201224555 € 六、發明說明： 【發明所屬之技術領域】 β本發日歸及-翻於機械連接錄工具賴護外殼，尤其 疋-種可用於防止光纖連接時異物進人機械連接^、並使機械 連接器組裝簡便快捷的用於機械連接器兼工具用保護外殼。 【先前技術】 一般來說，光通信是利用光纖傳送光，並交換資訊的一種 通L方式，現有的同軸光魔通信所傳送的資訊是電器通信傳送 I L’&s的幾·§倍’时光缓通信還不受外部電波及磁場的影 響，其資訊傳送狀態良好，被廣泛用於互聯網等光通信領域。 光纖連接具有錄方法’其巾最典型的是熔接法及機械連 接法，電子熔接法是指將光纖熔化，並使其連接的永久性連接 法在使用此方法時，需要使用高價精密的溶接裝置，同時還 需使用電源’在供電不便的施玉現場，操作較為不便，但其光 特性的信賴性高。 | 機械連接法中使用的機械連接器便於操作和施工，附加價 值低，即使無電源也可以用手操作完成連接，其光特性的信賴 性與熔接法的不相上下。 在連接或分離光纜時，需要使用連接器等媒體。本申請人 的大韓民國第10-2009-02094744號“光纖連接用機械連接 專利中，公開了一種機械連接器。接下来，就此進行簡單地說 明。 。 在本申請人的第10_2009-02094744號“光纖連接用機械連 接器”專利中’光纖連接用機械連接器包括：具有連接從兩端 4 201224555 插广的兩個光境光纖的光纖連接槽Ua的光纖連接底座n;與 所述光纖連接底座連接，向在所述光纖連接槽山内連接 的光纖加制底歧料12 ;雜連接在賴連接底座 η及所述底座蓋部件12的外周，可自所述光纖連接底座u 的端部向中央部位滑動，並緊貼在所述底座蓋部件12上，同 時向所述光纖連接槽1 la内的光纖加_固定夾持器13，13,。 上述光纖連接關械連接it 10，在連接底座 11的兩 側插入光纖’在賴連接槽lla t，使兩個光_互對應以便 相互連接，向底座蓋部件12的方向推動連接在先纖連接底座 11及底座蓋部件12相_定夾持H 13，13,，使其緊貼， 從而完成光纖的連接。 在完成光纖連接后，可使用光連接外殼，使光纖内置在 外殼中；也可纖械連接^ 1G放在糾的賴外殼中。 在將機械連接H 1〇放在$外的保護外殼巾時，以往技術 的保護外殼主要是為了防止異物進人機械連接器 10的内部， 因此以往技術的保護外殼單純是為了收容機械連接器10，而 不具備其他功能。 【發明内容】 本發明所要解決的技術問題是提供一_於機械連接器 兼工具祕護外殼’其内部可收容並保護機械連接器，同時可 作為元成絲接過程的—種1具，使倾連懸_裝及光纖 連接更為簡便快捷。 本發明結局上述技術問題的技術方案如下：一種為了保護 機械連接ϋ的驗機械連接雜工具祕·殼，所述機械連 201224555 接器包括：為了使從兩端插入的兩個光瘦的光纖連接而具有連 接槽的光纖連接底座；與所述光纖連接底座連接，向所述光纖 連接槽上所連接的光纖加壓的底座蓋部件；彈性連接在所述光 纖連接底座及所述底座蓋部件的外周，可自所述光纖連接底座 的端部向中央部位滑動，並緊貼在所述底座蓋部件上，同時向 所述光纖連接槽内的光纖加壓的固定夾持器。還包括：收容在 所述機械連接器内側’可收容在所述機械連接器内光連接光纜 兩端的機體；各占所述機體總長一半，一侧具有可插入光纜的 插入孔，從所述機體的兩端連接並收容所述機體，將光纜固定 在所述機體中，蓋住所述機體，保護所述機械連接器的一對外 忒。所述外殼與所述機械連接器的固定夾持器相對應，在内側 形成突起；所述機體内的機械連接器的固定夾持器緊貼所述底 座蓋部件，當所述外殼套在所述機體上並前進時，所述突起使 所述固定鱗n前進’同時使所賴定鱗^ f貼住所述底座 蓋部件。 • 戶斤述機體包括：在所述機體的左側及右侧的尾端形成，收 容光纜外部鐘裝部的光咖定部；與所述光纜固定部前方保持 -定距離’具有引導插入所述光咖定部#光缓光纖的引導槽 的光纖引導部；設置在所述光纖引導部的前方，收容所述機械 連接器的機械連接器收容部。 所f光蜆固定部可包括：設置在所述引導部的前方，與其 保持疋距離且中央開放的隔片；在所述光瘦固定部内側形 成，從所述隔片的後方向所述機體的尾端，由多個排列而成， 且向所述光纔加壓的加壓突起。 201224555 所述機體縱向相對的兩個侧面，以及所述外殼尾端向内側 方向彎曲圍成。 所述機體與所述外殼連接時，所述光纜固定部可向内側收 縮，其底面的左側及右側形成縱向開口部。 為解決上述技術問題，本發明所提供的一實施例的用於機 械連接器兼工具用保護外殼中，所述機體還包括在所述機體縱 向相對的兩個侧面中’至少在一外側上形成可限制所述外殼在 連接後發生脫離的限位器；所述外殼還包括與所述限位器對應 連接的連接孔。 本發明的有益效果是：在收容具備光纖連接底座、底座蓋 部件、固定夾持器的機械連接器的狀態下，因機械連接器可進 行光連接；在將外殼套在機體的過程中，因機械連接器可完成 光連接，同時推動固定夾持器，完成機械連接器的組裝。由此 可見’本發明的用於機械連接器兼工具用保護外殼不僅可作為 工具使用，還可防止異物進入機械連接器的内部。此外，僅通 過將外殼套在频上關單過織可輯速完雜裝，使機械 連接器光連接的過程更為簡便快捷。 【實施方式】 八他實施方式的具體事項均包含在詳細說明及附圖中。本 發明的優點及_ ’以及其實現的方法均可參照後述的附圖及 實施方式。此外’本發明除以下實施方式外，還可以多種多樣 的方式進行實施’凡在本發明哺神及原狀内，所作的任何 0改等同替換、改進等，均應包含在本發明的保護範圍之内。 201224555 接下來，結合附圖就本發明的用於機械連接器兼工具用保 護外殼進行詳細地說明。 如圖1及圖2所示，本發明的用於機械連接器兼工具用保 護外忒100，專用於機械連接器，上述機械連接器包括··具有 連接從兩端插入的兩個光纜光纖的光纖連接槽lla的光纖連 接底座11，與光纖連接底座11連接，向在光纖連接槽lla内 連接的光纖加壓的底座蓋部件12;彈性連接在先纖連接底座 11及底座蓋部件12的外周，可自光纖連接底座u的端部向 中央部位滑動，並緊貼在底座蓋部件12上，晴向光纖連接 槽Ua内的光纖加壓的固定夾持器13、13,；此外，本發明的 用於機械連接器兼工具用保護外殼還包括機體2()及一對外殼 30、30,。 几 機體20為長方形直平行六面體，上面、左側面、右側面 呈開放’並包括光纜固定部21、光纖引導部22及機械連接器 收容部23。 光賴㈣21設置在频2G的左側及右侧尾端，其内側 空間内可收容機械連接H i〇光連接的光繞4〇、4〇，的外部鐘裝 部 41、4Γ。 < a光纜固定部21如後述，還包括設置在與光纖引導部^的 則方’與其保持-定距離’且中央開放的隔片21a;在光纔固 定部21内側形成，從隔片21a的後方向機體2()的尾端，由多 個排列而成，且向光纜40、4〇,加壓的加壓突起2比。 在此，隔片21a中央開放，可通過光纖42，42,。 201224555 在光纖引導部22内’形成與隔片21a保持一定距離，配 置在隔片21a的前方，呈凸凹形態，其中央可引導收容在光纜 固定部21内光纜40、40,的光纖42、42,的引導槽22a。 機械連接器收容部23在機體20的中央，即光纖引導部 22的前方形成，其内侧收容機械連接器10。 機體20的左側及右側，即前面2〇a及後面2〇b的尾端向 内側方向彎曲圍成，機體20底面的左侧及右侧與外殼3〇、30’ 連接時，光纜固定部21可向内側收縮，其底面的左側及右側 形成縱向開口部24。因此，機體20的兩端更易於插入外殼 30、30,。 外殼30、30’與機體20的形狀對應，為中空的長方體，前 端開放，後端形成可插入光纜40、40,的插入孔31、31，。其 前面及後面上形成易於夾持的夾持部32、32,，前面及後面的 尾端側向内彎曲圍成。 另外，在外殼30、30’平面的内侧形成向下突出的突起 33、33’ ’突起33、33’在外殼30、30’套住機體20前進時，與 位於機械連接器10尾端的固定夾持器13、13，相對應。 以下就本發明實施方式的用於機械連接器兼工具用保護 外殼的特徵及優點’以及組裝過程進行詳細地說明。 