M371243 五、新型說明： 【新型所屬之技術領域】 本發明係關於一種以彈性橡膠收縮管進行防水的光纜接 續盒’該光纜接續盒的光纜進出端面，具有一光纜外被固定 裝置以固定引進該接續盒的光纜，該光纜外被固定裝置更可 以固定管中管轉接裝置，以解決現有技術中光纜線接續盒所 遭遇的諸多問題。尤指一種既可以防止引進光纜鬆脫，又可 以^加光纔接續盒適用光纔外徑的範圍，以解決現有技術中 光纜接續盒所遭遇的諸多問題。 【先前技術】 由於全球各國的纜線佈放，均追求儘量的地下化，而繞 線地下化又以管道佈放方式為主，接續地下管道的纜線所用 的纜線接續盒’都是置放在地下纜線管道的人孔及手孔中， 而許多的人孔及手孔都常年大量的積水，所以置於其中的接 續盒也因而常年浸泡在水中。纜線接續盒佈放於地下化之管 道，人孔蓋下方設置有人孔，人孔中放置纜線接續盒，纜線 接續盒及間以緵線相連接，繞線接續盒另分別以繞線與其他 麟接續盒相連接。在實務上，人孔中的纜線成捲曲狀。無 1是電=是光纜所使用的齡接敎，倘若其防水效果不 佳’接、續盒外的積水漏入接續盒中，將會影響纜、線的傳輸品 質及加速_的劣化，而引進接續盒的麟，受路面車輛行 進的慣性振動及取出施工時的影響，若固定不良，容易造成 鬆脫’導致線路傳輪發生障礙及降低纜線的使用壽命。 現有技術中’在電信、有線電視、監控系統等各類有線 M371243 傳輸業界之紐職及接續的肋領域，麵式綠接續盒 早已破廣為使用許多年’但是熱縮式絲接續盒較容易漏水 及必須使用火源的安全問題，卻是被詬病的缺點。雖然吾人 可以採用雜橡敎縮管替代髓管，贿決熱縮式光纔接 續盒較容易漏水及必須使用火源的安全問題，但是採用彈性 橡膠收縮管，引進接續盒的光纜較易受外力影響而鬆脫。但 無淪是採用熱縮管或是彈性橡膠收縮管防水，都會因為收縮 比率的限制，而影響接續盒適用光纜外徑的範圍T亦即適用^ 於較大外徑光纜的熱縮管或是彈性橡膠收縮管，就無法供較 小外徑的光纜使用，而適用於較小外徑光纜的熱縮管或是彈鲁 性橡膠收縮管，就無法供較大外徑的光纜使用，而電信業者 必須採用多種適用於不同光纜外徑的接續盒，而大幅增加成 本0 由於光纖寬頻服務已成為趨勢，中華電信公司近幾年來 均大規模的佈放光規及使用大量的光纜接續盒配接光缓，曰 月更宣佈2009年開始，連續5年，每年將投入3〇〇億共計〗,500 億新台幣的資金，進行光纖網絡的基礎建設；而光纖到戶 (FTTH)建設過程中，各種外徑的光纜都會大量使用於光纜接 φ 續盒。因此，既可安全有效防水，又能防止光纜鬆脫及增加 光纜外徑適用範圍的光纜接續盒，不僅可以避免光纜接續盒 漏水影響線路品質的問題，更可以大幅降低業者投資的成本。 職是之故，申請人鑑於習知技術中所產生之缺失，乃經 悉心研究與探索，並一本鍥而不捨之精神，終構思出本案之 「一種以彈性橡膠收縮管進行防水的光纜接續盒」，以下為本 案之簡要說明。 M371243 【新型内容】 。…了克服現有技術的不足，本發明的目的在於提供一 膠收縮管進行防水的光纔接續盒，該峨續盒的 $進出^面，具有—紐外被固定錢以固定引進該接續 益的光規，該光欖外被固定裝置更可以固定管中管轉接裝 置甘乂解决現有技術中H線接續盒所遭遇的諸多問題。特 別=可以有效解決f知技射轉性橡雜縮管進行防水的 ' 巧，續盒，其引進光纜容易❹卜力影響而鬆脫，及以熱縮 • 官或疋彈性橡膠收縮管進行防水處理的光纜接續盒，適用光 ，纜外徑範圍較小，而導致输t者成本增加及辟線路品質 等問題之新技術方案。 本發明之以彈性橡膠收縮管進行防水的光纜接續盒的解 決方案是經吾人潛心研究探索的結果，依據吾人研究現有技 術中以彈性橡敎縮管及細管防水的光驗續盒的缺失及 原因之後，發現習知技術中以彈性橡膠收縮管及熱縮管防水 的光纜接續盒，由於彈性橡膠收縮管無法充分固定引進光 • 纜，導致引進光纜容易受外力影響而鬆脫，造成傳輸品質不 良的問題。而以彈性橡膠收縮管及熱縮管防水的光纜接續 ' 盒，均因為收縮比率有限，導致接續盒適用光纜外徑範圍較 小的問題。 經吾人反覆深入探索研究的結果，於以彈性橡膠收縮管 進行防水的光纜接續盒的光纜進出端面上，設置一光繞外被 固定裝置以固定引進該接續盒的光纜之後，可有效的防止引 進光纜鬆脫，以解決習用技術之不足。 經吾人反覆深入探索研究的結果，於適用於較大光纜外 徑之以彈性橡膠收縮管及熱縮管防水的光縵接續盒，設置一 5 M3 71243 官中管轉接裝置，將較小外徑的引進光纜，先穿入該管中管 轉接裝置，並元成防水處理之後，再將較大外徑的管中管轉 接裝置，穿入接續盒光纜進出端面上的中空管柱，就可以完 成較小外徑的光欖也可以適用於較大光纜外徑之以彈性橡膠 收縮管及熱縮管防水的光纜接續盒，以解決制技術之不足。 為了克服現有技術的不足，經吾人潛心研究的結果，本 發明之-種以彈性橡膠收縮管進行防水的光瘦接續盒，該光· 瘦接續盒包括：-護蓋；至少一光纜進出端面，該光纔進出 端面有複數個中空管柱，而每一個中空管柱可供穿過準備以 彈性橡膠收縮管進行防水處理的光繞；及至少一彈性橡膠收· 縮B，其中該光纜進出端面有至少一用以連接固定引進該接 續，的光纜之光纜外觀定裝置。本發明更包括至少一用以 固定引進該接續盒的紐之管巾管轉接裝置穿過該中空管柱 而固定於該光、被固定裝置上，而該管抒轉接褒置包括 -，有螺牙的中空管、一迫緊橡膠组及一迫緊螺絲。本發明 之官^管轉難置’不僅制独雜橡敎縮管防水的光 纔接續盒，也適用於以熱縮管防水的光纜接續盒。 、孤 肩 【實施方式】 本案所提出之「以彈性橡膠收縮管進行防水的光繞接續 息」將可由以下的貫施例說明而得到充分瞭解，使得熟習本 技藝之人士可赠岐成之，然而本案之實施並非可由下列 實施例而被限制其實施型態，熟習本技藝之人士仍可依據除 既揭露之實施綱精神推演出其他實施例，鱗實施例皆當 屬於本發明之範圍。 本案說明書附加圖式所指稱的元件及元件編號除非特別 M371243 說明’否則同-元件編號表示為同—树，例如：第ι圖盘 第2圖的元件編號5皆係指中空管。 、 實施例1 /參閱第1圖及第2圖，為本發明實施例i所使用之管 中管轉接裝置示意圖。在第1 ®中，管中管轉接裝置10包括 一端有螺牙的中空管5、—迫緊橡膠組2、3及-迫緊螺絲1; 該即將引進接續盒的較小外徑光纜4依序穿人迫緊螺絲i、M371243 V. New Type of Description: [Technical Field of the Invention] The present invention relates to a fiber optic cable connection box for waterproofing with an elastic rubber shrink tube. The optical cable is connected to the end face of the cable connection box, and has an optical cable externally fixed device for fixing the introduction. The optical cable of the connection box is further fixed by the fixing device to the tube middle tube switching device to solve the problems encountered in the prior art optical cable connection box. In particular, it can prevent the introduction of the optical cable from being loosened, and can also be used to add light to the range of the outer diameter