A 3D structured light full-face imaging device combined with optical reflection imaging

Abstract

The invention relates to a 3D structured light full-face imaging device combined with optical reflection imaging. The solution includes a head rest area, a 3D structured light rotating module and a plurality of optical mirrors; The central position in front of the shelving area can be driven by the rotating shaft to rotate itself as the axis; the optical mirror is arranged around the 3D structured light rotating module. This solution has high image precision and can obtain more accurate face depth information. It provides a good reference for medical aesthetic plastic surgery, and the structure is simple, and the structural cost is lower than that of multi-camera modules.

Description

Technical field [0001] The present invention relates to a face imaging modeling apparatus, and more particularly to a 3D structural light face imaging apparatus that binds to optical reflection imaging. Background technique [0002] With the continuous advancement of the times, people pay more attention to their skin and other appearance characteristics, so the understanding of their skin status is increasingly strong. In the fields such as medical beauty, such as skin care recommendations, skin type analysis, etc., people usually have a certain detection analysis of the skin status of the whole face, and then develop corresponding strategies according to the analysis results. By detecting the skin by using analytical instruments, suitable skin care products are recommended by test results, or the corresponding skin care strategy is developed. The skin detector is used to detect the skin of the instrument, which is equipped with professional testing software to help consumers can...

AI Technical Summary

Problems solved by technology

[0003] However, most of the existing skin detectors on the market use a single camera to detect the skin, and can only take facial images from one angle at a time. If you need to take facial images from different angles, you need to artificially rotate your head

It is prone to problems such as customer misoperation, missing shots, inaccurate shooting angle positioning, and large data deviations during repeated shootings

Moreover, the existing full-face detection analyzers, the pictures formed by shooting are basically two-dimensional graphics, the images cannot be rotated three-dimensionally, and the contour analysis is not accurate

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