Core Viewpoint - The renovation of Beijing Station's canopy has significantly improved its aesthetic appeal and functionality, enhancing the travel experience for passengers while preserving the station's historical significance [1][2]. Group 1: Renovation Details - The renovation project has completed the first three phases, upgrading platforms 1 to 3 and 10 to 14, with a total renovation area of 49,900 square meters [3][5]. - The new canopy features an arched ceiling and an efficient drainage system, integrating traditional Chinese design elements with modern technology [2][4]. - A continuous 1,200-meter landscape lighting strip has been installed, enhancing the station's elegant architectural profile [2][4]. Group 2: Technological Enhancements - The lighting system in the canopy is equipped with multi-dimensional sensors that adjust brightness based on environmental conditions, resulting in a 40% increase in illumination and a 40% reduction in energy consumption [3][4]. - A dedicated structural safety monitoring system has been implemented to track key metrics such as truss deflection and steel column stress, ensuring the safety and reliability of the transport system [3][4]. Group 3: Passenger Experience Improvements - The upgrades have led to a 30% increase in the capacity of passenger escalators and a 25% improvement in passenger exit efficiency, alleviating congestion during peak times [5]. - The overall environment of the station has been enhanced, with decorative elements and safety features added to improve passenger comfort and security [4][5].

（来源：千龙网） 近日，从北京站上下车的旅客行至站台处抬头就能发现，头顶的雨棚不再是冰冷的工业建筑，变得更加 安全实用，"颜值"也大大提升——棚顶"琉璃黄"与"象牙白"的颜色组合，延续"中华第一站"的庄重典 雅；连续景观灯带顺势铺展，亮起时如点点星光串联成线。雨棚还变得更"聪明"，其中藏着不少科技奥 秘。 列车来了，灯带便亮了起来；列车走了，灯带又暗了下去——雨棚灯带像长了"眼睛"，捕捉环境变化， 自动调整亮度。"车来灯亮、车走灯暗"的按需照明模式，十分节能环保。 "灯带内有多维度传感器阵列，可以采集环境照度。照度低了，灯就多开几排，照度高了，灯就少开几 排。"中铁六局项目经理田儒洲向记者介绍起其中的奥秘，站台雨棚照明系统搭配了全面换装的高效节 能LED灯具，站台照度提升超40%、能耗同步下降40%。 雨棚延续北京站庄重典雅 北京站被称为"文物里的火车站"。此前，经过一场场客运提质攻坚战，车站站房原貌修缮、修旧如旧。 这份精致，如今从候车室延续到了站台。 "视野所见，全部焕新！"跟随北京站副站长马高峰的脚步，记者从北京站第1候车室走进1站台。站台是 室外空间，宽敞明亮、视野开阔，环顾四周，北京站特有的典雅文化 ...

□ 本报记者杨频萍通讯员陈彦博 在规范化管理的粮仓内，一根根智能探杆被有序部署于粮堆内，屏幕上实时显示温、湿、水、气与虫情 数据，管理员只需在手机上即可完成风险巡检……这是南京财经大学计算机与人工智能学院毛波教授带 领学生团队研发的"智探粮芯"智慧储粮监测与预警系统使用场景。该系统在第十届全国财经院校创新创 业大赛全国总决赛中获创意赛道特等奖，为我国粮食安全领域提供了新一代智能化解决方案。 自2023年起，团队就持续攻关储粮信息化关键技术。毛波告诉记者，与传统"靠经验、凭手感"的粗放式 粮情管理方式不同，"智探粮芯"通过"多模态硬件+智能算法+服务平台"的深度融合，推动储粮管理 向"看得见、算得出、管得住"转变。在福建储备粮南安库等高湿、易虫害地区，系统通过智能探杆自动 采集多项关键数据，虫情早期迹象可在几分钟内被识别并预警，大幅提升安全管理效率。 "在智能监测技术长期依赖进口的背景下，'智探粮芯'实现了关键硬件的自主可控。"团队成员、南财计 算机与人工智能学院计算机2402班黄微介绍，系统核心设备自研多模态智能探杆，集成温度、湿度、水 分、气体浓度与虫害图像识别"五合一"功能，成本仅为进口设备的约1/5，监 ...

