二個圓柱形孔洞，供上 Η結合H及光Μ係包含之孰弗拉線抗張體其纏繞 ;疋螺蛛上其中該光纜終端盒係為側向或正向裝置於公 寓或大樓之電信箱體，其側向裝置時插座模組可相對接續區 模组向上轉動至少40度。 本創作所提供之可轉動式光缦终端盒，與其他習用技術 •相互比較時’更具備下列優點： ..I本創作外型輕薄可側向安裝於公寓住宅及大樓之電信 箱體内供垂直光纜及水平光纜相互銜接之用；為建置 光纖到家網路不可或缺之重要盒體。 2.本創作採預先配缓方式在接續區模組内與垂直光窺接 續。有光纖接續點保護裝置可它可提供光纖接續點保 、 護，以及餘長收容，並可提供適當的彎曲曲率半徑， 避免光纖折斷以及造成光纖彎曲損失，延長使用壽命。 鲁 3.本創作為可轉動式式，插座模組可相對接續區模組轉 動，側向安裝時插座模組可相對接續區模組向上旋轉 至少40度，如此，可方便位於插座模組下方之光纖連 接器插頭插拔，方邊工作人員操作。 上列洋細說明乃針對本創作之一可行實施例進行具體說 明，惟該實施例並非用以限制本創作之專利範圍，凡未脫離 本創作技藝精神所為之等效實施或變更，均應包含於本案之 專利範圍中。 【實施方式】 7 M428369 請參閱第-圖所示，為本創作之可轉動式光纜終端盒之 結構實施例圖，其係由一插座模組底座盒體1〇、收容固定於 插座模組底座盒體10上之多數埠光纖連接器插座n，一蓋合 於插座模組底座盒體1 〇上的插座模組外蓋20，以固定插銷 12和插座模組底座盒體1 〇結合之插座模組保護蓋;接續 區模組底座盒體40，一蓋合於接續區模組底座盒體4〇上的接 續區模組外蓋50,及將插座模組保護蓋3〇與接續區模組底座 盒體40固定之鎖具螺絲6〇所構成。 清參閱第二圖所示，為本創作之可轉動式光纜終端盒之 插座模組底座盒體圖，插座模組底座盒體〗〇可收容八個光纖 連接益插座11、預配光窺（頭端含有光纖連接器插頭）由預配 光窥穿孔13通過後，預先插在多數埠光纖連接器插座n上， 預配光纜光纖心線之長度為插頭插上插座後不得有彎曲半徑 過小造成損失增加之情形，插座模組底座盒體1 〇角隅皆設有 複數螺孔14可藉由下端螺紋，複數螺絲螺合插座模組底座盒 體10及插座模組外蓋20 ;插座模組底座盒體1〇靠左側處另 有一圓狐型繞曲座15供預配光纜收容固定之用。插座模組底 座盒體10右側角隅另有一轉動軸16以螺絲和位於接續區模 组之轉動柱螺合。插座模組底座盒體10左端角隅另有二個插 銷通道17，此二個插銷通道17與位於插座模組保護蓋3〇上 之另一插銷通道31成一直線後，可以固定插銷12結合插座 模組底座盒體10與插座模組保護蓋30。 M428369 請參閱第三圖所示，為本創作之可轉動式光纜終端盒之 插座模組底座盒體背面圖，插座模組底座盒體1〇背面，另有 一固疋柱18，係可卡入接續區模組底座4〇上之定位凹槽 内，使得插座模組可相對於接續區模組轉動約4〇度。 請參閱第四圖所示，為本創作之可轉動式光纜终端盒之 接續區模組底座圖，接續區模組底座4〇上之定位凹槽41供 插座模組底座盒體ίο上之固定柱18接合，預配光纜穿孔42 供預配光纜通過，預埋之螺絲柱43,供鎖具螺絲6〇結合，轉 動軸座44供插座模組底座盒體1〇上之轉動軸16接合。 明參閱第五圖、第六圖以及第七圖所示，係為本創作之 可轉、動式光纜終端盒之接續區模組底座背面圖、組合之完成 品圖以及插座模組相對接續區模組旋轉之實施圖例接續區 模組底座4〇之背面為預配光纜與引進之垂直光纜熔接之處； 接續區模組底座40左侧二端有二個敲孔45,以鉗子可扳開敲 孔45供垂直光缓引入。左側邊上另有複數個束緊帶穿孔46， 可供固定垂直光纜。另配備有光纖接續點保護套固定座47， 唯一具有相等間隔之梳狀物，供光纖熔接點保護套固定之 用。可藉由螺盒體或雙面膠帶固定於接續區模組底座4(^接 續區模組底座40四邊設有複數個光纖餘長收容固定座48，可 收容固定光纖餘長。光纖心線熔接實施時，利用光纖熔接機 將欲熔接之光纖—一熔接，並利用接續點保護套（為—熱縮 性塑膠材質）包覆於已溶接完成光纖之接續點外緣以保護 9 M428369 該光纖不因外力之碰觸，裂。接著將光絲接點保護套依 序置放於光纖接續點保護套固定座47之中並小心將光纖接續 餘長收容於餘長收容空間49内之光纖餘長收容固定座48。並 藉由複數螺合體41〇將接續區模組底座4〇與接續區模組外蓋 5〇緊密螺合。成品侧向安裝及打開鎖具螺絲6〇，插座模組相 對接續區模組旋轉之實施圖例。 上列詳細說明乃針對本創作之一實施例進行具體說明， 惟該實施例並非用以限制本創作之專利範圍，凡未脫離本創籲 作技藝精神所為之等效實施或變更，均應包含於本案之專利 範圍中。 综上所述，本案不僅於技術思想上確屬創新，並具備習 用之傳統方法所不及之上述多項功效’已充分符合新賴性及 進步性之法定新型專利要件，爰依法提出申請，懇請貴局 核准本件新型專利申請案，以勵創作，至感德便。 【圖式簡單說明】 請參閱有關本創作之詳細說明及其附圖，將可進一步瞭 解本創作之技術内容及其目的功效；有關附圖為： 第一圖係為本創作之可轉動式光纜终端盒之結構實施例 圖； 第二圖係為本創作之可轉動式光纜終端盒之插座模組底 座盒體圖； M428369 ^ 4亦磴终端盒之插座模組底 第三圖係為本創作之可轉動式光缀^ 座盒體背面圖； 也 _ , ^ , β技办斗氺纘终端盒之接續區模組 第四圖係為本創作之可轉動式光缀^ 底座圖； 地 <祕办斗·忠鍇終端盒之接續區模組 第五圖係為本創作之可轉動式光媒… 底座背面圖； 第六圖係為本創作之可轉動式光纜终端盒之組合之完或 品圖； -第七圖係為本創作之可轉動式光纜終端盒之插座模組相 對接續區模組旋轉之實施圖例。 【主要元件符號說明】 :10插座模組底座盒體 π多數埠光纖連接器插座 12固定插銷 13預配光纜穿孔 14複數螺孔 15圓弧型繞曲座 16轉動軸 17插銷通道 18固定柱 20插座模組外蓋 30插座模組保護蓋 31插銷通道 40接續區模組底座盒體 M428369 41 定位凹槽 42預配光纜穿孔 43螺絲柱 44轉動軸座 45敲孔 46束緊帶穿孔 47保護套固定座 48光纖餘長收容固定座 49餘長收容空間 410複數螺合體 50接續區模組外蓋 60鎖具螺絲 12M428369 V. New Description: [New Technology Field] This is the only cable terminal and the box that is led out, especially for a cable terminal box that can provide protection communication lines immediately after small assembly in the main telecom box. body. [Prior Art] φ Customized cable distribution box, please refer to the Republic of China Patent Announcement No. 364603 Optical Fiber Connection Box (hereinafter referred to as Citation 1), M360504 Cable Connection Box Backplane Module (hereinafter referred to as Citation 2), M273000 Optical Cable Connection Box Structure (hereinafter referred to as Citation 3). The sample cited in Case 1 is installed on the wall and cannot be used in the telecom cabinet of the apartment or building; it does not contain the fiber connection point protection device, and the excess length storage device is prone to fiber breakage or bending; The sample of the board module is installed on the backplane of the cable connection box, and the connector is difficult to plug and unplug; the structure of the 3 φ optical cable connection box is used for outdoor airtight and watertight structure, and cannot be stacked, only the terminal can be careful. Cable. Citation 1 Citation 2 Citation 3 Structure main body, base, cover back plate, optical fiber splitter, optical fiber jumper terminal housing, cover, airtight and watertight mechanism Optical fiber connection point protection device without excess length storage device There is no anti-tensioning and no benefit. ♦»*> There is a wall mounting point on the wall. Can the wall be installed