这几年，科技开始帮助他们巡检。刘希杰从背包里取出一台高压电缆体征监测仪，将数据采集器卡在几 根颜色不一的接地线上，屏幕上很快显示出检测结果，一切正常。 接地环流在线监测装置、双光谱视频监控装置、隧道可视化监测装置……刘希杰说，除手持设备，隧道 内还安装有一系列智能传感器，像"感知神经"一样不间断采集数据。科技不仅减轻了人工负担，更提升 了隐患发现的及时性和准确性，让运检从"被动响应"转向"主动预防"。 【新春走基层】 光明日报记者 李晓东 周洪双 "井下气体检测合格，可下井作业。"春节假期前夕，四川成都天府广场已是灯笼高挂，热闹非凡。广场 一角，地下电缆井盖已经打开，电缆运检人员正按程序做下井准备，即将对深藏地下的"电力大动脉"进 行拉网式隐患排查治理。 "节日越热闹，我们肩上的责任就越重。"国网成都供电公司电缆运检一班青年员工刘希杰系好安全带， 降至地下15米处，眼前亮出一条长长的隧道，多组碗口粗的电缆与隧道一起向远处延伸。"这些'电力大 动脉'，前面连着春熙路商圈的'电力心脏'。"刘希杰指着这些电缆说，天府广场北侧的地下空间，藏着 一座巨大的220千伏变电站，向春熙路商圈等节日人流集中街区提供电力。 刘希 ...

Core Insights - The project at Longhua District Maternal and Child Health Hospital is exploring intelligent construction methods to meet the stringent requirements of "millimeter-level precision" and to address challenges such as concrete flatness control, hidden engineering detection difficulties, high-altitude work risks, and time-consuming auxiliary processes [1] Group 1: Introduction of Intelligent Equipment - The project incorporates various intelligent equipment, including laser leveling robots, track troweling robots, laser positioning instruments, and dust-free grooving machines, to enhance construction efficiency from foundational positioning to detailed execution [2] Group 2: Solving Detection Challenges - The project employs professional equipment like infrared thermal imaging cameras and multifunctional circuit testers to conduct comprehensive inspections of critical areas, addressing the challenges of hidden engineering detection and structural quality control [3] - A four-dimensional detection network is established using specialized tools such as electric pipeline blockage detectors and concrete rebound testers to ensure structural safety and construction accuracy [3] Group 3: Process Optimization and Efficiency Gains - The introduction of lifting platforms and intelligent aerial vehicles has improved the efficiency of high-altitude operations by over 30%, while ensuring safety through remote control and safety warning systems [4] - Auxiliary processes are optimized with electric transport vehicles increasing material transfer efficiency by 50%, and smart charging cabinets preventing electrical fire hazards [4] - Solar photovoltaic technology is utilized for energy self-sufficiency, reducing project energy costs, while smart temporary lighting ensures continuous operation even during complex scenarios [4]

第三季度净利润同比增11倍 公开资料显示，高德红外1999年成立于湖北武汉，2010年在深交所主板挂牌上市，是一家以红外热成像 技术为核心的综合光电系统及新型完整装备系统总体研制生产企业，业务涵盖了红外焦平面探测器芯 片、红外热成像整机及以红外热成像为核心的综合光电系统、完整装备系统总体、传统非致命性弹药及 信息化弹药四大业务板块。 2024年，因部分型号项目类产品价格下调及合同订单采购计划延期等因素，型号项目类产品收入较上年 同期下降，对利润实现产生较大影响，高德红外出现上市以来首次年度亏损。 2025年，公司凭借自身全产业链布局优势，持续推动红外技术创新成果在国防与民用领域的双向转化与 协同突破，加快高科技成果的产业化进程，业绩大幅增长。 长江商报消息 ●长江商报记者 李璟 业务需求快速释放，"红外第一股"高德红外（002414.SZ）业绩大增。 根据高德红外日前发布的业绩预告，预计公司2025年实现归母净利润为7亿元至9亿元，同比扭亏为盈。 长江商报记者注意到，2025年以来，高德红外接连斩获大单，持续为公司带来新的收入和利润增长。 对于业绩变动原因，高德红外表示，2025年原延期的型号项目类产品恢复交 ...

Core Viewpoint - The article highlights the innovative approaches taken by Zhang Tao and his team in the preservation and monitoring of ancient architecture in Beijing, emphasizing the importance of preventive measures and advanced technology in heritage conservation [4][10]. Group 1: Technological Innovations - Zhang Tao utilizes various advanced tools such as micro-drilling resistance instruments, rebound testers, stress wave devices, and infrared thermal imaging to assess the condition of ancient buildings [5][10]. - The micro-drilling resistance instrument, developed over five years, allows for precise detection of internal conditions of wooden structures, revolutionizing the field of ancient architecture preservation [10][11]. Group 2: Monitoring Techniques - The team has implemented long-term monitoring of structures like the Wanning Bridge, using sensitive devices to detect minute vibrations, akin to an electrocardiogram for humans [6][10]. - Data collection often requires challenging conditions, such as working in extremely cold temperatures to ensure accurate measurements [7][10]. Group 3: Preventive Conservation - The shift from reactive to preventive conservation is emphasized, with the aim of identifying potential issues before they lead to significant damage [11]. - Zhang Tao's work has already benefited over seventy ancient sites in Beijing, preventing severe deterioration through early detection and intervention [10][11]. Group 4: Future Aspirations - There is a call for the establishment of more refined local and industry standards for ancient building protection, alongside the need for increased training and recruitment of professionals in the field [11].

