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    • 1. 发明公开
    • SUBSEA MEASUREMENT SYSTEM AND METHOD OF DETERMINING A SUBSEA LOCATION-RELATED PARAMETER
    • 海底测量系统和一种用于确定一个UNTERSEEORT有关参数
    • EP2386064A1
    • 2011-11-16
    • EP10705629.3
    • 2010-01-12
    • Sonardyne International Ltd.
    • PEARCE, ChristopherLARSEN, MikaelLAWES, David
    • G01S15/87
    • G01S15/874G01S15/872G01S2015/465
    • A subsea measurement system (400) comprises a first reference beacon (110) disposed at a first known location, a second reference beacon (112) disposed at a second known location, and an acoustic communications module (302) for coupling to a subsea element to be monitored. The acoustic communications module (302) is capable of moving, when in use, relative to the first reference beacon (110) and the second reference beacon (112). The acoustic communications module (302) also comprises a processing resource and is arranged to determine first range-related data to the first reference beacon (110) in response to receipt of a first signal by the acoustic communications module (302) from the first reference beacon (110) and second range-related data to the second reference beacon (112) in response to receipt by the acoustic communication module (302) of a second signal from the second reference beacon (112).
    • 一种海底测量系统(400)包括在第一已知位置设置的第一参考信标(110),在第二已知位置设置的第二参考信标(112),以及声通信模块(302),用于联接到海底元件 进行监控。 声通信模块(302)能够移动的,在使用时,相对于所述第一基准信标(110)和所述第二信标参考(112)。 声通信模块(302),使得包括处理资源,并且通过从第一参考声学通信模块(302),以响应布置成确定性矿第一范围相关的数据到所述第一参考信标(110)接收到第一信号的 信标(110)和第二范围相关的数据,以响应于接收到通过从第二参考信标(112)的第二信号的声通信模块(302)所述第二参考信标(112)。
    • 2. 发明授权
    • SUBSEA MEASUREMENT SYSTEM AND METHOD OF DETERMINING A SUBSEA LOCATION-RELATED PARAMETER
    • 海底测量系统和确定海底位置相关参数的方法
    • EP2386064B1
    • 2017-08-23
    • EP10705629.3
    • 2010-01-12
    • Sonardyne International Ltd.
    • PEARCE, ChristopherLARSEN, MikaelLAWES, David
    • G01S15/46G01S15/87
    • G01S15/874G01S15/872G01S2015/465
    • A subsea measurement system (400) comprises a first reference beacon (110) disposed at a first known location, a second reference beacon (112) disposed at a second known location, and an acoustic communications module (302) for coupling to a subsea element to be monitored. The acoustic communications module (302) is capable of moving, when in use, relative to the first reference beacon (110) and the second reference beacon (112). The acoustic communications module (302) also comprises a processing resource and is arranged to determine first range-related data to the first reference beacon (110) in response to receipt of a first signal by the acoustic communications module (302) from the first reference beacon (110) and second range-related data to the second reference beacon (112) in response to receipt by the acoustic communication module (302) of a second signal from the second reference beacon (112).
    • 海底测量系统(400)包括布置在第一已知位置处的第一参考信标(110),布置在第二已知位置处的第二参考信标(112)以及用于耦合到海底元件(110)的声学通信模块(302) 进行监测。 声学通信模块(302)在使用时能够相对于第一参考信标(110)和第二参考信标(112)移动。 声学通信模块(302)还包括处理资源并且被布置成响应于由声学通信模块(302)从第一参考接收第一信号而确定到第一参考信标(110)的第一范围相关数据 响应于所述声学通信模块(302)从所述第二参考信标(112)接收到第二信号,向所述第二参考信标(112)发送信标(110)和第二范围相关数据。