200831969 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種光插座，其用來連接光親線。 【先前技術】 習知技術提供一種光插座，其可埋設在像壁面那樣a 料内’且可與營造材料背面側先行配線完成的光纜線的插 連接好，且通信機器側的光纜線的插頭可從營造材料表 連接（參照例如專利文獻1)。 幻插入 r "亥專光插座，由於係配設在例如營造材料所埋設 各 内’故在營造材料背面侧所先行配線好的光齡被導入埋入: 内’並將設置於光觀端部的_接續到光插座之後， = 餘，度部分t被收納在埋人盒内所空下來的空間内，當光鐵 被考?成比光_所容許的最彳、曲率半徑更彳、的醇半徑時 失便有惡化之虞。於是，如® 8以及® 9所示的，習知 ίίίΓ—種可處理多餘長度的光插座，其以比所容許的最小曲 取構，上’猎此防止傳送損失惡化。 -、褥 的安可安裝於JIS等規格化之大方轂型配線器具用 本寸，前面約略全部係呈開口狀，並具備： 蓋體62，其以自_ 口 _略箱子形狀； *型的光連接部===本安===2口二: 面側；以及捲取構件64，並“ ；女錢接於盍體W的月 安裝連賴_接部63位在背刪的方式 鼓部面側具備約略®筒狀的捲鼓部65,以及從捲 邻口66ί:則方朝下f曲而斷面呈圓弧狀的引導部66，引導 冲b6左右兩側緣形成圓抓此 ^ ^ ⑷]。然後，引導辟^狹机_圖8 1 &土 b/ ' 67分別從引導部66的左右兩側緣向 200831969 上方突出形成，兩引導壁67、67彎曲成圓弧狀，且愈朝背面侧延 伸兩者間隔幅寬愈廣。又，兩引導壁67、67在左右^向上延伸到 比捲鼓部65更外侧的地方，引導壁67的下側端突設有彈性保持 片68 ,其隔著捲鼓部β5的圓周面之間的距離隔間開來。 一在此，當吾人將營造材料背面側所先行配線好之光纜線的插 頭連接到光插座時，並在將設置在該光纜線端部的插頭連接到光 連接部63之後，且在使從連接到光連接部63的插頭延伸出去的 光纜線通過兩引導壁67、67之間的間隙並導入捲鼓部65側之後， 將光纜線多餘的長度部分捲繞於捲鼓部65上，把多餘的長度部分 處理好，這樣光纜線就不會捲繞成比容許最小曲率半徑更小的曲 率半徑，傳送損失便不會惡化，並能簡潔的收納好光纜線。 [專利文獻1]日本特開2005 — 234383號公報 【發明内容】 [發明所欲解決的問題] 在如上述圖8以及圖9所示的光插座中，當把營造材料裏側 所先行配線好的n線連接到光插座時，且在把光連接部所連 接的光纜線拉出到上側，並沿引導部66向後、彎 ( ㈣，之間的間隙之後，使光働左右任一方 献端侧朝捲鼓部65關周方向突出，為了捲繞在捲鼓部65上， 線在扭轉狀態下捲繞。紐，由於該域制始捲繞在 捲妓部65的始畴位並未被支持，故__根本雜（ 所連接的插頭與纜線部分的連結部位）可能會因為被施 加了使光纜線扭轉的力量或外力等，而導致傳送損失惡化。 本發明有鑑於上述問題點，其目的在於提供一種光插座，可 在光連接用具所連接之___分之_連結部位 上的壓力。 [解決問題之技術手段] ▲為達成上述目的，請求項1的發明具備：插座本體，其可埋 设於營造材料顺置的埋人孔内；光連接用具，其收納於插座本 200831969 體内部，具有：第1插頭連接口 材料表面側，且光連接nf和於營造 接於此第1插頭連接σ. ^碩可從營造材料表面側插入連 先行配線狀其絲，f造材料背面侧 頭連接口，·且該光連接用具in碩可插人連接於此第2插 頭之間以光學方式連接·、 f入並連接於兩插頭連接口的插 於背面側，具有= 部==:其1對光連接用具配置 欖線夾持部，可將光之間；在捲取構件上設有 連接，頭與丄外表包覆部分夾持於連接在第_ 置在該捲取構件、]之發明’其中該纜線夾持部設 欖線夾持部至咳捲播繞面更内侧的位置，並將由該 相，規線面圓弧狀曲面所構成的引導部設置在 上設置明’其中該捲取構件 繞位置。 再，、了〜先纟見線所捲繞的位置顯示光纜線的捲 [對先前技術之功效] 接用具’由於S置了麟央持部，其在連接光連 纜線的外以妾口的_與捲取構件的毅部之間央持光 會被触卩》’故紐線根部（卿與細的連結部位） 到外力固ΐ住:藉此能防止光镜線與插頭之連結部位受 w方止光纜線受到壓力，進而抑制因為受到壓力而發生 200831969 的光傳送損失的惡化。 =以=r面彎曲並將其引導=繞 不當外上力，進而能防止光傳送損失惡化。 兀見深又到 结，發明’由於係按照表示機構的表示來捲繞光么覽 j:故可使规線的捲繞健更容魏行，且能防止捲‘忿 依请求項4之發明，由於捲取構件第 ;分散落而對收納作業造成阻礙，具 【實施方式】200831969 IX. Description of the Invention: [Technical Field] The present invention relates to an optical socket for connecting an optical line. [Prior Art] The prior art provides an optical socket which can be embedded in a material like a wall surface and which can be electrically connected to the optical cable of the back side of the building material, and the plug of the optical cable on the communication machine side. It can be connected from the material table (see, for example, Patent Document 1). The phantom insertion r "Hai special light socket, because it is installed in, for example, the built-in materials, so the light age of the front side of the building material is introduced into the buried: inside 'and will be placed at the light side After the _ is connected to the optical socket, the remaining part t is stored in the space that is buried in the buried box. When the light iron is tested, it is more than the maximum allowable radius and radius of curvature. The loss of the alcohol radius is deteriorating. Thus, as shown in the ® 8 and ® 9, conventionally, an optical socket capable of handling an excess length is constructed to prevent the transmission loss from deteriorating by the minimum allowable curve. - The 安 安 安 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装 安装Optical connection part === intrinsically safe === 2 port 2: face side; and take-up member 64, and "; female money is attached to the body of the body W installation month _ _ _ 63 position in the way of deleting The face side has a drum tube portion 65 of a roughly cylindrical shape, and a guide portion 66 having an arcuate cross section from the roll adjacent port 66ί, and the left and right edges of the guide punch b6 are formed to be rounded. ^ ^ (4)] Then, the guide hole narrower _ Fig. 8 1 & soil b / '67 protrudes from the left and right sides of the guide portion 66 to the upper of 200831969, and the two guide walls 67, 67 are curved in an arc shape. Further, the more the width of the gap is wider toward the back side, and the two guide walls 67, 67 extend to the outside of the drum portion 65 in the left and right, and the lower end of the guide wall 67 is provided with elasticity. The