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    • 1. 发明授权
    • Underwater RF propagation path
    • 水下射频传播路径
    • US07365650B1
    • 2008-04-29
    • US11326671
    • 2005-12-19
    • Anthony A Ruffa
    • Anthony A Ruffa
    • H04B14/00
    • H04B13/02
    • An underwater RF signal propagation path is created by utilizing a plurality of individual RF transceivers such as MEMS RF transceivers. Each MEMS RF transceiver has a predetermined buoyancy. A stream of the RF transceivers are released to form a line of RF transceivers underwater such that the individual RF transceivers have an RF transmission and reception distance greater than the distance between the RF transceivers whereby an RF signal can be repeatedly retransmitted down the line of RF transceivers.
    • 通过利用多个单独RF收发器(例如MEMS RF收发器)来创建水下RF信号传播路径。 每个MEMS RF收发器具有预定的浮力。 RF收发器的流被释放以在水下形成RF收发器线,使得各个RF收发器的RF发射和接收距离大于RF收发器之间的距离,从而RF信号可以沿RF线重复地重传 收发器
    • 9. 发明授权
    • Multiple frequency parametric sonar
    • 多频参数声纳
    • US09523770B1
    • 2016-12-20
    • US14867177
    • 2015-09-28
    • Anthony A Ruffa
    • Anthony A Ruffa
    • G01S15/02G01S15/88
    • G01S15/88G01S7/52003G01S7/527G01S7/536
    • A method of use for parametric sonar is provided that utilizes an acoustic beam formed at a difference frequency generated by non-linear interaction of acoustic energy of primary frequencies. At least three primary frequencies are transmitted from a frequency source by amplifiers and acoustic projectors of the sonar. The non-linear interaction of the primary frequencies produces at least three difference frequencies. The difference frequencies are received by a receiver array. Increased interaction increases efficiency linearly with the number of primary frequencies used. The increased bandwidth resulting from the use of multiple center frequencies can also produce signal processing gains and signal-to-signal ratio is also improved, especially at the lower difference frequencies.
    • 提供了一种用于参数声纳的方法,其利用由主频率的声能的非线性相互作用产生的差频产生的声束。 至少三个主要频率由声纳的放大器和声学投影仪从频率源传输。 主频率的非线性相互作用产生至少三个差分频率。 差分频率由接收器阵列接收。 增加的互动随着使用的主要频率的数量线性增加效率。 使用多个中心频率带来的增加的带宽也可能产生信号处理增益,信号与信号的比例也得到改善,特别是在较低的差分频率下。
    • 10. 发明授权
    • Well conductor strain monitoring
    • 导体应变监测
    • US09347842B2
    • 2016-05-24
    • US14270516
    • 2014-05-06
    • Anthony A Ruffa
    • Anthony A Ruffa
    • G01L1/24G01B11/16E21B47/00
    • G01L1/246E21B47/0006G01B11/16
    • A well conductor strain monitoring system is provided which includes a plurality of fiber optic Bragg grating sensors written onto a single optical fiber. Cable strands are wound around the optical fiber to form an armored cable protecting the fiber. The armored cable is further integrated into a strength cable to provide robustness. This strength cable is then wrapped around the conductor under tension and anchored at both ends. The cable is wound at a prescribed angle so as to have multiple wraps around the conductor. Once tensioned, the cable remains stationary against the conductor and holds a position. The strain gages are spaced along the optical fiber, such that the strain gages are oriented 90 degrees apart when the cable is wrapped about the conductor. This orientation supports the estimation of bending in any direction.
    • 提供了一种井导体应变监测系统,其包括写在单个光纤上的多个光纤布拉格光栅传感器。 电缆股缠绕在光纤周围,形成保护光纤的铠装电缆。 铠装电缆进一步集成到强度电缆中,以提供坚固性。 然后,这种强度电缆在张力下缠绕在导体上并锚定在两端。 电缆以规定的角度缠绕,以便在导体周围具有多个包裹。 一旦张紧,电缆保持固定在导体上并保持位置。 应变计沿着光纤间隔开,使得当电缆围绕导体缠绕时,应变计定向成90度分开。 该方向支持任何方向上的弯曲估计。