Intelligent vibroflotation power anchoring system

Abstract

The invention relates to an intelligent vibroflotation power anchoring system. The intelligent vibroflotation power anchoring system comprises a power anchor body, a dropping device and a control system. The power anchor body is provided with a steel housing, and the power anchor body is provided with an upper housing part and a lower housing part. A mechanical power portion is arranged in the lower housing part, the bottom of the lower housing part is provided with an elastic coupling, the upper end of the elastic coupling is connected with a submersible motor, the lower end of the elastic coupling is connected with an eccentric block, the submersible motor drives a transmission shaft of the eccentric block and installed in a vibrating body to rotate through the elastic coupling, the bottom of the eccentric block is provided with a bearing, and a built-in eccentric motor is formed. The intelligent vibroflotation power anchoring system is advantaged in that an anchor body achieves important functions of deepening and intelligent control through built-in mechanical power, and the intelligent vibroflotation power anchoring system is great in anchoring force, convenient to operate and easy to construct, and has a wide application prospect in aspects of seabed detection equipment fixation, deep sea drilling platform fixation, ocean floating structure construction and breakwater construction.

Description

technical field [0001] The invention relates to the technical fields of pontoon bridge anchorage, breakwater anchorage, large-scale floating body anchorage on water, ocean monitoring, etc., and in particular relates to an intelligent vibrating dynamic mooring system. Background technique [0002] It can be found from the current research on anchor bodies at home and abroad that anchoring products are basically used in ships, large floating bodies, deep-sea drilling platforms, and ships with low anchoring requirements in shallow water areas of rivers and other fields, except for military gate bridge anchoring. , cannot be applied in the civilian range, for example, the construction of pontoon bridges, floating islands, breakwaters and submarine detection systems. At the same time, the intelligent anchoring products for gate bridges of China's pontoon troops have always been blank. The pontoon troops are engineering soldiers responsible for the task of crossing the river. , t...

AI Technical Summary

Problems solved by technology

[0002] It can be found from the current research on anchor bodies at home and abroad that anchoring products are basically used in ships, large floating bodies, deep-sea drilling platforms, and ships with low anchoring requirements in shallow water areas of rivers and other fields, except for military gate bridge anchoring. , can not be applied in the civilian range, for example, the construction of pontoon bridges, floating islands, breakwaters and seabed detection systems, etc.

At the same time, the intelligent anchoring products for gate bridges of China's pontoon troops have always been blank. The pontoon troops are engineering soldiers responsible for the task of crossing the river. , the pontoon bridge unit and professional units such as engineering, construction, camouflage, field water supply engineering, and engineering maintenance together form the engineering corps, which is the technical backbone of the army's implementation of engineering support; the plow-shaped anchor equipment currently used is old and backward, and it sneaks into the Behind the riverbed or seabed, the gripping force is generated by its own structure, and the gripping force of the anchor body cannot be fixed, so problems such as anchor running, abandoning anchor and no monitoring of anchoring force may occur

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