首先’機械連接器10的光纖連接底座11與底座蓋部件 12連接’固定夾持器π、13’與光纖連接底座η兩側尾端連 接’在固定夾持器13、13’夾住底座蓋部件12尾端的狀態下， 準備組裝，並將準備的機械連接器10插入機體20的機械連接 器收容部23内。 9 201224555 在上述狀態下，將兩個光纜40、40,分別插入一對外殼 30 30上的插入孔31、31’ ’兩個光缓40、40,的光纖42、42, 自機體20的引導部22向機械連接器1〇的内側插入，並插入 光纜固定部21内。 固定夾持部13、13,夾住外殼3G、3G，並使其前進，同時 使機體20的尾端插入外殼3〇、30,内，當外殼3〇、3〇，進一步 前進時，在其前進的過程中，外殼3〇、3〇,的内侧突起％、％， 與機械連鮮1G的蚊祕器13、13，的端部域應，當外殼 3〇、30,前進_時，與固定麟器13、13,相對應的突起 33、33’使固定夾持器13、13，前進，並將固定夹持器η、13, 緊貼在底座蓋部件12上。 如上所述，外殼30、30,完全與機體2〇連接時，外殼 3〇、30’可保護蓋住機體2〇内側的機械連接器1〇，機械連接器 10的底座蓋部件I2向光纖連接底座η内的光纖42、42，加 壓’並使其固定。 收容在機體20的光纜固定部21内的光甓4〇、4〇,，其外 部錯裝部4卜41，因加壓突起21b，而被牢固地固定在光顧 定部21内。 因此，本發明的用於機械連接器兼工具用保護外殼励， 在其内側收賴械連接ϋ 1〇的狀態下，可向機械連接器ι〇的 内側插入光纖42、42,，還可固定光纜4〇、4〇，，在收容機械 連接器10的狀態下，進行光連接。 在U、30套在機體2G_L的過程巾，推動機械連接器 1〇所完成光連接_定錄H !3、Π，’同時完成機械連接器 201224555 10的組裝，此時，用於機械連接器兼工具用保護外殼不僅可 以使組裝更加簡易快捷’還可有效地保護機械連接器10。 如上所述，用於機械連接器兼工具用保護外殼使外殼 30 30推套在機體20上的過程更加簡易快捷，使機械連接器 1〇的組裝同時完成，從而使光連接過程更加迅速。201224555 € VI. Description of the invention: [Technical field of invention] The date of the present invention is turned over - turned over to the mechanical connection recording tool to protect the outer casing, in particular, it can be used to prevent foreign matter from entering the mechanical connection when the optical fiber is connected, and Mechanical connector assembly is quick and easy for mechanical connectors and tool protection housings. [Prior Art] In general, optical communication is a kind of communication method that uses optical fiber to transmit light and exchange information. The information transmitted by the existing coaxial optical magic communication is a few times higher than that of the electrical communication transmission I L'&s 'Time-light communication is not affected by external radio waves and magnetic fields, and its information transmission status is good. It is widely used in the field of optical communication such as the Internet. The optical fiber connection has a recording method. The most typical of the towel is the fusion method and the mechanical connection method. The electronic fusion method refers to the permanent connection method of melting the optical fiber and connecting it. When using this method, it is necessary to use a high-priced precision fusion device. At the same time, it is necessary to use the power supply 'in the Shiyu site where the power supply is inconvenient, the operation is inconvenient, but the reliability of its optical characteristics is high. The mechanical connector used in the mechanical connection method is easy to operate and construct, and has a low added value. Even if there is no power supply, the connection can be completed by hand, and the reliability of the optical characteristics is comparable to that of the welding method. When connecting or disconnecting the cable, you need to use media such as connectors. The applicant's Korean Republic of China No. 10-2009-02094744, "Mechanical connector for the mechanical connection of optical fiber connection, discloses a mechanical connector. Next, it will be briefly explained. In the applicant's 10th to 2009-02094744 "optical fiber The mechanical connector for connection "patent" fiber optic connection mechanical connector includes: a fiber connection base n having a fiber connection slot Ua connecting two optical fibers inserted from both ends 4 201224555; and connecting to the fiber connection base Adding a bottom viscous material 12 to the optical fiber connected in the fiber connecting groove mountain; the