laterally? It is difficult to insert and pull the connector. M428369 After the above comparison, the reference number 1 is known. Disadvantages are complicated structure, lack of light-smooth connection protection and excess length containment device, and because of its large size, it can only be installed on the wall. It cannot be applied to the telecom cabinet of an apartment or building, and the installation location is limited. In addition, it is not possible to laterally install and interfere with the adjacent socket when plugging and unplugging the connector. The shortcoming of Citation 2 is that it can only be installed on the backplane of the cable connection box, the connector is difficult to insert and pull, and there is no expansion. Bow 丨 Testimony 3 is for optical cable termination only. It does not contain fiber optic connectors. The larger part is suitable for installation in the main wiring box of the building, and it cannot be installed laterally and rotated. It can be seen that there are still many shortcomings in the above-mentioned conventional technology, which is not a good designer, but needs to be improved. [New Content] The purpose of this creation is to provide a small box that can be used for the optical fiber cable terminals and connections in small telecom cabinets for walls, apartments, and buildings. It can be installed sideways to a width of less than 5 cm in the cabinet, providing fiber optic cable terminations, and excess length accommodation to avoid fiber stacking, which is beneficial for future maintenance; and can provide appropriate bending radius of curvature to avoid fiber breakage and cause Fiber bending loss, extending service life. In addition, it also has a rotating function. When the fiber optic connector is plugged and unplugged, the socket module of the rotatable cable terminal box can be rotated up to 4 degrees, and the fiber connector located below can be easily inserted and removed. The rotatable optical cable terminal box for achieving the above-mentioned creative purpose is composed of a socket module, a socket module protection cover, and a connection area module. The socket module base M428369 has eight recessed recesses for fixing the connector socket, and the inner side is equipped with a pre-equipped optical cable with eight connector plugs in advance. Each pre-fitted optical cable is not equal in length, and the length is plugged into the plug. The rear winding is the least and the bending radius is greater than 3 cm. The pre-distributed light gauge _ is located in the connection zone module and the vertical cable of the building is welded. The outside of the connector socket is provided with a horizontal fiber optic cable and a fiber optic connector plug terminal assembled on site to achieve the task of connecting horizontal and vertical cables. The socket module is combined with the rotation shaft of the connection zone module by using a special screw; the fixing seat on the back of the socket module is inserted into the positioning groove of the back surface of the connection module; the socket module is rotated 40 degrees with respect to the connection area module. The mechanism'. The socket module and the socket module protection cover are combined by a fixed bolt; and the socket module protection cover is locked with a lock screw in a screw hole embedded in the connection area module, and the mechanism is interlocked. There are a winding column and a square fiber guiding groove structure for coiling the pre-distributed optical fiber and the length of the introduced vertical fiber optic cable. There are four cylindrical holes at the four corners of the base and the base for the combination of the upper and lower covers. The other anti-tensioning anchor is located next to the round hole of the pre-fitted cable entrance. The structure is a rectangular base, and the cable is included. The Kevlar line tensile body can also be wound on the fixing screw. 