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Anchoring foundation formed by perpendicularly intersecting plurality of rows of waste tires, and construction method thereof

A technology of vertical intersecting waste tires, applied in the field of mooring systems, can solve problems such as anchoring and damage, and achieve the effects of high weight and rigidity, simple construction, and low construction cost

Inactive Publication Date: 2017-05-10
HEFEI UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

For example, the volume of cement pier anchors in some deep-water cages in Hainan Province reaches 1.5m 3 , the weight reaches 3.75 tons, but under the attack of typhoons above level 12, anchoring and damage will still occur

Method used

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  • Anchoring foundation formed by perpendicularly intersecting plurality of rows of waste tires, and construction method thereof
  • Anchoring foundation formed by perpendicularly intersecting plurality of rows of waste tires, and construction method thereof
  • Anchoring foundation formed by perpendicularly intersecting plurality of rows of waste tires, and construction method thereof

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Experimental program
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Embodiment Construction

[0034] See attached picture:

[0035] The mooring foundation formed by the vertical intersection of multiple rows of waste tires includes waste tire counterweights and limit brackets. The waste tire counterweights are formed by pouring reinforced concrete 2 inside the waste tires 1. During work, they are placed on the first support rod 9 After inserting half the number of waste tire counterweights and limit brackets at intervals and alternately, insert the two-way sleeve 6 into the first support rod 9 based on an inner hole 7, and then place intervals on the first support rod 9 , Alternately insert the other half of the used tire counterweights and limit brackets, and use the second support rod 9 to make the same combination, and then space and alternately distribute them on the third support rod 9 After inserting a certain number of waste tire counterweights and limit brackets, insert the third support rod 9 into the inner hole 7 on the other side of the two-way sleeve 6 on t...

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Abstract

The invention discloses an anchoring foundation formed by perpendicularly intersecting a plurality of rows of waste tires, and a construction method thereof. The anchoring foundation comprises waste tire balancing weights, a limiting bracket, two-way sleeves and three supporting rods, wherein the two-way sleeves are arranged on two ends of the first supporting rod, another two supporting rods are respectively sheathed into the two-way sleeves and are perpendicular to the first supporting rod, the waste tire balancing weights and the limiting brackets are sheathed on each supporting rod alternatively, all end surfaces of the two-way sleeves are respectively propped against the waste tire balancing weights sheathed on the three supporting rods; baffles and nuts are sequentially arranged on two ends of the three supporting rods, all the components form a combined body which is formed by perpendicularly intersecting in a plurality of rows, an anchor chain is tied at the symmetrical positions of the combined body and placed into a sea and lies on a seabed to form a net cage anchoring foundation; and the construction method comprises the following steps: assembling the waste tire balancing weights, sinking the anchoring foundation, and checking the posture of the anchoring foundation, thus completing the construction. The anchoring foundation is simple and convenient to construct, offshore operation time is short, underwater operation is not needed, and the construction cost is low.

Description

[0001] Technical field: [0002] The invention relates to an anchoring system for seawater culture net cages, and more particularly relates to an anchoring foundation formed by vertically intersecting rows of waste tires and a construction method thereof. [0003] Background technique: [0004] The mooring system is the foundation of the sea culture cage in the water, and plays the role of fixing and mooring the cage system. Although the cost of the mooring foundation accounts for a small proportion of the total price of the entire cage system, its failure will lead to the complete annihilation of the entire cage system, which plays an important role in controlling the overall stability of the cage. [0005] At present, cement pier anchors are widely used in cage mooring systems due to their simple manufacture, convenient construction, and high cost performance. They mainly rely on their own gravity to provide anchoring force. For example, the volume of cement pier anchors in ...

Claims

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Application Information

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IPC IPC(8): A01K61/65E02D27/50E02D27/52
CPCE02D27/50E02D27/52E02D2300/0003Y02A40/81
Inventor 刘洁群刘金龙
Owner HEFEI UNIV