holding piece 68 is separated by a distance between the circumferential faces of the drum portion β5. Here, when we will construct the optical cable which is wired first on the back side of the material When the plug is connected to the optical socket, and after connecting the plug provided at the end of the optical cable to the optical connecting portion 63, and passing the optical cable extending from the plug connected to the optical connecting portion 63 through the two guiding walls 67, After the gap between 67 is introduced into the side of the drum portion 65, the excess length portion of the optical cable is wound around the drum portion 65, and the excess length portion is processed so that the optical cable is not wound up to the minimum allowable ratio. When the radius of curvature of the radius of curvature is smaller, the transmission loss is not deteriorated, and the optical cable can be stored in a simple manner. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2005-234383 [Summary of the Invention] [Problems to be Solved by the Invention] In the optical socket shown in FIG. 8 and FIG. 9 above, when the n-wire which is first wired on the inner side of the material is connected to the optical socket, and the optical cable connected to the optical connection portion is pulled out to the upper side, and along After the guide portion 66 is turned rearward and bent ((4), the left and right sides of the diaphragm are protruded toward the circumferential direction of the drum portion 65, and the wire is wound in the twisted state for winding on the drum portion 65. New, due to the domain system Since the initial domain position of the winding portion 65 is not supported, the __ fundamental miscellaneous (the joint portion of the connected plug and the cable portion) may be due to the force or external force applied to twist the optical cable. The present invention has been made in view of the above problems, and an object of the present invention is to provide an optical socket which can be pressed at a joint portion of the optical connector to be connected. [Technical means for solving the problem] ▲ In order to achieve the above object, the invention of claim 1 includes: a socket body that can be embedded in a buried hole in which the material is placed; and an optical connector that is housed in the body of the socket 200831969 and has a first plug connector The surface side of the material, and the optical connection nf and the connection to the first plug connection σ. ^ can be inserted from the side of the surface of the material to be connected to the wire, the front side of the material connection, and the optical connection The device is connected to the second plug and is optically connected to the second plug. The f is inserted into and connected to the plug connection port on the back side, and has a portion ==: a pair of optical connectors are arranged. Grip, Between the light; a connection is provided on the take-up member, and the cover portion of the head and the outer cover is clamped to the invention connected to the take-up member, wherein the cable clamp portion is provided with a wire clamp The holding portion is located on the inner side of the cough-rolling surface, and a guiding portion composed of the arc-shaped curved surface of the phase and the ruled surface is disposed on the upper side, wherein the winding member is wound around the position. Then, the position of the cable is displayed at the position where the cable is wound up. [The effect of the prior art] The connector is installed as a splicing device, and it is connected to the optical cable. _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The optical cable of the w-side is subjected to pressure, thereby suppressing the deterioration of the optical transmission loss of 200831969 due to the pressure. = Bending in the =r plane and guiding it = improper external force, thereby preventing deterioration of light transmission loss. Seeing the deep and reaching the knot, the invention 'because the system is winding up according to the representation of the representation mechanism j: so that the winding of the gauge line can be more comfortable, and can prevent the volume from falling into the invention of claim 4 Because the winding member is scattered; it is hindered by the storage operation, and the embodiment is
