室外的"人机足球对决"更是将活动推向高潮。小朋友们两两一组迎战机器人，面对机器人精准的传接 球，他们全神贯注、默契配合，在欢声笑语中进一步体验了人工智能的乐趣。 整场活动构建起"理论+实践+榜样"的立体科普场景，不仅彰显了中国农大工学院在机器人领域的学科 优势与科研实力，将高校资源转化为科普育人力量；更以沉浸式体验为载体，在小朋友心中播下了"勇 于探索、协作创新"的科创种子。 来源：北京日报客户端 之后的机器人互动环节，彻底点燃了现场气氛。机器人足球队"农大山海队"的机器人运动员来到孩子们 身边，完成了一系列精彩动作，并与小朋友们轮流握手、对话，用指尖与言语"触碰"科技的神奇。 转自：北京日报客户端 国庆长假，中国农业大学工学院携手中国志愿服务基金会，共同举办机器人主题科普志愿活动，为20名 来自西单小学、临河里小学、回民中学（小学部）、北航附小的小朋友，开启了一场"触摸科技、畅想 未来"的探索之旅。 在中国农大工学院的实验室里，同学们在农大老师和学生志愿者的带领下，参观了拖拉机、旋耕机、精 密种植机等农业机械设备，并结合汽车与车辆结构分解图，学习了相关机械原理。工学院胡标副教授还 带来专题讲座，深入浅出地为 ...

中新网三明9月28日电 (黄馨怡)28日，2025年三明市推进中国稻种基地高质量发展会议在福建省三明市 建宁县举行，谢联辉、翟虎渠、谢华安等7位院士以及农业领域专家齐聚，考察"中国稻种基地"建设情 况，共谋现代种业发展新图景。 2025年三 三明市发展杂交水稻制种已近50年，稳居"全国杂交水稻种子生产第一大市"，培育出建宁、泰宁、宁 化、尤溪等4个国家级制种大县。近年来，三明市稻种产业规模持续扩大，2024年制种面积37.5万亩， 产量7.8万吨，杂交水稻种子产量约占全国的四分之一。"建宁水稻种子"成为全国首个水稻种子地理标 志商标。 参会人员走进建宁县溪口镇120亩制种高产示范片调研。水稻长势喜人、稻穗饱满，农机忙碌收割成熟 种子。院士专家团深入稻田，选取有代表性的田块，进行机收实割测产，按标准水分13.5%折算产量， 测产结果为亩产357.5公斤，杂交水稻制种单产达到新水平。 会上，三明市领导为现代种业产业链特聘专家团和"双招双引"智库专家颁发聘任书。特聘专家团由中国 科学院院士谢华安、钱前，中国水稻研究所所长姜仁华等13人组成。 在忙碌收割成熟种子。 黄馨怡 摄 图为农机 明市推进中国稻种基地高质量发展 ...

Core Viewpoint - The article highlights the transformation of rural collective economy in Longjing Village, Chengdu, through the efforts of Zhu Shilong, who has taken on the role of a rural collective economic manager, focusing on modernizing agricultural practices and enhancing community income [1][9]. Group 1: Background and Personal Journey - Zhu Shilong, a native of Longjing Village, returned to his hometown after working in the manufacturing sector, driven by a desire to improve local agricultural practices [2][3]. - The village, with over 6,000 acres of land, faced challenges in agricultural development due to a high number of residents working outside the village and a lack of modern farming techniques [3]. Group 2: Establishment of Collective Enterprises - In 2020, the village established Chengdu Jingcheng Agricultural Development Co., Ltd., with Zhu Shilong appointed as the manager, aiming to strengthen the collective economy and increase villagers' income [3][4]. Group 3: Modernization of Fish Farming - Zhu identified traditional fish farming methods as inefficient, prompting a shift towards factory-style high-density fish farming, which has shown significantly higher profitability [4][5]. - The company secured 4 million yuan (approximately 0.57 million USD) for constructing a modern fish farming facility, which was completed in 2023 [5][6]. Group 4: Agricultural Socialization Services - Zhu initiated agricultural socialization services by investing in modern farming equipment, which improved production efficiency and generated over 600,000 yuan (approximately 85,000 USD) in revenue from servicing 9,000 acres of farmland in 2024 [7][8]. - The company plans to further invest in agricultural machinery to enhance productivity and profitability [7][8]. Group 5: Economic Impact and Future Prospects - The revitalization of collective resources has led to an increase in village income, with projected earnings of over 2 million yuan (approximately 285,000 USD) from revitalized assets in 2024 [8]. - The establishment of a cold storage facility is expected to generate an additional 400,000 yuan (approximately 57,000 USD) in revenue annually [8].

