M394473 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種光纖接續導引接頭卡a处 指一種兩導引接頭間對接連結使用之公卡合結^結構，尤 【先則技術】 按，光纖線纜具有快速的傳輸特性，尤其在=M394473 V. New description: [New technical field] This is a kind of fiber-optic connection guide connector card a. It refers to a male-card combination structure used for docking connection between two guide connectors, especially [first] 】 Press, fiber optic cable has fast transmission characteristics, especially in =
輸過程中’可有效地隔離電磁波的雜訊，避免訊镜的傳 且光纖線欖具有南頻見及克服訊號大量耗損的優干擾’ 纖線纜基於訊號傳輸連結或終端處理，均必需、點’而光 線纜的連結，導引接頭是結合於光纖線纜端^進:兩光纖 纜透過導引接頭而與另外的導引接頭或終端處理纖線 到兩光纖線纜的連結，由於光纖所傳導的訊號為光二達 而非傳統的電氣訊號，因此導引接頭所提供的功能 光纖線、镜可平行的對接，令光學訊號無漏失且精S = 傳送，故導引接頭連結時之對正非常重要。 如第一、二圖所示，為目前習知的一種光纖接續導引 接頭10 ’該導引接頭10具有第一端11及第二端12，該第一 ίίόΐΐδ史有至少一谷置孔13往苐二端12方向延伸，使該容置 孔13為一盲孔形態，另該導引接頭1〇的第二端12設有至少 一凸透鏡14，且該凸透鏡14係與該容置孔13對應設置’在 該凸透鏡14兩相對側分別設有圓形對接柱15之公卡合結構 使用時’如第三、四圖所示，該導引接頭10組裝光纖 線纜20，並與另一同樣組裝光纖線纜40之第二導引接頭30 3 M394473 連結’該導引接頭10係以第一端的容置孔13供光纖線纜2〇 端部穿入組裝結合，該第二導引接頭30具有第一端31及第 二端32，該第一端31設有至少一容置孔33往第二端32方向 延伸，使該容置孔33為一盲孔形態，另該第二導引接頭3〇 的第二端32設有至少一凸透鏡34，且該凸透鏡34係與該容 置孔33對應設置，在該凸透鏡34兩相對侧分別設有呈圓形 的對接孔35 ’而以該對接孔35供導引接頭1{)的對接柱⑸番 入’使得導引接藝與第二導引接頭斯目互對接連結。 -般而言’導引接頭1G與第二導引接頭3()對接連結 ’導引接頭10之凸透鏡14需與第二導引接頭3()之: 精销正，以在制傳遞光訊號，只要非常小的 = 對光訊號的傳遞造成影響1而上述結構，由於1僅= 0=對接柱15插人圓形對接孔35形成對接連結 易 =之間隙’如第五_示，導致對触置 準中心位置，在精準度要求較高的 果直接影響到導引細。與第二導5丨接二其後 =焦關係’影響光訊號的正確傳遞，並且該種二二4 ::?強度不佳’易因扭轉產生鬆動偏斜，確有必 【新型内容】 本創作人有鑑於習知光纖接續導 構為單純之圓形對接柱，因而與- /、a卡合結 ’易產生偏離以及連結之結構強度二，接連結時 的意念’經多方探討與試作樣品試驗 M394473 ，終推出本創作。 本創作提供一種光纖接續導引接頭公卡合結構，該導 引接頭具有第一端及第二端，於該第一端設有至少一容置 孔往第二端方向延伸，使該容置孔為一盲孔形態’另該導 引接頭的第二端設有至少一凸透鏡，且該凸透鏡係與該容 置孔對應設置’在該凸透鏡兩相對側分別設有公卡合結構 ’該公卡合結構為具有錐度之圓形對接柱，且於該圓形對 接柱周緣等分設有至少二個之複數導正凸塊。 使用時’該導引接頭以其第一端的容置孔組裴光纖線 纔’並與另一同樣組裝光纖線纜之第二導引接頭連結，該 第一導引接頭上設有具錐度之圓形對接孔，且於該圓形對 接孔内緣等分設有複數導正缺槽，而得以該對接孔供導引 接頭的對接柱導正插人，使得導引接頭與第二導引接頭互 對接連結。 本創作之主要目 對接連結時，係以圓 凸塊與導正缺槽之導 訊號的正確傳遞。During the transmission process, the noise of the electromagnetic wave can be effectively isolated, and the transmission of the mirror can be avoided, and the fiber optic cable has the south frequency and overcomes the excellent interference of the signal loss. The fiber cable is required to be based on the signal transmission link or the terminal processing. 'And the optical cable is connected, the guiding joint is combined with the fiber optic cable end: two fiber optic cables pass through the guiding joint and the other guiding joint or terminal processing fiber to the two fiber optic cable connection, due to the optical fiber The transmitted signal is optical two-way instead of the traditional electrical signal, so the functional fiber line and mirror provided by the guiding joint can be connected in parallel, so that the optical signal is not lost and the S = transmission, so the pair of guiding joints is connected. It is very important. As shown in the first and second figures, there is a conventional fiber optic splice guide 10'. The lead joint 10 has a first end 11 and a second end 12, and the first λ has at least one valley hole 13 The second end 12 of the guiding joint 1 is provided with at least one convex lens 14 , and the convex lens 14 is connected to the receiving hole 13 . The second end 12 of the guiding joint 1 is provided with a convex lens 14 . Corresponding to the setting 'when the male snap structure of the circular docking pole 15 is respectively provided on opposite sides of the convex lens 14, as shown in the third and fourth figures, the guiding joint 10 assembles the optical fiber cable 20 and is combined with another The second guiding joint 30 3 M394473 of the optical fiber cable 40 is also assembled. The guiding joint 10 is provided with a receiving hole 13 at the first end for the end of the optical fiber cable 2 to be assembled and assembled. The second guiding The connector 30 has a first end 31 and a second end 32. The first end 31 is provided with at least one receiving hole 33 extending toward the