Naval Hydro Shield Water Wall Missile Defense
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Solution Overview
Problem
Current defense systems against sea skimming cruise missiles, ballistic missiles, and bombs are inefficient and difficult to manage, posing a significant threat to naval vessels and bases, leading to potential damage and financial burdens.
Innovation Solution
A hydro shield device that generates a wall of water using water jets and an integrated pump to create a protective barrier around naval vessels and bases, which can be integrated or retrofitted, controlled by a central processor, and activated remotely to deflect incoming missiles and projectiles.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional defense systems are used against sea skimming cruise missiles, ballistic missiles, and bombs, then naval vessels and bases can be defended, but the systems are inefficient and difficult to manage
Solution Approach 1:
The hydro shield device automatically detects incoming missiles and activates the water wall without requiring manual intervention. The system monitors the sea environment continuously and self-regulates the water wall height and position based on detected threats, eliminating the need for complex manual control systems while maintaining high defense effectiveness.
Solution Approach 2:
The patent replaces conventional mechanical defense systems with a hydraulic water wall mechanism. Instead of using physical barriers, explosives, or active interceptors that require complex mechanical control, the system uses water jets to create a dynamic protective barrier that is easier to deploy and control.
2Reliability
If conventional defense systems are used, then missiles and bombs can be intercepted, but the systems are inefficient and costly
Solution Approach 1:
The patent employs hydraulic principles by using water jets to create a protective wall. The system uses pumps to generate high-pressure water flows that form the shield, leveraging the natural properties of water as a defensive medium. This hydraulic approach is more efficient than conventional mechanical or chemical defense systems, reducing operational costs while maintaining interception capability.
Solution Approach 2:
The system dynamically adjusts the water wall parameters including height, position, and flow rate based on the detected missile characteristics and threat level. The pump system can vary water pressure and flow to optimize the water wall's protective capability against different types of threats, improving defense efficiency without requiring multiple specialized systems.
3Reliability
If a water wall is created to protect against missiles and bombs, then protection is provided, but the system requires integration with vessel or base structures
Solution Approach 1:
The hydro shield device is designed as a modular system that can be independently integrated into various vessel components such as pontoons or sponsons. Each module functions independently but contributes to the overall protective barrier, allowing flexible installation without requiring complete system redesign of the vessel or base infrastructure.
Solution Approach 2:
The system is designed to be universally applicable to different types of naval vessels and bases through standardized integration interfaces. The same basic hydro shield mechanism can be installed on various platform types, making the system versatile and reducing integration complexity compared to custom-designed defense systems for each specific application.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The hydro shield device effectively protects naval vessels and bases by creating a water wall that intercepts and deflects missiles and bombs, improving safety and reducing financial burdens on military organizations.
Implementation Method 1
An integrated pump is included within the shielding device for generating a high water pressure
Implementation Method 2
A plurality of water jets for expelling water and creating a water wall
Implementation Method 3
The device generates a wall of water that covers a designated area to offer protection against explosives
Data Source
AI summary
A water vessel and base shielding device designed to protect water vessels and bases from sea skimming cruise missiles, ballistic missiles, projectiles, torpedos, and bombs. The device generates one or more walls of water, offering enhanced defense capabilities to safeguard water vessels and bases. In exemplary embodiments, pontoons, sponsons, or skids are integrated into the vessel for housing the shielding device and creating water walls. An integrated pump generates the necessary high-pressure water flow, enabling the water jets to reach the desired height based on the effective area of the water jets. Another embodiment includes use of explosives within the surroundings of a water vessel or a base. The explosives can be remotely activated via a remote-control unit to create water walls of varying heights and shapes, offering comprehensive protection against anti-ship missiles and projectiles. The water walls can enclose the ship, forming a protective dome around it.