of the light box to solve the problems encountered in the prior art optical cable connection box. [Prior Art] Due to the deployment of cables in various countries around the world, the pursuit of undergroundization is as much as possible, while the undergroundization of windings is mainly based on the way of pipeline deployment, and the cable connection boxes used to connect the cables of underground pipelines are all set. It is placed in the manhole and hand hole of the underground cable pipe, and many manholes and hand holes are filled with water all the year round, so the connection box placed therein is thus immersed in water all the year round. The cable connection box is placed in the underground pipeline, a manhole is arranged under the manhole cover, a cable connection box is placed in the manhole, the cable connection box and the room are connected by a twist line, and the wire connection box is separately wound. Connected to other lining boxes. In practice, the cable in the manhole is curled. No 1 is electricity = is the age of the cable used, if its waterproof effect is not good, 'the water outside the box and the continuous box will leak into the connection box, it will affect the transmission quality of the cable and the line, and the deterioration of the acceleration_ The introduction of the lining of the connection box is affected by the inertial vibration of the road vehicle and the effect of taking out the construction. If the fixing is poor, it is easy to cause looseness, which may cause obstacles in the line transmission wheel and reduce the service life of the cable. In the prior art, in the field of telecommunications, cable TV, monitoring systems, and other wired M371243 transmission industries, the green connection box has been widely used for many years, but the heat shrinkable wire connection box is easier. Leakage and the safety of the need to use fire sources are the shortcomings of being criticized. Although we can replace the medullary tube with a miscellaneous rubber contraction tube, it is easier to leak water and the safety problem of using the fire source. However, the elastic rubber shrink tube is used, and the optical cable that introduces the connection box is more susceptible to external force. The effect is loose. However, the flawless use of heat-shrinkable tube or elastic rubber shrink tube is waterproof, and because of the limitation of the shrinkage ratio, the range T of the outer diameter of the cable for the connection box is also applicable to the heat-shrinkable tube of the larger outer diameter cable or Elastic rubber shrinking tube can not be used for smaller outer diameter cable, but heat shrinkable tube or elastic rubber shrinking tube for smaller outer diameter cable can not be used for larger outer diameter cable, and telecommunications The industry must adopt a variety of connection boxes suitable for the outer diameter of different optical cables, and greatly increase the cost. Since fiber-optic broadband services have become a trend, Chunghwa Telecom has deployed large-scale optical gauges and used a large number of optical cable connectors in recent years. The light is slow, and Haoyue has announced that it will start in 2009 for five consecutive years. It will invest 300 million yuan each year, and 50 billion Taiwan dollars to carry