Glass floating ball fixing clampers, and an anchor system with the clampers

Abstract

The invention discloses a type of glass floating ball fixing clampers used for connecting glass floating balls and an anchor system main rope. The fixing clampers comprise two clamping boards which can be combined into a pair, and a plurality of bolt assemblies. The two clamping boards are provided with a pair of first bolt holes for connecting the clamping boards to the glass floating balls on the flange by the bolt assemblies. The clamping surfaces of the two clamping boards are provided with rope grooves for holding the main rope, wherein the cross sections of the rope grooves are arc-shaped. Second bolt holes are provided on the two sides of the grooves, for fasten the main rope with the bolt assemblies. With the clampers, reliable connections between the glass floating balls and the anchor system main rope can be realized. Because all the components are standard components, the clampers can be quickly installed in a standardized manner, without damaging the stability and firmnessof the original anchor system structures. Further, the invention discloses an anchor system comprising the glass floating ball fixing clampers.

Description

technical field [0001] The invention relates to the technical field of ocean observation equipment, in particular to a fixing fixture for connecting a glass floating ball with a main rope of an ocean observation system. The invention also relates to an anchoring system comprising the above-mentioned fixing clamp. Background technique [0002] At present, people's research on the ocean (such as physical ocean, ocean chemistry, marine biology, etc.) mainly relies on various ocean observation systems, which can be used to perform various underwater and underwater detection tasks, and provide technologies for the exploration and research of marine resources. support. [0003] The mooring system is a sun-floating ocean observation system. It is aimed at the scientific research needs of a specific sea area. At the predetermined location, the buoyancy is provided by glass floats, anchored by the bottom weight sunk on the seabed, and bottomed out. On the upper side, hang instrumen...

AI Technical Summary

Problems solved by technology

[0009] First of all, string binding is a non-standard operation performed manually, so there are too many human interference factors, and the quality of the knots tied by different people is different. There is no uniform standard, and it is easy to cause the glass float to drift away from the main rope due to weak binding , making it difficult for the mooring system to maintain the original structure or even fail;

[0010] Secondly, U-shaped stainless steel shackles are prone to rust under the erosion of high-salinity seawater. If soaked in seawater for too long, they may even rust and break, causing the glass floating ball to float away from the main rope, making it difficult to maintain the mooring system. The original structure even fails;

[0011] Furthermore, the U-shaped stainless steel shackle is tied with a string, which consumes a long working time and has low efficiency;

[0012] Finally, the U-shaped stainless steel shackle is heavy, and excessive use of the shackle will increase the load of the anchoring system, which will destroy the original buoyancy stability of the anchoring system to a certain extent.

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