a water pier

A water wharf and pontoon technology, applied in the wharf field, can solve the problems of poor dynamic balance effect, weak wind and wave resistance, low bearing capacity, etc., and achieve the effect of high bearing capacity, automatic control, and dynamic and stable adjustment.

Inactive Publication Date: 2016-06-22
罗煜
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] The invention solves the technical problems that the general wharf structure in the prior art does not effectively solve the technical problems of low bearing capacity, weak wind and wave resistance and poor dynamic balance effect, and provides a kind of water wharf, through the controller, static pontoon, anchor chain and dynamic balance device The structural innovation of its connection structure realizes that the water terminal has the characteristics of safety and reliability, good dynamic stability, automatic control of dynamic balance, strong bearing capacity and strong resistance to wind and wave impact

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0033] Embodiment one: combined with attached figure 1 , 2 , 3, 7, a kind of wharf on water, comprises deck 1, the controller that is arranged on deck 1 top and is arranged on deck 1 bottom four static pontoons, anchor chain and dynamic balancing device, static pontoon consists of left upper static pontoon 2.1. The lower left static pontoon 2.2, the upper right static pontoon 2.3 and the lower right static pontoon 2.4. The anchor chain consists of at least three flexible anchors that are not on the same straight line. The dynamic balance device is set at the center of the water wharf. The balance device is composed of the upper left dynamic pontoon 3.1, the lower left dynamic pontoon 3.2, the upper right dynamic pontoon 3.3 and the lower right dynamic pontoon 3.4. Each dynamic pontoon is equipped with a corresponding drive mechanism 4, and the controller is equipped with an inclination measurement Device and digital signal processing module, all actions of the water dock are ...

Embodiment 2

[0036] Embodiment two: combined with attached figure 1 , 2 , 3, 4, 7, a water wharf, including a deck 1, a controller arranged on the upper part of the deck 1 and a building 13 of spherical structure, four static floating tanks, anchor chains and dynamic balancing devices arranged on the lower part of the deck 1 , the static pontoon is composed of the upper left static pontoon 2.1, the lower left static pontoon 2.2, the upper right static pontoon 2.3 and the lower right static pontoon 2.4, the anchor chain is composed of at least three flexible anchors that are not on the same straight line, and the dynamic balance device Set in the center of the water wharf, the dynamic balance device is composed of the upper left dynamic pontoon 3.1, the lower left dynamic pontoon 3.2, the upper right dynamic pontoon 3.3 and the lower right dynamic pontoon 3.4, and each dynamic pontoon is equipped with a corresponding drive Mechanism 4, the controller is equipped with an inclination measuri...

Embodiment 3

[0037] Embodiment three, combined with the attached figure 1 , 2 , 3, 5, 8, a water wharf, including deck 1, a controller arranged on the top of deck 1, and four static buoyancy boxes, anchor chains and dynamic balancing devices arranged on the bottom of deck 1, the static buoyancy box is composed of the upper left static The pontoon 2.1, the lower left static pontoon 2.2, the upper right static pontoon 2.3 and the lower right static pontoon 2.4 are composed of an inflatable air bag 6 on the outside of each static pontoon, between the upper left static pontoon 2.1 and the lower left static pontoon 2.2 1. A rest room 5 is arranged between the upper right static pontoon 2.3 and the lower right static pontoon 2.4. The rest room 5 is provided with a liftable lower box 5.1. The anchor chain is composed of at least three flexible anchors that are not on the same straight line , each flexible anchor is composed of a length adjustment device 7.1, an elastic anchor rope 7.2 and an anc...

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Abstract

The invention discloses an overwater wharf. The overwater wharf comprises a deck, a controller, four static buoyancy tanks, an anchor chain and a dynamic balance device, wherein the controller is arranged on the upper part of the deck; the static buoyancy tanks are arranged on the lower part of the deck; the overwater wharf is characterized in that the static buoyancy tanks consist of a left upper static buoyancy tank, a left lower static buoyancy tank, a right upper static buoyancy tank and a right lower static buoyancy tank, wherein the anchor chain consists of at least three flexible anchors which are not on the same straight line; the dynamic balance device is arranged at a central position of the overwater wharf and consists of a left upper dynamic buoyancy tank, a left lower dynamic buoyancy tank, a right upper dynamic buoyancy tank and a right lower dynamic buoyancy tank; a corresponding driving mechanism is arranged in each dynamic buoyancy tank; the controller is provided with an inclination angle measuring device and a digital signal processing module; all actions of the overwater wharf are controlled by the controller. The overwater wharf has the beneficial effects of safety, reliability, good dynamic balance, automatic control over dynamic balance, strong bearing capacity and strong wind wave shock resistance capacity.

Description

technical field [0001] The invention relates to the technical field of wharves, and more specifically relates to a water wharf structure with good balance performance and anti-wind and wave performance. Background technique [0002] The water terminal is a man-made building set up in the lake, river or seaside for tourists to go up and down and cargo loading and unloading. The positioning or fixing of many water wharf structures is realized by rigid mechanisms. Under the impact of strong wind and waves, the rigid mechanisms are easy to break, and there is a problem of weak wind and wave resistance. Simultaneously, the weight-carrying main bodies of general water wharfs all have only buoyancy tanks, and the structure of the main weight-bearing bodies is single, and there is the problem of weak carrying capacity. Moreover, the water wharf structure in the prior art does not effectively solve the dynamic balance problem of the wharf. For example, Chinese Patent Publication No...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B63B35/44E01D15/24
Inventor 罗煜
Owner 罗煜
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