发明名称 MINIATURE SCAN-FREE OPTICAL TOMOGRAPHY SYSTEM
摘要 A miniature scan-free optical tomography system is provided. The system includes a broadband light source. A detection device is composed without a grating in front of it. A beamsplitter splits a light beam emitted from the broadband light source into a first reference light beam and a first sample light beam. An optical delay device including a fixed single curved reflecting surface reflects the first reference light beam into a second reference light beam having different optical path lengths only along a first dimension. The second reference light beam is incident through the beamsplitter to the detection device. A focusing device focuses the first sample light beam only along a third dimension. A second sample light beam reflected from the sample is incident to the detection device. Different portions of the second reference light beam along the first dimension have different optical path lengths.
申请公布号 US2015002853(A1) 申请公布日期 2015.01.01
申请号 US201414488925 申请日期 2014.09.17
申请人 Chung Yuan Christian University 发明人 HSU I-JEN
分类号 G01B9/02 主分类号 G01B9/02
代理机构 代理人
主权项 1. A miniature scan-free optical tomography system, comprising: a broadband light source emitting a light beam; a detection device without a grating in front of it; a beamsplitter splitting the light beam emitted from the broadband light source into a first reference light beam and a first sample light beam; an optical delay device comprising a fixed single curved reflecting surface reflecting the first reference light beam from the beamsplitter into a second reference light beam and causing the second reference light beam to have different optical path lengths along and only along a first dimension, wherein the second reference light beam reflected from the optical delay device is incident through the beamsplitter to the detection device; and a focusing device focusing the first sample light beam from the beamsplitter along and only along a third dimension, wherein a second sample light beam reflected from the sample is incident through the beamsplitter to the detection device, wherein different portions of the second reference light beam along the first dimension have different optical path lengths, wherein the broadband light source, the detection device, the beamsplitter, the optical delay device and the focusing device are integrated and configured to be sealed in a capsule-like compartment without any mechanism for scan or phase shift.
地址 Chung Li TW