Core Viewpoint - The Central Economic Work Conference emphasizes the importance of innovation-driven development and the cultivation of new growth drivers for the economy in the coming year [1] Group 1: Innovation and Development - The conference calls for strengthening the role of enterprises as innovation subjects and implementing a new round of high-quality development actions for key industrial chains [1] - The company, 科安达, plans to deepen its focus on intelligent technology in rail transit, leveraging the advantages of the Guangdong-Hong Kong-Macao Greater Bay Area's international innovation center [1] Group 2: Collaboration and Ecosystem - 科安达 aims to establish a collaborative innovation system involving industry, academia, research, and application, enhancing cooperation with universities and research institutions to build an AI intelligent ecosystem for rail transit [1] - The company is committed to concentrating its core resources on "intelligent monitoring + smart operation and maintenance" to ensure efficient and safe rail transit operations [1] Group 3: Technological Advancements - In the context of green and low-carbon development becoming mainstream, 科安达 focuses on technological iteration and upgrades to strengthen the technical barriers for safe travel [1] - The company will enhance its core competitiveness in the field of intelligent monitoring for rail transit through the deep integration of technological innovation and industrial demand, particularly in artificial intelligence and smart sensing technologies [1]

走进如今的浙江省海宁市，只见一条条航道内，船舶往来如织，一片繁忙景象。两年前，这里新开 通了京杭运河二通道海宁段，为货船新增了一条通畅便捷的水上大通道。 但开挖京杭运河二通道海宁段航道时，航道下深四五十米的软土一度令施工团队"头疼"：这种土含 水率高，挖出后无法直接应用于工程。对此，传统方法一般是将其放置在堆场或由内河转运出海处理。 与众不同的是，此次挖出的渣土经过特殊工艺处理后变废为宝，就地用于工程附近的道路和临建场地地 基。将这些渣土"化腐朽为神奇"的，是吴志坚团队领衔开发的软土地区路基工程低碳化加固技术。 "在沿江滨湖临海地区，分布着大量软土，它们含水率和压缩性高、承载力和抗剪强度低、渗透性 差、固结周期长。"吴志坚说，软土的这些特性，对工程施工造成不小的挑战。 "在软土上修建公路铁路桥梁，就像在'豆腐上筑路'，影响道路成形和工程质量。过去处理软土， 要么花钱将其运走填埋，要么从外地拉来好土回填，这种'一弃一采'的方式，使得每立方米软土的运输 成本高达250元，还会引发扬尘、水体污染等次生环境问题。"吴志坚介绍，让软土变"坚强"，让施工过 程绿色低碳，是团队攻关的核心目标。 经过多年探索，团队摸索出一种 ...

新华社武汉12月15日电（记者黎昌政）掀开井盖，一股温润的气息迎面扑来。湖北省十堰市眼下正 是供暖季，在张湾区一处电缆井旁，国网十堰东风供电公司作业人员，正准备为地下管廊加装智能防爆 盒。 工作人员江伟刚掀开井盖后，同事雷浩随即启动发电机，将通风管道伸入井内。半小时后，经检 测，井内氧气含量为20.3％。江伟和雷浩携带设备，沿梯进入地下通道。 "电缆通道内氧气须保持在19.5％—23.5％，通风是保障作业安全的第一步。"现场工作负责人张启 瀛解释道。 狭窄通道内，两人默契配合：一人托起下半壳体，另一人垫入阻火包，扣合上半部分后紧固螺栓， 再用防火堵泥和绝缘胶带密封。 "每个防爆盒重30斤，装一个就像做完30分钟的负重训练。"江伟说。 "一旦发现异常，系统立即预警。对于供暖泵站、换热站等重要供电电缆，我们能迅速切换电源， 既保障供暖用电不间断，也提升故障处置效率。"江伟说。 一小时后，这段管廊的首个防爆盒安装完成。幽深通道中，电流与暖流同行，地上车流不息，地下 寂静无声。两人额角沁汗，稍作休息，又俯身沿电缆方向继续前行。 手电照亮漆黑廊道，粗如手腕的电缆向深处延伸。这是一段4.1公里长供暖管道与电缆并行的管 廊 ...

Core Viewpoint - Fuzhou's Xihu Park, known as the "City of a Thousand Gardens," is a historical classical garden with over 1,700 years of history, currently attracting visitors with its seasonal beauty and various activities [1][2]. Group 1: Seasonal Attractions - The park features vibrant seasonal displays, particularly with ginkgo and maple trees at their peak viewing period, alongside a chrysanthemum exhibition showcasing various flower types [2][3]. - Visitors enjoy the park as a local leisure destination, experiencing different seasonal highlights such as peach blossoms in spring, lush banyan trees and lotus flowers in summer, fragrant osmanthus in autumn, and plum blossoms in winter [3]. Group 2: Park Features and Accessibility - Xihu Park covers a water area of approximately 30.3 hectares, providing picturesque views and opportunities for boat rides along the "Hundred-Mile Waterway" of Fuzhou [4]. - The park is designed for accessibility with 26 entrances, ensuring easy access for local residents, and offers amenities such as free jasmine tea for elderly visitors [5]. Group 3: Environmental Monitoring - The park conducts regular water quality assessments, particularly in winter, to monitor the ecological health of the lake, which is a vital part of Fuzhou's urban water system [6]. - Water quality testing involves both manual sampling and advanced technology, including an autonomous water quality monitoring drone that efficiently collects samples and analyzes data [7].

