M428368 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種光纖接頭，特別是指一種光纖連 接器。 【先前技術】 參閱圖1，為中華民國公告第M387259號「光纖連接 器」’用於與一光纖連接，該光纖連接器包含一前殼體11、 一與該則殼體11相卡接的後殼體12，及一設於該前殼體11 與後殼體12内的芯管13。 該前殼體11包括一殼座111、二形成在該殼座ηι兩 相反位置的卡制孔112、一由該殼座111斜向延伸的壓彈部 113、二由該壓彈部113兩側凸伸的卡合凸塊丨14，及一形 成在該殼座111上的組裝導槽115，由於視角的關係該卡制 孑L 112只顯示一個。 該後殼體12包括一基座12ι、一由該基座121延伸並 用於伸入該前殼體11的組裝部122、二由該組裝部122凸 伸且分別與該前殼體u之卡制孔112相對應的卡制凸塊 123，及一由該組裝部122凸出並與該前殼體u的組裝導槽 115相配合的組裝凸條124，由於視角的關係該卡制凸塊 123只顯不一個。 該芯管13兩端分別設於該前殼體n與後殼體12内， 並包括一座體131、-由該座體131 一端延伸的第一插針 132,及一由該座體131另一端延伸的第二插針133。 使用上疋將該芯管13伸置入該前殼體u使該第一插針 3 132部份凸伸出該前殼體n，之後，以一光纖訊號線（圖未 不）由該第二插針133伸入該芯管13，最後將該後殼體12 再與該前殼體11相固定，其中，該後殼體12是以卡制凸塊 123與該前殼體U的卡制孔112相卡合固定，同時利用該 前殼體11的組裝導槽115與後殼體12之組裝凸條124配合 以確保組裝正確性，使該前殼體u與後殼體12不會上下倒 置反裝，如此一來即能夠按壓該前殼體11的壓彈部113 以插置入一承載裝置（圖未示），達到傳輸訊號的功能。 由於上述後殼體12之組裝凸條124是直接由該基座 121壁面凸出延伸而與該基座121相接，因此在插入該前殼 體11的組裝導槽115後，會使得該組裝導槽115的變形量 朝開口端愈來愈大，造成夾設該組裝凸條124的力度不足 ，谷易發生鬆動，影響到前殼體11與後殼體12結合的穩定 度。 【新型内容】 因此，本新型之目的，即在提供一種提升結合強度的 光纖連接器。 於是’本新型光纖連接器，包含一插頭件、一與該插 頭件相卡接的插座件，及一設於該插頭件與插座件内的接 合件。 該插頭件包括一殼座、二形成在該殼座兩相反位置的 卡扣孔'一由該殼座斜向延伸的壓彈部、二由該壓彈部兩 側凸伸的疋位塊，及一形成在該殼座上並沿該殼座長度方 向延伸的導槽。 該插座件包括一基座、一由該基座延伸並用於伸入該 插頭件的穿置部、二由該穿置部凸伸且分別與該插頭件之 卡扣孔相對應的卡扣塊、一設於該基座上且向該插頭件方 向延伸的施力部，及一由該穿置部凸出且與該插頭件的導 槽相對應緊配合的導引塊’該施力部與該插頭座的壓彈部 相搭接，且該插座件的穿置部具有一相反於該基座的端緣 ’而該導引塊的兩端是分別與該穿置部的端緣、基座各保 持有一間距。 該接合件兩端分別設於該插頭件與插座件内，並包括 一座體、一由該座體一端延伸的第一插針，及一由該座體 另一端延伸的第二插針。 本新型之功效在於：在該插座件與該插頭件相卡合後 ’利用該插頭件的導槽與該插座件的導引塊提供防呆的效 果，使得該插座件與插頭件不會倒置安裝，且因為該導引 塊的兩端疋分別與該穿置部的端緣、基座各保持有一間距 ，:斤以該插頭件的導槽只有在該導引塊的兩側產生形變， 故能減少變形量以提高夾持該導引塊的強度。 【實施方式】 有關本新型之前述及其他技術内容、特點盥功效，在 以下配合參考圖式之_個較佳實施例的詳細說明中，將可 清楚的呈現。 含4=，為本新型光纖連接器2之一較佳實施例，包 牛3、一與該插頭件3相卡接的插座件4,及一設 於储頭件3與插座件4内的接合件5。 M428368 參閱圖3與圖5，該插頭件3包括—殼座3i、二形成 在該殼座31兩相反位置的卡扣孔32、一由該殼座31斜向 延伸的壓彈部33、二由㈣彈部33兩側凸伸的定位塊34 ，及-形成在該殼座31上並沿該殼座31長度方向延伸的 導槽35 ’而該插頭件3的殼座31具有一貫穿孔3ιι，該貫 穿孔311具有一容置段312’及一口徑小於該容置段312的 抵靠段313。 參閱圖4與圖5,該插座件4包括一基座41、一由該 基座41延伸並用於伸入該插頭件3的穿置部42、二由該穿 置部42凸伸且分別與該插頭件3之卡扣孔32相對應的卡 扣塊43、一設於該基座41上且向該插頭件3方向延伸的施 力部44,及一由該穿置部42凸出且與該插頭件3的導槽 35相對應緊配合的導引塊45，該施力部44與該插頭件3 的壓彈部33相搭接’由於視角的關係，該等卡扣塊43只 顯示一個。 該插座件4的穿置部42具有一與該貫穿孔311連通的 通道421’及一相反於該基座41的端緣422，其中，★亥導 引塊45的兩端是分別與該穿置部42的端緣422、基座41 各保持有一間距X1、Χ2(見圖2)，而該插座件4的施力部 44是與該基座41 一體成型，該插座件4的基座41具有— 與該通道421相通且口徑小於該通道421的穿孔411。 回顧圖2，該接合件5兩端分別設於該插頭件3與插座 件4内，並包括一座體51、一由該座體51 —端延伸的第一 插針52、一由該座體51另一端延伸的第二插針53，及_ 6 套設在該接合件5的第二插針53上的彈性體54。 參閱圖2與圖5,將該接合件5伸置入該插頭件3 穿孔3U，且該座體51是抵頂在該貫穿孔3ιι的抵靠段^ ’此時該第-插針52是部分凸出於該插頭件3 ,之後利用 該插座件4的導引塊45沿該插頭件3的導槽^的方向插 入’使該插座件4的穿置部42伸人該插頭件3的容置段 312 ’並藉助該等卡扣塊43與插頭件3的卡扣孔32相卡接 ’如此’該接合件5的彈性體54的兩端分別頂靠在該接合 件5與插座件4内，並提供—彈性仙力迫緊該接合件$ 的座體51抵靠在該插頭件3内。 利用-光纖傳輸線（圖未示）由該插座件4的穿孔4ιι伸 入並與該接合件5的第二插針53相連接，之後即能夠施力 壓迫插座件4的施力部44’進而下壓該插頭件3的壓彈部 33，使得該等定位塊34下移，即能夠以該插頭件3插入一 通訊裝置(圖未示)，最後再釋放該施力部44,使該壓彈部 帶動《•亥等定位塊34上移復位，該等定位塊即會嵌設 入該通訊裝置’如此該光纖連接ϋ 2即與該通訊裝置相固 接0 因此本新型光纖連接器2藉由該導槽35與導引塊45 相配合’使該插座件4與該插頭# 3相卡合後不易晃動， 更，該插座件4與該插頭件3只有一種角度可以接合，藉 j曰供防呆的效果，另外’參閱圖6，由於該導引塊Μ與 該導槽35是緊配合，且該導引塊45的兩端分別與該穿置 的端緣422(見圖2)、基座4!保持有間距X i、χ2，所 M428368 以在該插座件4的導引塊45沿該插頭件3的導槽35的方 向插入後，該導槽35只有在該導引塊45兩側的局部會產 生形變，而該導引塊45被該導槽35完全包覆、夾持，藉 以提高該導槽35夾持該導引塊45的力度。 參閱圖7與圖8，該插座件4的施力部44除了與該美 座41是一體成型外，該插座件4的施力部44也可以是可 脫離地套設在該基座41上，提供另一種實施態樣，同樣也 有使該插座件4與該插頭件3相卡合後不易晃動與防呆， 並提高結合強度的效果。 综上所述，本新型光纖連接器2的插頭件3的導槽h 、插座件4的導引塊45在該插頭件3與插座件4卡合時提 供防呆的效果，且職頭件3與插㈣4結合後，該插頭 的導L 35，、有在$導引塊45的兩側產生形變變开》 量少而提W㈣導弓丨塊45的強度’故確實能達成本新型 之目的。 &惟以上所述者，僅為本新型之較佳實施例而已，當不 月&以此限定本新型實 貫知之範圍’即大凡依本新型申請專利 =及新型說明内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 光纖分解圖，朗中華民國公告S Μ則59號的 施例j & 〃解® ’說明本新型光纖連接器的-較佳實 8 M428368 圖3是一立體圖，說明該較佳實施例的一插頭件； 圖4是一立體圖，說明該較佳實施例的一插座件； 圖5是一剖面圖，說明該較佳實施例的使用態樣； 圖6是一剖面圖，說明該較佳實施例的插頭件與插座 件結合的態樣； 圖7是一分解圖，說明該較佳實施例的另一種實施態 樣；及 圖 是一剖面圖，辅助說明圖7的使用態樣。 M428368 【主要元件符號說明】 2…… …·光纖連接器 42•.… •…穿置部 3…… •…插頭件 421… •…通道 31··.·. …·殼座 422… 端緣 311 ··· •…貫穿孔 43•…· •…卡扣塊 312… •…容置段 44···.· ----施力部 313… •…抵靠段 45•.… •…導引塊 1 〇..... _ L·. 4ι-ι ~ζ\ C ...... ....-li J L..... Z) 按兮忏 33…… •…壓彈部 51 ···.. 座體 34…… •…定位塊 52•.… —第 插針 35…… •…導槽 53••… •…第二插針 ....ifu jtA- C Λ..... ____2留*卜4聊 Η...... 插座什 ••坪性篮 41…… 基座 XI …·· •…間距 411… …·穿孔 X2…· •…間距 10M428368 V. New description: [New technical field] The present invention relates to a fiber optic connector, and more particularly to a fiber optic connector. [Prior Art] Referring to FIG. 1, a "fiber connector" of the Republic of China Announcement No. M387259 is used for connection with an optical fiber. The optical fiber connector includes a front housing 11 and a latching portion of the housing 11. The rear housing 12 and a core tube 13 disposed in the front housing 11 and the rear housing 12. The front housing 11 includes a housing 111, two locking holes 112 formed at opposite positions of the housing η, a ballistic portion 113 extending obliquely from the housing 111, and two by the pressing portion 113. The side-bumping engaging projections 14 and a fitting guide groove 115 formed on the housing 111 show only one of the locking jaws 112 due to the viewing angle. The rear housing 12 includes a base 12i, an assembly portion 122 extending from the base 121 for extending into the front housing 11, and two cards projecting from the assembly portion 122 and respectively associated with the front housing u. The corresponding protrusions 123 of the holes 112 and an assembly rib 124 protruding from the assembly portion 122 and cooperating with the assembly guide groove 115 of the front case u, the card bumps due to the viewing angle 123 only shows one. The two ends of the core tube 13 are respectively disposed in the front housing n and the rear housing 12, and include a body 131, a first pin 132 extending from one end of the base 131, and a second body 132 A second pin 133 extending at one end. Extending the core tube 13 into the front housing u by using the upper sleeve, the first pin 3 132 is partially protruded from the front housing n, and then the optical fiber signal line (not shown) The second pin 133 extends into the core tube 13, and finally the rear housing 12 is fixed to the front housing 11, wherein the rear housing 12 is a card with the locking protrusion 123 and the front housing U. The hole 112 is engaged and fixed, and the assembly guide groove 115 of the front case 11 is engaged with the assembly rib 124 of the rear case 12 to ensure correct assembly, so that the front case u and the rear case 12 do not The reverse mounting is reversed up and down, so that the ballistic portion 113 of the front housing 11 can be pressed to be inserted into a carrying device (not shown) to achieve the function of transmitting signals. Since the assembly ridge 124 of the rear case 12 directly protrudes from the wall surface of the base 121 to be in contact with the base 121, the assembly is made after the assembly guide groove 115 