second end 32, so that the receiving hole 33 is in the form of a blind hole, and the second end The second end 32 of the guiding joint 3 is provided with at least one convex lens 34, and the convex lens 34 is disposed corresponding to the receiving hole 33. The opposite sides of the mirror 34 are respectively provided with a circular butt hole 35', and the butt hole (35) for guiding the joint 1{) is inserted into the pair of holes 35 so that the guiding joint and the second guiding joint are mutual Docking link. Generally speaking, the 'guide joint 1G and the second guide joint 3 () are butt jointed. The convex lens 14 of the guide joint 10 needs to be connected with the second guide joint 3 (): the positive pin is positive to transmit the optical signal in the system. As long as the very small = affects the transmission of the optical signal 1 and the above structure, since 1 only = 0 = the docking post 15 is inserted into the circular butt hole 35 to form a gap of the docking connection = as shown in the fifth, resulting in Touching the quasi-central position, the fruit with higher accuracy requirements directly affects the guide fine. Connected with the second guide 5 and then = the focal relationship 'affects the correct transmission of the optical signal, and the kind of 22:4:? Inferior strength' is easy to twist due to the torsion, it is necessary [new content] The creator has a simple circular docking column in view of the conventional fiber-optic connection, so that it is easy to deviate from the - /, a-card, and the structural strength of the joint is two. The idea of connecting the joints is discussed and tested by many parties. Experiment M394473, the final launch of this creation. The present invention provides a fiber-optic connecting guide male snap-fit structure having a first end and a second end, and the first end is provided with at least one receiving hole extending toward the second end to enable the receiving The hole is in the form of a blind hole. The second end of the guiding joint is provided with at least one convex lens, and the convex lens is disposed corresponding to the receiving hole, and the male engaging structure is respectively disposed on opposite sides of the convex lens. The engaging structure is a circular butt joint with a taper, and at least two of the plurality of positive guiding bumps are equally divided on the circumference of the circular docking pole. In use, the guiding joint is assembled with the accommodating hole of the first end, and is connected to another second guiding joint of the same assembled optical fiber cable. The first guiding joint is provided with a taper. a circular butt hole, and a plurality of guide slots are equally divided on the inner edge of the circular butt hole, and the butt joint of the guide joint for guiding the joint is inserted into the guide, so that the guide joint and the second guide The lead joints are connected to each other. The main purpose of this creation is the correct transmission of the guide signals of the circular bumps and the guide slots.
的，在於其導引接頭與第二導引接頭 形對接柱插入圓形對接孔，配合導正 正定位，故可提供精確對準，增進光 本創作之-人一目的，在於其導引接頭與第二導引 缺Γ圓形對接柱插入圓形對接孔，配合導正 缺槽之相互嵌合’故連結之結構強度佳，而不 易有鬆動偏斜之狀況產生。 不 【實施方式】 、㈤配。圖式將本創作較佳實施例詳細說明如后 5 ivuy4473 如第六圖本創作導引接頭之立體圖、第七圖本創作導 弓1接頭之平面圖所示，本創作光纖接續導引接頭50具有第 =端51及第二端52，於該第一端51設有至少一容置孔”往 第二端52方向延伸，使該容置孔53為一盲孔形態，另該導 引接頭50的第二端52設有至少—凸透鏡54，且該凸透鏡54 係與該容置孔53對應設置，在該凸透鏡54兩相對側分別設 有公卡合結構，該公卡合結構為具有錐度之圓形對接柱55 且於該圓形對接柱55周緣等分設有至少二個之複數導正 凸塊56，該導正凸塊56具有錐度，斷面概呈方形，長度短 於對接柱55或與對接柱55等長。 使用時，如第八、九、十、十一圖所示，該導引接頭 5〇組裝光纖線纜60，並與另一同樣組裝光纖線纜8〇之第二 V引接頭70連結，該導引接頭5〇係以第一端的容置孔53供 光纖線纜60端部穿入組裝固定，該光纖線纜6〇以一端部去 除包覆表板，使該端部的光纖裸露伸出一段，該端部利用 塗上黏膠後’由導引接頭5〇第一端的容置孔53穿入組裝結 合，該第二導引接頭7〇具有第一端71及第二端72，該第一 端71設有至少一容置孔73往第二端72方向延伸，使該容置 孔73為一盲孔形態，另該第二導引接頭70的第二端72設有 至少一凸透鏡74 ’且該凸透鏡74係與該容置孔73對應設置 ’在該凸透鏡74兩相對側分別設有具錐度之圓形對接孔75 ’且於該圓形對接孔75内緣等分設有至少二個之複數導正 缺槽76，該導正缺槽76具有錐度，斷面概呈方形，而以該 接孔乃供導引接頭50的對接柱55插入，配合導正凸塊56 導正缺槽76之導正定位與相互嵌合卡固，消除間隙，使 得導弓丨接頭50與第二導引接頭7〇精準穩固相互對接連結。 