East China University of Technology
Ben Liangliang

This combine harvester adheres to the combination of technology and design. The overall appearance of the harvester is sharp and aggressive in harvesting. The rear wheels and front wheels can be adjusted according to changes in the terrain, so that the car body can work in uneven areas or even slopes to ensure smooth operation of the driver. There is a plant protection unmanned aerial vehicle on the top, which can automatically take off, land and charge wirelessly after entering the cabin. After installing accessories, it can detect farmland and realize pesticide spraying and other operations. The full-screen design of the smart cockpit makes it easier for the driver to operate without much learning. The rear connection device is added to enable the harvester to undertake more tasks and improve resource utilization.
Main innovative design features The overall appearance of this combine harvester adopts yellow-green color matching, uses geometry to divide, and shows the sharpness and speed of the harvester through straight lines. The shell is made of glass fiber reinforced plastic to make the body lightweight. The prominent geometry makes the body more compact, with the smallest body to get the most capacity. The rear wheels and front wheels can be adjusted according to changes in the terrain, so that the car body can work in uneven areas or even slopes to ensure smooth operation of the driver. There is a plant protection unmanned aerial vehicle on the top, which can automatically take off, land and charge wirelessly after entering the cabin. After installing accessories, it can detect farmland and realize pesticide spraying and other operations. A rear foldable hydraulic connecting rod is installed at the straw outlet, and various additional accessories such as cultivator, seeder, and car body are connected through hydraulic folding to complete other tasks. Integrate some tractor functions and use multiple vehicles to avoid idleness after the harvest season. The body that only turns on the traction function will enter an energy-saving state and reduce fuel waste. The smart cockpit adopts a button-free design with 5 displays. The rear-view display provides rear images through the camera; the head-up display on the windshield can be operated by voice and gestures; the central information display can display the multimedia information of the vehicle; the knob display can display information while controlling the subtle actions of the body; control the display can control Most of the functions of the vehicle; delete the complex physical operating lever, and apply the display to increase the visibility of the function and reduce the driver's learning time. The combine harvester focuses on the future, is still in the design and development stage, is expected to be used in individual or collective large farms, strong power and save fuel costs, reduce the number of tractors purchased. Through unmanned operation, homework can be completed at home and an intelligent unmanned farm can be built.