Optical fiber probe combining OCT imaging and pressure sensing and method thereof

Abstract

The invention discloses an optical fiber probe combining OCT imaging and pressure sensing. The probe has OCT imaging function and the pressure sensing function. The probe is provided with an optical fiber input part, a pipe body, an imaging assembly part and an FP cavity pressure sensing part. Imaging and pressure sensing can be combined, imaging and pressure sensing are synchronized, meanwhile, interface depth image information and pressure information of an object to be measured are obtained, and the experiment efficiency is effectively improved. And secondly, the structure of the probe is optimized, and the probe has the advantages of electromagnetic interference resistance and moisture resistance.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to an optical fiber probe combined with OCT imaging and pressure sensing and a pressure detection and imaging method thereof. Background technique [0002] There are the following problems in the existing methods: 1. In the experiment, the optical fiber probe cannot simultaneously obtain the pressure value information and the image information of the cross-sectional depth of the object under test. For example, when detecting vascular sclerosis, it is necessary to know the blockage depth. Statistics on blood flow velocity and pulse information are also needed to further determine the extent of vascular sclerosis and the impact of vascular sclerosis on blood flow. 2. Most of the pressure measuring probes used today are metal probes, which are large in size and high in cost, and are not suitable for detection in animal organisms. 3. The preparation of most pressure measuring...

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Problems solved by technology

[0002] There are the following problems in the existing methods: 1. In the experiment, the optical fiber probe cannot simultaneously obtain the pressure value information and the cross-sectional depth image information of the object to be measured. For example, when detecting vascular sclerosis, it is necessary to know the blockage depth. Statistics on blood flow velocity and pulse information are also needed to further determine the extent of vascular sclerosis and the impact of vascular sclerosis on blood flow

2. Most of the pressure measuring probes used today are metal probes, which are large in size and high in cost, and are not suitable for detection in animal organisms

3. The preparation of most pressure measuring probes is too complicated, and the film collection and adhesion process needs to be operated under a microscope. The requirements for the operating environment and experimental materials are high, and it is generally not easy to prepare

4. General pressure measuring probes are not suitable for the detection of some special objects to be measured, which are easy to conduct and pollute, and are susceptible to electromagnetic interference.

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