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    • 1. 发明专利
    • Operating mechanism for butting plate for optical fiber welding connection
    • 用于光纤焊接连接的平板的操作机构
    • JPS6123102A
    • 1986-01-31
    • JP14497684
    • 1984-07-12
    • Fujikura LtdFurukawa Electric Co Ltd:TheNippon Telegr & Teleph Corp Sumitomo Electric Ind Ltd
    • MINAMIDA ISAOUEMATSU YUUJIKATOU YASUYUKIUSUI YUUICHIKAKII TOSHIAKIYAMADA TAKESHIOOSATO KAZUKUNI
    • G02B6/24G02B6/36
    • PURPOSE:To utilize one kind of mechanism for two kinds of operation and to evade a component breakage accident by allowing a butting plate to penetrate the matching liquid coating hole of a matching liquid supplier vertically and providing a descent position adjusting means for the butting plate to a butting plate moving device, and combining it with the butting plate mutually. CONSTITUTION:When the end surface gap between optical fibers F1 and F2 is set, a cam 13 is rotated by a motor 12 in a specific direction to elevate the butting plate 3 through the cam 13 until its 1st front end part 3a moves to the butting position of an optical fiber end surface, which is allowed to but on the front end part 3a. In this case, when the optical fiber end surface is coated with matching liquid L, the projection piece 3d of the butting plate 3 is brought into contact with the cam surface 14 of the cam 13 at a point P1 as shown in a figure, and then the slit 9 at the 1st front end part 3a of the butting plate 3 is fitted in the matching liquid coating hole 6 of the matching liquid supplier 4 to stick the matching liquid L on the 1st front end part 3a through the slit 9 by a specific amount. On the other hand, when the end surface gap is set without applying the matching liquid L to the optical fiber end surface, the projection pieces 3d of the butting plate 3 is brought into contact with the cam surface 14 of the cam 13 at a point P2 as shown in a figure (a) and the slit 9 at the 1st front end part 3d is fitted in the matching liquid coating hole 6, so that the matching liquid L does not stick on the 1st front end part 3a of the butting plate 3.
    • 目的:利用一种机制进行两种操作,并通过允许对接板垂直穿过匹配液体供应器的匹配液体涂层孔来避免部件破损事故,并提供对接板的下降位置调整装置 对接板移动装置,并将其与对接板相互组合。 构成:当光纤F1和F2之间的端面间隙被设定时,凸轮13通过马达12沿特定方向旋转,以通过凸轮13升高对接板3,直到其第一前端部分3a移动到对接 位于前端部3a的光纤端面的位置。 在这种情况下,当光纤端面涂覆有匹配的液体L时,如图所示,对接板3的突出片3d与凸轮13的凸轮表面14接触,如图所示, 然后将对接板3的第一前端部分3a处的狭缝9装配在匹配液体供应器4的匹配液体涂覆孔6中,以通过狭缝9将匹配液体L通过狭缝9粘贴在第一前端部分3a上 具体数量。 另一方面,当在不将匹配液体L施加到光纤端面的情况下设定端面间隙时,对接板3的突起片3d与凸轮13的凸轮面14接触 P2如图(a)所示,并且第一前端部3d的狭缝9嵌合在匹配液体涂布孔6中,使得匹配液体L不粘附在对接板的第一前端部3a上 3。
    • 2. 发明专利
    • Connection part of optical fiber cable
    • 光纤电缆连接部分
    • JPS5971011A
    • 1984-04-21
    • JP18258782
    • 1982-10-18
    • Fujikura LtdNippon Telegr & Teleph Corp
    • TOKUDA MASAMITSUMATSUMOTO MICHITOKUBOTA YOSHINORIMINAFUJI YOSHIYUKIWATANABE KOUOOSATO KAZUKUNIWATANABE NOBUHIKOSETAISHI YUKIO
    • G02B6/24G02B6/44
    • G02B6/4441
    • PURPOSE:To use parts less than a conventional device, to improve operability and to shorten an operation time by storing the excessive-length part of an optical fiber core in a cylindrical bobbin in an elliptic loop. CONSTITUTION:The bobbin 40 for excessive length treatment consists of a semicylindrical main body 42 and a lid 44, which form a complete cylinder when combined together. The main body 42 is made of Al and a wide window 46 is formed from the base to the side wall. An external metallic fixture 48 has its bottom surface formed in a semicylindrical shape in conformity with the internal surface of the main body 42, and is fixed with a screw 50 at distance from the end surface 420. An internal metallic fixture is implanted between the jacket of the optical fiber cable and cable core inside of the metallic fixture 48. An end plate 62 is coupled with the main body 42 to hold the optical fiber through a center hole. There are numbers of fiber cores, which are connected together at a connection point; and the excessive-length part is put in a storage sheet by inserting a hand through the window 46 and then stored in the bobbin 40 successively while winding.