C 以下:根據圖1〜圖7説明本發日月之光插座的—個 5形J係以具備本發明之光插座與模塊ϋ =之。又’以下的説明若無特別註 以 =，，，並以圖3⑷之紙面前侧(為以=規 圖3 (b)之左端即為後端。 LI此， 5亥配線裝置1’如圖1以月- λα θ f^ 插座3 ’其以從安裝框4之關口窗恭 /、4、龙 裝框4上。又，在訂4M細路出的狀g安褒於安 Ϊ向2ΐ卜ΐΐΐ _中’將安裝框4之開口窗“的長邊 土1之上下方向）所佔尺寸的1/3 (換言之，可 4a之長邊方向並排3個安裝於安裝框4上的尺寸）規“二= 200831969 件尺寸 姑耸用來將光插座2或模塊插座3等配線器具安裝於壁 大的1裝框4説明之。安裝框4，例如以jis規格化之 令狀，其中央部設有露出配線器具前面的開口^ 的中央40以及横片41、41所包圍 ?^ηϊΡ形成開口1^ 4a。各框片40、40形成有配線器具安裝用的 4安裝孔42各3組。又各横片4卜41的中央部形成有： ί ΐ w ’用來將安裝框4安裝於營造材料所埋設之埋入盒（未 ΠιΓ上的盒用螺絲（未賴示）可插通該孔；以及平板螺_ ί =解板（未經圖示）安裝於安裝框4前面侧 過該孔。又，該等安裝框4若根據其他規 =^也疋可以。又，安裝框4並不限於矩形框狀， 的圓盤狀也可以’只要具有用來安裝配線 ，次，就安裝框4所安裝之光插座2以及模塊插座3説明之。 的槿ίϊΐ座i係—種埋人型配線器具，其絲連接電話線路用 =核塊_ (未經圖示），如圖i〜圖3所示的，具備： Ά成1個組件尺寸’在前面侧具有對應的模塊齡又 ίί 31 30 外。卩可自由裝卸地連接從插入口 31插入的模塊插頭。 另一方面，如圖1以及圖2所示的，光插座2的主要 .f座本體10,其形成2個組件尺寸；光連接用具u (轉 ，、收納於插座本體10的内部；背側蓋體12，其將光連接用丄 $持在其與插座本體10的背面之間；捲取構件13，其安裝連接 1側蓋體12上’可捲繞保持光·多餘的長度部分；以^ : 體14，其可自由裝卸地安裝連接於光連接用具11所具備的2個g 11 200831969 脱。又，光雙線5 保官或運搬等時候閉塞插頭連接口 圈51的插頭50之外，了在f險有具備連接用套 座2當作例子來ί明本;雖然是用單芯型光插座作為光插 光插座 來 疋也可以用可連接2根光缦線的2芯型 15，其兩端有開口； Y轉接S，錢：角筒狀殼體 地#入1而#太&及套同16，插頭50的套圈51可自由裝卸 及第2插頭連接口 15a ^在兩端侧具有第1以 口15b上連接營造材料背面側先行配^好之光 ==部15c，比凸緣部15c更上侧之部位比起下側 =在接用具11 —邊的插頭連接口 15&上設置了 一對開 二二表面側連接設置於光纔線端部之插頭 I光嘴Ιΐ/^ti Λι，用來防止第2插頭連接口i5b所連接 二=閉靡部17，以可朝插頭連接口❿插入上頭 12 200831969 頭到光連接用具11時’光 將開閉扉部17、17 對開閉靡部17、17， 頭的套圈與套筒16嵌^ :/，插入光連接用具11内，插 11上。另一方面，從朵"、鱼姑曰田先、、見線的插頭便連接到光連接用具 部17、17會利用板彈簧的顧具2光時，一對開閉扉 插座本體H)，如圖移^ 3插頭連接口版。 ：：：τ：：：ϊΐ^：：------- 入口 18b，錄弁i車接用/^斜如的中央部上貫通設置了插 ι_面側Γ，如圖2以及1==接口2連通。又膨出部 位用肋部19，其抵接殼體15H=f ’ —體犬出設置了複數定 .，私5二巧15的刖面侧，以固定光連接用具11。 1 _安心10 插座本體10的左右兩側面上形成有2個 几H i Λ 可分別與安裝框4之一對安裝孔42凹 H 缺σ部1 Gb，插座本體1 ◦内面之缺口 410b附近大出设置有光纜線5之把持部52可嵌入，並用來固定 =持部52的固定用肋部i〇c。再者，插座本體1()之 内侧面上，分獅成了設有卡止孔而的卡止用肋部他。 在此，當把光連接用具H收納於插座本體1〇 Θ時，便使用 ㈣蓋體12將光連接用具U固定於插座本體1〇上。背側蓋體 12 ’如圖1以及®I 2卿的係由合賴脂細品所構成，一體具 備：平板部20，其以左右方向為長邊方向；抵接部21，其突出& 置於平板部20的前面側上’與插座本體1〇之定位用肋部19 一起 夾持光連接用具11之殼體15 ;以及㈣狀的支持台部22，其從 平板部20的背面向後方突出並支持捲取構件13，且平板部2〇之 13 200831969 孔lOd tt向兩側部上，一體形成有可與插座本體10之卡止 部15c 又抵接部21上形成有與殼體Β之凸緣 兩端側fa °再者，平板部2G之前面側的左右方向 盥央i車垃田另曰體大出設置了一對移動防止用肋部20b、20b，其 父口 ish : U之凸緣部15c抵接，藉此與插座本體10内之插 朝具、周緣部—起錄光連接用具11，防止光連接用呈11 ίίί=動。又，該移動防止用肋部20b、，，在左右方^ 動:又支fb_光連觀具11朝左右方向移 99。22之左右兩側片的後部上設置有彈性卡止片 久獅ri月f端侧形成開放缺口，藉此可自由向左右方向·彎曲，且 接卞止片22a的前端部上設置有向外側突出的卡止爪22b。 椹点f件13 ’如圖1以及圖2所示的係由合成樹脂成型品所 :二Ϊ備：基板部23，其俯視形狀係上下方向較長的約略 “ft ίΙ=左右二角部呈圓弧狀；侧壁部24，其從基板 1外周緣向月面侧突出；以及剖面呈半圓形的引導壁25、 別設置於上側之儀部24的左右兩側部並朝上側突出。 導壁25、25形成比基板部23更向前側伸出的形狀，且 ^兩料壁25、25之前側緣的内侧部向前方突出形成盘 ，冋曲率半徑的纜線壓片25a、25a (魏線部）。亦即，魏 25^25a設在比捲取構件13之捲鼓部（侧壁部24與引導壁25 之一部所構成）的捲繞面更内侧的位置，而從纜線壓片25a二25a 延伸到上述捲繞面之剖面圓弧狀之曲面所構成的引導壁25、 設置在相職線壓片25a、25a _的位置。又在捲取構件13中， 光纜線5可捲繞的曲面部分（側壁部24之曲面部分以及 =曲率半徑設定為比规線5之容許最小醇半徑更大的曲率半 又，在基板部23之左右兩侧緣上，透過連結部2如連結著與 左右侧壁部24並行配置的各一對長方形的纜線保持片2β。又在基 板部23❸下抓緣上，透過連結部28a連結著與侧壁部24之下& 200831969 長之長方形_線保持片28，規線保 r嫌入的二土:义击之間的間隙設定成光繞線5之繞線部53 T,i^ . ^ 分別插入的-對卡止孔23a。 <対泮性卡止片22a可 心Ϊ插f 2係由上述構件所構成，並係將該等構件以如下方式 =組，而成。亦即’如圖5所示的，係將光連期具u以另一 f Γηΐίΐί/Γ⑸朝向斜下方，並從插入口 18b面向插座本Ξ ^内側面上狀位用肋部19會抵接光連接用具u '，本3 座本㈣，背側蓋體12之卡止部2G讀L插1本 错=背側蓋體12安裝於插座本體10上。此^夺，光連 夾持’殼體15在前後方向上被固定住，故能防 2〇Γ、=:ίί?,10脱落。又背側蓋體12之移動防止用肋部 ^)b 2〇b抵接於光連接用具u之凸緣部⑸上 向上翻定住，再者移動防止用肋 Λ ,體15之左右侧面而使殼體15在左右方向 ;广疋么光欖線5連接到光連接用具11時，由於 又捲移動搖晃，故光麟5的連接便比較容易施行。 卜if =可自由裝卸地安裝在背側蓋體12的背面側 士。亦即，令暫時固定片π朝向前側並使捲取構件 體12的背面側接近背側蓋體12，將置在 22a'22a 的卡止爪22& μ孔2ί、23a内’並使彈性卡止片22a之前端部 卡止於卡止孔23a之背面侧的孔緣上，藉此將捲取 15 200831969 構件13安裝於背側蓋體12上。此時，支持 23 2^23°, ：23 ^ί,ί； ㈣自 五Γ構件13可相對背側蓋 卡止片挪的前端口部施加G卡使=彈性 能從f側蓋體12上將捲取構件13取下來 以構成配^ ί 結於安裝框4上 Ζΐϊϋ ί! 及圖3所示的，使模塊插座3中設置 之最上側的各一對安裝孔42凹凸嵌合，藉此將:面 fC. Hereinafter, a 5-shaped J-series of the optical socket of the present invention will be described with reference to Figs. 1 to 7 to have the optical receptacle and module of the present invention. 