Spherical buoy and manufacturing method thereof

A manufacturing method and technology for buoys, which are applied to buoys, special-purpose ships, ships, etc., can solve the problems of increasing non-uniform impact of buoys, sinking of buoys, damage to carrying equipment, etc., so as to optimize the cavity space and function design and simplify production. Process requirements, the effect of improving posture stability

A manufacturing method and technology for buoys, which are applied to buoys, special-purpose ships, ships, etc., can solve the problems of increasing non-uniform impact of buoys, sinking of buoys, damage to carrying equipment, etc., so as to optimize the cavity space and function design and simplify production. Process requirements, the effect of improving posture stability

CN102700684BInactive Publication Date: 2015-01-07周涛
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  • Spherical buoy and manufacturing method thereof
  • Spherical buoy and manufacturing method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0036] Set a GPRS communication module and a warning light in the first cavity of the spherical buoy, set a six-axis acceleration sensor in the cavity of the spherical buoy body, set a data acquisition module, a microprocessor and a battery in the second cavity, and set the outside of the lower bottom cover Set up the cable pull ring to form an anchored wave buoy. The data acquisition module is a water pressure sensor, a direction sensor, etc. The data acquisition module sends the collected information to the microprocessor for processing and then sends it to the control platform through the GPRS communication module. Real-time monitoring of ocean dynamic environment parameters such as ocean wave height, wave direction, and wave period.

Embodiment 2

[0038] Set the Beidou (BD) antenna and warning lights in the first cavity of the spherical buoy, set the six-axis acceleration sensor in the cavity of the spherical buoy body, and set the BD positioning communication host, data acquisition module, and microprocessor in the second cavity and batteries to form a current drifting buoy, the data acquisition module is a water pressure sensor, a direction sensor, etc., which can drift and move in real time to monitor the ocean dynamic environment parameters such as wave height, wave direction, wave period, flow velocity, and flow direction.

Embodiment 3

[0040] The Beidou (BD) antenna and warning lights are installed in the first cavity of the spherical buoy, and the BD positioning communication host, signal acquisition and processing module and battery are installed in the cavity of the spherical buoy body and the second cavity to form a drifting buoy. The drifting movement monitors ocean dynamic environment parameters such as current velocity and direction in real time.

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Abstract

The invention discloses a spherical buoy and a manufacturing method thereof. The spherical buoy comprises a spherical buoy body. The spherical buoy is characterized in that the periphery of the spherical buoy body is smooth, the spherical buoy body is provided with an upper top cover and a lower bottom cover, the upper top cover, the lower bottom cover and the spherical buoy body form three cavities from top to bottom, i.e. a first cavity, a spherical buoy body cavity and a second cavity, the spherical buoy body cavity is a cylindrical cavity, and a foam body is arranged at the periphery of the cylindrical cavity. The spherical buoy has the advantages of good gesture stability, simple structure and low cost.

Description

technical field [0001] The invention belongs to the mechanical structure of marine instruments, in particular to a spherical buoy and its manufacturing method. Background technique [0002] Spherical ocean buoys have been widely used as a platform for various marine environment detection instruments, and have become one of the main tools for marine environment monitoring. [0003] The traditional spherical buoy structure is usually composed of two complete hemispherical buckles, and some covers are designed with sealing rings on the hemispherical structure for the convenience of equipment installation. Both hemispheres are designed with flanges (with sealing rings). The screws are fastened as a whole, and the periphery of the flange is covered with a rubber ring to play the role of anti-collision buffer. There are the following problems in such a structural form: [0004] (1) Due to the existence of the flange and the anti-collision rubber ring, the smoothness of the surfa...

Claims

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Application Information

Patent Timeline
07 Jan 2015
Publication
CN102700684B
IPC
B63B22/24
Inventors
周涛