'The fixing screw can be used to fix the tensile body and the fixing seat on the base of the actinic module for the purpose of the slot card male accommodation and the fixed connection point protection sleeve. The rotatable cable terminal box can be placed sideways or on the side of the telecommunications body of the apartment or building as a vertical cable and a horizontal cable. A rotatable optical cable terminal box, comprising: a socket module base box having a plurality of iterative connector sockets thereon; pre-equipped optical cables with a plurality of 蟑 connector plugs, each of which is pre-equipped with optical cables Long, the length is the plug M428369 after the insert has the least winding and the bending radius is more than three centimeters. The upper latching channel is tightly screwed through the fixed latch and the socket module protective cover, and the rotating shaft and the fixed post make the socket module The base box body rotates relative to the connection area module; the socket module protection cover is tightly screwed through the pin passage and the fixing pin and the socket module protection cover, and is further locked by the lock screw and the connection area module screwing And the protection mechanism, and the connection zone module, which has a knocking hole and a pre-distributed optical cable for the external optical cable to be introduced into the welding, the comb of the same interval, for fixing the optical fiber fusion splice protection sleeve, and the remaining length receiving the fixed seat system The fiber optic connection length, the fixed card slot provides the socket module rotation mechanism, the pre-embedded stud provides the locking and the protection mechanism, and the socket module base box system has the pre-fitted cable pierce for Around the length of the pre-distributed optical fiber, the socket module base box system has a pre-fitted cable perforation for pre-distributing the optical cable channel, and the socket module base box system has eight fiber connector sockets for pre-configured eight connectors. The pre-fitted optical cable of the plug is inserted, and the socket module base box system has a rotating shaft and a fixing post, so that the socket module rotates relative to the connection area module, and the socket module base box system has a latching passage through the fixed plug and the socket module The protective cover is tightly screwed, and the socket module protective cover is tightly screwed through the latching passage and the fixed latch and the socket module protective cover; and the locking and protecting mechanism is further provided by screwing the locking screw and the connecting zone module. The connection zone module has a plurality of knockout holes and a tightening tape perforation for introducing and fixing the optical cable, and the connection zone module is provided with the same interval of sparseness for fixing the optical fiber fusion splice protection sleeve, The connection area module has an excess length receiving holder for receiving the optical fiber connection length, and the connection area module is provided with a fixed card slot for providing the socket module rotation M428369 - mechanism, the connection The module is provided with a pre-embedded stud to provide a locking and protection mechanism. The connecting zone module has two cylindrical holes at the two corner ends of the base for the upper jaw to combine with the H and the optical system. The anti-tension body is wound; the cable terminal box is a telecom box body that is laterally or forwardly disposed in an apartment or a building, and the side panel device can be rotated upward by at least 40 degrees with respect to the connection area module. The rotatable diaphragm terminal box provided by this creation has the following advantages when compared with other conventional technologies: .. I. The creation is light and thin, which can be installed laterally in the telecom cabinet of the apartment and the building. Vertical cable and horizontal cable are used to connect each other; it is an indispensable box for building fiber-to-home network. 