Harvesting system for a variety of grain crops

A harvesting system (400) for a variety of grain crops, said harvesting system (400) comprising:

• a grain level sensor (10), said grain level sensor (10) configured to sense grain-based characteristics of said harvesting system (400);
• a grain loss monitoring electronic control unit (GLM-ECU) (85), said GLM-ECU (85) configured to process signals received from a sieve sensor (60) and a straw walker sensor (70);
• a harvester control unit (75), said harvester control unit (75) configured to process the signals received from a plurality of sensors, including said grain level sensor (10), a fuel level sensor (20), a vehicle speed sensor (30), a thresher switch sensor (50) and an unloading lever-switch sensor (40);
• a cloud communication interface ECU (90) configured to transmit signals processed by said harvester control unit (75) to a cloud (100) on real-time basis, said cloud communication interface ECU (90) being an artificial intelligence (AI) based control unit configured to transmit data from said harvester control unit (75) to said cloud (100) via a controller area network (CAN) (80), and further configured to share functional parameters that include the level of grain in grain-tank, fuel level, fuel consumption, travelling speed, grain loss monitor, thresher level engagement for productivity monitoring and the number of unloading cycles of said harvesting system (400) with a user on real-time basis;
• and
• a display unit (300) communicably coupled to said harvester control unit (75), said display unit (300) configured to display real-time parameters related to grains and said harvesting system (400).