FIELD: agriculture.
SUBSTANCE: present invention relates to agriculture, to the field of autonomous driving of agricultural machines, in particular to an automatic driving system for grain processing, an automatic driving method and a trajectory planning method. The automatic driving system for grain processing contains a grain processing machine, an image processing system, a trajectory planning system and an image acquisition device. The image processing system is located on the grain processing machine and receives at least one image of the cultivated land surrounding the grain processing machine. The image processing system identifies, based on the image identification and segmentation method, a zone in the image; and the trajectory planning system plans at least one planned motion trajectory based on the zone identified by the image processing system.
EFFECT: grain processing machine automatically controls the movement according to the planned trajectory of movement, which is planned by the trajectory planning system.
19 cl, 11 dwg
Title |
Year |
Author |
Number |
AUTOMATIC DRIVING SYSTEM FOR GRAIN PROCESSING, AUTOMATIC DRIVING METHOD AND AUTOMATIC IDENTIFICATION METHOD |
2019 |
- Wu, Di
- Zhang, Xiao
- Wang, Qingquan
- Tong, Chao
- Shen, Yongquan
- Wang, Bo
- Fan, Shun
- Chen, Rui
|
RU2763451C1 |
SYSTEM AND METHOD OF OPERATING AUTOMATIC GUIDANCE SYSTEM OF AGRICULTURAL VEHICLES |
2014 |
- Madsen Tommi Ertboll
- Steen Seren
- Amkhild Kim
|
RU2649916C2 |
METHOD FOR DETERMINING TRAFFIC AREA AND INDEPENDENTLY AVOIDING OBSTACLES FOR UNMANNED TRANSPORT EQUIPMENT IN UNDERGROUND CONFINED SPACES |
2022 |
- Yang Chunyu
- Zhu Zhencai
- Zhang Yidong
- Zhang Xin
- Gu Zhen
|
RU2803671C1 |
METHOD FOR AUTOMATICALLY CHANGING THE DIRECTION OF AN AGRICULTURAL MACHINE, A SYSTEM FOR AUTOMATICALLY CHANGING THE DIRECTION OF AN AGRICULTURAL MACHINE AND THEIR APPLICATION |
2021 |
- Shen Wei
- Ma Zhu-Lin
- Wang Jia-Bin
- Yao Yuan
- Wu Di
|
RU2778692C1 |
METHOD FOR AUTOMATIC DRIVING OF AGRICULTURAL UNIT |
0 |
- Chernyakov Feliks Aronovich
- Kashchurko Aleksandr Savelevich
|
SU1672949A1 |
DRIVING ASSISTANCE METHOD AND DRIVING ASSISTANCE DEVICE |
2017 |
- Aoki, Motonobu
- Kojo, Naoki
- Takano, Hiroyuki
|
RU2721436C1 |
METHOD AND AUTOMATIC CONTROL SYSTEM OF AGRICULTURAL MACHINERY, HARVESTER AND MACHINE FOR TILLING |
2004 |
- Khofer Jurgen
- Boner Manfred
- Frajkhel' Torsten
|
RU2361381C2 |
METHOD FOR DETECTING TRANSITION FROM AUTOMATIC TO MANUAL CONTROL FOR DRIVING AID DEVICE AND DRIVER ASSISTING DEVICE |
2019 |
|
RU2777939C1 |
REDUNDANCY CONTROL METHOD FOR AUTOMATIC DRIVING SYSTEM, AUTOMATIC DRIVING SYSTEM, VEHICLE, CONTROLLER AND MACHINE-READABLE MEDIUM |
2020 |
- Li, Rui
- Ren, Chuanbing
- Wang, Limeng
- Shan, Yumei
|
RU2759453C1 |
DRIVING ASSISTANCE METHOD AND DRIVING ASSISTANCE DEVICE |
2019 |
- Aoki, Motonobu
- Fukadzava, Yasukhiko
- Nakadzima, Sinitiro
|
RU2774521C1 |