導亏丨接頭50與第二導引接頭70對接連結後，如第十二 圖所不，導引接頭50之凸透鏡54與第二導引接頭7〇之凸透 鏡^精確對正，而可使凸透鏡54、74準確對焦，確保光訊 號可經由導引接頭50與第二導引接頭的凸透鏡54、74正確 傳遞，製程良率高。 由上述具體實施例之結構，可得到下述之效益： 1. 其導引接頭50與第二導引接頭7〇對接連結時係以 圓形對接柱55插人圓形對接孔75，g:合對接柱55周緣設置 之複數導正凸塊56與對接孔75内、緣設置之複㈣正缺槽76 導正定位，密合度佳，而可提供導引接頭5〇與第二導引接 頭70精確對準’增進光訊號的正確傳遞，降低傳輸損失。 2. 其導引接頭50與第二導引接頭7〇對接連結時，係以 圓形對接祕插對接孔75，配合對胁邮緣設置 之複數導正凸塊56與對接孔75内緣設置之複數導正缺槽76 相互嵌合卡制，達到消除間隙，故連結之結構強度佳，不 易因扭轉而㈣動偏斜f彡㈣减正確傳遞讀況產生。 【圖式簡單說明】 第一圖：係習式導引接頭之立體圖。 第二圖：係習式導引接頭之平面圖。 第二圖.係習式兩導引接頭組合關係圖。 第四圖.係g式第二導引接頭之另—角度立體圖。 M394473 第五圖：係習式兩導引接頭之光訊號傳遞示意圖。 第六圖：係本創作導引接頭之立體圖。 弟七圖·係本創作導引接頭之平面圖。 f八圖：係本創作兩導引接頭組合關係圖。 第九圖：係本創作第二導引接頭之另一角度立體圖。 第十圖：係本創作兩導引接頭連結之立體圖。 圖：係創作兩導Μ接頭連結之剖面圖。 係本創作兩導引接頭之光訊號傳遞示意圖 〇 【主要元件符號說明】 〔習知〕 10 導引接頭 12 第二端 14 凸透鏡 20 光纖線纜 31 第一端 33 容置孔 35 對接孔 〔本創作〕 50 導引接頭 52 第二端 54 凸透鏡 56 導正凸塊 70 第二導引接頭 11 第一端 13 容置孔 15 對接柱 30 第二導引接頭 32 第二端 34 凸透鏡 40 光纖線纜 51 第一端 53 容置孔 55 對接柱 60 光纖線纜 71 第一端 M394473 72 第二端 73 容置孔 74 凸透鏡 75 對接孔 76 導正缺槽 80 光纖線纜The purpose is that the guiding joint and the second guiding joint-shaped docking pole are inserted into the circular butt hole, and the guiding position is positively positioned, so that accurate alignment can be provided, and the purpose of the light source creation is enhanced, and the guiding joint is The circular butt joint with the second guiding defect is inserted into the circular butt hole, and the guiding and grooving of the guiding groove is matched with each other. Therefore, the structural strength of the connecting is good, and the situation of loosening and skewing is not easy. No [Embodiment], (5) Matching. The present invention will be described in detail in the preferred embodiment of the present invention. As shown in the rear view of the fifth ivuy4473, as shown in the sixth diagram of the creative guide joint, and the seventh diagram of the creative guide bow 1 joint, the present optical fiber joint guide joint 50 has The first end 51 and the second end 52 are provided with at least one receiving hole extending toward the second end 52, so that the receiving hole 53 is in the form of a blind hole, and the guiding joint 50 is further The second end 52 is provided with at least a convex lens 54 , and the convex lens 54 is disposed corresponding to the receiving hole 53 . The opposite sides of the convex lens 54 are respectively provided with a male engaging structure, and the male engaging structure has a taper shape. The circular docking post 55 is provided with at least two plurality of positive guiding protrusions 56 on the periphery of the circular docking pole 55. The guiding protrusions 56 have a taper shape, a substantially square cross section, and a shorter length than the docking pole 55. Or the same length as the docking post 55. In use, as shown in the eighth, ninth, tenth, and eleventh drawings, the guiding joint 5 is assembled with the optical fiber cable 60, and the same optical fiber cable is assembled as the other one. The two V lead connectors 70 are connected, and the guiding joints 5 are provided with the receiving holes 53 of the first end for the ends of the optical fiber cable 60 The fiber-optic cable 6 去除 is removed at one end to remove the coated surface plate, so that the fiber at the end portion is barely extended, and the end portion is coated with the adhesive, and the first end is terminated by the guiding joint 5 The accommodating hole 53 has a first end 71 and a second end 72. The first end 71 is provided with at least one accommodating hole 73 extending toward the second end 72. The accommodating hole 73 is in the form of a blind hole, and the second end 72 of the second guiding connector 70 is provided with at least one convex lens 74 ′ and the convex lens 74 is disposed corresponding to the accommodating hole 73 ′ at the convex lens 74 . The