发明名称 DISK SCANNING APPARATUS AND MICROSCOPE APPARATUS
摘要 A disk scanning apparatus is used in combination with an imaging optical system and an imaging apparatus. The disk scanning apparatus includes a rotating disk and a relay optical system. In the rotating disk, a disk surface including a shielding part and a transmitting part is placed so as to be positioned on a focal plane of the imaging optical system. The relay optical system performs relaying of an optical image of a sample to the imaging apparatus. The relay optical system includes a front group having a positive power and a rear group having a positive power, in this order from the rotating disk side, and is configured so that a luminous flux between the front group and the rear group becomes an afocal luminous flux. The disk scanning apparatus further includes a structure configured to make the distance between the front group and the rear group variable.
申请公布号 US2015042779(A1) 申请公布日期 2015.02.12
申请号 US201414321403 申请日期 2014.07.01
申请人 OLYMPUS CORPORATION 发明人 HAYASHI Kazuhiro
分类号 G02B21/00 主分类号 G02B21/00
代理机构 代理人
主权项 1. A disk scanning apparatus used in combination with an imaging optical system that collects fluorescence emitted from a sample and forms an optical image of the sample and with an imaging apparatus that captures an image of the sample, comprising: a rotating disk including a shielding part that blocks off light and a transmitting part that transmits light on a disk surface, with the disk surface placed so as to be positioned on a focal plane of the imaging optical system in which the optical image of the sample is formed, and configured to rotate on an axis orthogonal to the disk surface; a relay optical system configured to perform relaying of the optical image of the sample formed on the disk surface to the imaging apparatus combined with the disk scanning apparatus, including a front group having a positive power and a rear group having a positive power, in this order from the rotating disk side, and configured so that a luminous flux between the front group and the rear group becomes an afocal luminous flux; and a structure configured to make a distance between the front group and the rear group variable.
地址 Tokyo JP