Combine Harvester Monitoring System Solution

Combine Harvester Monitoring System

Agricultural Machinery Blind Spot Monitoring Pain Points

The visual blind spot of agricultural vehicles refers to the areas that cannot be adequately covered or recognized during operation or travel. This can lead to various issues and challenges, including:

1. Pedestrian and Animal Safety Hazards: Agricultural vehicles may have blind spots that prevent them from fully detecting pedestrians, animals, and other obstacles, increasing safety risks for people and animals.

2. Undetected Terrain Obstacles: The blind spots of agricultural vehicles can result in missing terrain obstacles, such as ditches or pits, increasing the risk of vehicle overturning or damage.

3. Inability to Identify Crops or Obstacles: During operation, the visual blind spots of agricultural vehicles may lead to incomplete identification of crops or other obstacles, affecting the quality and efficiency of the work.

4. Operational Difficulty: The visual blind spots may make it difficult for operators to accurately control the vehicle, raising the difficulty and risk of operation.

5. Low Operational Efficiency: Visual blind spots can prevent agricultural vehicles from performing precise operations, impacting work efficiency and cost-effectiveness.

YUWEI Combine Harvester Monitoring System Introduction:

By using four wired cameras paired with a high-definition wired display, this system provides comprehensive real-time monitoring of the combine harvester. During field operations, it helps the driver observe the surroundings, identify safety hazards, and monitor the harvest and loading process, preventing overloading and spillage, thereby improving operational efficiency.

Product Configuration: Includes M3-M5 display, A720PJ-3228-412 cameras, and features full-range monitoring, night vision mode, and a touchscreen.

Application Scenario: Primarily used for monitoring the harvesting process of combine harvesters in the field.

Product Features: The M3 is an Android-based in-vehicle infotainment screen with an embedded installation design. It has a 10.1-inch touchscreen and supports WiFi, Bluetooth, navigation, multimedia entertainment, radio, 8-channel amplifier, 4-channel video input, multifunction steering wheel, air conditioning control, vehicle control, mobile phone mirroring, NM network management, and UDS diagnostics. It meets the vehicle manufacturers' requirements for low power consumption, optimizes vehicle maintenance systems, and enhances the overall market competitiveness of vehicle manufacturers.