hybrid is connected to the outer periphery of the connecting base η and the base cover member 12, and can be from the end of the optical fiber connecting base u to the central portion Sliding and abutting against the base cover member 12, and simultaneously adding _fixing holders 13, 13 to the optical fibers in the fiber connecting groove 1 la. The above-mentioned optical fiber connection and mechanical connection it 10, at the connection base 11 Inserting the optical fibers on both sides of the connecting groove 11a, so that the two light_reciprocal counterparts are connected to each other, and push the connection to the front fiber cover base 11 and the base cover member 12 in the direction of the base cover member 12_ Hold the clamp H 13,13, and make it close to complete the connection of the fiber. After the fiber connection is completed, the optical connection housing can be used to make the fiber built in the outer casing; or the fiber connection ^ 1G can be placed in the correction In the outer casing, the protective outer casing of the prior art is mainly for preventing foreign matter from entering the inside of the mechanical connector 10 when the mechanical connection H 1 is placed on the protective outer casing. Therefore, the prior art protective casing is simply for housing. The mechanical connector 10 does not have other functions. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is to provide a mechanical connector and a tool enclosure that can accommodate and protect a mechanical connector and can be used as a component. The invention of the wire-forming process makes the tilting suspension and the fiber-optic connection more convenient and quicker. The technical solution of the above technical problem of the present invention is as follows: a mechanical connection tool for protecting the mechanical connection 秘The mechanical connection 201224555 includes: a fiber connection base having a connection groove for connecting two thin optical fibers inserted from both ends; and the optical fiber Connected to the base, the base cover member pressed to the optical fiber connected to the optical fiber connection slot; elastically connected to the outer periphery of the optical fiber connection base and the base cover member, from the end of the optical fiber connection base a fixed holder that slides on the central portion and abuts against the base cover member while pressing the optical fiber in the optical fiber connection slot. The method further includes: accommodating inside the mechanical connector' The mechanical connector is optically connected to the body at both ends of the optical cable; each of the body is half of the total length of the body, and one side has an insertion hole through which the optical cable can be inserted, and the body is connected and received from both ends of the body, and the optical cable is fixed to the body. The cover is covered to protect the external connector of the mechanical connector. The outer casing corresponds to a fixed holder of the mechanical connector, and a protrusion is formed on the inner side; a fixed holder of the mechanical connector in the body is in close contact with the base cover member, when the outer casing is placed in the When the body is advanced and advanced, the protrusion advances the fixed scale n while the attached scale is attached to the base cover member. • The body of the housing includes: a