智能监测

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从可穿戴监测到智能辅护:机器人及精准诊疗技术加速落地
Zhong Guo Xin Wen Wang· 2025-08-24 01:58
中新网广州8月23日电 (记者 蔡敏婕)"2025广州医疗与健康产业博览会"(以下简称:"广州医博会") 正在广州举行,记者在博览会上看到,智能监测、机器人及精准诊疗技术加速落地。 在广州市红十字会医院主题展区中,烧伤整形科、康复医学科、神经内科等参与主题展示。广州市 红十字会医院副院长宁波在接受中新网采访时表示,面对人口老龄化加剧的社会现状,可穿戴监测系统 成为养老科技的亮点。该系统依托先进算法和软件支撑,能实时监测老年人的血压、呼吸、血糖等基本 体征,在发病前发出预警,第一时间将数据上传至120急诊系统实现预处理,并辅助医生做出治疗决 策。"很多老人缺乏专职照顾,这个系统能在预警阶段及时联系医务人员,为救治争取黄金时间。"宁波 表示。 养老机器人的发展是应对人口老龄化的重要举措,医疗需求为养老机器人提供了明确的功能导向和 应用场景。宁波指出,随着老龄化加深,养老服务需求激增,机器人在生活护理、康复辅助等领域潜力 巨大。"许多心脑血管疾病患者面临失能困境,未来机器人可通过指令完成基础护理工作,替代部分护 工职能。"他坦言,当前养老机器人尚未完全成熟,但未来几年有望实现突破,关键在于医企深度协 同。医院正积极 ...
2025年中国水处理膜行业政策汇总、产业链、发展现状、企业分析和发展趋势研判:水处理膜市场规模持续上涨,反渗透膜以45% 比重占据主导地位[图]
Chan Ye Xin Xi Wang· 2025-07-04 01:22
Core Viewpoint - The water treatment membrane industry in China is experiencing significant growth, driven by increasing demand for wastewater treatment and seawater desalination, supported by government policies and technological advancements [1][6][13]. Industry Overview - Water treatment membranes are selective separation materials used for purifying and concentrating wastewater without the need for chemical additives [4]. - The market size of China's water treatment membrane industry is projected to grow from 26.9 billion yuan in 2019 to 45.6 billion yuan by 2024, indicating strong downstream market demand [1][13]. - The industry is categorized into various types of membranes, including microfiltration, ultrafiltration, nanofiltration, and reverse osmosis, with reverse osmosis holding a 45% market share [15][17]. Market Dynamics - The demand for water treatment membranes is increasing due to urbanization, industrialization, and the rising need for wastewater treatment and recycled water production [1][13]. - The number and scale of seawater desalination projects are also contributing to the growing demand for water treatment membranes [1][13]. Competitive Landscape - The Chinese water treatment membrane market is characterized by a domestic-led structure, with domestic companies holding 78% of the market share, while foreign and joint ventures account for 10% and 12%, respectively [19]. - Key domestic players include Beijing OriginWater Technology Co., Ltd., Waton Technology Co., Ltd., Tianjin Membrane Technology Co., Ltd., and others [19][20]. Policy Support - The Chinese government has implemented various policies to support the development of the water treatment membrane industry, including the "Action Plan for Seawater Desalination Utilization (2021-2025)" and other initiatives aimed at enhancing wastewater treatment technologies [6][8][26]. - These policies are designed to promote technological advancements and increase the application of high-performance membrane materials [6][26]. Future Trends - The industry is expected to see continuous technological innovation, with new materials and manufacturing processes emerging, such as nano-porous membranes and organic/inorganic composite membranes [25]. - The demand for water treatment membranes is anticipated to grow in emerging sectors like photovoltaic and lithium battery industries, which require high-purity water for production processes [27].
湖南“铁塔哨兵”开展智能监测 筑牢防汛“数字堤坝”
Zhong Guo Xin Wen Wang· 2025-06-24 13:50
Core Viewpoint - The "Iron Tower Sentinel" system is effectively utilized by Hunan Province's Natural Resources Department to enhance natural resource monitoring and emergency response during flood prevention and disaster reduction efforts [1][3]. Group 1: System Functionality - Since June 19, the "Iron Tower Sentinel" system has identified over 1,000 flood-related clues and generated 38 alarm notifications [1]. - The system detected severe flooding in Chenjiayuan, Hunan, on June 19, triggering immediate alerts and enabling real-time monitoring of water levels in various regions [3]. Group 2: Emergency Response - The system's AI capabilities allowed for the identification of potential landslide risks in multiple locations, leading to timely alerts sent to disaster response teams [3]. - Key incidents, such as road blockages and threats to residential buildings due to landslides, were quickly located and reported, facilitating urgent evacuations and rescue operations [3]. Group 3: Ongoing Monitoring - Hunan Province is currently in the main flood season, with increasing risks of flooding and geological disasters, prompting continuous 24-hour intelligent monitoring in critical areas [4]. - The "Iron Tower Sentinel" system aims to leverage its advantages in real-time high-definition monitoring and precise location tracking to safeguard public safety and maintain social stability [4].
