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    • 1. 发明授权
    • Connector adapter
    • 连接器适配器
    • US06352375B1
    • 2002-03-05
    • US09539866
    • 2000-03-31
    • Naoko ShimojiMasato ShiinoMasayuki IwaseHajime Mori
    • Naoko ShimojiMasato ShiinoMasayuki IwaseHajime Mori
    • G02B636
    • G02B6/4296G02B6/3849G02B2006/4297
    • A connector adapter including a light emitting element for emitting a laser beam and connected with a plug having an optical fiber, whereby the laser beam emitted from the light emitting element is introdued into the optical fiber. The connector adapter comprises a shutter member fixed in a connector and including a base portion having a first spring portion and a shutter portion connected to the base portion. The base portion undergoes elastic deformation at the first spring portion so that the shutter portion recedes from the optical path of the laser beam when the plug is pushed into the adapter to be attached thereto, and is restored from the elastic deformation so that the shutter portion intercepts the optical path of the laser beam when the plug is drawn out of the adapter to be detached therefrom.
    • 一种连接器适配器,包括用于发射激光束并与具有光纤的插头连接的发光元件,由此从发光元件发射的激光束被引入到光纤中。 连接器适配器包括固定在连接器中并包括具有第一弹簧部分和连接到基部的活门部分的基部的活门部件。 基部在第一弹簧部分处经历弹性变形,使得当插头被推入适配器以附接到其上时,活门部分从激光束的光路退出,并且从弹性变形恢复,使得活门部分 当插头从适配器中拉出以与其分离时,截取激光束的光路。
    • 2. 发明授权
    • Optical connector
    • 光连接器
    • US06572275B2
    • 2003-06-03
    • US09995850
    • 2001-11-28
    • Naoko ShimojiKoji SeoJun YamakawaShinichi MatsumotoMasato ShiinoRenichi YuguchiHideki Miyazaki
    • Naoko ShimojiKoji SeoJun YamakawaShinichi MatsumotoMasato ShiinoRenichi YuguchiHideki Miyazaki
    • G02B636
    • G02B6/3869G02B6/3821G02B6/3825G02B6/3887G02B6/3893
    • An optical connector for making connection with a connecting partner side and releasing this connection is provided. The optical connector has an optical connector housing. The optical connector housing is formed by inserting a slider into a base end wall of an arm side member so as to be freely advanced and retreated. A cam following face is formed on an inner wall face of an arm portion of the arm side member. A claw portion is formed on a tip side of the arm portion. An opening angle driving cam member is connected to a tip side of the slider. A ferrule is arranged between the arm portions on a forward side of the opening angle driving cam member. When the slide is moved backward, the opening angle driving cam member is moved backward and is operated to angularly open the arm portion through the cam following face. This opening angle state is maintained by making the opening angle driving cam member abut on a stationary face of the cam following face. The claw portion is dislocated from an engaging position with the connecting partner side by the angular opening of the arm portion so that the connection of the optical connector is released.
    • 提供了一种用于与连接伙伴侧连接并释放该连接的光学连接器。 光学连接器具有光学连接器壳体。 光连接器壳体通过将滑块插入臂侧构件的基端壁中而形成,以便自由前进和后退。 在臂侧构件的臂部的内壁面上形成有凸轮跟随面。 爪部形成在臂部的前端侧。 打开角度驱动凸轮构件连接到滑动件的尖端侧。 在开口角度驱动凸轮部件的前侧的臂部之间配置有套圈。 当滑块向后移动时,打开角度驱动凸轮构件向后移动,并且通过凸轮跟随面角度地打开臂部。 通过使打开角度驱动凸轮构件抵接在凸轮跟随面的固定面上来保持该打开角度状态。 爪部通过臂部的角度开口而与连接对方侧的接合位置脱位,从而解除光连接器的连接。
    • 6. 发明授权
    • Backplane connector
    • 背板连接器
    • US5960138A
    • 1999-09-28
    • US072095
    • 1998-05-04
    • Naoko ShimojiMasaaki TakayaShinji Nagasawa
    • Naoko ShimojiMasaaki TakayaShinji Nagasawa
    • G02B6/38G02B6/40
    • G02B6/3893G02B6/3897G02B6/3822G02B6/3885
    • The backplane connector of the present invention can improve the fitting accuracy of the optical connectors A and B at the backplane 1 side and the package 2 side respectively and protect the backplane 1 from damages caused by being pressed against the first housing 3 when the first housing 3 is fit in the backplane 1. In the first housing 3 mounted floating in the backplane 1 is housed the second housing 7 by latching and connecting the latching projection 4 to the latching pawl 10, the backplane side optical connector plug 14 is incorporated in the second housing 7. And, the package side optical connector plug 23 is incorporated in the third housing 18 of the package 2. Then, the third housing 18 is inserted in the first housing 3, and the unlatching part 20 at the third housing 18 side presses down the tip side slope 13 of the latching pawl 10 to unlatch and disconnect the latching pawl 10 from the latching projection 4. In this status, the ferrules 16 and 25 of the backplane side and the package side optical connector plugs 14 and 23 are positioned and connected to connect the backplane 1 to the package 2 optically.