    • 目的:使用少于常规装置的部件,通过将椭圆环路中的光纤芯的超长部分存储在圆筒形筒管中来提高可操作性并缩短操作时间。 构成:用于过长长度处理的线轴40由半圆柱形主体42和盖44组成,当组合在一起时形成完整的气缸。 主体42由铝制成,宽窗46从基座形成到侧壁。 外部金属固定件48的底面形成为与主体42的内表面一致的半圆柱形形状,并且与距端面420距离的螺钉50固定。内部金属夹具植入夹套 的光纤电缆和电缆芯在金属固定装置48的内部。端板62与主体42连接以通过中心孔保持光纤。 有多个纤维芯在连接点连接在一起; 并且通过将手插入窗口46中而将过长部分放入存储片中,然后在卷绕时连续地存储在线轴40中。
    • 3. 发明专利
    • Connecton method of optical fiber
    • 光纤连接方法
    • JPS5740217A
    • 1982-03-05
    • JP5904881
    • 1981-04-18
    • Fujikura LtdNippon Telegr & Teleph Corp
    • KASHIMA GIYUUARAI TAKATOSHIOOSATO KAZUKUNIWATANABE ATOU
    • G02B6/24G02B6/255
    • G02B6/2551
    • PURPOSE:To automate the start of melting and to make the characteristics after melting uniform by monitoring the optical output inputted from one optical fiber and outputted to another fiber in case of molten connection of the optical fibers arranged on a straight line. CONSTITUTION:In case of molten connection of optical fibers 14, 24 arranged on a straight line in V-shape grooves 12 and 22, the interval between these fibers before melting, for example
    • 目的:通过在布置在直线上的光纤的熔融连接的情况下监视从一根光纤输入的光输出并输出到另一根光纤,使熔化开始自动化,并使熔融均匀后的特性得以实现。 构成:在V形槽12和22中配置在直线上的光纤14,24的熔融连接的情况下,从试验发现熔融前的这些纤维之间的间隔例如<= 0.4mm,使得 熔化后的连接损失包含在容许值内。 然后使光从光纤14的一端入射并从光纤24发射,使这些光纤14和24以恒定的速度接近; 此时,发射光强度的变化系数与这些光纤之间的间隔相应地固定为0.04mm。根据输出光的强度对光纤14和24进行采样,并自动设置,使得熔融 当达到规定的强度变化时开始。 由于使用发射光强度的变化系数,即使改变纤维的长度,也可以得到均匀的粘合特性。
    • 4. 发明专利
    • Welding and connecting method of single mode fiber
    • 单模光纤的焊接和连接方法
    • JPS60195505A
    • 1985-10-04
    • JP5155384
    • 1984-03-17
    • Fujikura LtdNippon Telegr & Teleph Corp
    • YAMADA TAKESHIOOSATO KAZUKUNISUZUKI MASAOWATANABE KOUKAWADA OSAMU
    • G02B6/24G02B6/255
    • G02B6/2551
    • PURPOSE:To reduce a bend of a core after an optical fiber has been welded and connected, and to execute a connection at a low loss by measuring a shift of the center of the optical fiber, and varying one or both of a time of an electric discharge or an electric power in accordance with a size of the shift. CONSTITUTION:For instance, a TV camera is installed to a microscope 22, data of scanning lines 32, 34 are processed by a computer, and shifts d1, d2 between the centers in fiber images 10x, 10y, and a shift (a) which has synthesized them, namely, (d1 +d2 ) are derived. For instance, when a current is kept constant as 17mA, and the shift (a) is 1mum at the maximum, the discharge time is set to one second, and when the shift (a) is >=4mum, said time is kept constant as 0.5sec. Also, during that time, the time is varied in accordance with the shift (a). In this way, while the shift (a) is between 1mum and 4mum, a bend of a core after welding and connection becomes almost the same extent.
