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    • 1. 发明申请
    • Optical Module and Optical Wavelength Multiplexing and Demultiplexing Device
    • 光模块和光波分复用和解复用器件
    • US20080013955A1
    • 2008-01-17
    • US11596052
    • 2004-05-26
    • Tetsuo TakanoKiyoshi MoritaYoshiatsu Yokoo
    • Tetsuo TakanoKiyoshi MoritaYoshiatsu Yokoo
    • H04J14/02
    • G02B6/2938G02B6/29362G02B6/29365G02B6/32
    • To provide an optical module with optical elements having a collimator and filter functions arranged on the same substrate, and reducing a complicated alignment and obtaining an excellent optical coupling while securing actually sufficient amount of reflection attenuation. A plurality of wavelength selective filters 71 to 74 with different selective wavelengths are disposed on a substrate 50, so that reflected light reflected by a filter is sequentially made incident, and fiber collimators 101 to 106 combined of an optical fiber terminal with a coreless fiber attached to its tip end and a lens are disposed on an optical path of incident light made incident to a filter on the uppermost stream side, on an optical path of transmitted light transmitted through each filter, and on an optical path of reflected light by a filter on the lowermost stream side. Each fiber collimator is alternately disposed on one side and the other side of one substrate, and positioned so as to be placed in V-grooves 61 to 66 formed on the same plane on the substrate. All of the V-grooves are formed on the same plane, and at least one set of the fiber collimators having a relation of facing to each other through the filter on one side and the other side is disposed on the same axial line.
    • 为了提供具有布置在同一衬底上的具有准直器和滤光器功能的光学元件的光学模块,并且减少了复杂的对准并获得了优异的光学耦合,同时确保了足够的反射衰减量。 具有不同选择波长的多个波长选择滤光器71至74设置在基板50上,使得由滤光器反射的反射光顺序地入射,并且光纤端子与无芯光纤相连的光纤准直器101至106 到其前端,透镜设置在入射到最上游侧的滤光器的入射光的光路上,透过每个滤光器的透射光的光路上,以及通过滤光器的反射光的光路上 在最下游侧。 每个光纤准直器交替地设置在一个基板的一侧和另一侧上,并且被定位成位于形成在基板上的同一平面上的V形槽61至66中。 所有V形槽都形成在同一平面上,并且通过一侧和另一侧的过滤器具有彼此相对的关系的至少一组光纤准直仪设置在同一轴线上。
    • 5. 发明授权
    • Apparatus for denaturating bilirubin and bilirubin dialyzer
    • 用于使胆红素和胆红素透析器变性的装置
    • US07998100B2
    • 2011-08-16
    • US11988195
    • 2006-06-30
    • Yoshimasa TakedaKiyoshi Morita
    • Yoshimasa TakedaKiyoshi Morita
    • A61M37/00
    • A61M1/16A61M1/3681
    • The present invention provides a bilirubin reducing means which can minimize a risk such as the onset of an infection or the occurrence of blood coagulation and can reduce physical, temporal and economical burdens imposed on a patient suffering from liver dysfunction. A bilirubin denaturating apparatus includes a dialyzing portion which has a dialyzing column for performing dialysis of blood using hollow fibers incorporated therein; an infusion supply portion which supplies an infusion used for dialysis in the dialyzing portion to the dialyzing portion; and a blood circulating portion which feeds blood to the dialyzing portion and returns the blood dialyzed by the dialyzing portion, wherein the dialyzing portion includes a radiation means which radiates green light to the hollow fibers, and the radiation means radiates the green light to the hollow fibers for converting fat-soluble bilirubin in the blood flowing in the inside of the hollow fibers into water-soluble bilirubin thus eluting the water-soluble bilirubin in the infusion.
