PickNik机半岛app官网器人保护两个新的NASA SBIR合同推进自主机器人系统gydF4y2Ba

PickNik机半岛app官网器人技术,先进的机器人解决方案的领先供应商,宣布他们成功与NASA合作通过两个小企业创新研究(SBIR)合同。gydF4y2Ba

(2023年6月8日,博尔德)——PickNik机器人技术,先进的机器人半岛app官网解决方案的领先供应商,高兴地宣布它的成功在确保两个小企业创新研究(SBIR)合同与美国航天局。这些著名的合同突出PickNik机器人的持续专业发展前沿技术为自主机器人操纵、利用、和维护、半岛app官网以及集成空间操作的任务规划和执行。gydF4y2Ba


SBIR第一奖关注一个开创性的项目名为“一个框架为远程故障管理和恢复自主任务规划和执行。”With NASA's increasing need for highly autonomous robotic systems to maintain critical spaceflight hardware, PickNik Robotics is pioneering a novel fault detection and reporting system. This system will empower remote operators to diagnose and resolve failures in real-time, allowing them to adjust task specifications and guide the in situ robot to recover and complete the objective. By developing comprehensive software tools and user interfaces, PickNik Robotics aims to enhance the capabilities of NASA's robotic endeavors, including the Artemis program and other projects such as Dexterous Robotics Lab, Robonaut, SPHERES, Astrobee, and OSAM servicing missions. Furthermore, the versatility of this system extends beyond NASA, presenting potential applications in commercial space flight, defense, and other terrestrial industries.

第二个SBIR奖中心项目”任务和运动规划空间操作,与种复苏。”As space operations increasingly rely on Persistent Assets, which demand repeated visits and regular maintenance, the need for autonomous systems becomes paramount. PickNik Robotics proposes integrating Task and Motion Planning into its MoveIt Studio product, allowing remote operators to provide high-level task specifications while the autonomous system generates and executes action sequences to meet those specifications. To address unforeseen errors, a mechanism for autonomous failure identification and remote operator intervention will be implemented. This system not only enhances the autonomy capabilities of robotic systems in space but also reduces the cognitive load on remote operators by elevating their role in human-machine teams to higher-level goal specifications and task monitoring. The potential NASA applications span zero-gravity systems, extraplanetary surface systems, habitats, laboratories, construction sites, and more. Outside of NASA, this innovation holds promise for logistics, manufacturing, home service, hospitality, public safety, and asset inspection industries.

PickNik机半岛app官网器人是兴奋地从事这些变革与NASA合作项目。PickNik首席执行官戴夫•科尔曼博士说“我们正在推动自主机器人系统的边界,以改变空间操作。我们认为这也将为商业应用开辟新的视野。”gydF4y2Ba

通过其旗舰产品,MoveIt工作室,PickNik机器人将使运营商实现前所未有的控制和机器人任务的效率。半岛app官网关于PickNik机器人及其开创性的项目的更多信息,请访问https:半岛app官网//picknik.ai/。gydF4y2Ba

关于PickNik机器人:半岛app官网gydF4y2Ba

PickNik机半岛app官网器人技术,通过他们的口号也被称为非结构化机器人技术公司,是一个先进的机器人解决方案的领先供应商,专门从事运动规划、控制和机器人系统的感知。专业知识范围广泛的行业,包括航空航天、制造业、国防、和物流,PickNik机器人赋予客户通过尖端技术来克服复杂的挑战。半岛app官网该公司的旗舰产品,MoveIt工作室,变革了运营商计划和执行机器人任务无与伦比的精度和效率。欲了解更多信息,请访问https://picknik.ai/studio/。gydF4y2Ba

媒体联络:gydF4y2Ba

肖恩·艾伦gydF4y2Ba
市场营销主任PickNik机器人半岛app官网gydF4y2Ba
电子邮件:shane.allen@picknik.aigydF4y2Ba
电话:+ 1 561 566 2681gydF4y2Ba

特色产品gydF4y2Ba

施迈茨技术开发——每个任务的钳子gydF4y2Ba

施迈茨技术开发——每个任务的钳子gydF4y2Ba

为了与他们的环境和执行任务,轻量级的机器人,像所有的工业机器人,依赖于工具,在很多情况下,这些是真空夹具。这些工件的接口形式,因此决定性的整体系统的一部分。在他们的帮助下,机器人可以移动,位置,过程中,排序,堆栈和存款种类繁多的产品和组件。真空夹持系统允许特别温和处理工件,一个紧凑,节省空间的系统设计和扣人心弦的从上面。正是因为对象不需要困扰,真空吸cupenables无间隙的定位相邻。gydF4y2Ba