Core Viewpoint - The article highlights the transformation of rural collective economy in Longjing Village, Chengdu, driven by the efforts of Zhu Shilong, a rural collective economic manager, who focuses on modernizing agricultural practices and enhancing community welfare through innovative farming techniques and machinery [5][12]. Group 1: Background and Role of Zhu Shilong - Zhu Shilong, a native of Longjing Village, returned to his hometown after working in the equipment manufacturing industry, motivated by a desire to improve local agricultural practices [6][7]. - The role of rural collective economic managers, a new profession recognized by the Ministry of Human Resources and Social Security, involves managing economic activities to develop and strengthen rural collective economies [5][6]. Group 2: Agricultural Development Initiatives - Zhu identified the need for modernization in the village's traditional fish farming practices, which were yielding low profits due to outdated methods [9][10]. - The establishment of Chengdu Jingcheng Agricultural Development Co., Ltd. in 2020 marked a significant step towards collective economic growth, with Zhu appointed as the manager [8][9]. - The company shifted focus to factory-style high-density fish farming, which has shown potential for higher profitability, with projections of nearly 2 million yuan in profit per greenhouse annually [10][11]. Group 3: Technological Integration and Community Impact - Zhu led initiatives to enhance agricultural mechanization, purchasing various agricultural machinery and training local operators to improve efficiency [12]. - The company provided agricultural services to over 9,000 acres of farmland, generating over 600,000 yuan in revenue, demonstrating the positive impact of mechanization on productivity [12]. - The establishment of a cold storage facility and the revitalization of idle village resources have further contributed to the economic growth of Longjing Village, with expected annual revenues of around 400,000 yuan from the cold storage alone [12].

Group 1 - The company reported a revenue of 383 million yuan for the first half of 2025, representing a year-on-year growth of 52.27% [2] - The net profit attributable to shareholders reached 50.93 million yuan, a significant increase of 101.61% year-on-year [2] - The company has optimized its business structure and is focusing on core electronic control components for general gasoline engines and terminal products, including igniters, inverters, and new energy drive motors [2] Group 2 - The company has expanded its product matrix by developing small agricultural machinery for hilly and mountainous regions, such as small harvesters and rotary tillers [2] - The company is strategically positioning itself in various niche markets, focusing on electric drive and steering systems for non-road new energy power equipment, lithium battery charging solutions for drones, and starting and parking lithium batteries for commercial vehicles [2][3] - New business initiatives, including the electric drive system for non-road new energy power equipment and agricultural drone charging products, have begun to yield results, with small batch deliveries to leading industry clients [3]

Overview of Tiller Market - The tiller is an agricultural machine that processes soil through rotating blades, offering advantages such as effective soil cutting, strong soil crushing ability, and good adaptability [1][2] - Tiller types include horizontal, vertical, and inclined, with horizontal tillers being the most widely used in China [1][2] Market Sales and Subsidies - As of early March 2025, 160,700 tillers were sold under subsidy in 2024, showing a decline compared to the previous year [10][12] - The main sales regions are concentrated in major grain-producing provinces such as Henan, Shandong, and Anhui, with Henan leading at 22,664 units, accounting for 14.1% of the total [12][18] - The subsidy sales included 8,885 tracked self-propelled tillers and 151,800 other types of tillers, indicating a growing preference for tracked models due to their efficiency and adaptability [14][20] Competitive Landscape - The market is competitive, with the top 12 brands accounting for 52.6% of the total subsidy sales, totaling 79,900 units [18] - Henan Julong leads the market with a subsidy sale of 17,000 units, followed by Hebei Shenghe and Hebei Shuangtian [18] - In the tracked self-propelled tiller segment, Zhonglian Heavy Industry and Jiangsu Wode dominate with a combined market share of 68.1% [20] Development Trends - The future of tillers is expected to focus on smart technology, energy efficiency, and human-machine collaboration [22] - The integration of modern satellite technologies will enable precision agriculture, allowing for automated adjustments in tilling operations [22] - There is a growing emphasis on sustainability, with the emergence of electric tillers and designs that minimize environmental impact [22]