opposite sides are respectively provided with a tapered circular abutting hole 75', and at least two of the plurality of positive guiding notches 76 are equally divided on the inner edge of the circular abutting hole 75, and the guiding and notching groove 76 has a taper and a broken The surface is substantially square, and the connecting hole is inserted into the butt post 55 of the guiding joint 50, and the guiding positive guiding block 56 guides the positive guiding position of the notching groove 76 to be engaged with each other to eliminate the gap, so that the guiding bow The 丨 joint 50 and the second guiding joint 7 〇 are accurately and stably connected to each other. The yoke joint 50 is connected to the second guiding joint 70 Then, as shown in the twelfth figure, the convex lens 54 of the guiding joint 50 and the convex lens of the second guiding joint 7 are accurately aligned, and the convex lenses 54 and 74 can be accurately focused to ensure that the optical signal can be guided through the guiding joint. 50 and the second guiding joint convex lens 54, 74 is correctly transmitted, and the process yield is high. From the structure of the above specific embodiment, the following benefits can be obtained: 1. Its guiding joint 50 and second guiding joint 7〇 When the butt joint is connected, the circular butt joints 55 are inserted into the circular butt holes 75, g: the plurality of positive guide bumps 56 disposed at the periphery of the butt joints 55 and the inner and outer edges of the butt holes 75 are provided. The positioning and the good adhesion degree can provide the precise alignment of the guiding joint 5〇 and the second guiding joint 70 to enhance the correct transmission of the optical signal and reduce the transmission loss. 2. When the guiding joint 50 and the second guiding joint 7 are butt-joined, the circular docking and the matching mating hole 75 are matched with the plurality of guiding protrusions 56 and the inner edge of the mating hole 75 which are disposed on the edge of the threat. The plurality of guide grooves 76 are fitted and engaged with each other to eliminate the gap, so that the structural strength of the connection is good, and it is not easy to be reversed due to the torsion (4) dynamic deflection f (four) minus the correct transmission of the reading condition. [Simple description of the diagram] The first picture: a perspective view of a conventional guide. Second: A plan view of a conventional guide. The second figure is a combination of two types of guide joints. Fig. 4 is a perspective view of another angle of the g-type second guiding joint. M394473 Figure 5: Schematic diagram of the optical signal transmission of the two-way guide. Figure 6: A perspective view of the creation guide. The seventh figure of the brother is the plan view of the guide joint of the present creation. f Eight Diagram: This is the combination diagram of the two guide joints. Ninth view: Another perspective view of the second guide joint of the present invention. Figure 10: A perspective view of the two guide joints of the present creation. Figure: is a cross-sectional view of the creation of two joints. The optical signal transmission diagram of the two guiding joints of the present invention 〇 [main component symbol description] [conventional] 10 guiding joint 12 second end 14 convex lens 20 optical fiber cable 31 first end 33 receiving hole 35 docking hole [this Creation] 50 guide joint 52 second end 54 convex lens 56 guide positive block 70 second guide joint 11 first end 13 receiving hole 15 docking post 30 second guiding joint 32 second end 34 convex lens 40 fiber optic cable 51 First end 53 accommodating hole 55 docking post 60 fiber optic cable 71 first end M394473 72 second end 73 accommodating hole 74 convex lens 75 butt hole 76 leading vacant slot 80 fiber optic cable