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Distance measurement technology development at remotely teleoperated robotic manipulator system for underwater constructions

机译:水下施工远程遥控机械手系统的距离测量技术开发

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To promote underwater construction, the tools such as underwater robotic manipulator system, underwater vehicles and so on are necessary. Furthermore, these system need an accurate 3D position parameters. If no position information for automatic control system that system is difficult to be operated. Hence, it is important to take position information. Although 3D position camera can offer 3D position parameters, it has still some deviation. In addition, the manipulator system need accurate distance information for fast and accurate operation. Hence, an accurate distance measurement system is necessary for a remotely teleoperated robotic manipulator system for underwater constructions. This paper focus on the distance measurement study to offer a accurate target distance information. The information can combine with 3D position camera to obtain more accurate 3D position parameters to offer a useful position information for underwater constructions, with a remotely teleoperated robotic manipulator system. In this paper, three distance measurement system, includes commercial ultrasonic distance measurement system, fabricated ultrasonic system and a laser distance measurement system is study. The commercial distance measurement system have a distance measurement system rang 8/spl sim/35 cm, /spl plusmn/0.1 cm. However, a short distance measurement is difficult to be measured with the measurement system. On the other side, the fabricated measurement system can measure a short distance. Information from 0/spl sim/5 cm, accuracy /spl plusmn/0.3 cm. The fabricated distance measurement system fabricated with PZT thin film. In this study, a horn is added to improve the accuracy of distance measurement. In addition, the laser distance measurement system, measurement system is used to measure the distance information also in this study. The combination of these distance measurement system to form a multiple range distance measurement can offer a long measurement range for accurate distance measurement underwater. A detailed experiment is to be studied in the future. Furthermore, the distance measurement system has been offered a distance measurement in a remotely teleoperated robotic manipulator system for underwater constructions.
机译:为了促进水下施工,需要诸如水下机器人操纵器系统,水下车辆等工具。此外,这些系统需要准确的3D位置参数。如果没有自动控制系统的位置信息,则该系统很难操作。因此,获取位置信息很重要。尽管3D位置相机可以提供3D位置参数,但仍存在一些偏差。另外,机械手系统需要准确的距离信息以实现快速准确的操作。因此,对于用于水下建筑的远程遥控机器人操纵器系统来说,准确的距离测量系统是必需的。本文着重于距离测量研究,以提供准确的目标距离信息。该信息可与3D位置摄像机结合使用,以获取更准确的3D位置参数,从而通过远程遥控机器人操纵器系统为水下建筑提供有用的位置信息。本文研究了三种测距系统,包括商用超声测距系统,装配式超声测距系统和激光测距系统。商业距离测量系统的距离测量系统范围为8 / spl sim / 35厘米,/ spl plusmn / 0.1厘米。但是,利用测量系统难以测量短距离测量。另一方面,预制的测量系统可以测量短距离。信息从0 / spl sim / 5厘米开始,精度为/ spl加值/0.3厘米。用PZT薄膜制造的距离测量系统。在这项研究中,增加了一个号角以提高距离测量的准确性。另外,在本研究中也采用激光测距系统,即测距系统来测距信息。这些距离测量系统的组合形成一个多范围的距离测量,可以为水下精确距离测量提供较长的测量范围。将来将进行详细的实验研究。此外,已经在用于水下建筑的远程遥控机器人操纵器系统中为距离测量系统提供了距离测量。

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