SpectraScanNear Earth Spectral Imaging Remote Sensing Platform

SpectraScanThe Near Earth Spectral Imaging Remote Sensing Platform is independently designed and developed by the Yiketai Spectral Imaging and Unmanned Aerial Vehicle Remote Sensing Technology Research Center. This system solves the problem of synchronous acquisition of sensors such as hyperspectral, infrared thermal imaging, visible light, and environmental factors in traditional laboratory imaging platforms, and achieves remote wireless control functions such as multi camera synchronous imaging, high-precision mobile scanning control, light source control, and multi-source data fusion. Specially designed for remote control and multi-source data acquisition applications in scientific research laboratories.

1、 Main technical advantages

l This system adopts a structured design, which enables it to achieve different scientific research needs through the selection and arbitrary combination of different modules according to the needs of research and analysis in terms of functional implementation.

l Can be equipped with hyperspectral cameras, infrared thermal imagers, multispectral cameras, and visible light cameras simultaneously;

l Integrated high-precision laser ranging sensor, which can obtain the precise distance between the camera and the imaging target with one click, with an accuracy of up to mm level;

l Integrated dual-mode GNSS module provides latitude, longitude, and altitude information, supporting GPS and BDS;

l Integrated environmental factor measurement module, real-time collection of environmental temperature, humidity, and ambient light intensity;

l Equipped with remote control function, data collection and high-precision platform movement can be controlled through wireless data transmission link using computer GUI software or remote protocol;

l Fully closed-loop control, repeated operation 200000 times with error control within 0.4MM range, meeting the high-precision requirements of scientific research level;

l A user-friendly PC GUI software interface that allows users to remotely control the camera and platform;

l Reserve other sensor integration solutions with strong scalability;

IISpecification

a) Compatible cameras: hyperspectral imaging (IQ, FX, sCMOS, PFD, etc.), infrared thermal imaging (WIRIS Pro, WIRIS Agro, WIC, etc.), visible light cameras, ENVIS environmental quality monitoring module

b) Synchronized acquisition parameters: image data GPS、 Illuminance, temperature, humidity, imaging distance, other sensors can be expanded according to needs

c) Platform movement speed: 2-90mm/s, adjustable

d) Platform movement accuracy: 1mm

e) Effective scanning size: 500 × 300mm, customizable

f) Support combination commands: up to 10 commands can be set to achieve unmanned operation

g) Communication: serial communication and TCP/IP protocol, realizing communication control and remote communication protocol with microcontroller

h) Interface: Parallel processing within the system, while controlling sensors with different interfaces and communication protocols, parsing these different protocols, and standardizing their processing

i) Light source: Dual halogen lamp

j) Touch screen: OLED touch screen and 10 inch LCD display screen

k) Platform load capacity: 40kg

3、 System functions

This system adopts a structured design, which enables it to achieve different scientific research needs through the selection and arbitrary combination of different modules according to the needs of research and analysis in terms of functional implementation. This system mainly has two functional modules: 1) Basic functions, including parameter settings, camera control, and platform control. 2) The combination command function can be controlled through simple programming to achieve unmanned operation.

4、 Application Fields

Ø Research on Plant Phenotype and Morphology

Ø Crop yield assessment and agricultural monitoring

Ø Monitoring and control of pests and diseases

Ø Geological and mineral exploration and surveying

Ø Forest Resource Management

Ø Biodiversity survey and research

Ø Biomedical and health fields