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In the golden autumn season, the sky is high and the clouds are pale, the rice ears are golden, and there is a good harvest everywhere. In a rice field in Huangpi District, Wuhan City, Hubei Province, a harvester equipped with an intelligent system moves quickly in the field. With the roar of the machine, the machine moves forward, backward, and turns around. The rice in the entire paddy field disappears. , Jin Xun’s rice was returned to the granary by the harvester. Soon, the grains filled the granary, and the harvester drove to the edge of the field automatically, unloading the grain into a transfer vehicle, and the whole process was clean and neat.
- Unmanned
This scene is no different from our common autumn harvest scene. But it is worth mentioning that there is no operator on the harvester in this operation, and all the processes are unmanned.
- Remote control
The HF608G intelligent half-feeding harvester is the latest development of Dongfeng Jingguan Agricultural Machinery Co., Ltd. It uses Beidou satellites to perform RTK centimeter-level precision management, and the control system performs multiple harvesting paths. It is controlled by a fully electronic switch and remotely operated by a remote control. Carry out automatic operations.
- Harvesting area settings
As long as the harvesting area is set before the operation, the intelligent harvester can automatically plan the optimal path and the best operation method. The user can understand the operation situation through the real-time image transmission technology of the remote control, and check the oil level, speed, warehouse full and other data in real time . When the grain warehouse is full, the harvester will automatically stop, and at this time, the manual remote-controlled vehicle will go to the grain discharge point to discharge the grain. And it turns around automatically in the field, and advances and retreats freely.
- Unmanned VS Manual
Comparing this smart harvester with a manual-driving harvester for harvesting operations, there is no difference in operating efficiency and harvesting effect, and it is even better in terms of path planning. The use of the smart harvester eliminates labor and saves costs, and can carry out undifferentiated harvesting operations even at night when the light is not good.