2. This creation adopts the pre-reset mode to connect with the vertical peek in the connection area module. There is a fiber optic splice protection device that provides fiber optic splice protection and protection, and provides a suitable radius of curvature to avoid fiber breakage and fiber bending loss and prolong service life. Lu 3. This creation is a rotatable type. The socket module can be rotated relative to the connection module. When the side is installed, the socket module can be rotated upwards by at least 40 degrees relative to the connection module. Thus, it can be conveniently located below the socket module. The fiber optic connector is plugged and unplugged and operated by the staff on the side. The above description of the present invention is intended to be illustrative of a possible embodiment of the present invention, and is not intended to limit the scope of the present invention. Any equivalent implementations or modifications that are not departing from the spirit of the present invention should include In the scope of the patent in this case. [Embodiment] 7 M428369 Please refer to the figure-picture, which is a structural example of the rotatable optical cable terminal box of the present invention, which is a socket module base box 1 收容, received and fixed to the socket module base A plurality of fiber optic connector sockets n on the casing 10 are attached to the socket module cover 20 on the socket module base 1 to fix the pins 12 and the socket module base 1 The module protection cover; the connection area module base 40, a connection area module cover 50 covering the connection module base box body 4, and the socket module protection cover 3〇 and the connection area module The base box 40 is fixed by a lock screw 6〇. As shown in the second figure, the base of the socket module of the rotatable optical cable terminal box of the present invention, the socket module base box can accommodate eight optical fiber connection sockets 11, and the pre-matching light glimpse ( The head end contains the fiber optic connector plug) and is pre-plugged into the majority of the fiber optic connector socket n after being passed through the pre-distribution optical perforation hole 13. The length of the pre-fitted optical fiber core wire is not to be too small when the plug is plugged into the socket. In the case of increased loss, the socket module base box 1 has a plurality of screw holes 14 which can be threaded by the lower end, a plurality of screws screw the socket module base box 10 and the socket module cover 20; the socket module The base box body 1 has a round fox-shaped buckle seat 15 on the left side for pre-distributing the optical cable for fixing. The right side corner of the socket module base body 10 has a further rotating shaft 16 which is screwed with a screw and a rotating column located in the joint zone module. The left end corner of the socket module base box 10 has two other latching passages 17, and the two latching passages 17 are aligned with the other latching passages 31 on the socket module protective cover 3, and the latch 12 can be fixed to the socket. The module base case 10 and the socket module protection cover 30. M428369 Please refer to the third figure, which is the rear view of the socket module base box of the flexible cable terminal box of the present invention. The socket module base box has a back side and a solid column 18, which can be engaged. The positioning groove in the splicing area of the module base 4 is such that the socket module can rotate about 4 degrees with respect to the splicing area module. Please refer to the fourth figure, which is the base diagram of the connection area of the rotatable optical cable terminal box of the present invention, and the positioning groove 41 on the base of the connection module base 4 for fixing the socket module base box ίο The post 18 is engaged, the pre-fitted cable perforation 42 is passed through the pre-fitted cable, the pre-embedded screw post 43 is provided for the lock screw 6〇, and the rotary shaft mount 44 is engaged by the rotary shaft 16 on the socket module base case 1 . Referring to the fifth, sixth and seventh figures, it is the rear view of the module base of the connection area of the convertible and movable optical cable terminal box, the completed product picture of the combination and the relative connection area of the socket module. The module rotation is