今年拱墅要改造燃气管网72.8公里 计划国庆前全部完工
Hang Zhou Ri Bao· 2025-06-18 02:30
Core Viewpoint - The article discusses the ongoing gas pipeline renovation project in Gongshu District, highlighting its significance as a public welfare initiative aimed at improving safety and convenience for residents [4][5]. Group 1: Project Overview - In March, Gongshu District initiated a new round of gas pipeline updates, targeting the renovation of 72.8 kilometers of gas pipelines, including 30.75 kilometers of underground pipelines and 42.05 kilometers of gas risers, covering 13 streets and 36 communities [4]. - As of now, the renovation of underground gas pipelines in 18 old communities has been completed, with 60.23% of gas riser renovations finished, and all projects are scheduled for completion before the National Day this year [5]. Group 2: Innovation and Technology - The renovation project incorporates innovative models, including the replacement of gas meters with smart meters and the use of metal corrugated hoses, ensuring comprehensive safety monitoring within households [6]. - The installation of NB remote meters allows for 24-hour real-time monitoring of pipeline pressure, flow, and leakage, with immediate alerts sent to the gas company and relevant departments in case of anomalies [6]. Group 3: Efficiency Improvements - The project has adopted factory-prefabricated components for gas pipeline renovations, significantly reducing noise and dust during construction, thus minimizing disruption to residents [7]. - The new construction method of "first drilling, then installing" enhances safety, functionality, and aesthetics, while also improving construction efficiency [8].
【省应急管理厅】以科技之“智”筑安全之基
Shan Xi Ri Bao· 2025-05-25 22:36
Group 1 - The core theme of the event was to showcase the advancements in emergency management and safety measures in Shaanxi and Sichuan provinces, highlighting significant achievements in disaster prevention and response [1] - The "Smart Emergency Brain" in Chenggu County has established a robust safety system for the Qinba Mountains, utilizing 40 smart warning devices for fire prevention and real-time monitoring [2][3] - The integration of digital tools like the "City-Enterprise Smart Safety" app enhances regulatory efficiency and reduces burdens on enterprises by streamlining risk management processes [2] Group 2 - The establishment of emergency rescue stations in communities, such as the 150 stations in Lianhu District, extends safety measures directly to residents [4] - Community emergency response teams, comprising volunteers and property management staff, are actively engaged in safety inspections and emergency training [5] - The implementation of a comprehensive information-sharing system in Zhen'an County facilitates real-time communication and resource allocation during emergencies, improving response efficiency [6][7]
浙江迈向新污染物监测2.0时代
Mei Ri Shang Bao· 2025-05-24 07:01
Core Insights - The article highlights the increasing public concern over microplastics and other new pollutants, indicating a shift in environmental monitoring needs [1] - Zhejiang Province is advancing to a 2.0 stage in new pollutant monitoring, developing a comprehensive, precise, and intelligent monitoring system [1] Monitoring System Development - The new monitoring system evolves from "single detection" to "multi-dimensional perception," from "local pilot" to "provincial coverage," from "post-monitoring" to "real-time warning," and from "manual investigation" to "intelligent tracking" [1] - Innovative smart monitoring technologies and an AI-assisted identification system are being developed, including a "chemical fingerprint library" for key industry pollutants, significantly enhancing the ability to identify new pollutants in critical watersheds [1] Monitoring Network Structure - A three-tier monitoring network is established, consisting of "core circle," "key circle," and "warning circle" to improve monitoring efficiency [2] - The core circle focuses on five key cities: Hangzhou (rubber and plastic products), Ningbo (petrochemicals), Shaoxing (dyeing), Quzhou (fluorine chemicals), and Taizhou (pharmaceuticals) [2] - The warning circle targets sensitive ecological areas such as drinking water sources and key river sections, aiming for comprehensive coverage with a focus on critical areas [2] Online Monitoring Capabilities - Zhejiang has implemented an automatic online monitoring system for new pollutants that provides real-time alerts upon detecting anomalies [2] - The first national demonstration station for automatic monitoring of new pollutants has been established in Quzhou, enabling continuous automatic monitoring of trace new pollutants in water [2]