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    • 3. 发明专利
    • FLUORESCENCE DETECTOR
    • JPH09127000A
    • 1997-05-16
    • JP28821995
    • 1995-11-07
    • FURUKAWA ELECTRIC CO LTD
    • HIRANO JUNYAHAMADA HIROKISAKAI KATSUTOSHIMOTOMURA SHIGEKI
    • G01N21/64G07D7/00G07D7/12G07D7/20
    • PROBLEM TO BE SOLVED: To make it possible to accurately detect even in the case of faint fluorescence by detecting the fluorescence generated by irradiation of fluorescent substance such as sheet with ultraviolet rays with an optical system having different focuses of visible ray region and ultraviolet region. SOLUTION: The exciting ray of the ultraviolet region generated from an exciting light source 2 is projected to a material 1 to be detected except the visible ray component with an optical fiber 4. The fluorescence of the visible ray region is emitted from the fluorescent substance of the material 1 to be detected and introduced into an optical filter 7. The filter 7 is installed to transmit only the visible rays but also transmit the reflected exciting ray of ultraviolet region through it is slight. The fluorescence of the visible ray region transmitted through the filter 7 is transmitted through a SELFOC lens arrays 8 which has a feature of shorter focus for UV ray than hat of visible ray, and focused on the surface of a photodetector 3. The ultraviolet ray reflected on the material 1 to be detected is slightly arrived at the photodetector 3 but it is out of focus and hence it does not form image to be uniform pattern. This is processed as noise to accurately detect the focused pattern of the fluorescent substance.
    • 7. 发明专利
    • FLUORESCENT LIGHT DETECTOR
    • JPH06333125A
    • 1994-12-02
    • JP14292293
    • 1993-05-21
    • FURUKAWA ELECTRIC CO LTD
    • KOBAYASHI TAKAOSAKAI KATSUTOSHIKOBAYASHI KENZO
    • G01J1/02G01N21/64G06K7/12G07D7/00G07D7/12G07D7/20
    • PURPOSE:To obtain the small sized detection section by adopting a plastic optical fiber not transmitted through an ultraviolet ray as a fluorescent light transmission line used to sending a fluorescent light emitted from an object to be detected to an optical detector so as to detect the fluorescent light with high sensitivity and isolating a light source of the detector and the detection section. CONSTITUTION:A stimulated light emitter from a stimulation light source 1 is collected by a condenser lens 10 and made incident on an emission light transmission line 3. Since an ultraviolet ray is transmitted through the emission light transmission line 3, only the ultraviolet ray in the stimulated light is emitted to an object 2 to be detected through a detection widow 9 by passing the ray to the optical filter. When an ultraviolet ray is emitted, a fluorescent substance of the object 2 to be detected is stimulated and a fluorescent light is emitted from the fluorescent substance and the fluorescent light passes through the detection window 9 and made incident on a fluorescent light transmission line 5. Since the fluorescent light transmission line 5 has a property of hardly transmitting an ultraviolet ray but passing easily a visual light, the ultraviolet ray is separated in the fluorescent light transmission line 5 without use of an optical filter when the fluorescent light color is within a visual light region. The ultraviolet ray is emitted from the fluorescent light transmission line 5 and received by a photodetector 4.
    • 10. 发明专利
    • SMALL-SIZED ANTENNA
    • JPH10209742A
    • 1998-08-07
    • JP733097
    • 1997-01-20
    • FURUKAWA ELECTRIC CO LTD
    • HAMADA HIROKIMORIYAMA KAZUYUKISAKAI KATSUTOSHINEGISHI KUNIO
    • H01Q13/08H01Q1/24H01Q1/38
    • PROBLEM TO BE SOLVED: To provide a small-sized antenna with a high production efficient, high size accuracy of a conductor pattern on the surface of a dielectric block and a stable characteristic. SOLUTION: A radiation conductor 3 of the antenna is formed to an upper face of a dielectric block 1, a ground conductor 5 and a feeding electrode 7 are formed to a lower face, the radiation conductor 3 and the feeding electrode 7 are connected by a through-hole 9, the radiation conductor 3 and the ground conductor 5 are connected by a through-hole 11, and part of the radiation conductor 3 is formed continuously to the circumferential face of the dielectric block 1. A tilt face 1a directed to the ground conductor 5 is formed to the circumferential face of the dielectric block 1, the tilt face 1a acts as an insulation zone to isolate the radiation conductor 3, the ground conductor and a feeding electrode 7, and a pad 7a of the feeding electrode 7 and a pad 5a of the ground conductor 5 are formed to the tilt face 1a. Thus, a conductor pattern is formed with a one-time exposure from the lower side.