近日，GRAEFF（格拉夫）总裁吴浩博士主持的 “AI 智能型高温熔体压力传感器的应用研究” 项目（项目编号：EDU2708），作为一项国家级课题，顺利通过中国校园健康行动・教育教学研究成果管理办公室专家委员会鉴定，正式结项。这既是吴浩博士深耕传感器领域的又一突破，更成为国家十二部委联合发起的公益事业与产业技术创新深度融合的典范。

Recently, the project "Application Research of AI Intelligent High-temperature Melt Pressure Sensor" led by Dr. Wu Hao, the president of GRAEFF (Project Number: EDU2708), as a national-level project, successfully passed the expert committee appraisal of the China Campus Health Action - Educational Teaching Research Achievements Management Office and was officially completed and concluded. This is not only another breakthrough in Dr. Wu Hao's in-depth exploration of the sensor field, but also a model of the deep integration of public welfare undertakings and industrial technological innovation jointly initiated by twelve national ministries and commissions.

项目研究背景与价值/Research background and significance of the project

AI 智能型高温熔体压力传感器是工业智能制造的核心装备，广泛应用于塑料、化纤、橡胶等挤出成型行业，其性能直接决定生产过程的压力监测精度与产品质量控制水平。当前传统传感器在高温复杂工况下存在的精度不足、智能化程度低等痛点，已难以适配制造业数智化转型的迫切需求。本项目的研究成果的三重核心价值：

助力产业升级，作为国家级课题研究成果，响应国家 “人工智能﹢” 行动号召，为制造业高质量发展提供高精度传感解决方案，直接提升生产效率与产品品质。

深化技术融合，揭示 AI 技术与工业传感的应用规律，为工业传感智能化理论提供实证支持，推动技术迭代升级。

衔接公益使命，通过技术创新为 “中国校园健康行动” 的产业赋能方向提供实践参考，拓宽公益事业的技术落地路径.

The AI intelligent high-temperature melt pressure sensor is a core piece of equipment in industrial intelligent manufacturing, widely used in the extrusion molding industries of plastics, chemical fibers, rubber, etc. Its performance directly determines the accuracy of pressure monitoring in the production process and the level of product quality control. The current pain points of traditional sensors, such as insufficient accuracy and low intelligence level under high-temperature and complex working conditions, have become difficult to meet the urgent needs of the digital and intelligent transformation of the manufacturing industry. The triple core values of the research results of this project:

As a research outcome of a national-level project, it responds to the national call for the "Artificial Intelligence +" initiative, providing high-precision sensing solutions for the high-quality development of the manufacturing industry, directly enhancing production efficiency and product quality.

Deepen the integration of technologies, reveal the application rules of AI technology and industrial sensing, provide empirical support for the theory of intelligent industrial sensing, and promote the iterative upgrading of technologies.

In line with the mission of public welfare, we provide practical references for the industrial empowerment direction of the "China Campus Health Initiative" through technological innovation, and broaden the technical implementation path of public welfare undertakings.

中国校园健康行动/China Campus Health Initiative

“中国校园健康行动” 是由中国关工委、教育部、司法部等十二部委联合发起的大型公益事业，其领导小组办公室作为国家层面的日常协调运行机构，始终致力于通过资源整合与创新实践，推动青少年健康成长与相关产业规范发展。该行动不仅涵盖健康知识普及、心理健康服务、安全防范教育等公益内容，更注重通过技术创新与产业赋能，为校园健康与相关领域提供可持续解决方案。此次吴浩博士主持的国家级课题通过该办公室的严格鉴定，既是对项目技术创新性与应用价值的权威认可，也体现了 “中国校园健康行动” 在推动产研融合、助力产业技术升级方面的重要作用，为公益事业与产业创新的深度联动树立了标杆。

The "China Campus Health Initiative" is a large-scale public welfare project jointly initiated by twelve ministries and commissions including the China Care for the Next Generation Working Committee, the Ministry of Education, and the Ministry of Justice. The Office of its Leading group, as the daily coordinating and operating body at the national level, has always been committed to promoting the healthy growth of teenagers and the standardized development of related industries through resource integration and innovative practices. This initiative not only covers public welfare contents such as health knowledge popularization, mental health services, and safety prevention education, but also focuses on providing sustainable solutions for campus health and related fields through technological innovation and industrial empowerment. The national-level project led by Dr. Wu Hao has passed the strict appraisal of this office. This is not only an authoritative recognition of the project's technological innovation and application value, but also reflects the significant role of the "China Campus Health Initiative" in promoting the integration of industry and research and facilitating the technological upgrading of industries. It has set a benchmark for the in-depth interaction between public welfare and industrial innovation.

吴浩博士的技术深耕与产业担当/Dr. Wu Hao's in-depth technical research and industrial responsibility

吴浩博士长期专注于传感器技术研发与产业应用，始终坚持以技术创新回应市场需求、衔接社会价值。此次国家级课题的圆满结项，正是他深耕技术创新、推动产研融合的生动体现。在吴浩博士的带领下，GRAEFF（格拉夫）持续聚焦传感领域的技术突破，致力于为制造业提供更智能、更可靠的解决方案。未来，随着 AI、物联网等技术的深入渗透，团队将继续在传感器智能化赛道上深耕，既为中国制造业数智化转型贡献技术力量，也将积极响应公益事业号召，探索技术赋能公益的更多可能。

Dr. Wu Hao has long been dedicated to the research and development of sensor technology and its industrial application, and has always adhered to responding to market demands and connecting social values through technological innovation. The successful conclusion of this national-level project is a vivid demonstration of his deep commitment to technological innovation and his promotion of the integration of industry and research. Under the leadership of Dr. Wu Hao, GRAEFF has been continuously focusing on technological breakthroughs in the field of sensing, dedicated to providing smarter and more reliable solutions for the manufacturing industry. In the future, with the in-depth penetration of technologies such as AI and the Internet of Things, the team will continue to focus on the field of sensor intelligence. It will not only contribute technical strength to the digital and intelligent transformation of China's manufacturing industry, but also actively respond to the call for public welfare and explore more possibilities of technology empowering public welfare.

关于GRAEFF（格拉夫）/About GRAEFF

GRAEFF（格拉夫）是一家专注于压力传感器、温度传感器、熔体压力传感器、智能传感器、流量传感器、智能传感器、位移传感器、液位传感器、压力温度控制仪表、压力表、压力与温度校验系统以及自动化控制系统研发、生产和销售的英国跨国公司。

GRAEFF is a British multinational company specializing in the research and development, production and sales of pressure sensors, temperature sensors, melt pressure sensors, intelligent sensors, flow sensors, displacement sensors, liquid level sensors, pressure and temperature control instruments, pressure gauges, pressure and temperature calibration systems, and automation control systems.