out the infrastructure of fiber-optic network. In the process of fiber-to-the-home (FTTH) construction, Cables of various outer diameters are used in large quantities in the optical cable connection. Therefore, the cable connection box can be safely and effectively waterproofed, and can prevent the cable from being loosened and the outer diameter of the cable can be increased. The leakage of the cable connection box can be avoided, and the quality of the line can be greatly reduced, and the cost of the investment can be greatly reduced. As a result of the job, the applicant has been carefully researched and explored in the light of the lack of knowledge in the prior art, and has finally conceived the "a fiber optic cable connection box that is waterproofed with an elastic rubber shrink tube" in the spirit of perseverance. The following is a brief description of the case. M371243 [New content]. In order to overcome the deficiencies of the prior art, the object of the present invention is to provide a light-restricting tube for waterproofing the light-receiving box, and the opening and closing of the box has a fixed-money to fix the introduction of the connection. The light gauge, the light fixture is fixed by the fixing device, and the tube-in-tube adapter device can solve the problems encountered in the prior art H-wire connection box. Special = can effectively solve the problem of 'transportable rubber miscellaneous tube' for waterproofing. It is easy to release the cable, and it is easy to release the cable, and it is waterproof with heat shrinkable or elastic rubber shrink tube. The processed optical cable connection box is suitable for the new technical solution of light and cable outer diameter range, which leads to an increase in the cost of the transmission and the quality of the line. The solution of the optical cable connecting box for waterproofing with the elastic rubber shrinking tube of the present invention is the result of research and exploration by our people. According to the research of the prior art, the lack of the light-renewing box with the elastic rubber shrink tube and the thin tube waterproofing and the reason After that, it was found that the optical fiber splicing box which is made of the elastic rubber shrink tube and the heat-shrinkable tube in the prior art is not able to sufficiently fix and introduce the optical cable due to the elastic rubber shrink tube, so that the introduction optical cable is easily loosened by the external force, resulting in poor transmission quality. The problem. The optical cable with the elastic rubber shrink tube and the heat-shrinkable tube is connected to the 'box, because the shrinkage ratio is limited, which causes the connection box to have a small outer diameter range of the cable. As a result of in-depth exploration and research, we have effectively installed the optical cable to the end face of the cable connection box that is waterproofed with an elastic rubber shrink tube, and a light-wound external fixing device is provided to fix the optical cable that is introduced into the connection box. The cable is loose to solve the deficiencies of the conventional technology. After repeated investigation and research results, we installed a 5 M3 71243 official middle tube adapter for the optical splicing box that is suitable