Core Insights - The event showcased over 50 robotics companies presenting innovative products, highlighting the practical applications of robots in various sectors such as industrial, medical, and service industries [9] - The robots demonstrated capabilities including inspection, cleaning, and interactive companionship, emphasizing the versatility and technological advancements in the robotics field [9][10] Group 1: Industrial Applications - Yushutech's quadruped robot has been successfully applied in intelligent power inspection and firefighting rescue scenarios [9] - Moxian Technology showcased a humanoid robot with advanced tactile sensors, enabling it to perform delicate tasks like grasping with high precision [9] Group 2: Service and Consumer Applications - The "Kirin Seat" flexible automatic charging robot from Wanxun Technology can simulate human arm movements for precise charging of electric vehicles, already deployed in automotive smart driving experiences [10] - The AI pancake-making robot from Yuanhu demonstrates an intelligent temperature control system, capable of preparing traditional Tianjin pancakes in just three minutes [10] - The Ropet robot pet from Mengyou Intelligent offers personalized interaction, learning from user engagement to develop unique personalities [10] Group 3: Environmental Applications - The "Ouka Whale Spirit" water surface inspection robot integrates multiple sensors for autonomous cleaning and monitoring of water bodies, effectively collecting debris and maintaining cleanliness [10]

科学家与厨师合作，打造出一款可被全部食用的机器人婚礼蛋糕。图片来源：EPFL 想象一下这样的未来图景：水上机器人化为锦鲤群游时争相啄食的饵料、机器人跳完舞再变身美味的蛋糕……这 些弥漫创意和烟火气的科技构想，如今正在走进现实。 瑞士洛桑联邦理工学院（EPFL）科研团队以鱼饲料为原料，打造出一款水上机器人，在完成使命后，便会化作鱼 群的美餐自然降解。 此前，该校科学家还与意大利科学家携手，推出一款可完全食用的机器人婚礼蛋糕 RoboCake。 可食用机器人不仅有助巧妙化解传统电子设备污染难题，还正在开启多重领域的创新之门，有望在医疗保健、环 境管理等方面大显身手。 既是工具 又是食物 在EPFL智能系统实验室内，达里奥·弗洛雷亚诺教授团队打造出的水上机器人形似微型摩托艇，长约5厘米，平均 重1.43克，在水中最快每秒可移动3倍身长。 这款机器人的奥秘在于其独特的构造。主体结构由冻干鱼饲料构成，动力源自水触发的化学反应：柠檬酸与碳酸 氢钠发生反应产生二氧化碳，气体压力迫使丙二醇喷出，导致局部水面张力骤降形成推力，可推动机器人持续运 动数分钟。 而且机器人所有组件均可生物降解。研究人员表示，当机器人完成任务后，它会 ...

Core Insights - The article discusses the development of edible robots by a research team at the École Polytechnique Fédérale de Lausanne (EPFL), highlighting their potential applications in various fields and their environmental benefits [2][3][6]. Group 1: Edible Robots Development - EPFL's team has created a water robot made from fish feed that degrades naturally after use, providing a solution to electronic waste pollution [2][3]. - The RoboCake, a fully edible wedding cake, features a gelatin robot and an edible battery, showcasing the innovative intersection of food and robotics [3][4]. Group 2: Applications and Benefits - The water robot can revolutionize environmental monitoring and aquaculture practices, offering new methods for medication delivery in fish farming [5][6]. - Edible robots can deliver precise medication and monitor health within the body, particularly benefiting those with swallowing difficulties [6]. - They can also provide nutrition in emergencies and attract wildlife for vaccination, thus controlling disease spread [6]. Group 3: Environmental Impact - The design philosophy of edible robots emphasizes sustainability, aiming to reduce the 40 million tons of electronic waste generated annually by creating devices that return to nature [6].