'The following description is not specifically marked with =,, and the front side of the paper of Figure 3 (4) (for the left end of the figure = (b) is the back end. LI this, 5 Hai wiring device 1' as shown 1 month - λα θ f^ Socket 3 'It is taken from the gate of the installation frame 4, the window 4, the dragon frame 4, and the shape of the 4M fine road is installed in the ampoule to 2 ΐ Ϊ́ΐΐ _中' will install 1/3 of the size of the opening window of the frame 4 "upper and lower sides of the long side soil 1" (in other words, the length of 4a can be arranged side by side with three dimensions mounted on the mounting frame 4) "II = 200831969 size is used to install the wiring fixtures such as the optical socket 2 or the module socket 3 to the large frame 1 of the wall. The mounting frame 4 is, for example, a jis normalized wrap, and a central portion 40 is provided at the center thereof to expose an opening ^ in front of the wiring device, and the horizontal portions 41 and 41 surround the opening 1^4a. Each of the frame sheets 40 and 40 is formed with three sets of mounting holes 42 for wiring devices. Further, a central portion of each of the horizontal pieces 4b is formed with: ί ΐ w ' is used to attach the mounting frame 4 to the embedding box in which the building material is embedded (the box screw (not shown) on the Π Γ 可 can be inserted The hole and the plate screw _ ί = solution plate (not shown) are mounted on the front side of the mounting frame 4 through the hole. Moreover, the mounting frame 4 can be used according to other rules. It is not limited to a rectangular frame shape, and the disk shape may be 'as long as it has wiring for mounting, and the optical socket 2 and the module socket 3 to which the mounting frame 4 is attached are described. Wiring device, the wire is connected to the telephone line = nuclear block _ (not shown), as shown in Figure i to Figure 3, with: Ά1 component size 'the corresponding module age on the front side and ίί 31 30. The module plug inserted from the insertion port 31 is detachably connected. On the other hand, as shown in FIGS. 1 and 2, the main body of the optical socket 2 is formed into two component sizes; The optical connector u (turns, is housed inside the socket body 10; the back side cover 12, which is used for optical connection) It is disposed between the back surface of the socket body 10 and the winding member 13 on the side cover 12 of the mounting 1 side. The portion of the cover body 12 can be wound to retain light and excess length; and the body 14 is detachably mounted and connected to Two g 11 200831969 which are provided in the optical connector 11 are removed. In addition, when the optical double-line 5 protects the official or transports the plug 50 of the plug connection port 51, the connection socket 2 is provided. As an example, ί明本; although it is a single-core optical socket as a light-inserted socket, you can also use a 2-core type 15 that can connect two optical 缦 lines, with openings at both ends; Y transfer S, money : The angle of the cylindrical casing is #1 and #太& and the sleeve 16, the ferrule 51 of the plug 50 is freely attachable and detachable and the second plug connection port 15a is provided on the both end sides with the first port 15b. The back side of the material is first equipped with the light == part 15c, and the upper side of the flange portion 15c is provided with a pair of open and two surface sides than the lower side = the plug connection port 15& Connecting the plug I of the optical cable to the end of the optical cable Ιΐ/^ti Λι, for preventing the second plug connection port i5b from being connected to the second=closed portion 17, When the upper head 12 200831969 head is inserted into the optical connector 11 to the plug connector port, the light will open and close the jaws 17, 17 to open and close the jaws 17, 17 and the head ferrule and the sleeve 16 are embedded: /, inserted In the optical connector 11, the plug 11 is inserted. On the other hand, when the plug of the flower ", Yugu Yutian, and the line is connected to the optical connector parts 17, 17, the light of the leaf spring is used. , a pair of open and close 扉 socket body H), as shown in the figure ^ 3 plug connection port version ::: τ::: ϊΐ ^::------- entrance 18b, recorded 弁 i car connected / ^ oblique For example, the central portion is provided with a side surface Γ, as shown in FIG. 2 and 1 == interface 2 is connected. Further, the bulging portion rib 19 is abutted against the casing 15H=f'. The body dog is provided with a plurality of fixed sides, and the side of the side is fixed to the optical connector 11. 