Portable intelligent hyperspectral imaging system

GaiaSmartPortable intelligent hyperspectral imaging systemIt is a super portable hyperspectral imaging instrument independently developed and designed by our company, with independent technical intellectual property rights. The system covers visible light to short wave infrared bands. The built-in processor can be used on mobile phones Ipad、 The control of terminal devices such as laptops enables the system to perform real-time image acquisition and scanning, real-time calibration, and real-time result output. In addition to obtaining target image information, it can also obtain spectral information of hundreds or even thousands of bands, achieving the "integration of spectra" of the target.

The system has lightweight and flexible features, excellent battery life, intelligence, complete data analysis and processing functions, real-time monitoring, real-time calibration, and real-time output of inversion results. Widely applicable to outdoor and laboratory applications. For example, in military fields such as target detection and recognition, Wei installation and anti Wei installation, ecological environment monitoring fields such as remote sensing of ground objects and water bodies (water quality monitoring), modern precision agriculture (plant phenotype monitoring), criminal investigation, cultural relic protection (authenticity identification), biomedical (cell genus classification and identification), plastic waste (classification and recognition), industrial sorting of tobacco leaves (quality optimization), chemical gas combustion flames (composition determination and discrimination), geological ore analysis, oil and gas rock fluorescence analysis, biomedical, material performance testing and other fields.

GaiaSmartPortable intelligent hyperspectral imaging systemMain functions:

● Automatic exposure/focusing/acquisition/calibration

The number/range of bands can be customized

● Automatic Dark Background Capture (Shutter)

● UI process software control interface

● Auxiliary camera/monitoring

Real time inversion output

● Support secondary development

● Support multi platform applications

● Flexible battery replacement

● Built in shutter

● Fully automated collection/calibration

Real time output of model results

● Touch screen control+remote control

● Support multiple application modes and scenarios

One click data processing

Calibration/inversion (advantages)

Each set of data can be stored independently, and one click reflectance calibration can be achieved through software

● Capable of processing individual and batch data

By inputting the corresponding model, real-time inversion results can be output

parameter

Smart(VIS)

Smart(NIR)

UI interface:

Application of portable intelligent hyperspectral camera:

Peanut mold detection

Peanuts are highly susceptible to infection by Aspergillus flavus and parasitic fungi during growth and storage due to environmental factors. The secondary metabolite, aflatoxin, has strong toxicity and high carcinogenicity and teratogenicity. Detecting the same type of peanut particles and obtaining fluorescence hyperspectral images and spectral information of peanuts with different toxic concentrations, providing support for the research of non-destructive online detection technology for contaminated Huangqu Mei Su peanuts.

Fluorescence hyperspectral images of peanuts with different toxicity concentrations

Fluorescence hyperspectral images of peanuts with different toxicity concentrations

Microscopic hyperspectral imaging system

Detection of Perovskite LED Display Screen

Detection of pathological changes in cells

Citrus Huanglongbing detection

Explanation: From the picture, it can be seen that citrus fruits have Huanglongbing and nitrogen deficiency, and their leaf colors are very similar, which is difficult to distinguish with the naked eye. There is a difference in the absorption peak at 540nm between normal and Huanglongbing leaves, with Huanglongbing leaves having slightly higher absorbance. The main reason may be that Huanglongbing hinders the absorption of water by the leaves, resulting in a lower water content. The absorbance of normal, Huanglongbing, and deficient leaves treated with first-order conductivity at 750nm is significantly different from that of Huanglongbing leaves.

Detection of Citrus Huanglongbing