Cable type acoustic emission subsurface buoy capable of monitoring underwater equipment in real time and monitoring method of cable type acoustic emission subsurface buoy
An underwater equipment and real-time monitoring technology, applied in the field of marine acoustic instruments, can solve the problems of high maintenance cost, lack of underwater equipment monitoring function, and high maintenance difficulty, so as to facilitate maintenance guarantee, increase flexibility and reliability, and guarantee The effect of normal operation
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Embodiment 1
[0052] The invention provides a cable-type acoustic launching submersible that can monitor underwater equipment in real time, such as figure 1 As shown, it consists of three parts: on-shore equipment, submarine cable 7 and underwater equipment. Among them, the on-shore equipment is arranged at the shore-based experimental station; the submarine cable 7 is laid on the shore-based and the seabed; and the underwater equipment is fixed to the seabed.
[0053] Specifically, the present invention mainly consists of three parts: shore equipment, submarine cable 7, and underwater equipment:
[0054] (1) Shore equipment
[0055] The shore equipment is arranged in the computer room of the shore-based experimental station, and is mainly used to complete the conversion of the optical signal of the submarine cable 7, the status display and monitoring of the underwater equipment, the formation of the signal source coding to form the electrical signal to be transmitted, the high-precision ti...
Embodiment 2
[0106] The present invention provides a monitoring method for a cable-type acoustic emission submersible that can monitor underwater equipment in real time. The power conversion and main control module and several sensing devices;
[0107] The monitoring method includes the following steps:
[0108] Step 1) Sending a power control command or / and a sensor acquisition control command to the photoelectric signal conversion device 1 through the state display and monitoring device 2;
[0109] Step 2) Modulate the power control command or / and sensor acquisition control command through the photoelectric signal conversion device 1, and send it to the power conversion and main control module through the submarine cable 7;
[0110] Step 3) Using the power conversion and main control module to control the corresponding sensing device to turn on or off based on the modulated power control command, and send the modulated sensor acquisition control command to the corresponding the sensing...
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