1 _Anxin 10 The left and right sides of the socket body 10 are formed with two H i Λ, respectively, and the mounting hole 42 of the mounting frame 4 is recessed by the H σ portion 1 Gb, and the recess body 410b of the inner surface of the socket body 1 is large. The grip portion 52 provided with the optical cable 5 can be embedded and used to fix the fixing rib i〇c of the holding portion 52. Further, on the inner side surface of the socket main body 1 (), the lion is a locking rib having a locking hole. Here, when the optical connector H is housed in the socket body 1〇, the optical connector U is fixed to the socket body 1 by using the cover member 12. The back side cover 12' is composed of a lyophilized product as shown in Fig. 1 and Fig. 2, and integrally includes a flat plate portion 20 which is a longitudinal direction in the left-right direction, and a contact portion 21 which protrudes & On the front side of the flat plate portion 20, the housing 15 of the optical connector 11 is sandwiched between the positioning ribs 19 of the socket body 1 and the support base portion 22 of the (four) shape, which is directed from the rear surface of the flat plate portion 20 The winding member 13 is protruded and supported at the rear, and the flat portion 2 is formed on the side portions of the flat portion 2, 200831969, and the locking portion 15c of the socket body 10 is integrally formed with the housing. The both ends of the flanges of the flanges are fa °, and the left and right sides of the front side of the flat plate portion 2G are provided with a pair of movement preventing ribs 20b and 20b. The flange portion 15c of the U abuts, thereby opening the optical connecting device 11 with the insertion portion and the peripheral portion of the socket body 10, thereby preventing the optical connection from being moved by 11 ίίί. Further, the movement preventing ribs 20b are moved to the left and right sides: the branching of the fb_optical viewing device 11 is moved in the left-right direction by 99. The elastic locking pieces of the lions are provided on the rear portions of the left and right side sheets. An opening notch is formed on the end side of the ri month f, whereby the bending can be freely performed in the right and left direction, and the locking claw 22b that protrudes outward is provided at the front end portion of the receiving piece 22a. As shown in Fig. 1 and Fig. 2, the base member 23 is composed of a synthetic resin molded article: the substrate portion 23 has a plan view shape in which the shape in the vertical direction is approximately "ft Ι Ι 左右 = left and right corner portions. The side wall portion 24 protrudes from the outer peripheral edge of the substrate 1 toward the moon surface side, and the guide wall 25 having a semicircular cross section is provided on the left and right side portions of the upper instrument portion 24 and protrudes upward. The guide walls 25, 25 are formed to protrude from the front side of the substrate portion 23, and the inner side portions of the front side edges of the two material walls 25, 25 are protruded forward to form a disk, and the cable-shaped pieces 25a, 25a having the radius of curvature ( In other words, the Wei 25 25a is disposed at a position further inside than the winding surface of the winding portion of the winding member 13 (which is formed by one of the side wall portion 24 and the guide wall 25), and the cable The guide sheets 25 formed by the linear pressing pieces 25a and 25a extending to the arcuate curved surface of the winding surface are disposed at the positions of the phase line pressing pieces 25a and 25a. Further, in the winding member 13, the optical cable 5 windable curved surface portion (the curved portion of the side wall portion 24 and the = radius of curvature are set to be larger than the allowable minimum alcohol radius of the ruled line 5 On the left and right side edges of the substrate portion 23, a pair of rectangular cable holding pieces 2β disposed in parallel