of the front case 11 is inserted. The deformation amount of the guide groove 115 is increasing toward the open end, so that the force for sandwiching the assembly ridge 124 is insufficient, and the valley is liable to loosen, which affects the stability of the combination of the front case 11 and the rear case 12. [New content] Therefore, the purpose of the present invention is to provide a fiber optic connector that improves the bonding strength. Thus, the novel optical fiber connector includes a plug member, a socket member that is engaged with the plug member, and a connector member disposed in the header member and the socket member. The plug member includes a shell seat, two snap holes formed at opposite positions of the shell seat, a ballistic portion extending obliquely from the shell seat, and two clamping blocks protruding from opposite sides of the ballistic portion. And a guide groove formed on the housing and extending along the length of the housing. The socket member includes a base, a through portion extending from the base and extending into the plug member, and two snap portions protruding from the through portion and respectively corresponding to the latching holes of the plug member a force applying portion disposed on the base and extending in the direction of the plug member, and a guiding block that protrudes from the through portion and closely fits with the guiding groove of the plug member. The ballistic portion of the socket is overlapped, and the insertion portion of the socket member has an edge ′ opposite to the base, and both ends of the guiding block are respectively opposite to the end edge of the through portion. Each seat is kept at a distance. The two ends of the engaging member are respectively disposed in the plug member and the socket member, and include a body, a first pin extending from one end of the body, and a second pin extending from the other end of the body. The utility model has the following advantages: after the socket member is engaged with the plug member, the guide groove of the plug member and the guiding block of the socket member provide a foolproof effect, so that the socket member and the plug member are not inverted Mounting, and because the two ends of the guiding block are respectively spaced apart from the end edge of the wearing portion and the base, the guiding groove of the plug member is deformed only on both sides of the guiding block. Therefore, the amount of deformation can be reduced to increase the strength of clamping the guide block. The above and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiments of the drawings. In the preferred embodiment of the present invention, a package member 4, which is coupled to the header member 3, and a socket member 4 and a socket member 4 are disposed. Engagement member 5. M428368 Referring to FIG. 3 and FIG. 5, the header member 3 includes a housing 3i, two locking holes 32 formed at opposite positions of the housing 31, and a ballistic portion 33 and two extending obliquely from the housing 31. a positioning block 34 projecting from both sides of the (four) spring portion 33, and a guide groove 35' formed on the housing 31 and extending along the length of the housing 31. The housing 31 of the header member 3 has a consistent perforation 