➀ Tesla is hiring Data Collection Operators to train its humanoid Optimus robot using motion capture technology. ➁ The job requires walking for extended periods, carrying weights, and wearing a VR headset, with height restrictions to match Optimus's projected height. ➂ The training process may require millions of hours of data, potentially costing half a billion dollars, with no guarantee of success.
Recent #robotics news in the semiconductor industry
➀ Ikea is expanding its use of drones for inventory management, partnering with Verity to deploy drones in its stores for real-time stock monitoring. ➁ The drones are designed to navigate store aisles autonomously, scanning barcodes and identifying misplaced items. ➂ This technology aims to improve inventory accuracy and efficiency, reducing the need for manual stock checks.
➀ Zhihui Jun introduces three new models of the Yuanzheng series robots, including interactive service, flexible manufacturing, and heavy-duty special robots. ➁ The new robots feature family design language, combining wheeled and legged forms, and are designed for various applications. ➂ The company plans to deliver around 300 units in 2024, with 200 bipedal and 100 wheeled models. ➃ The robots are equipped with advanced sensors and AI capabilities, aiming for full-stack ecosystem integration. ➄ Zhiyuan Robotics also announced the open-source release of their modular robot series Lingxi X1 and Lingxi X1-W.
➀ Zhiyuan Robotics, led by Zhihui Jun, unveiled the Yuanzheng A2 series humanoid robots, focusing on mass production improvements. ➁ The Lingxi X1 series robots were fully open-sourced, promoting the concept of 'everyone can build humanoid robots'. ➂ The company's self-developed joint modules have been upgraded for mass production, and the dexterity of the robot hands has been enhanced to 19 degrees of freedom. ➃ A roadmap for the evolution of embodied intelligence from G1 to G5 was defined. ➄ The company also introduced the AIDEA data solution to support the G3 stage of data-driven training.
➀ Scott White has been appointed as the Chair of Q5D Technologies, a company specializing in robotics and software for automating wiring harness manufacturing. ➁ This appointment is a significant milestone for Q5D as it aims to transform manufacturing in sectors like automotive and aerospace. ➂ White's extensive experience in deep-tech manufacturing and venture markets is expected to be invaluable for Q5D's future growth.
➀ CrossBot, a new robotic innovation, is designed to address the crossing guard shortage in the Bay Area. ➁ Priced between $15,000 and $17,000, it offers a decade of service, ensuring children's safety at school crosswalks. ➂ Equipped with advanced technology including Lidar, radar, and sophisticated algorithms, CrossBot can monitor its surroundings with a 360-degree view, ensuring minimal error in detecting vehicles, cyclists, and pedestrians.
1. Scientists have developed a tiny flying robot inspired by rhinoceros beetles, featuring foldable wings that can be used for search and rescue missions in confined spaces. 2. The robot mimics the passive wing deployment mechanism of beetles, allowing it to fold its wings when resting and deploy them for flight. 3. This innovation could enable the robot to enter collapsed buildings and switch to crawling mode for further exploration.
1. The Fraunhofer FHR, along with six partners, is developing intelligent skin for robots in the EU-funded FITNESS project. 2. This technology aims to improve human-robot interaction, especially in manufacturing, healthcare, and professional services. 3. The intelligent skin uses flexible metamaterials and metasurface antennas to enhance safety and performance in robot operations.
❶ The Department of Homeland Security (DHS) has developed a robot named NEO, designed to jam smart home networks during police raids. ❷ NEO uses an antenna array to overload home networks, disabling Wi-Fi and other wireless devices. ❸ The robot can also provide remote surveillance and communication for law enforcement officers, enhancing their safety during operations.
1. The 'SWOT' team from Technische Hochschule Würzburg-Schweinfurt won the RoboCup@Work World Championship in Eindhoven. 2. The team has been working towards this success for five years, winning the vice world championship and the German championship twice. 3. The team plans to defend their title in Brazil next year and is seeking industrial sponsors for financial and logistical support.
1. Nvidia is shifting from a GPU designer to an AI factory builder. 2. AI spending is expected to grow in healthcare, government, and robotics. 3. CEO Jensen Huang believes the AI robot industry could surpass the auto and consumer electronics industries combined.
1. Smart brake control and diagnostics enhance safety and efficiency in servo drives and robotics. 2. Texas Instruments offers a reference design for smart brake control, adhering to IEC EN 61800-5-2 standards. 3. The design includes diagnostic features for fault detection and power optimization, ensuring precise control and reduced operational costs.
1. Yamaha Motor Co., Ltd. has introduced the RCX3-SMU, a safety unit for SCARA and Cartesian robots, enhancing safety with features like Safe Torque Off and speed monitoring. 2. The unit includes functions such as Safe Stop 1 and Area Monitoring to ensure safe robot operation. 3. This development addresses the increasing safety requirements for industrial robots due to labor shortages and advanced automation needs in fields like IoT and CASE.
1、传感器融合技术能够使机器人变得更安全、更智能。
2、该技术通过模拟人类用多个感官感知周围环境来实现。
3、这种技术将带来机器人的发展瓶颈,提高其感知能力和响应速度。
1、旭化成微设备推出CQ36系列集成电路。
2、新产品设计用于机器人领域。
3、该系列IC具有ΔΣ调制器。
1、英国机械人和自治系统网络(UK-RAS)推出2024年首个资助项目,为英国学术项目提供高达£2k的资金资助。
2、该资助项目旨在支持英国机械人和自治系统领域的研究和发展。
3、申请人可以将申请表格提交到UK-RAS网站上。
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