light-setting portion for accommodating the outer bell-shaped portion of the optical cable at a rear end of the left and right sides of the body; and maintaining a fixed distance from the front of the cable fixing portion The optical fiber guiding portion of the guiding groove of the optical fiber is disposed in front of the optical fiber guiding portion, and the mechanical connector accommodating portion of the mechanical connector is housed. The f-plate fixing portion may include: a spacer disposed at a front side of the guiding portion and maintaining a distance therebetween and open at the center; formed inside the thin-skinned fixing portion, the body from a rear direction of the spacer The trailing end is composed of a plurality of pressure projections which are arranged to pressurize the light. 201224555 The two longitudinally opposite sides of the body and the tail end of the casing are bent inwardly. When the body is connected to the outer casing, the cable fixing portion can be contracted to the inner side, and the left side and the right side of the bottom surface form a longitudinal opening portion. In order to solve the above technical problem, in a protective casing for a mechanical connector and a tool according to an embodiment of the present invention, the body further includes 'at least one outer side formed in two longitudinally opposite sides of the body A stopper that can be detached after the connection is detached; the housing further includes a connection hole correspondingly connected to the stopper. The invention has the beneficial effects that the optical connector can be optically connected in a state in which the mechanical connector having the optical fiber connecting base, the base cover member and the fixed holder is housed; in the process of putting the outer casing on the body, The mechanical connector completes the optical connection while pushing the fixed holder to complete the assembly of the mechanical connector. It can be seen that the protective casing for a mechanical connector and tool of the present invention can be used not only as a tool but also to prevent foreign matter from entering the inside of the mechanical connector. In addition, the process of optical connection of the mechanical connector is simpler and faster, simply by arranging the outer casing over the frequency to complete the woven fabric. [Embodiment] Specific matters of the eight embodiments are included in the detailed description and the drawings. The advantages and advantages of the present invention and the methods for achieving the same can be referred to the drawings and embodiments described below. In addition, the present invention can be carried out in various ways in addition to the following embodiments. Any substitutions, improvements, etc., which are made in the invention and in the original state, should be included in the scope of protection of the present invention. Inside. 