3 ιι The through hole 311 has a receiving portion 312 ′ and an abutting portion 313 having a smaller diameter than the receiving portion 312 . Referring to Figures 4 and 5, the socket member 4 includes a base 41, a through portion 42 extending from the base 41 for extending into the header member 3, and two projections 42 projecting from the insertion portion 42 and respectively a latching block 43 corresponding to the latching hole 32 of the header member 3, a biasing portion 44 disposed on the base 41 and extending in the direction of the header member 3, and a projection portion 42 projecting from the insertion portion 42 and a guiding block 45 that closely fits the guide groove 35 of the header member 3, and the biasing portion 44 overlaps with the ballistic portion 33 of the header member 3. The snap blocks 43 are only displayed due to the viewing angle. One. The insertion portion 42 of the socket member 4 has a passage 421' communicating with the through hole 311 and an end edge 422 opposite to the base 41, wherein both ends of the guide block 45 are respectively worn The end edge 422 of the portion 42 and the base 41 are each maintained at a pitch X1, Χ 2 (see FIG. 2), and the urging portion 44 of the socket member 4 is integrally formed with the pedestal 41, and the pedestal of the socket member 4 41 has a perforation 411 that communicates with the passage 421 and has a smaller diameter than the passage 421. 2, the two ends of the engaging member 5 are respectively disposed in the plug member 3 and the socket member 4, and include a body 51, a first pin 52 extending from the end of the base 51, and a seat body. The second pin 53 extending at the other end of the 51, and the elastic body 54 of the _6 sleeved on the second pin 53 of the engaging member 5. Referring to FIG. 2 and FIG. 5, the engaging member 5 is extended into the through hole 3U of the plug member 3, and the seat body 51 is abutting against the through hole 3 ι. A portion protrudes from the header member 3, and then the guide block 45 of the socket member 4 is inserted in the direction of the guide slot of the header member 3 to extend the insertion portion 42 of the socket member 4 to the header member 3. The receiving portion 312 ′ is engaged with the locking hole 32 of the plug member 3 by the snap blocks 43. Thus, the two ends of the elastic body 54 of the engaging member 5 respectively abut against the engaging member 5 and the socket member 4, and providing - the elastic body force the body 51 of the engaging member $ abuts against the plug member 3. An optical fiber transmission line (not shown) is inserted from the through hole 4 of the socket member 4 and connected to the second pin 53 of the engaging member 5, and then the force applying portion 44' of the socket member 4 can be pressed. Pressing the ballistic portion 33 of the plug member 3, so that the positioning block 34 is moved downward, that is, a communication device (not shown) can be inserted into the plug member 3, and finally the force applying portion 44 is released to make the ballistic bomb The part drives the resetting block 34 such as "Hai" to move up and reset, and the positioning blocks are embedded in the communication device. Thus, the fiber connection port 2 is fixed to the communication