    • 目的:为了在光纤被焊接和连接之后减小芯的弯曲,并且通过测量光纤的中心的偏移来实现低损耗的连接,并且改变光纤的一个或两个 放电或根据移动的大小的电力。 规定:例如,将电视摄像机安装到显微镜22上,扫描线32,34的数据由计算机处理,并且在光纤图像10x,10y中的中心之间移动d1,d2,以及移动(a) 已经合成了它们,即(d1 <2> d2 <2>)1/2。 例如,当电流保持恒定为17mA,移位(a)最大为1um时,放电时间设定为1秒,当移位(a)>4μm时,所述时间保持恒定 为0.5秒。 此外,在此期间,时间根据转移(a)而变化。 以这种方式,当a(a)在1mum和4mum之间时,焊接和连接之后的芯的弯曲变得几乎相同。
    • 5. 发明专利
    • Welding and connecting device of single mode fiber
    • 单模光纤的焊接和连接装置
    • JPS60195504A
    • 1985-10-04
    • JP5155284
    • 1984-03-17
    • Fujikura LtdNippon Telegr & Teleph Corp
    • YAMADA TAKESHIOOSATO KAZUKUNISUZUKI MASAOWATANABE KOUKAWADA OSAMU
    • G02B6/24G02B6/255G02B6/38
    • G02B6/3843G02B6/2551
    • PURPOSE:To execute a connecting at a low loss even if a core of an optical fiber is eccentric, by deriving a distance between the centers of optical fibers which are not welded yet, by measuring a distance of a shift between axes of a V-groove. CONSTITUTION:A V-groove 20 is placed on a lever 22, and moved finely by a rotation of a motor 26. In the beginning, a position of the V-groove 20 is made to coincide and a value of a sensor 28 of that time is derived, and thereafter, an axial matching of a core is executed, and when a value of the sensor 28 of the time when it has been completed is derived, a distance d1 between the centers of optical fibers which are not welded yet is known. Subsequently, the V- groove 20 is shifted excessively by an intentional shift quantity DELTAd, and discharged and heated. In this way, d1 of the time when the axial matching of the core has been ended is known, and accordingly, the discharge heating is executed by giving in advance an axial shift by d1+DELTAd intentionally to the optical fiber, so that the axial shift between the optical fibers of the time when the connection has been ended becomes d1.
