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    • 1. 发明专利
    • Optical fiber cable
    • 光纤电缆
    • JPS5748701A
    • 1982-03-20
    • JP11344280
    • 1980-08-20
    • Kokusai Denshin Denwa Co Ltd
    • OKAMURA YASUYUKIMIMURA HIDENORIKOMAZAWA YOSHIHISA
    • H01B7/282G02B6/00G02B6/02G02B6/44
    • G02B6/4428
    • PURPOSE:To seal a gas or liquid cladding type optical fiber completely by bringing specific materials which are an input window and an output window for light into close contact with both the ends of a water-absorptive optical fiber and by sealing both the ends of a jacket with caps supporting the fiber and both the windows. CONSTITUTION:An input window 3a and an output window 3b for light are brought into close contact with both ends of an optical fiber 2, of CsI, CsBr, CsBrI, etc., where light ranging from the visible range to the infrared range is transmissible. The windows 3a and 3b are made of cylindrical or prismatic ZnSe single crystal, and the diameter of the input window 3a is equal to or less than that of the fiber 2. The diameter of the output window 3b is made greater than that of the fiber 2 to avoid light emission . Their close contact parts are supported in holes made in sealing materials (waterproof materials made of silicon or metal) to seal a jacket 1 completely. In the jacket, a gas or liquid 5 is sealed as a cladding material to prevent the water absorption and oxidation of the fiber. Thus, even a moisture- absorptive and poisonous optical fiber suitable for high-power transmission in usable in safety for a medical and a machining treatment.
    • 目的:通过将作为输入窗口的特定材料和用于光的输出窗口的特定材料与吸水性光纤的两端紧密接触并将两端的密封完全密封在气体或液体包覆型光纤上 夹克与帽子支持纤维和两个窗户。 构成:用于光的输入窗口3a和输出窗口3b与CsI,CsBr,CsBrI等的光纤2的两端紧密接触,其中从可见光范围到红外范围的光是可以传播的 。 窗口3a和3b由圆柱形或棱形ZnSe单晶制成,输入窗口3a的直径等于或小于光纤2的直径。输出窗口3b的直径大于光纤的直径 2避免发光。 它们的紧密接触部分被支撑在由密封材料制成的孔(由硅或金属制成的防水材料)中,以完全密封护套1。 在夹套中,将气体或液体5作为包覆材料密封,以防止纤维的吸水和氧化。 因此,即使是适用于高功率传输的吸湿性有毒光纤,可用于医疗和机械加工处理的安全性。
    • 3. 发明专利
    • Optical fiber cable
    • 光纤电缆
    • JPS5753708A
    • 1982-03-30
    • JP12792780
    • 1980-09-17
    • Kokusai Denshin Denwa Co Ltd
    • MIMURA HIDENORIOKAMURA YASUYUKIKOMAZAWA YOSHIHISAOOTA CHIYUUICHI
    • H01B7/282G02B6/00G02B6/02G02B6/44
    • G02B6/4401
    • PURPOSE:To eliminate fluctuations of input and output power by fixing an input and an output terminal while protecting an optical fiber made of fluoride for infrared rays against mechanical external force applied to the fiber and moisture in the atmosphere, by applying tightly closed structure to the end parts. CONSTITUTION:At the end part of an optical fiber 1 having loose cladding 2, a holding tool 3 which holds a terminal core where the cladding tube of the optical fiber is removed at the terminal side of the optical fiver and the external circumference of the cladding tube at a cable side closer to the center part of the optical fiber and a cylindrical body 5 having a condenser lens or window material plate 6 at an open end while having tightly closed structure to the terminal core are provided, thereby transferring the input and output light beams of the optical fiber through the lens or window.
    • 目的:为了通过固定输入和输出端子来消除输入和输出功率的波动,同时保护由氟化物制成的用于红外线的光纤,防止施加到纤维和大气中的水分的机械外力,通过对密封结构施加紧密结构 端部。 构成:在具有松散的包层2的光纤1的端部,保持工具3,其保持端子芯,其中光纤的包层管在光纤的端子侧被除去,外包层的外周 在靠近光纤的中心部分的电缆侧设置管,并且在开口端具有聚光透镜或窗口材料板6的圆柱体5,同时具有与端子芯的紧密结构,从而传送输入和输出 光纤通过镜头或窗口的光束。
    • 7. 发明专利
    • PRODUCTION UNIT FOR SINGLE CRYSTAL
    • JPS56164099A
    • 1981-12-16
    • JP6852080
    • 1980-05-23
    • KOKUSAI DENSHIN DENWA CO LTD
    • OKAMURA YASUYUKIMIMURA HIDENORIKOMAZAWA YOSHIHISA
    • C30B15/02C30B15/14C30B15/34
    • PURPOSE:To enable the continuous growth of single crystal at high speed, by communicating the melting part of a raw material with a die for growing a single crystal using a U-tube, and by making a steep temperature gradient at the solid-liquid interface between the melt introduced to the die and the single crystal. CONSTITUTION:The raw material 7 is dropped to make the melt level at the fixed position, and it is melted in the crucible 2 by the heater 1a. The heater 1a is eqipped with the lifting and lowering mechanism 10, and the melt level can be adjusted to any position based on the top of the die 4b by moving vertically the position of the heater 1a based on the melting part 2. The melt 5 is passed through the U-tube 8, the steep temperature gradient is produced by the temperature regulating means consisting of the cooler 9 and the heater 1c, the melt is transferred to the tip of the die 4b and converted into a single crystal. In the operation, the lowering speed Vd of the raw material 7 and the speed Vp of pulling up the single crystal are mainly regulated in such a way that the separating amount of the single crystal 6 is harmonized with the feed amount of the raw material 7.