device. Therefore, the novel fiber connector 2 is used. The guiding groove 35 cooperates with the guiding block 45 to make the socket member 4 not easy to shake after being engaged with the plug #3. Moreover, the socket member 4 and the plug member 3 can be joined at only one angle. The effect of the foolproof, in addition, referring to FIG. 6, since the guiding block is tightly engaged with the guiding groove 35, both ends of the guiding block 45 and the wearing end edge 422 (see FIG. 2), The base 4! is kept at a distance X i, χ 2, and M428368 is in the direction of the guide block 45 of the socket member 4 along the guide groove 35 of the header member 3. After the entry, the guide groove 35 is deformed only on the two sides of the guide block 45, and the guide block 45 is completely covered and clamped by the guide groove 35, thereby improving the guide groove 35 to clamp the guide. The strength of the block 45. Referring to FIG. 7 and FIG. 8 , the urging portion 44 of the socket member 4 is detachably sleeved on the pedestal 41 except that the shank portion 41 is integrally formed with the shank 41 . Another embodiment is provided. Similarly, the socket member 4 and the header member 3 are not easily swayed and prevented from sticking, and the bonding strength is improved. In summary, the guiding groove h of the plug member 3 of the novel optical fiber connector 2 and the guiding block 45 of the socket member 4 provide a foolproof effect when the plug member 3 is engaged with the socket member 4, and the head piece is provided. 3, when combined with the plug (4) 4, the lead L 35 of the plug has a deformation on both sides of the guide block 45. The amount of the W (four) guide bow block 45 is small, so the present invention can be achieved. purpose. And the above is only the preferred embodiment of the present invention, and the scope of the present invention is limited by the fact that it is not limited to the scope of the present invention. Equivalent changes and modifications are still within the scope of this new patent. [Simple description of the diagram] Optical fiber decomposition diagram, Langzhong Republic of China Announcement S Μ 59 59 Example j & 〃解® 'Describe the new fiber optic connector - preferably 8 M428368 Figure 3 is a perspective view illustrating Figure 4 is a perspective view showing a socket member of the preferred embodiment; Figure 5 is a cross-sectional view showing the use of the preferred embodiment; Figure 6 is a cross-sectional view FIG. 7 is an exploded view showing another embodiment of the preferred embodiment; and FIG. 7 is a cross-sectional view of the embodiment of FIG. Use the aspect. M428368 [Description of main component symbols] 2...... ...·Fiber connector 42•....•...Pipe section 3...•...Plug 421... •...Channel 31····....·Shell 422... End edge 311 ··· •...through hole 43•...· •... snap block 312... •... accommodating section 44····· ---- urging part 313... •...butting section 45•.... •... Guide block 1 〇..... _ L·. 4ι-ι ~ζ\ C ...... ....-li J L..... Z) Press 兮忏33... •... Ballistics 51 ····. Seat 34... •...Positioning block 52•.... —Pin pin 35... •... Guide groove 53••... •...Second pin....ifu jtA- C Λ..... ____2留*卜4聊Η... Sockets••Pinging basket 41... pedestal XI ...·· •...pitch 411...··perforation X2...·... 10