    • 本发明的背板连接器能够分别提高背板1侧和封装2侧的光连接器A,B的嵌合精度,并且能够防止背板1因第一壳体3被压靠在第一壳体3上而造成的损伤 3安装在背板1中。通过将闩锁突起4锁定并连接到闩锁爪10,在浮动在背板1中的第一壳体3中容纳第二壳体7,背板侧光学连接器插头14被结合在 第二壳体7.并且,封装侧光学连接器插头23被结合在封装2的第三壳体18中。然后,第三壳体18插入第一壳体3中,并且第三壳体18侧的解锁部20 按压闩锁爪10的尖端侧倾斜部13以解除闩锁爪10与闩锁突起4的分离。在这种状态下,背板侧的套圈16和25 并且封装侧光学连接器插头14和23被定位和连接以光学地将背板1连接到封装2。
    • 8. 发明授权
    • Method of manufacturing an optical connector
    • 制造光连接器的方法
    • US6086704A
    • 2000-07-11
    • US95181
    • 1998-06-10
    • Ken KanaiJun YamakawaNaoko ShimojiShinji Nagasawa
    • Ken KanaiJun YamakawaNaoko ShimojiShinji Nagasawa
    • G02B6/36G02B6/38G02B6/24G02B6/40
    • G02B6/3861G02B6/3863Y10T156/108
    • The invention is directed to a method of manufacturing an optical connector according to which it is possible to adjust a projection length a bare optical fiber (7) projects from a connection end surface (3) of a ferrule (1). At a step (a), an optical fiber cored line (5) is inserted through and attached to an optical fiber insertion hole (4) of the ferrule (1), and the bare optical fiber (7) and the ferrule (1) are bonded to each other by hardening a heat-hardening adhesive (11) at a first hardening temperature. Next, at a step (b), the connection end surface (3) is ground so that the connection end surface (3) becomes flat and flush with a tip surface of the bare optical fiber (7). Following this, at a step (c), the heat-hardening adhesive (11) is heated again to be hardened at a temperature which is higher than the first hardening temperature, so that a tip of the bare optical fiber (7), causing pistoning due to the reheat hardening, projects from the connection end surface (3). The quantity of the projection is adjusted by controlling one or both of the rehardening temperature and a holding time at the rehardening temperature.
    • PCT No.PCT / JP97 / 03688。 371日期:1998年6月10日 102(e)1998年6月10日PCT 1997年10月14日PCT PCT。 公开号WO98 / 16856 日期:1998年04月23日本发明涉及一种制造光连接器的方法,根据该方法,可以调整裸光纤(7)从套圈(1)的连接端面(3)伸出的突出长度, 。 在步骤(a)中,将光纤芯线(5)插入并安装在套圈(1)的光纤插入孔(4)上,裸光纤(7)和套圈(1) 通过在第一硬化温度下硬化粘合剂(11)而彼此粘合。 接下来,在步骤(b)中,对连接端面(3)进行研磨,使连接端面(3)平坦化并与裸光纤(7)的前端面齐平。 接下来,在步骤(c)中,再次加热加热硬化粘合剂(11),使其在高于第一硬化温度的温度下硬化,使得裸光纤(7)的末端导致 活塞由于再加热硬化,从连接端面突出(3)。 通过控制再硬化温度和再硬化温度下的保持时间中的一个或两个来调整投影量。