Instantaneously generate 3D model device control matrix structure module and its operating system

Abstract

The invention discloses a module of an instantaneous generation 3D (Three-Dimensional) model device control matrix structure, and an operating system thereof. The module comprises a matrix assembly monomer, an electronic control circuit board module monomer, an external control device, a power supply and a connection harness, wherein the matrix assembly monomer comprises a high-speed image acquisition monomer, an illumination monomer, a fixing monomer for the high-speed image acquisition monomer and a fixing monomer for the illumination monomer; the electronic control circuit board module is provided with an image acquisition device control module, an illumination monomer control module and a fixing monomer control module; and the external control device is provided with an image acquisition image processing module and a data processing interface. The module can perfectly control an original data acquisition system, a light illumination system and a matrix structure system of an instantaneous generation 3D model device, can timely find faults of each unit in the system, puts forward a proposal for eliminating faults, eliminates data of fault component acquisition, avoids interference, obtains the dynamic data of a target, is convenient, quick and accurate and has low cost.

Description

technical field [0001] The invention relates to the field of 3D imaging, in particular to a module for instantly generating a 3D model device control matrix structure, an operating system and a system operating method thereof. Background technique [0002] At present, most of the 3D imaging methods in the industry are carried out in the form of scanning, and some 3D stylists directly use 3D software for modeling. It takes a lot of time and effort for 3D stylists to shape accurate 3D images, and the technical level of 3D stylists The requirement for richness and experience is extremely high, and the scanning method for 3D imaging in the industry generally has either low precision, or areas with distortion or deformation, and the scanning data lasts for a long time, requiring the scanned problem to be scanned during the data acquisition period It cannot produce movement, deformation or displacement, otherwise the data will have large errors, so it is only suitable for dead obj...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the 3D imaging methods in the industry are carried out in the form of scanning, and some 3D stylists directly use 3D software for modeling. It takes a lot of time and effort for 3D stylists to shape accurate 3D images, and the technical level of 3D stylists The requirement for richness and experience is extremely high, and the scanning method for 3D imaging in the industry generally has either low precision, or areas with distortion or deformation, and the scanning data lasts for a long time, requiring the scanned problem to be scanned during the data acquisition period It cannot produce movement, deformation or displacement, otherwise the data will have large errors, so it is only suitable for dead objects whose shape cannot be changed, not for living or easily deformable or moving objects, especially people and animals, it is uncomfortable to keep still for a long time , and it is also difficult to achieve. In order to solve the above problems, overcome the difficulties of customers, and meet the needs of users, the present invention takes another path, and a system for generating 3D models by collecting data with cameras is born.

Images