Core Viewpoint - Agricultural mechanization is a key indicator of agricultural modernization and plays a crucial role in promoting high-quality agricultural development in Dalu Village, Ningjin County, Hebei Province [1] Group 1: Industrial Cluster Development - Dalu Village is the core area of the agricultural machinery manufacturing industry cluster in Ningjin County, housing over 790 agricultural machinery manufacturing enterprises, contributing to a robust internal and expanding external market cycle [2] - The revenue of the enterprises in Dalu Village reached 12 billion yuan, with a year-on-year growth of 17.6% [2] - Notable market shares include 65% for rotary tillers and 31% for the 4LF-550 reversible plow, indicating strong competitiveness in the agricultural machinery sector [2] Group 2: Innovation-Driven Development - Dalu Village emphasizes innovation as a driver for development, establishing six industry-university-research cooperation bases with universities to tackle technical challenges and enhance product practicality [3][4] - The county has introduced 15 measures to support technological innovation, leading to the development of high-end products like Beidou navigation seeders and film recovery machines [4] - The village has nurtured one national-level "little giant" enterprise and 18 provincial-level specialized enterprises, showcasing its commitment to innovation and high-tech development [4] Group 3: Exhibition Platform Expansion - Dalu Village actively utilizes exhibitions to enhance brand visibility and market reach, with the recent agricultural machinery exhibition attracting over 620 enterprises and generating a transaction volume of 250 million yuan [5][6] - Participation in domestic and international exhibitions has significantly increased the recognition and competitiveness of Dalu Village's agricultural machinery brands [6] - The village aims to continue its focus on the agricultural machinery sector, aspiring to become a nationally recognized hub for agricultural machinery [6]

Group 1: Economic Cooperation and Opportunities - The fourth China-Africa Economic and Trade Expo was held in Changsha, Hunan, focusing on the theme "China-Africa Cooperation, Dreaming of Modernization" [1] - The introduction of the "entrepreneur visa" in Hunan allows foreign graduates to start businesses, exemplified by a young entrepreneur from Benin who aims to promote African agricultural products [2][3] - The trade volume of agricultural products between China and Africa is projected to exceed 70 billion RMB in 2024, indicating a shift from simple trade to deeper industrial chain construction and technological cooperation [5] Group 2: Agricultural Development and Technology Transfer - Chinese hybrid rice has been promoted in over 20 African countries, with significant contributions from Chinese agricultural experts in Madagascar who have developed high-yield rice varieties [6][7] - Training programs conducted by Chinese experts have educated over 2,000 individuals in Madagascar, enhancing local agricultural practices and increasing rice yields significantly [7] - The establishment of processing bases in Africa, such as the one by a Chinese company in Kenya, demonstrates the potential for cross-continental supply chains and the development of local industries [4][5]

Core Viewpoint - The article highlights the journey of a young drone operator, Xiao Yin, who has embraced modern agricultural practices through the use of drones and other machinery, showcasing the potential for innovation in the agricultural sector [1][3]. Group 1: Background and Education - Xiao Yin, a 19-year-old from Chongqing, has been operating drones for four years and is currently a professional drone pilot involved in rice planting [1]. - He initially studied accounting but switched to a program focused on smart agriculture, which allowed him to work outdoors and discover his passion for flying drones [3]. - The establishment of a smart agriculture vocational program in collaboration with agricultural cooperatives provided him with practical training opportunities [3]. Group 2: Skills Development and Experience - Xiao Yin quickly became proficient in operating agricultural drones, receiving hands-on experience and earning income through practical applications [5]. - He has expanded his skill set by learning to operate various agricultural machinery, including tractors and tillers, preparing for his graduation in 2024 as a "new farmer" [7]. - His drone operation has covered over 50,000 acres, demonstrating significant experience in the field [7]. Group 3: Future Aspirations and Modern Agriculture - Xiao Yin is proactive in learning new technologies, such as autonomous rice transplanters, and is pursuing further education at Sichuan Agricultural University to enhance his knowledge in both machinery and agricultural techniques [9]. - He envisions a modernized approach to agriculture, contrasting traditional farming methods with technological advancements, and aims to become an agricultural expert to better serve local farmers [11].

Group 1 - The national wheat harvesting is progressing from south to north, with over 80% of the harvest completed in the Southwest wheat region and the Huang-Huai-Hai region entering the harvesting phase [1] - Sichuan, a key area in the Southwest wheat region, has completed the harvesting of approximately 6.2 million acres, with expectations to finish by the end of the month, slightly ahead of last year [3] - In Hubei province, over 90% of the 15 million acres of wheat has been harvested, with grain purchasing enterprises already acquiring more than 150 million jin of new wheat [3] Group 2 - The Huang-Huai-Hai region is the largest and most productive wheat area in China, with mechanical harvesting activities ramping up in Henan, Anhui, and Jiangsu [3] - In Anhui province, approximately 43.42 million acres of wheat are being harvested, with farmers working to collect wheat at the right maturity to minimize losses [3] - In Henan province, 85 million acres of wheat are entering the suitable harvesting period, with over 20% already harvested [4] Group 3 - The "Three Summer" period is characterized by the use of various agricultural machinery for harvesting, planting, and management [5] - Summer harvesting machinery includes combine harvesters, balers, and dryers, which are essential for efficient grain collection and storage [7] - The summer planting machinery consists of seeders, transplanters, and tillers, which prepare the land and plant crops after the harvest [9] Group 4 - The use of advanced agricultural machinery is increasing, with smart technologies such as Beidou and 5G being integrated into farming practices, including autonomous machines and agricultural drones [9]