with the left and right side wall portions 24 are connected to the transmission connecting portion 2, and the lower edge of the substrate portion 23 is gripped. In the upper portion, the rectangular-line retaining piece 28 which is longer than the lower side of the side wall portion 24 & 200831969 is connected, and the gap between the two hits is set to be the light winding 5 The winding portion 53 T, i ^ . ^ is inserted into the pair of locking holes 23a. The elastic locking piece 22a can be formed by the above-mentioned members, and the members are as follows Mode = group, formed. That is, as shown in Figure 5, the optical connection period u is oriented obliquely downward with another f Γηΐίΐί/Γ(5), and is oriented from the insertion port 18b toward the socket Ξ The rib 19 is abutted against the optical connector u', and the third seat (4), the locking portion 2G of the back side cover 12 reads the L insertion 1 error = the back side cover 12 is attached to the socket body 10. The light-clamping 'housing 15 is fixed in the front-rear direction, so that it can prevent 2〇Γ, =: ίί?, 10 fall off. Further, the movement preventing rib of the back side cover 12 is ^b) b abut The flange portion (5) of the optical connector u is turned upward, and the ribs are prevented from moving, and the left and right sides of the body 15 are used to make the casing 15 in the left-right direction; when the 疋 疋 光 榄 线 5 is connected to the optical connector 11 Since the roll is moved and shaken, the connection of the light lining 5 is relatively easy to perform. 卜 if the detachable side is attached to the back side of the back side cover 12, that is, the temporary fixing piece π is oriented toward the front side and the roll is made. The back side of the member body 12 is close to the back side cover 12, and is placed in the locking claws 22 & μ holes 23a, 23a of 22a'22a' and the front end portion of the elastic locking piece 22a is locked to the locking hole 23a. The hole edge on the back side is thereby attached to the back side cover 12 by the winding 15 200831969 member 13. At this time, support 23 2^23°, :23 ^ί, ί; (4) The G-card can be applied from the front port portion of the back cover cover block from the five-turn member 13 so that the elastic energy can be from the f-side cover 12 The take-up member 13 is removed to form a fitting on the mounting frame 4, and as shown in FIG. 3, the pair of mounting holes 42 provided on the uppermost side of the module socket 3 are concave-convex and fitted. Will: face f
Git4朝之Λ口Λί向前方突出的狀態（換言之使轂部33從 ? Γ窗4a _下較間η設匡之4 ί ί 2Λ^爪1Ga分別凹凸嵌合於安裝框4 ^下的4 突出^狀能(^丄猎此^私出部18從安裝框4之開口窗4a向前方 將光二㈣nt4a輪方露出的狀態） 置 ^例如壁如樣的營造材料7Q上形朗當" 後’再於營造材料7〇的背面側安裝面向埋 =)。接著通過埋入盒_成之穿通孔， η所，推線好的電話線（未經圖示）導 71，營造材料7°的表面側，插以 I坐之為體30 $面的電線插通孔，與器體3〇内部收納 16 200831969 之速結端子（未經圖示）連接。 又通過埋入盒所形成之穿通孔，將營造材料7〇 ==縣㈣5導錢人—，卿請光魏 頭50 表面側，使规線5端部所設置的插 貝運接到先連接用的插頭連接口脱。此日寺 =====兮具 11 上 __二= 之插頭連接口 151)±安裝有在保管時 U將雜塵體14取下之後，將光麟5之插頭50遠接 二邻^2 ^口/ϊ’ 1後將捲取構件13固定於f側蓋體12的支持 •T/f固f。此時，連接於插頭連接口 15b的光纜線5，其把持部 1 〇c: H:: t插座本體10之缺口部10b以及固^用肋； 5^1 後方配置有料壁25、25，藉此防止光齡 固定3造^^ffff好施光插座2以及模塊触3的安裝框4 前，應先處理规線5的多餘長度。亦即， 沾却〃 λ、#斤延伸出的纜線部53根部（欖線部53與插頭50連会士 I" ；fa 25b ^ 53 况杯-線廢片 a之間，藉此固定規線部53。之後， 二5的周面將從繞線壓片25a、25a之間的間隙25b 的纜線部53 5丨導到側壁部24，侧 3 部3捲繞1圈。此時，職線部53插人纜線保持片 所部24之間，防止繞線部53被拔出。之後，如^ 時固定i'Jfr/3在捲取構件13上部交又，讓蜆線部53通過暫 ϋϊίΛ 將麟部53多餘的長度部分捲繞數圈於捲 上，猎此將纜線部53多餘的長度處理好。Git4 朝 Λ Λ 向 向 向 向 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( Shaped energy (^ 丄 ^ ^ 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私 私On the back side of the building material 7〇, the mounting surface is buried =). Then, by embedding the box into the through hole, η, push the good telephone line (not shown) guide 71, to create the surface side of the material 7°, insert the wire into the body of the body 30 The through hole is connected to the speed junction terminal (not shown) of the internal storage 16 of the device 3〇. Through the through hole formed by the embedded box, the material will be built 7〇==County (4) 5 guides, and the surface of the Guangwei head 50 will be opened, so that the inserted bays set at the end of the line 5 are connected to the first connection. Use