Wheat and corn imperfect grain analyzer IN-WS10

Wheat and corn imperfect grain analyzer

1.1 Instrument Introduction

The imperfect grain analyzer is used for wheat/sorghum/rice

Wait for incomplete grains of crops as the measurement object, and automatically

After obtaining grain images, use pattern recognition or depth analysis

Building neural network models using learning and other technologies in real-time

Analyze grain characteristics and calculate the percentage of imperfect grains

Specialized instruments for comparison.

1.2 Product Parameters

1.1 The instrument can comply with GB1351 GB1353、 GB/T 5494、 Rapid detection of the total amount of incomplete grains and their classified contents in crops such as wheat/sorghum/rice/corn, including diseased grains, insect infested grains, damaged grains, sprouting grains, and moldy grains. Through self-learning, it can be extended to multiple crop varieties in the future.

1.2 Testing weight: one-time testing quantity: ≥ 50g.

1.3 Detection speed: The detection time for every 50g sample is ≤ 3 minutes.

1.4 Detection accuracy: Double experiment tolerance: ≤ 0.5%.

1.5 Testing method: Vibration feeding, high-definition image acquisition, preservation of the original state of the sample, no damage to the sample.

1.6 Test results: The output method is based on the mass percentage, and the test results include the total amount of imperfect particles and their sub item contents.

1.7 Data Processing and Storage: Automatically complete detection data processing; Store ≥ 200000 video images and photos, with a storage space of no less than 500GB.

1.8 Display: 7-inch or 10 inch screen selection, visual display interface, touch screen function, intuitive menu navigation, integrated help function.

1.9 Output: USB 2.0 output interface and Ethernet cable interface. Automatic data saving, providing quick export function for historical detection records.

1.10 System startup time: ≤ 1 minute. Menu language: Chinese, etc.

1.11 Environmental adaptability: Temperature: 0 ℃ -50 ℃; Humidity: ≤ 85%.

1.12 Environmental adaptability temperature: 0 ℃ -40 ℃; Humidity: ≤ 85%.

1.13 Power supply AC220V ± 20V, 50Hz/60Hz

1.14 Power consumption: The power consumption shall not exceed 800W.

1.3 Minimum requirements for instrument configuration

2.1 One incomplete particle detection host.

2.2 One built-in computer and one set of corresponding operating software.

2.3 User Manual.

2.4 Factory certificate of conformity.