Core Viewpoint - The project led by Professor Wu Zhijian from Nanjing University of Technology addresses the challenges of constructing roads and railways in soft soil areas, providing low-carbon and intelligent solutions that transform industrial waste into sustainable roadbed materials [1][9]. Group 1: Innovation in Materials - The project utilizes industrial solid waste such as smelting slag and fly ash as raw materials, creating a new green gel material that reduces carbon emissions by 92% compared to traditional cement production, while also lowering costs by over 25% [2][3]. - The new technology allows for the direct transformation of soft soil into qualified roadbed material, significantly reducing transportation costs and environmental issues associated with traditional methods [2]. Group 2: Advanced Equipment and Techniques - The team developed high-efficiency equipment capable of processing 400 cubic meters per hour, which is more than three times the capacity of traditional equipment, leading to a cost reduction of 20%-40% for soft soil solidification [3]. - Innovations include lightweight solidified soil that reduces additional stress by 50% while increasing vertical bearing capacity by 38.3%, thus minimizing settlement issues [3]. Group 3: Intelligent Monitoring Systems - The project features a smart monitoring system that provides real-time assessments of roadbed integrity, significantly improving detection accuracy and efficiency compared to traditional methods [6]. - The system can issue alerts within 30 seconds of detecting anomalies, enhancing safety during construction and allowing for real-time carbon reduction assessments [6]. Group 4: Economic and Environmental Impact - The technology has been applied in 26 major national projects, generating nearly 6.5 billion yuan in new output value and over 330 million yuan in profit [7]. - The project has successfully converted over 3.6 million cubic meters of construction waste into usable materials, avoiding pollution from landfill and achieving cost savings of over 70% in road construction [7]. Group 5: Future Prospects - The technology is recognized as internationally leading and is expected to be promoted in other soft soil regions, contributing to the dual carbon goals in transportation infrastructure [9].

Group 1: Company Strategy and Market Position - The company is focusing on technological innovation in its core business areas, particularly in ecological restoration and smart maintenance, to enhance its competitive edge [1][2]. - The company has successfully applied its proprietary technology in ecological restoration projects, such as the "Three North" project, improving operational efficiency and reducing costs [2][3]. - The company aims to deepen its market presence in Inner Mongolia, leveraging the "Three North" project to secure more orders and enhance its industry position [3][4]. Group 2: Financial Performance and Projections - In the first half of 2025, the company achieved a revenue of 225 million yuan, representing a year-on-year growth of 30.87% [8]. - The green maintenance business contributed approximately 130 million yuan, with a growth of 20%, playing a crucial role in the company's revenue stability [8]. - The company anticipates a significant reduction in accounts receivable due to government policies aimed at debt clearance, which will positively impact cash flow [3][4]. Group 3: Research and Development - The company has increased its R&D investment, focusing on ecological big data and intelligent monitoring technologies, to stay at the forefront of industry advancements [1][2]. - New patents in ecological restoration and smart maintenance have been successfully transformed into practical applications, enhancing operational efficiency and resource utilization [2][4]. Group 4: Environmental and Social Governance (ESG) - The company emphasizes sustainable development and integrates green practices into its strategic planning, enhancing its brand image and market recognition [13][16]. - The company is actively pursuing partnerships with universities and research institutions to foster innovation in ecological restoration technologies [5][6]. Group 5: Future Plans and Innovations - The company plans to continue its focus on smart transformation and digitalization in its operations, aiming for a comprehensive upgrade in maintenance management systems [11][12]. - The company is exploring new operational models that combine ecological governance with industrialization to expand its business scope [3][4].

Group 1 - The "2025 Guangzhou Medical and Health Industry Expo" showcases advancements in smart monitoring, robotics, and precision diagnosis technologies, addressing the challenges posed by an aging population [1] - Wearable monitoring systems are highlighted as a key innovation in elderly care, capable of real-time monitoring of vital signs and providing early warnings to medical personnel [1] - The development of elderly care robots is seen as a crucial response to the increasing demand for elderly services, with potential applications in daily care and rehabilitation [2] Group 2 - The future of medical and elderly care is expected to focus on chronic disease prevention and management, utilizing wearable devices for real-time health monitoring and personalized health plans [2] - Breakthroughs in respiratory health management and high-end medical equipment were showcased at the expo, emphasizing the importance of integrating research and industry [2] - The application of artificial intelligence in medical testing and data science is progressing, with significant engagement from hospitals and healthcare professionals [3]