the plug connector to remove it. This day temple ===== cookware 11 on __ two = plug connection port 151) ± installed in the storage of U to remove the dust body 14, after the light Lin 5 plug 50 remotely adjacent ^ 2 ^ mouth / ϊ ' 1 after the winding member 13 is fixed to the f side cover 12 support • T / f solid f. At this time, the optical cable 5 connected to the plug connection port 15b has the grip portion 1 〇c: H:: t the notch portion 10b of the socket body 10 and the fixing rib; 5^1 is disposed behind the material walls 25, 25, In order to prevent the light age from being fixed, the excess length of the rule line 5 should be processed before the installation frame 4 of the module 2 and the module touch 3. That is, the root portion of the cable portion 53 that protrudes from the λ and # kg (the ridge line portion 53 and the plug 50 are connected to the clerk I"; fa 25b ^ 53 condition cup-line waste sheet a, thereby fixing the gauge The line portion 53. Thereafter, the circumferential surface of the two 5 is guided from the cable portion 53 5 of the gap 25b between the winding sheets 25a and 25a to the side wall portion 24, and the side portion 3 is wound once. The line portion 53 is inserted between the cable holding portion 24 to prevent the winding portion 53 from being pulled out. After that, the fixing i'Jfr/3 is fixed at the upper portion of the winding member 13, and the twisting portion 53 is held. By winding the excess length portion of the collar 53 several times on the roll, the excess length of the cable portion 53 is handled.
安二樣將光_% 5多餘的長度處理完之後，將分別插通 此益用孔仙、心的盒用螺絲栓入埋入盒的螺絲孔，夢 此將配線裝置！埋設於#造材料㈣。又，安裝框4之前上則J 200831969 裝連接有未經圖示的平板，且光插座2以及模塊插座3的 该平板的窗孔露出。 如以上説明那樣，本實施形態之光插座2設有纜線壓片25a、 25a，其在連接光連接用具η之插頭連接口丨此的插頭，與捲取 構件13之侧壁部24之間夾持光纜線5的外表包覆部分（規 53) ’纟覽線部53的根部備纜線壓片25a、25a固定，可防止纜線 53與插碩50的連結部位受到外力而使光纜線5受到壓力。 又纜線壓片25a、25a設置在比捲取構件13之捲鼓部（由側 與5丨導壁25之—部份所構成）的捲繞面更内側的位置， 從、、見線壓片25a、25a到捲繞面形成剖面圓弧狀的曲面，由該 引導壁25、25被設置成在相對剩25a、 、、^道^^’=7使從纜線壓片25&、25&向後方延伸出的纜線部53 二i 25表面彎曲而被引導到側壁部24去，將繞線部53多餘 ί故職部24時麟部53不會受到使^曲= 線部53受到不#外力而使送損失惡化。在此， f的二！^ -、面上形成有如圖7所示用來表示纟覽線部53捲繞位 方法所(表示機構）’其係以模制印或印刷等適當 53的捲繞作業置表示線脱捲麵線部53，可賴線部 上的5所捲繞喊線部53之中，捲繞在側壁部％ 止在_保持片26、28與側壁部24之間，故能防 線部又捲取構件13第2圈以後所捲繞的繞 部光插座2收納於埋入盒内部時，能夠防止缆線 作業容歧礙，可制使施工 的實i形違介反之發明精神的範圍内，存在著各種不同 〜自不待吕’亦即本發明並非僅限於特定實施形態而已。 200831969 【圖式簡單說明】 [圖1 ]係表示從前方觀察使用本實施形態之光插座的配線裝 置的分解立體圖。 [圖2]係表示從後方觀察使用同上物件的配線裝置的分解立 體圖。 j圖3]係表示使用同上物件的配線裝置，係前視圖 係左側視圖，（c)係仰視圖。 [圖4]係表示使用同上物件之配線裝置的後視圖。 L圖5]係表示使用同上物件的配線裝置，圖3 係a—a剖 曲圖。 冰％[^6]係表示使簡上物件的配線裝置，⑷係從後方觀察的 外規f體圖：㈦係簡讀察的外觀立翻。 圖7]係表示使用同上物件之配線裝置的俯視圖。 L圖8]係表示習知的光插座，（a)係前視圖，（b)係Β—β 面圖係後視圖，（d)係俯視圖。 雜同，係表示同上所述之光插座，（a)係從後方觀察的外觀立 體圖，（b)係從前方觀察的外觀立體圖。 【主要元件符號說明】 1配線装置 10插座本體 10a安裝爪 10b缺口部 1〇c固定用肋部 l〇d卡止孔 l〇e卡止用肋部 11光連接用具 12背侧蓋體 13捲取構件 19 200831969 15殼體 15a第1插頭連接口 15b第2插頭連接口 15c凸緣部 16套筒 17開閉扉 18膨出部 18a傾斜面 18b插入口 19定位用肋部 2光插座 20平板部 20a卡止部 20b移動防止用肋部 21a分段部 21抵接部 22支持台部 22a卡止片 22b卡止爪 22c下侧面 22d缺口溝 23基板部 23a卡止孔 23b肋部 23c肋部 24侧壁部（捲鼓部） 25引導壁 25a纜線壓片（纜線夾持部） 25b間隙 200831969 25c表示線 26纜線保持片（纜線保持部） 26a連結部 27暫時固定片 28纜線保持片 28a連結部 3模塊插座 30器體 31插入口 32安裝爪 f 33轂部 4安裝框 4a開口窗 40長尺框片 41横片 41a盒用孔 41b平板螺絲孔 42安裝孔 5光纜》線 / 50插頭 V 51套圈 52把持部 53纜線部 61本體 62蓋體 63光連接部 64捲取構件 65捲鼓部 66引導部 21 200831969 67引導壁 68保持片 A-A剖面線 B-B剖面線After the two lengths of the light _% 5 are processed, they will be inserted into the screw holes of the embedded box, and the box of the heart will be screwed into the screw hole of the embedded box. Buried in #造材料(4). Further, before the mounting frame 4, a flat panel (not shown) is attached to J 200831969, and the apertures of the flat panel of the optical receptacle 2 and the modular jack 3 are exposed. As described above, the optical receptacle 2 of the present embodiment is provided with cable pressing pieces 25a and 25a between the plug that connects the plug connector of the optical connector η and the side wall portion 24 of the take-up member 13. The outer covering portion of the optical cable 5 is clamped (regulation 53). The root cable-retaining sheets 25a and 25a of the viewing line portion 53 are fixed, and the connection portion between the cable 53 and the plug 50 can be prevented from being subjected to an external force to cause the optical cable. 