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The next generation munitions handler advanced technology demonstrator program

机译:下一代弹药处理器高级技术演示程序

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Munitions are currently loaded on fighter aircraft using 1950s technology. The United States Air Force and Navy have an on-going joint program to determine the feasibility of significantly enhancing the capabilities of munitions handling equipment by incorporating emerging technologies into a new system design. The program was initiated by a study sponsored by the Munitions Material Handling Equipment focal point who also maintains overall program management. The Air Force Material Command Robotics and Automation Center of Excellence is providing technical direction for the design and development of the next generation munitions handler advanced technology demonstrator. Oak Ridge National Laboratory has developed the detailed conceptual design and is currently manufacturing system components. A fully automated solution is not technically feasible. More importantly, the munitions handling community is not looking to replace human operators, but rather enhance their efficiency while improving working conditions and reducing workload. The solution lies in the incorporation of emerging technologies into the munitions handling process.
机译:弹药目前使用1950年代技术装载在战斗机上。美国空军和海军正在进行一项联合计划,以确定通过将新兴技术纳入新系统设计中来显着提高弹药处理设备能力的可行性。该方案是由弹药材料处理设备联络人发起的一项研究发起的,该联络人还负责总体方案管理。空军卓越材料指挥机器人技术和自动化中心正在为下一代弹药装卸机先进技术演示器的设计和开发提供技术指导。橡树岭国家实验室(Oak Ridge National Laboratory)已开发出详细的概念设计,目前正在制造系统组件。完全自动化的解决方案在技术上不可行。更重要的是,弹药处理界不是在寻求取代人类操作员,而是在改善工作条件和减少工作量的同时提高他们的效率。解决方案在于将新兴技术纳入弹药处理过程。

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