Mobile single axis gantry phenotype acquisition and analysis system

1、 Product Introduction

Top Cloud AgricultureMobile single axis gantry phenotype acquisition and analysis systemIt is a high-throughput phenotype platform designed for in situ phenotype identification of plants under indoor or greenhouse conditions, integrating image acquisition and analysis functions. It can integrate visible light cameras, depth cameras, hyperspectral and infrared thermal imaging units to achieve the collection and analysis of plant "morphology structure physiology thermal dynamics" phenotype data. Suitable for various scenarios such as growth research, stress response, and disease research in experimental applications.

2、 Model difference

3、 Core functional highlights

1. Simplified single axis gantry design

Lightweight gantry structure: adopting a single axis gantry design, the structure is concise and compact, supporting manual pushing, and easy to move flexibly indoors or in greenhouse environments.

Hover positioning and automatic height adjustment: The imaging unit can accurately move and hover above the plant, automatically adjust the camera position according to the height of the plant, and achieve adaptive image acquisition.

Single axis operation: The entire imaging unit is controlled by software to move smoothly in both horizontal and vertical directions.

2. Data collection

Multiple imaging units are optional: supporting the configuration of visible light, depth cameras, hyperspectral cameras, and infrared thermal imaging units, comprehensively collecting plant morphology, structure, physiology, and thermal dynamic information.

Infrared thermal imaging analysis: It can detect the temperature of plant leaves and surface, calculate the average temperature of the canopy, generate temperature distribution maps, and intuitively reflect the heat exchange status of crops.

3. Automated phenotype analysis

Automated parameter analysis: Built in crop analysis model algorithm, automatically analyzes multiple crop phenotype parameters and physiological parameters based on imaging module.

4. Integrated intelligent control

Full color touch screen: equipped with a 10.1-inch full-color LCD touch screen, real-time display of device status, operation information, and alarm messages.

Remote control: Users can remotely control the imaging unit through software for automated acquisition, analysis, and data management, supporting task timing and periodic execution.

ROI selection analysis: supports automatic or manual ROI region selection and analysis of images, comparing hyperspectral reflectance information and physiological changes distribution in different regions.

5. Visual Data Management

Data visualization and management: Support the visualization display of measurement data, historical data can be queried according to various conditions, and analysis results can be exported as charts.

6. System security guarantee

System security design: Real time monitoring and alarm, equipped with safety protection devices such as limit devices, emergency stop buttons, and fault alarms to ensure the safe and stable operation of equipment.

Data Security Storage: Data is automatically stored locally using a secure transmission mode, supporting unlimited storage space expansion to ensure data privacy and integrity.

7. Customizable extension

Meteorological environment monitoring (optional): Supports configuring meteorological sensors to monitor and record real-time environmental meteorological data such as temperature, humidity, and light intensity in the plant growth environment.

System customization: It can cooperate with user experiments to carry out requirement design, and develop plant algorithms and indicator analysis customized according to different crops.

4Mobile single axis gantry phenotype acquisition and analysis systemMain technical parameters

1. Visible Light&Depth Imaging Unit

RGB image pixels: 8 million

Imaging resolution: 3840 x 2160@5 /15fps

2. Hyperspectral imaging unit

Imaging method: Push scan imaging

Imaging wavelength range: 400~1000nm

Spectral resolution: 2.5nm

Spectral channels: ≥ 1200

Spectral pixel: 5.86 μ m * 5.86 μ m

Detector: CMOS

Image resolution: ≥ 1920 * 1920

Light source: Low frequency flash high light quality halogen lamp light source

3. Infrared thermal imaging unit

Detector type: Unit infrared detector

Response wavelength: shortwave

Thermal sensitivity/NETD: ≤ 40mK

Spectral range: 7.5 μ m~14 μ m

Infrared resolution: 640 * 512

Temperature measurement range: -20 ℃~+150 ℃, 0~650 ℃

Accuracy: ± 2 ℃ or ± 2% of the reading, whichever is greater

Frame rate: 25Hz

4. Single axis gantry mobile platform

Platform dimensions: length, width, and height 2.7m * 1.1m * 2.9m

Measurable height: Plants with a height of ≤ 1m

Platform size: customizable

Working environment: Temperature 0-50 ℃, humidity ≤ 90% RH