commercial products, the teleoperat

commercial products, the teleoperated excavator can be very quickly replicated and upgraded.
Little additional design and construction time is necessary to put this solution into motion on
another excavator. The teleoperated excavator can be used in as many ways as the original
equipment. Additionally, the remote control system can be implemented on any hydraulic system
with very few design changes. This asserts that the design has far reaching economic potential.
At a relatively low cost, many branches of the military and countless companies could
benefit from equipping existing hydraulic systems with remote control capability. Construction
equipment manufactures can offer customers a remote controlled version of their existing
equipment for little extra cost. Also, a remotely controlled version of their equipment can replace a
human on the test track, where operators have spent countless back-braking hours. The platform
developed in this research has potential for becoming a launching point for the production of more
intelligent hydraulic equipment.
Consistent with the vision of the Joint Robotic Program, this research aspires to become a
“catalyst for the insertion of robotic systems” into the current economic climate [3]. While millions
have been spent on similar teleoperated systems, the cost-effectiveness of the solution presented
herein affirms the economic potential for the development of these systems in today’s economic
marketplace.

結果 (中文) 1:

商业产品，遥控挖掘机可以非常快速地复制和升级。小额外的设计与施工时间有必要放此解决方案入议案另一个挖掘机。遥操作挖掘机在尽可能多的方式可以用作原始设备。此外，任何液压系统上可以实现远程控制系统用很少的设计更改。这断言，该设计具有深远的经济潜力。在成本相对较低，许多分支的军队和无数公司能从现有的液压系统配备远程控制能力中受益。建设设备制造商可以为客户提供他们现有的远程受控的版本设备很少的额外成本。另外，他们的设备远程控制的版本可以更换人类在试车跑道上，在那里经营者花了无数回制动时间。平台在这发展研究有可能成为生产更多的启动点智能液压设备。与视觉的联合机器人程序相一致，这项研究立志成为"催化剂的机器人系统插入"到当前的经济气候 [3]。而数以百万计花在类似的遥控系统，提出的解决方案的成本效益在此申明这些系统在当今经济发展的经济潜力marketplace.