201224555 Next, a protective case for a mechanical connector and a tool of the present invention will be described in detail with reference to the accompanying drawings. As shown in FIG. 1 and FIG. 2, the protective connector 100 for a mechanical connector and tool of the present invention is dedicated to a mechanical connector, and the mechanical connector includes a cable having two optical cables inserted from both ends. The fiber connecting base 11 of the optical fiber connecting groove 11a is connected to the optical fiber connecting base 11, and the base cover member 12 is pressed to the optical fiber connected in the optical fiber connecting groove 11a; and is elastically connected to the outer periphery of the front fiber connecting base 11 and the base cover member 12. The present invention can be slid from the end of the optical fiber connection base u toward the central portion and is in close contact with the base cover member 12 to clear the optical fibers in the optical fiber connection slot Ua. The protective casing for the mechanical connector and the tool further includes a body 2 () and a pair of casings 30, 30. The plurality of bodies 20 are rectangular straight parallelepipeds, and the upper, left and right sides are open' and include a cable fixing portion 21, an optical fiber guiding portion 22, and a mechanical connector receiving portion 23. The light ray (4) 21 is disposed on the left side and the right end of the frequency 2G, and the inner space can accommodate the external clock-mounted portions 41 and 4 of the optically connected 4 〇, 4 机械. < a The optical cable fixing portion 21 further includes a spacer 21a which is provided at the center of the optical fiber guiding portion and which is held at a constant distance from the optical fiber guiding portion, and is formed inside the optical fixing portion 21, and is formed from the spacer 21a. The rear end of the body 2 () is arranged in a plurality of rows, and is applied to the optical cables 40, 4, and the pressurized pressurizing projections 2 are compared. Here, the spacer 21a is open at the center and can pass through the optical fibers 42, 42. 201224555 is formed in the optical fiber guiding portion 22 so as to be spaced apart from the spacer 21a, and disposed in front of the spacer 21a in a convex-concave configuration, and the optical fibers 42 and 42 of the optical cables 40 and 40 accommodated in the optical cable fixing portion 21 are guided at the center. Guide groove 22a. The mechanical connector accommodating portion 23 is formed at the center of the body 20, that is, in front of the optical fiber guiding portion 22, and accommodates the mechanical connector 10 inside. The left side and the right side of the body 20, that is, the tail ends of the front side 2〇a and the rear side 2〇b are bent inwardly, and when the left side and the right side of the bottom surface of the body 20 are connected to the outer casings 3〇, 30', the optical cable fixing portion 21 The inner side is contracted, and the left side and the right side of the bottom surface form a longitudinal opening portion 24. Therefore, both ends of the body 20 are more easily inserted into the outer casings 30, 30. The outer casing 30, 30' corresponds to the shape of the body 20, and is a hollow rectangular parallelepiped. The front end is open, and the rear end is formed with insertion holes 31, 31 into which the optical cables 40, 40 can be inserted. Clamping portions 32, 32 which are easy to grip are formed on the front and rear sides, and the front end and the rear end side are bent inwardly. In addition, protrusions 33, 33' are formed on the inner side of the plane of the outer casing 30, 30'. The protrusions 33, 33' are fixed to the end of the mechanical connector 10 when the outer casing 30, 30' is placed over the body 20. Holders 13, 13 correspond. The features and advantages of the protective connector for a mechanical