5 is under pressure. Further, the cable pressing pieces 25a, 25a are disposed at a position further inside than the winding surface of the winding portion of the winding member 13 (the portion formed by the side and the 5 丨 guide wall 25), and the line pressure is seen. The sheets 25a and 25a form a curved surface having an arcuate cross section on the winding surface, and the guide walls 25 and 25 are provided so that the relative 25a, 、, ^^'=7 makes the secondary cable 25&, 25& The cable portion 53 extending rearward is bent to be guided to the side wall portion 24, and the winding portion 53 is redundant. When the working portion 24 is received, the collar portion 53 is not subjected to the bending of the line portion 53. The loss is not deteriorated by the external force. Here, f's two! A method for indicating the winding position of the viewing line portion 53 as shown in Fig. 7 is formed on the surface, and the winding portion of the appropriate 53 is formed by a winding operation such as molding or printing. The wire portion 53 is wound between the five winding portion 53 on the wire portion, and is wound around the side wall portion % between the holding pieces 26 and 28 and the side wall portion 24, so that the wire portion can be taken up again. 13 When the winding optical receptacle 2 wound after the second lap is stored in the interior of the embedded box, it is possible to prevent the cable from being in trouble, and it is possible to make the construction of the real-shaped violation. The invention is not limited to a particular embodiment. [Brief Description of the Drawings] Fig. 1 is an exploded perspective view showing a wiring device using the optical receptacle of the embodiment as seen from the front. Fig. 2 is an exploded perspective view showing the wiring device using the same object viewed from the rear. Fig. 3] shows a wiring device using the same object, the front view is a left side view, and (c) is a bottom view. Fig. 4 is a rear elevational view showing a wiring device using the same object. L Fig. 5] shows a wiring device using the same object, and Fig. 3 is a cross-sectional view of a-a. The ice %[^6] indicates the wiring device for the simple object, and (4) the outer surface f view from the rear: (7) The appearance of the simple reading is turned upside down. Fig. 7] is a plan view showing a wiring device using the same object. L Fig. 8] shows a conventional optical receptacle, (a) is a front view, (b) is a rear view of the Β-β plane, and (d) is a plan view. The same is true for the optical receptacle as described above, (a) is an external perspective view from the rear, and (b) is an external perspective view as seen from the front. [Main component symbol description] 1 Wiring device 10 Receptacle body 10a Mounting claw 10b Notch portion 1〇c Fixing rib l〇d locking hole l〇e locking rib 11 Optical connecting device 12 Back side cover 13 Pickup member 19 200831969 15 housing 15a first plug connector 15b second plug connector 15c flange portion 16 sleeve 17 open and close 扉 18 bulge portion 18a inclined surface 18b insertion port 19 positioning rib 2 optical socket 20 flat portion 20a locking portion 20b movement preventing rib portion 21a segment portion 21 abutting portion 22 supporting table portion 22a locking piece 22b locking claw 22c lower side surface 22d notch groove 23 substrate portion 23a locking hole 23b rib portion 23c rib portion 24 Side wall portion (drum portion) 25 guide wall 25a cable pressing piece (cable holding portion) 25b gap 200831969 25c indicates line 26 cable holding piece (cable holding portion) 26a connecting portion 27 temporarily fixing piece 28 cable Holding piece 28a Connecting part 3 Module socket 30 Body 31 Inserting port 32 Mounting claw f 33 Hub part 4 Mounting frame 4a Opening window 40 Long frame piece 41 Horizontal piece 41a Box hole 41b Flat plate screw hole 42 Mounting hole 5 Cable "Line" / 50 plug V 51 ferrule 52 grip portion 53 cable portion 61 body 62 cover 63 optical connection portion 6 4 take-up member 65 drum portion 66 guide portion 21 200831969 67 guide wall 68 retaining piece A-A hatching B-B hatching