Buoyant Drone Capsule Release From Water-Filled Underwater Stores
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Solution Overview
Problem
Existing drone deployment systems from underwater vehicles are complex and require atmospheric pressure storage spaces and airlock systems, making them inefficient and difficult to deploy drones discreetly.
Innovation Solution
A drone deployment system using buoyancy-based capsules that rise to the surface upon release from an underwater vehicle, eliminating the need for atmospheric pressure storage and airlock systems, with optional features like mission data transmission and geolocation tracking.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If atmospheric pressure storage spaces and airlock systems are used for drone deployment from underwater vehicles, then the drone can be deployed, but the system becomes complex and difficult to deploy discreetly
Solution Approach 1:
The patent extracts the atmospheric pressure storage space and airlock system from the deployment mechanism, replacing them with a simple capsule that is filled with water and uses buoyancy for deployment. This eliminates the complex atmospheric pressure maintenance requirements while achieving reliable drone deployment from underwater vehicles.
Solution Approach 2:
The patent changes the pressure parameter from atmospheric pressure to water pressure by filling the capsule with surrounding water. This parameter change eliminates the need for atmospheric pressure storage spaces and airlock systems, significantly simplifying the deployment mechanism while maintaining reliability.
2Reliability
If atmospheric pressure storage spaces and airlock systems are used for drone deployment, then the drone can be deployed, but the deployment process becomes inefficient
Solution Approach 1:
By removing the atmospheric pressure storage space and airlock system, the patent eliminates the time-consuming processes of pressure equalization and airlock cycling. The capsule can be deployed immediately upon release, significantly improving deployment efficiency while maintaining reliability through the buoyancy mechanism.
3Reliability
If atmospheric pressure storage spaces are used, then the drone can be stored and deployed, but the system requires complex atmospheric pressure maintenance
Solution Approach 1:
The patent changes the storage medium from atmospheric pressure environment to water-filled environment. The capsule is filled with surrounding water at ambient pressure, eliminating the need for atmospheric pressure maintenance systems while enabling reliable drone storage and deployment through simple buoyancy control.
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
Enables simple, discreet, and efficient deployment of drones by leveraging buoyancy, allowing for wireless data transmission and geolocation tracking, enhancing operational simplicity and effectiveness.
Implementation Method 1
each capsule having buoyancy enabling the capsule to rise to the surface of the water
Data Source
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AI summary
The drone release system comprises: - a plurality of capsules (6), each capsule (6) containing a drone and being configured to rise to the surface of the water due to its buoyancy of the capsule (6) and to open once the capsule (6) has reached the surface of the water to release the drone, - a store (8) for storing the capsules (6), the store (8) being in permanent fluidic communication with the outside so that the surrounding water fills the store (8) when the underwater craft (2) is submerged, and - a retaining device (16) having a retaining configuration in which the retaining device (16) retains the capsules (6) in the store (8) and a release configuration in which the retaining device (16) releases a capsule (6) for its ascent to the surface of the water.