connector and tool according to an embodiment of the present invention and the assembly process will be described in detail below. First, the optical fiber connection base 11 of the mechanical connector 10 is connected to the base cover member 12. The fixed holders π, 13' are connected to the tail ends of the optical fiber connection base n. The base cover is clamped at the fixed holders 13, 13'. In the state of the end of the member 12, assembly is prepared, and the prepared mechanical connector 10 is inserted into the mechanical connector accommodating portion 23 of the body 20. 9 201224555 In the above state, the two optical cables 40, 40 are respectively inserted into the insertion holes 31, 31'' of the pair of outer casings 30, 30, and the optical fibers 42, 42 of the optical fibers 42, 42 are guided from the body 20. The portion 22 is inserted into the inside of the mechanical connector 1A and inserted into the cable fixing portion 21. The clamping portions 13, 13 are fixed, and the outer casings 3G, 3G are clamped and advanced, while the tail end of the body 20 is inserted into the outer casings 3, 30, and when the outer casings 3, 3, and further advance, During the process of advancement, the outer side of the outer casing 3〇, 3〇, the %, %, and the end of the mosquito-carrying device 13 and 13 of the mechanical connection 1G should be, when the outer casing 3〇, 30, advance _, and The fixed bits 13, 13 and the corresponding projections 33, 33' advance the fixed holders 13, 13, and abut the fixed holders n, 13 against the base cover member 12. As described above, when the outer casings 30, 30 are completely connected to the body 2, the outer casings 3, 30' can protect the mechanical connector 1A covering the inner side of the body 2, and the base cover member I2 of the mechanical connector 10 is connected to the optical fiber. The optical fibers 42, 42 in the base η are pressurized and fixed. The diaphragms 4, 4, which are housed in the cable fixing portion 21 of the machine body 20, are fixed to the optical portion 21 by the pressurizing projections 21b. Therefore, the protective connector for the mechanical connector and the tool of the present invention can be inserted into the inner side of the mechanical connector ι 状态 in the state in which the mechanical connector ϋ 1 收 is attached, and can be fixed. The optical cables 4 to 4 are optically connected while the mechanical connector 10 is housed. In U, 30 sets of the process towel of the body 2G_L, push the mechanical connector 1 to complete the optical connection _ record H ! 3, Π, ' at the same time complete the assembly of the mechanical connector 201224555 10, at this time, for the mechanical connector The tool-protecting housing not only makes assembly quicker and easier, but also effectively protects the mechanical connector 10. As described above, the process for the mechanical connector and the tool protective case allows the outer casing 30 30 to be pushed over the body 20, and the assembly of the mechanical connector is completed at the same time, thereby making the optical connection process more rapid.