implemented in the connection area. The back of the module base 4 is the place where the pre-distributed cable and the imported vertical cable are welded. The two sides of the left side of the connection module base 40 have two knocking holes 45, which can be opened by the pliers. The knock hole 45 is for slow introduction of vertical light. On the left side, there are a plurality of tightening strap perforations 46 for fixing the vertical cable. It is also equipped with a fiber optic splice point holder 47, the only comb with equal spacing for the fixing of the fiber splice point cover. It can be fixed to the connection module base 4 by a screw box or double-sided tape. (There are a plurality of fiber length storage holders 48 on the four sides of the connection module base 40, which can accommodate the remaining length of the fiber. The fiber core wire is welded. In the implementation, the optical fiber to be fused is welded by a fiber fusion splicer, and is covered with a splicing point protective cover (for heat-shrinkable plastic material) to cover the outer edge of the spliced fiber to protect the 9 M428369. The optical fiber contact protection sleeve is placed in the optical fiber connection point protection seat 47 in sequence and the fiber length remaining in the excess length accommodation space 49 is carefully reserved. The fixing base 48 is received, and the joint module base 4〇 and the joint module cover 5〇 are tightly screwed by the plurality of screw bodies 41. The finished product laterally installs and opens the lock screw 6〇, and the socket module is relatively connected. The embodiment of the present invention is described in detail with reference to the embodiment of the present invention. However, the embodiment is not intended to limit the scope of the patent of the present invention. Equivalent implementation or change shall be included in the patent scope of this case. In summary, this case is not only innovative in terms of technical thinking, but also has many of the above-mentioned functions that are not in the traditional methods of the past. And the progressive statutory new patent requirements, 提出 apply in accordance with the law, and ask your bureau to approve the new patent application, to encourage creation, to the sense of convenience. [Simplified description of the schema] Please refer to the detailed description of this creation and its attached The figure will be able to further understand the technical content of the creation and its purpose; the related drawings are: The first picture is the structural example of the flexible optical cable terminal box of the creation; the second picture is the creation of this The bottom part of the socket module of the rotating optical cable terminal box; M428369 ^ 4 The third part of the socket module of the terminal box is also the rear view of the rotatable illuminating ^ seat box of the creation; also _ , ^ The fourth picture of the connection module of the β technology office terminal box is the rotation type of the creation of the base ^ base diagram; the ground < secret handling bucket · the terminal block of the loyalty terminal box Department-based The rotating medium of the creation... The rear view of the base; The sixth picture is the completion or the picture of the combination of the rotatable optical cable terminal box of the present creation; - The seventh picture is the flexible optical cable terminal box of the present creation. The implementation of the socket module relative to the rotation of the module. [Main component symbol description]: 10 socket module base box π majority 埠 fiber connector socket 12 fixed pin 13 pre-fit optical cable perforation 14 complex screw hole 15 arc type Rotating seat 16 Rotating shaft 17 Pin channel 18 Fixing post 20 Socket module Cover 30 Socket module Cover 31 Pin channel 40 Continuation area Module base box M428369 41 Positioning groove 42 pre-fitted cable piercing 43 Screw column 44 rotation Shaft seat 45 knocking hole 46 tightening belt perforation 47 protective sleeve fixing seat 48 fiber length storage bracket 49 excess storage space 410 complex screw body 50 connection area module cover 60 lock screw 12