Core Viewpoint - The Haikou Natural Resources and Planning Bureau in Hainan Province has initiated an intelligent drone patrol to provide early warning and safety measures for coastal areas during typhoon emergency responses [1] Group 1: Technology Implementation - The operation utilizes a "drone + artificial intelligence" recognition system to detect various coastal hazards in real-time using infrared thermal imaging [1] - All drone patrol data is transferred in real-time to the emergency command system of the Haikou Emergency Management Bureau, achieving a closed-loop management process of "patrol - dispatch - response - feedback" [1] Group 2: Public Safety Measures - Drones are equipped with high-power loudspeakers and searchlights to guide tourists to evacuate through a "voice broadcast + light warning" cycle, addressing the issue of tourists underestimating risks [1] - A comprehensive inspection was conducted at 26 popular coastal and riverfront spots, resulting in the evacuation of 286 tourists [1] Group 3: Future Plans - The Haikou Bureau plans to enhance the service capabilities of drone equipment and professional personnel to establish a more efficient and rapid inspection system, strengthening coastal protection measures [1]

Core Viewpoint - The report highlights the financial performance and operational status of Uni-Trend Technology (China) Co., Ltd. for the first half of 2025, indicating a slight decline in net profit despite an increase in revenue, attributed to rising costs and initial operational expenses of new subsidiaries [1][2]. Financial Performance - The company achieved a revenue of RMB 617.42 million, representing a year-on-year increase of 9.52% compared to RMB 563.73 million in the same period last year [3][4]. - The total profit amounted to RMB 105.29 million, down 8.23% from RMB 114.73 million in the previous year [4]. - The net profit attributable to shareholders was RMB 98.01 million, a decrease of 5.14% from RMB 103.32 million [4][5]. - The operating cash flow net amount was RMB 73.01 million, reflecting a significant decline of 33.25% compared to RMB 109.39 million in the previous year [4][5]. Business Overview - Uni-Trend focuses on the research, development, production, and sales of testing and measurement instruments, including general instruments, professional instruments, temperature and environmental testing instruments, and testing equipment [3][8]. - The company operates in various sectors such as electronics, home appliances, electromechanical equipment, energy conservation, rail transportation, automotive manufacturing, HVAC, construction, 5G infrastructure, new energy, IoT, big data centers, AI, and scientific research [3][8]. Industry Context - The testing and measurement instrument industry is supported by national policies aimed at promoting innovation and development, particularly in high-end scientific instruments [3][12]. - The industry is experiencing growth due to advancements in sensor technology, digital technology, and the increasing demand for high-precision measurement devices [3][12]. - The company is positioned to benefit from the growing market for testing instruments, particularly in the context of environmental monitoring and energy efficiency initiatives [3][12]. Research and Development - The company has increased its R&D investment to RMB 62.34 million, accounting for 10.10% of its revenue, which is an increase of 0.51 percentage points from the previous year [3][16]. - The R&D team has expanded to 354 personnel, representing 23.12% of the total workforce, indicating a strong focus on innovation [3][16]. - The company has obtained several patents, enhancing its competitive edge and facilitating the transformation of research outcomes into marketable products [3][16].

Group 1: Cultural Heritage Protection and Restoration - The emergence of young "cultural heritage doctors" showcases a blend of tradition and innovation in cultural preservation [4] - The Beijing Archaeological Research Institute employs advanced technology for the diagnosis and treatment of ancient buildings, enhancing their longevity [5][6] - The use of micro-drilling resistance instruments and infrared thermal imaging has improved the accuracy of detecting structural issues in ancient wood structures [5][6] Group 2: Skills Competition and Training - The first Shanghai Municipal Cultural Heritage Skills Competition was held, featuring 22 finalists competing in various restoration techniques [8][9] - The competition included practical assessments of real artifacts, emphasizing the importance of hands-on skills in the restoration process [9][10] - The event aims to cultivate high-skilled talents in the cultural heritage sector and enhance the social impact of restoration techniques [10] Group 3: International Collaboration in Restoration - Chinese "cultural heritage doctors" are actively involved in the restoration of the Angkor Wat site in Cambodia, contributing to international cultural exchange [12][13] - The Zhejiang Ancient Architecture Design Institute is leading restoration efforts, utilizing digital technologies for complex restoration tasks [13][14] - The restoration process emphasizes scientific management and archaeological research to ensure the authenticity and safety of the heritage site [14]

Group 1 - The company achieved operating revenue of RMB 1,130.40 million in 2024, representing a year-on-year increase of 10.81% [37] - The net profit attributable to the parent company was RMB 183.40 million, up 13.64% year-on-year, while the net profit after deducting non-recurring gains and losses was RMB 175.91 million, an increase of 15.82% [37] - The company plans to distribute a cash dividend of RMB 10 per 10 shares, totaling RMB 110.54 million, which accounts for 78.35% of the net profit attributable to shareholders [4] Group 2 - The company specializes in the research, production, and sales of testing and measurement instruments, with a product range that includes general instruments, professional instruments, temperature and environmental testing instruments, and testing equipment [6][10] - The company has established a modern manufacturing base of approximately 120,000 square meters across Dongguan, Heyuan, and Vietnam, ensuring stable product supply for global users [16] - The company has a rich product matrix with over 1,000 product models and an annual production capacity exceeding 10 million units [27] Group 3 - The industry of testing and measurement instruments is crucial for various sectors of the national economy and is supported by government policies aimed at promoting innovation and development [22][23] - The industry is experiencing rapid advancements in sensor technology, digital technology, and the integration of AI, leading to the development of smarter and more efficient measurement instruments [30][33] - The company has a strong market position, with its brand "UNI-T" recognized both domestically and internationally, and it has established a mature sales channel covering over 80 countries [29]