Anchoring system high in fixation strength

Abstract

The invention discloses an anchoring system high in fixation strength. The anchoring system high in fixation strength comprises two high-fixation-strength anchor bodies which are connected through a mooring rope, wherein a sliding clamp holder is arranged on the mooring rope in a sliding fit mode, the sliding clamp holder is provided with a traction frame, a main pulley and an auxiliary pulley are arranged on the traction frame, and the mooring rope can be clamped in a pulley groove of the main pulley through the main pulley and the auxiliary pulley of the sliding clamp holder; the sliding clamp holder can slide freely on the mooring rope connected between the two high-fixation-strength anchor bodies; in addition, the end, away from the main pulley, of the traction frame is provided with a connecting buckle, and the traction frame is connected with the rope through the connecting buckle and then is connected with a net cage, a breeding raft and a floating fish shelter; the horizontal elevation angle of the mooring rope can be reduced through the back-and-forth sliding of the sliding clamp holder, in this way, the anchor bodies are prevented from deviating in the transverse direction, and the current-resistance effect is achieved. In this way, the anchoring system high in fixation strength has the advantages of being high in adsorption capacity, easy and convenient to manufacture, rapid in construction, lower in cost, good in anchoring effect, high in storm resistance and high in anchor dragging resistance.

Description

technical field [0001] The invention relates to a main body device for anchoring a deep-water net cage, in particular to an anchoring system with high fixation strength. Background technique [0002] Mooring systems are crucial to the safety and stability of moored objects. The reliability of the mooring system of the deep-water aquaculture cage is the key to ensure its normal and safe operation at the designated location. Traditional anchors such as high holding power anchors rely on the anchor chain and the weight of the anchor to provide resilience and limit the movement of the moored object. However, if the anchor chain is not long enough and the anchor does not have enough weight when encountering strong winds or waves, resulting in insufficient anchoring force, anchor walking will occur, endangering the normal operation of the moored object and the safety of its surrounding environment. With the rapid development of my country's ocean engineering, it is urgent to fin...

AI Technical Summary

Problems solved by technology

Its main disadvantage is that for permanent mooring systems, when the anchor is installed, the motor has to stay in the anchor body, which is expensive

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