    • 本发明提供一种胆红素减少装置,其可以使诸如感染发生或血液凝固发生的风险最小化,并且可以减轻对患有肝功能障碍的患者施加的身体,时间和经济负担。 胆红素变性装置包括透析部,该透析部具有用于使用并入其中的中空纤维进行血液透析的透析塔; 输液供给部,其在所述透析部中将用于透析的输液供给到所述透析部; 以及血液循环部,其向所述透析部供给血液,使由所述透析部透过的血液返回,所述透析部具有将绿色光照射到所述中空纤维的放射单元,所述放射单元将所述绿色光照射到所述中空部 将在中空纤维内部流动的血液中的脂溶性胆红素转化为水溶性胆红素,从而洗脱输注中的水溶性胆红素。
    • 6. 发明授权
    • Cerebral-ischemia supervisory monitor
    • 脑缺血监护仪
    • US07558609B2
    • 2009-07-07
    • US11547731
    • 2005-03-03
    • Yoshimasa TakedaKiyoshi Morita
    • Yoshimasa TakedaKiyoshi Morita
    • A61B5/145
    • A61B5/0059A61B5/4076
    • A cerebral-ischemia supervisory monitor includes: a pair of optical fibers which each have a tip part that can be placed substantially perpendicularly to an exterior surface of a cerebrum; an irradiation portion which is connected to a basic end part of one of the optical fibers, and via this optical fiber, can irradiate the exterior surface of a cerebrum with ultraviolet rays; a light-receiving portion which is connected to the basic end part of the other one of the optical fibers, and via this optical fiber, can receive fluorescence that is emitted when the ultraviolet rays excite cerebral cells; and a display portion which can display an intensity of the fluorescence.
    • 脑缺血监督监视器包括:一对光纤,每个光纤具有基本上垂直于大脑外表面放置的尖端部分; 与该光纤的基端部连接的照射部,经由该光纤,能够以紫外线照射大脑的外表面; 连接到另一个光纤的基本端部的光接收部分,并且经由该光纤可以接收当紫外线激发脑细胞时发射的荧光; 以及能够显示荧光强度的显示部。
    • 9. 发明申请
    • Apparatus For Denaturating Bilirubin And Bilirubin Dialyzer
    • 用于使胆红素和胆红素透析器变性的装置
    • US20090131771A1
    • 2009-05-21
    • US11988195
    • 2006-06-30
    • Yoshimasa TakedaKiyoshi Morita
    • Yoshimasa TakedaKiyoshi Morita
    • A61B5/1455
    • A61M1/16A61M1/3681
    • The present invention provides a bilirubin reducing means which can minimize a risk such as the onset of an infection or the occurrence of blood coagulation and can reduce physical, temporal and economical burdens imposed on a patient suffering from liver dysfunction. A bilirubin denaturating apparatus includes a dialyzing portion which has a dialyzing column for performing dialysis of blood using hollow fibers incorporated therein; an infusion supply portion which supplies an infusion used for dialysis in the dialyzing portion to the dialyzing portion; and a blood circulating portion which feeds blood to the dialyzing portion and returns the blood dialyzed by the dialyzing portion, wherein the dialyzing portion includes a radiation means which radiates green light to the hollow fibers, and the radiation means radiates the green light to the hollow fibers for converting fat-soluble bilirubin in the blood flowing in the inside of the hollow fibers into water-soluble bilirubin thus eluting the water-soluble bilirubin in the infusion.
    • 本发明提供一种胆红素减少装置,其可以使诸如感染发生或血液凝固发生的风险最小化,并且可以减轻对患有肝功能障碍的患者施加的身体,时间和经济负担。 胆红素变性装置包括透析部,该透析部具有用于使用并入其中的中空纤维进行血液透析的透析塔; 输液供给部,其在所述透析部中将用于透析的输液供给到所述透析部; 以及血液循环部,其向所述透析部供给血液,使由所述透析部透过的血液返回,所述透析部具有将绿色光照射到所述中空纤维的放射单元,所述放射单元将所述绿色光照射到所述中空部 将在中空纤维内部流动的血液中的脂溶性胆红素转化为水溶性胆红素,从而洗脱输注中的水溶性胆红素。