Core Insights - The Shenzhen construction system's "Quality Month" event emphasizes comprehensive quality management and the promotion of a quality-driven nation [1] - The Southern University of Science and Technology Medical College project showcases advanced management practices and construction techniques, serving as a model for quality and safety in construction [1] Group 1 - The event features 11 exhibition areas, including topics such as prefabricated structures, drones, and quality inspection, aimed at enhancing construction quality and smart management [1] - The Southern University of Science and Technology Medical College project is a pilot for intelligent construction, integrating smart production, construction, and operation throughout the project lifecycle [1][2] - The project emphasizes the integration of party building and quality management, establishing a project party branch to enhance organizational and institutional development [1] Group 2 - The project has developed an independent intelligent construction management platform based on smart site, BIM technology, and production management systems, creating a digital management environment [2] - Innovative construction robots, including transport, measurement, ALC installation, and plastering robots, were showcased, highlighting the transformative impact of smart equipment on construction [2]

Group 1 - The article highlights the significance of the White Dew solar term, marking the arrival of autumn and the harvest season, emphasizing the role of technology in ensuring agricultural yields [1] - New agricultural machinery with straw recovery functions is becoming increasingly important in fields, particularly in Shandong Heze, enhancing efficiency in crop harvesting [3][22] - The use of heavy-duty drones has revolutionized the transportation of harvests from mountainous areas, significantly reducing transport time from 50 minutes to just 10 minutes [6][8] Group 2 - An unmanned plant factory in Chengdu, Sichuan, has achieved over 100 times the production efficiency compared to traditional farming methods, showcasing advancements in agricultural technology [9][11] - The plant factory employs automated systems for planting and transporting crops, ensuring a fully automated growth cycle [13] - In Jiangxi Yongxin, modern agricultural machinery is being utilized to expedite the harvesting of over 200,000 acres of rice, with nearly 3,100 machines deployed for efficient operations [18][20] Group 3 - In Shandong Yuncheng, new corn harvesting machines are being introduced that can simultaneously harvest corn and collect straw, streamlining the entire process [22] - In Xinjiang Kunyu, the region is experiencing a bumper harvest of processing tomatoes, with an expected yield of around 9 tons per acre, thanks to favorable climatic conditions [25][31] - The implementation of an order-based agricultural model in Kunyu ensures quality control and efficient management throughout the tomato growing process, enhancing the overall yield and quality [31][29]

Core Insights - The delivery of advanced smart agricultural equipment marks a significant step towards modernizing agriculture in Shandongzhuang Town, Beijing, enhancing productivity and efficiency [1] - The project aims to establish a 500-acre smart orchard, integrating cutting-edge technologies such as IoT, 5G, and big data for comprehensive digital management of agricultural processes [1] Group 1: Smart Equipment Delivery - A total of 19 advanced smart agricultural devices, including plant protection robots, mowing robots, transport robots, and smart nanny cars, have been delivered, with an additional 10 devices to follow [1] - The equipment features high-precision positioning, automated task execution, intelligent recognition, and path optimization, showcasing the leading level of domestic smart agricultural equipment [1] Group 2: Project Goals and Environmental Focus - The project plans to implement green ecological control technologies and an integrated smart water and fertilizer system, aiming to reduce chemical pesticide usage and improve resource utilization efficiency [2] - Upon completion, the coverage of green control facilities and smart water and fertilizer systems is expected to reach 100%, with a mechanization rate exceeding 50% and a quality fruit rate of no less than 90% [2] - The production process will be fully traceable, controllable, and optimizable, enhancing overall agricultural sustainability [2]