接下來，如圖8所示，對本發明的另一實施方式的用於機 械連接H兼工具祕護外雜本發明實施对巾_於機械 連接器兼工具用保護外殼進行比較說明。 本發明的另-實施方式的用於機械連接器兼工具用保護 外殼200中，機體20還包括在機體2〇縱向相對的兩侧面 20a、20b中，即縱向的前面2〇a或後面2%中至少在一外侧 上形成可限辦殼30、30,在連接後發生脫離祕㈣％ ;外 殼30、30,還包括與限位器25對應連接的連接孔別、％。除 上述内容以外，本發_另—實施方式_於機械連接器兼工 具用保護外殼200本發施方式中_於機械連接器兼工 具用保護外殼100均相同。 上述的本發_另-實施方式_於機械連接器兼工具 用保護外殼200，在外殼30、3〇,套在機體2〇上時，限位器ς 連接，使外殼3G、3G，不纽離機體1 圖1是光猶接闕械連接H結構的分解立體圖； 圖2是光纖連接關械連接器結構的結合立體圖； 圖3是本發明實施方式的用於機械連接器兼 外殼結構的分解立體圖； 工具用保護 201224555 圖4是本發明實施方式的用於機械連接器兼工具用保護 外殼結構的結合立體圖； 圖5是本發明實施方式的用於機械連接器兼工具用保護 外殼組裝過程的截面圖； 圖6是本發明實施方式的用於機械連接器兼工具用保護 外殼組襞過程的另一截面圖；Next, as shown in Fig. 8, a mechanical connection H-tool and a tool-protecting outer casing according to another embodiment of the present invention will be described. In a protective outer casing 200 for a mechanical connector and tool according to another embodiment of the present invention, the body 20 is further included in the longitudinally opposite side faces 20a, 20b of the body 2, that is, the longitudinal front face 2a or the rear face 2% The casings 30, 30 are formed on at least one of the outer sides, and the separation (4)% occurs after the connection; the outer casings 30, 30 further include connection holes and % corresponding to the stoppers 25. In addition to the above, the present invention is the same as the protective casing 100 for the mechanical connector and the tool. The above-mentioned present invention is also a mechanical connector and a tool protective casing 200. When the casings 30, 3 are placed on the body 2, the stoppers are connected, so that the casings 3G, 3G, and 1 is an exploded perspective view of a structure in which a light is connected to a mechanical connection H; FIG. 2 is a perspective view showing a structure of a fiber-optic connection and a mechanical connector; FIG. 3 is an exploded view of a mechanical connector and an outer casing structure according to an embodiment of the present invention; FIG. 4 is a perspective view showing a structure of a protective connector for a mechanical connector and a tool according to an embodiment of the present invention; FIG. 5 is a process for assembling a protective connector for a mechanical connector and a tool according to an embodiment of the present invention; 6 is a cross-sectional view of a process for assembling a protective connector for a mechanical connector and a tool according to an embodiment of the present invention;
圖7是本發明實施方式的用於機械連接器兼工具用保護 外殼組裴過程的第三截面圖； 工具用保護 圖8疋本發明實施方式的用於機械連接器兼 外设結構的分解立體圖。 【主要元件符號說明】 用於機械連接器兼工具用保護外殼1〇〇、2〇() 機械連接器 10 光纖連接槽 11a 固定夾持器 13 、 13’ 前面 20a 光纜固定部 21 加壓突起 21b 引導槽 22a 縱向開口部 24 外殼 30、30， 夾持部 32、 32， 連接孔 34、 34， 鎧裝部 41、 41’ 光纖連接底座 11 底座蓋- 郎件 12 機體 20 後面 20b 隔片 21a 光纖引 導部 22 機械連接器收容部 限位器 25 插入孔 31 > 3Γ 突起 33 、 33， 光纜 40、40， 光纖 42、42， 237 is a third cross-sectional view showing a process for mechanical connector and tool protective casing assembly according to an embodiment of the present invention; Tool protection FIG. 8 is an exploded perspective view of a mechanical connector and peripheral structure according to an embodiment of the present invention. . [Description of main component symbols] Protective housing for mechanical connector and tool 1〇〇, 2〇() Mechanical connector 10 Optical fiber connection groove 11a Fixed holder 13, 13' Front 20a Cable fixing portion 21 Pressing projection 21b Guide groove 22a longitudinal opening portion 24 outer casing 30, 30, holding portion 32, 32, connecting hole 34, 34, armor portion 41, 41' fiber connecting base 11 base cover - lang member 12 body 20 rear 20b spacer 21a optical fiber Guide portion 22 mechanical connector housing portion stopper 25 insertion hole 31 > 3 突起 protrusions 33, 33, optical cables 40, 40, optical fibers 42, 42, 23
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