for the outer diameter of the larger cable with elastic rubber shrink tube and heat-shrinkable tube. The introduction of the optical fiber cable is first inserted into the tube-in-tube transfer device, and after the water-repellent treatment, the large-diameter tube-in-tube transfer device is inserted into the hollow tube column on the end face of the connecting box cable. It can be used to complete the smaller outer diameter of the glare or the outer diameter of the larger cable with the elastic rubber shrink tube and the heat-shrinkable tube waterproof cable connection box to solve the technical deficiencies. In order to overcome the deficiencies of the prior art, the result of the research that has been painstakingly studied by the present invention is a light-skinning connection box which is waterproofed by an elastic rubber shrinking tube, and the light-thin connection box comprises: a cover; at least one optical cable enters and exits the end surface, The light entering and exiting end face has a plurality of hollow tubular columns, and each of the hollow tubular columns is adapted to pass through a light-wound prepared to be waterproofed by an elastic rubber shrinking tube; and at least one elastic rubber is contracted and contracted, wherein the optical cable The access end surface has at least one cable appearance device for connecting and fixing the cable for introducing the connection. The invention further includes at least one tube feeding device for fixing the introduction of the connecting box, the fixing device is fixed to the light and the fixed device through the hollow tube column, and the tube transfer device includes - , a hollow tube with a screw, a pressing rubber set and a pressing screw. The utility model of the invention is not only a light-receiving box for making a waterproof rubber tube, but also a fiber-optic cable connection box which is waterproof with a heat-shrinkable tube. , Lone Shoulder [Embodiment] The "light-wound renewal of waterproofing with elastic rubber shrink tube" proposed in this case will be fully understood by the following examples, so that those who are familiar with the art can give it a gift. However, the implementation of the present invention is not limited to the following embodiments, and those skilled in the art can still implement other embodiments in accordance with the spirit of the disclosed embodiments, and the scale embodiments are within the scope of the present invention. The components and component numbers referred to in the attached drawings are not indicated by the special M371243. Otherwise, the same component numbers are indicated as the same tree. For example, the number of the component number 5 in Figure 2 refers to the hollow tube. Embodiment 1 / Referring to Figures 1 and 2, a schematic diagram of a tube-in-tube transfer device used in Embodiment i of the present invention. In the 1st, the tube-in-tube transfer device 10 includes a hollow tube 5 having a thread at one end, a pressing rubber group 2, 3 and a tightening screw 1; a smaller outer diameter cable to be introduced into the joint box 4 wear the screws in order, i,
