Self-propelled robot - SPRAYER TREATMENT PLANT STRAWBERRY AND OTHER CROPS low-growing

• 1. 一种自走式的草莓加工脱果蒂装置 [P] . 中国专利： CN112586779B . 2021.12.28
• 2. 一种自走式的草莓加工脱果蒂装置 [P] . 中国专利： CN112586779A . 2021-04-02
• 3. ROBOT-SPRAYER FOR TREATMENT OF STRAWBERRY PLANTS AND OTHER LOW-GROWING CROPPERS [P] . 俄罗斯专利： RU2592904C1 . 2016-07-27

  机译： 喷洒器处理草莓植株和其他低矮植株

• 4. MOBILE ROBOT-SPRAYER FOR PESTICIDE TREATMENT OF INTERTILLED VEGETABLE AND LOW-GROWING BERRY CROPS [P] . 俄罗斯专利： RU2731082C1 . 2020-08-28

  机译： 移动式机器人喷雾器，用于农药处理过的蔬菜和低生长浆果作物

• 5. Soplante group of helicoidal robot for machines intended for the treatment of crops, particularly of arboreos cultivations. (Machine-translation by Google Translate, not legally binding) [P] . ES179074U . 1972-12-01

  机译： Soplante集团的螺旋机器人，用于处理农作物，特别是农作物的农作物。 （通过Google翻译进行机器翻译，没有法律约束力）

• 1. Peasant Household, Government and Genetically Modified Crops --Statistic Analyses on Peasant＇ s Intentions of Planting Genetically Modified Crops in China [J] . Shuzhong, Ma 中国经济评论：英文版 . 2004,第002期
• 2. Development and evaluation of a remotely controlled and monitored self-propelled sprayer in tomato crops [J] . Penido édilus de Carvalho Castro, Teixeira Mauri Martins, Fernandes Haroldo Carlos, Revista ciencia agronomica . 2019,第1期
• 3. Field evaluation of a self-propelled sprayer and effects of the application rate on spray deposition and losses to the ground in greenhouse tomato crops [J] . Julian Sanchez-Hermosilla, Victor J Rincon, Francisco Paez Pest Management Science . 2011,第8期
• 4. Hydraulics key to design of self-propelled crop sprayer [J] . L. W. Househam Diesel progress: North American Edition . 1999,第8期
• 5. Controlled Atmosphere Temperature Treatment as Sustainable Alternative to Control Strawberry Tarsonemid Mites and Plant Parasitic Nematodes in Strawberry Plants [C] . G. van Kruistum, H. Hoek, J. Verschoor, International Horticultural Congress . 2012
• 6. Evaluating Boom Height Control Performance with Variable Boom Roll Damping in a Suspended Boom System on Self-propelled Sprayers [D] . Mellott, Evan. 2019
• 7. Instance segmentation for the fine detection of crop and weed plants by precision agricultural robots [O] . Julien Champ, Adan Mora‐Fallas, Hervé Goëau, 2020
• 8. Acibenzolar-S-methyl （ASM） drenching treatment of strawberry mother plants and nursery plants have a potentiality to control strawberry anthracnose [O] . 2014
• 9. Fatality Assessment and Control Evaluation (FACE) for Michigan: Unrestrained Custom Spray Applicator Died When Ejected from a Self-Propelled Sprayer After Sprayer Struck an Oncoming Semi-Truck Trailer [R] . 2008

• 1. Influence of Rice Residue Management Techniques and Weed Control Treatments on Soil Available Plant Nutrients in Rice-Wheat Cropping System [J] . Amandeep Singh Brar ,Parmodh Sharma ,Charanjit Singh Kahlon . 美国植物学期刊（英文） . 2019,第1期
• 2. Magnetically Treated Irrigation Water Improves the Production and the Fruit Quality of Strawberry Plants(Fragaria×ananassa Duch.)in the Northwest of Morocco [J] . Houda Taimourya1 ,Mohamed Oussible1 ,Lahoussaine Baamal2 . 农业科学与技术：B . 2018,第003期
• 3. The Influence of Bioproducts on Mycorrhizal Occurrence and Diversity in the Rhizosphere of Strawberry Plants under Controlled Conditions [J] . Lidia Sas Paszt ,Eligio Malusá ,Beata Sumorok . 微生物学（英文） . 2015,第1期
• 4. Field Application of Non-Pathogenic iVerticillium dahliae/iGenotypes for Regulation of Wilt in Strawberry Plants [J] . Katharina Diehl ,Philip Rebensburg ,Peter Lentzsch . 美国植物学期刊（英文） . 2013,第7期
• 5. 自走式喷杆喷雾机与电动背负式喷雾器喷雾效果对比分析 [C] . 肖红波 ,王贵生 ,翟国英 . 第三十二届全国植保信息交流会暨农药械交易会 . 2016
• 6. 基于机器视觉的温室自走式施药机器人的研制 [A] . 白如月 . 2018