发明名称 BLOOD COAGULATION ANALYZER
摘要 In order to improve accuracy of determination of a blood coagulation time without requiring complicated work, a measurement unit 2 of a blood coagulation analyzer 1 irradiates a measurement specimen prepared by mixing a blood specimen and a reagent together, with lights of a plurality of wavelengths including light of a wavelength λ1 and light of a wavelength λ2, obtains information regarding an amount of transmitted light that transmits through the measurement specimen, and transmits the obtained information to a control device 4. The control device 4 calculates a blood coagulation time of the blood specimen based on information regarding a transmitted light amount based on light of the wavelength λ1. Moreover, the control device 4 determines whether a blood coagulation time can be appropriately obtained through the measurement, based on information regarding transmitted light amounts based on light of wavelength λ1 and light of wavelength λ2.
申请公布号 US2014255254(A1) 申请公布日期 2014.09.11
申请号 US201414198159 申请日期 2014.03.05
申请人 SYSMEX CORPORATION 发明人 YAMAGUCHI Keiichi;TAKEUCHI Yasuhiro;KURONO Hiroshi
分类号 G01N33/86 主分类号 G01N33/86
代理机构 代理人
主权项 1. A blood coagulation analyzer comprising: an obtaining section configured to irradiate a measurement specimen prepared by mixing a blood specimen and a reagent together, with lights of a plurality of wavelengths including at least a first wavelength and a second wavelength which is different from the first wavelength, and to obtain, from the measurement specimen, a plurality of pieces of optical information based on the lights of the plurality of wavelengths, respectively; and a controller programmed to perform operations comprising: calculating a blood coagulation time based on predetermined optical information among the plurality of pieces of optical information; anddetermining whether a relation between an amount of change of light of the first wavelength and an amount of change of light of the second wavelength satisfies a predetermined condition, based on the optical information based on the light of the first wavelength and the optical information based on the light of the second wavelength.
地址 Kobe-shi JP