膠組2、3及—端有螺牙的中空管5後，再將迫緊螺絲 鎖緊於-端有螺牙的中空管5之上，完成較小外徑光鏡4 的防水作業。 乂請參閱第3圖’為本發明實施例！所使用之光纜接續盒 的光纜，出端面示意圖。在第3圖中，包括—光·出端面 2—〇，該端面板由—設置有引進該接續盒的光繞之統外被固 疋裝置的纟且件3G及—基座7組成，而以螺絲於固定孔η、9 將°又^有引進該接續盒的光繞之光纜外被固定裝置的組件 μ疋於基座7上(如虛線Α所示）；引進接續盒的光纟覽及管 中=轉接裝置1〇’穿過光規進出端面的中空管柱6(如箭 頭實線B所示）’以不鏽鋼緊束環4〇固定於光 的光纜夕_定裝置12上。 凊參閱第4圖，為本發明實施例i固定光纜或管中管轉 接裝，10於光纜接續盒的光纜進出端面20並且裝設完成光 纖收谷盤支4 5〇的示意圖。*光鏡或管巾管轉接裝置1〇完 f*引進及固定於光纜進出端面20之後’即可以彈性橡膠收縮 管或熱縮管進行防水處理。 7 M371243 【圖式簡單說明】 第1圖及第2圖為本發明實施例1所使用之管中管轉接 裝置示意圖。 第3圖為本發明實施例1所使用之光纜接續盒的光纜進 出端面示意圖。 第4圖為本發明實施例1固定光纜或管中管轉接裝置10 於光纜接續盒的光纜進出端面20並且裝設完成光纖收容盤 支架50的示意圖。 【主要元件符號說明】 第1圖、第2圖 2 > 3 迫緊橡膠組 5 一端有螺牙的中空管 1 迫緊螺絲 4 較小外徑光纜 10管中管轉接裝置或光纜 第3圖 A 虛線 B 箭頭實線 6 光纜進出端面中空管柱 7 光纜進出端面基座 9、11螺絲固定孔 12光纜外被固定裝置 20 光纜進出端面 30設置有光纜外被固定裝置的組件 40不鏽鋼緊束環 第4圖 10 管中管轉接裝置或光纜20 光纜進出端面 50 光纖收容盤支架After the rubber tube 2, 3 and the hollow tube 5 with the threaded end, the tightening screw is locked on the hollow tube 5 with the screw thread at the end, and the waterproof operation of the smaller outer diameter light mirror 4 is completed. .乂Please refer to FIG. 3' as an embodiment of the present invention! The cable of the optical cable connection box used is a schematic diagram of the end face. In Fig. 3, the light-emitting end face 2 - 〇 is included, and the end panel is composed of a splicing member 3G and a pedestal 7 provided with a light-wounding device for introducing the splicing box. The screws are attached to the fixing holes η, 9 and the components of the fixing device that are introduced into the connecting box are attached to the base 7 (as indicated by a broken line ;); the light of the connecting box is introduced. And the tube = the adapter device 1 〇 'through the hollow gauge column 6 of the entrance and exit end of the optical gauge (as indicated by the solid line B of the arrow) 'fixed on the optical cable assembly device 12 with the stainless steel tight collar 4 . Referring to Figure 4, there is shown a schematic diagram of a fixed optical cable or tube-in-tube transfer assembly, 10 in the cable entry and exit end face 20 of the fiber optic cable connection box, and a fiber-optic receiving tray branch 45 5 . * Light mirror or tube tube transfer device 1〇 After the f* is introduced and fixed to the fiber optic cable entrance and exit end 20, the elastic rubber shrink tube or heat shrink tube can be used for waterproof treatment. 7 M371243 BRIEF DESCRIPTION OF THE DRAWINGS Figs. 1 and 2 are schematic views showing a tube-in-tube transfer device used in Embodiment 1 of the present invention. Fig. 3 is a schematic view showing the end face of the optical cable connecting and closing box of the optical cable used in the first embodiment of the present invention. Fig. 4 is a schematic view showing the optical cable receiving and outputting end face 20 of the optical cable connecting box of the optical cable or the tube switching device 10 according to the first embodiment of the present invention. [Main component symbol description] Fig. 1 and Fig. 2 > 3 Tightening rubber group 5 Hollow tube with thread on one end 1 Tightening screw 4 Small outer diameter cable 10 tube tube transfer device or optical cable 3 Figure A Dotted line B Arrow solid line 6 Cable entry and exit end hollow column 7 Cable entry and exit end base 9, 11 screw fixing hole 12 Cable outside fixed device 20 Cable entry and exit end face 30 is provided with optical cable externally fixed assembly 40 stainless steel Tight-bundle ring Figure 4 Figure 10 Tube-to-tube adapter or cable 20 Cable entry and exit end face 50 Fiber-optic tray holder