    • 目的:即使光纤芯线偏心,也可以通过测量未被焊接的光纤中心之间的距离,通过测量V型光纤的轴线之间的偏移距离来实现低损耗的连接, 槽。 构成:V形槽20放置在杠杆22上,并通过电动机26的旋转而精细地移动。在开始时,使V形槽20的位置与该一致的传感器28的位置一致 之后,执行核心的轴向匹配,当得到传感器28完成时的传感器28的值时,未被焊接的光纤中心之间的距离d1为 已知 随后,V槽20被有意移动量DELTAd过度偏移,并被排出和加热。 以这种方式,已经结束了芯的轴向匹配的时间的d1,因此,通过有意地向光纤预先给出轴向偏移d1 + DELTAd来执行放电加热,使得轴向 连接结束时光纤之间的位移变为d1。
    • 6. 发明专利
    • Machine for connecting multicore optical fiber by fusion
    • 用于通过熔融连接多光纤光纤的机器
    • JPS59118A
    • 1984-01-05
    • JP10919082
    • 1982-06-25
    • Fujikura LtdNippon Telegr & Teleph Corp
    • TACHIKURA MASAOOOSATO KAZUKUNIWATANABE KOUYAMADA TAKESHI
    • G02B6/24G02B6/255
    • G02B6/2551
    • PURPOSE:To connect multicore optical fibers with each other by fusion with the edges of the cores trued up, by installing a movable table equipped with an inclined surface under a movable condition in the forward and backward directions to a V-grooved table and an aligning plate to the center of the V-grooved table under a movable condition in the upward and downward directions respectively. CONSTITUTION:To connect flood type multicore optical fibers having numerous fibers to each other by fusion, first of all, finger hooks 96 and 104 are inserted below each clamp 70 and 80 and each clamp 70 and 80 are lifted up, and then, five core fibers 10 are set in each groove by using a fiber guide 46 after an aligning plate 112 is raised. Then, only the finger hook 96 is moved leftward, the fibers 10 are pressed down by clamps 63, 70, and 80, a movable table 50 is advanced by a feed screw 126, and the front edges of fibers 12 are trued up. Thereafter, the finger hook 104 is moved leftward, the fibers 12 are fixed by the clamp 80, the aligning plate 112 is lowered after the movable table 50 is slightly retracted, and the fibers are connected by fusion while preheating and discharging by keeping the interval between the ends of the fibers 12 is appropriately maintained.
    • 目的:通过与芯线边缘的融合将多芯光纤相互连接,通过在前后方向上将可移动的台面安装在可移动状态的可移动工作台上,安装在V型槽台和对准 在分别在向上和向下的方向上移动的状态下,到V形槽台的中心。 构成:为了通过融合将具有大量纤维的洪水型多芯光纤相互连接,首先将指钩96和104插入每个夹具70和80下方,并且将每个夹具70和80提起,然后将五芯 在对准板112升高之后,通过使用纤维引导件46将纤维10设置在每个凹槽中。 然后,只有指钩96向左移动,纤维10被夹具63,70和80压下,可动台50通过进给螺杆126前进,纤维12的前缘被修整。 此后,指钩104向左移动,纤维12由夹具80固定,在可移动台50略微缩回之后,对准板112下降,并且通过熔化连接纤维,同时通过保持间隔来预热和放电 在纤维12的端部之间适当地保持。
    • 7. 发明专利
    • Guide device of optical fiber
    • 光纤指导装置
    • JPS592013A
    • 1984-01-07
    • JP3003283
    • 1983-02-23
    • Fujikura LtdNippon Telegr & Teleph Corp
    • TACHIKURA MASAOOOSATO KAZUKUNIWATANABE KOUYAMADA TAKESHI
    • G02B6/24G02B6/255G02B6/38
    • G02B6/2551G02B6/3805G02B6/3838
    • PURPOSE:To contain easily and surely optical fibers which are not paralleled owing to an electrostatic phenomenon into the V grooves of a fusion connector, by providing fiber guides of metallic materials projecting upward from a V- grooved base. CONSTITUTION:The V-groove guide 28 of a fusion connector for optical fibers, a guide 28 projecting upward in the upper half part from a V-groove base 20, the V-groove 30 of the base 20, and a fiber guide 50 of a metallic material provided with deep slits 52 of the same number as the number of 20 are provided. Optical fibers 12 which cross each other and do not parallel with each other owing to an electrostatic phenomenon are matched in parallel by the above- mentioned guide 30, and static charge is discharged, whereby the optical guides are easily and surely stored in the grooves 30, 22.
    • 目的:通过提供从V形槽底部向上突出的金属材料的纤维引导件,容易且可靠地将由于静电现象而导致的融合连接器的V槽中的光纤并入。 构成:用于光纤的熔接连接器的V形槽引导件28,从V形槽基座20向上凸起的上半部分的引导件28,基座20的V形槽30以及光纤引导件50 设置有与20个相同数量的深狭缝52的金属材料。 由于静电现象而彼此交叉并且彼此不平行的光纤12由上述引导件30并联,并且静电荷被排出,由此光导体容易且可靠地存储在槽30中 ,22。