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2025年7月9日,天津理工大学明理书院执行院长孙莘率师生团队探访天树探界,开展以“AI赋能教育”为主题的交流活动。此次参观中,人形机器人舞蹈表演及核心技术展示成为焦点,其“教育链-研发链-产业链”三链融合的创新模式,为AI与教育深度融合提供了实践范本。 在天树探界智能展厅,搭载自研系统的机器人成为焦点。其中,具备多模态交互能力的机器人可实现拟人化灵活关节运动,智能语音对话,并且可以精准实现数十种指令。天树探界核心团队介绍:"目前,企业还在不断投入机器人算法的开发,将持续深耕人工智能领域,期待未来高校"人工智能+教育"实践范本的落地" 作为专注智能AI领域研发公司,天树探界的展示环节引发广泛关注。天树探界成立于2024年,依托环球赛乐集团11年高校产业资源及深蓝学院科研积累,聚焦智能决策中枢、场景自适应系统、具身交互引擎三大核心技术方向,致力于为工业4.0提供模块化机器人算法解决方案。活动现场,其人形机器人以一段流畅的舞蹈表演亮相,背后是具身交互引擎赋予的自然动作生成能力——通过融合运动控制算法与情感计算模型,机器人可实时感知环境变化并调整交互策略,实现与人类的无缝沟通。 技术解析环节,天树探界负责人介绍
2025-07-092025年7月3日,赛氪网兄弟单位天树探界成功举办了一场别开生面的企业开放日活动,吸引了北京大学等参观团前来拜访。
2025-07-03主办方:
美国能源部(DOE)、美国国防部(DOD)、美国国家州立能源官员协会(NASEO)、美国电气与电子工程师协会(IEEE)
报名时间:2015年02月24日 00时00分 ——2015年06月19日 23时59分
竞赛时间:2015年06月19日 00时00分 ——2015年07月17日 23时59分
Topic (A) High-efficiency Wireless Charging System for Electric Vehicles and Other Applications
Vision
Increase the wireless charging efficiency for electric vehicles;
Reduce the overall cost and space of the wireless charging system;
Achieve highly efficient and safe wireless charging across the large air gap between the charging pad and the vehicle adapter;
Incorporate practicality, potential manufacturability, and affordability into the competition assessment process;
Improve engineering education and foster practical learning through the development of innovative team-based engineering solutions to complex technical problems;
Increase the public awareness of advanced electric vehicle technology.
Goals
Construct a wireless charging system that will:
Allow wireless charging with superior efficiency for the electric vehicle battery over a certain gap and sliding distance;
Reduce the overall manufacturing cost;
Minimize the size and weight of pad and controller;
Minimize cooling requirements.
Topic (B) Battery Energy Storage with an Inverter that Mimics Synchronous Generators
Vision
To develop a grid-connected bi-directional battery energy storage system with an inverter that mimics the functions of synchronous generators
To reduce the overall cost and volume of energy storage systems
To offer students a challenging opportunity to integrate their knowledge and skills in power conversion circuit theory, control, battery energy management and power systems
Goals
Design and build a battery energy storage system with an inverter that will:
Have the basic functions of charging, discharging and protection for the battery;
Meet the desired power quality to the grid/load;
Improve power density;
Realize power conversion between the battery and the gird/load with high efficiency;
Mimic the function of synchronous generators to autonomously take part in the regulation of system frequency and voltage via controlling the real power and reactive power delivered;
Achieve seamless transfer between grid-connected and stand-alone modes;
Reduce manufacturing cost.
ifec2016_final.pdf…
2015.11.19 10:43
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2015.11.19 10:42
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国际未来能源挑战赛(International Future Energy Challenge, IFEC)是由美国能源部(DOE)、美国国防部(DOD)、美…
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High Power Density AC-DC Converter Input Voltage Vin: 90~264 VacInput Curre…
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庆祝「国庆 75 周年」点亮纪念头像
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