Repurposed Vessel Sound System with Multi-Directional Radiating Openings
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Solution Overview
Problem
Current sound systems using repurposed materials face challenges in manufacturing due to dimensional variability and cylindrical surfaces, limiting their scalability and efficiency in producing multi-directional sound, while existing solutions often restrict sound waves to travel in one direction, reducing frequency range and volume for listeners not in line with the speaker axis.
Innovation Solution
A sound system design that utilizes repurposed vessels with strategically placed openings around the body to allow sound waves to radiate in multiple directions, incorporating a universal support structure within the neck of the vessel to accommodate various dimensions and electronics, enabling mass production and improved sound distribution.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If sound systems are constructed with traditional horizontal speaker orientation, then manufacturing is simplified, but sound waves travel in one direction resulting in loss of high frequency and volume for users not in line with the speaker axis
Solution Approach 1:
The patent transitions from traditional horizontal speaker orientation to a vertical orientation within a cylindrical repurposed vessel. The speaker is mounted at the bottom of the vessel facing upward, allowing sound waves to travel vertically and radiate in multiple directions through strategically placed openings in the vessel body, achieving multi-directional sound distribution while maintaining manufacturing simplicity
Solution Approach 2:
The patent introduces strategically placed openings at specific locations on the cylindrical vessel body to allow sound waves to escape in multiple directions. These localized openings are positioned to optimize sound distribution around the vessel, creating areas of enhanced sound radiation without compromising the overall structural simplicity
2Object-affected harmful factors
If repurposed materials are used for sound system housing, then environmental impact is reduced and novelty is increased, but dimensional variability and cylindrical surfaces create manufacturing challenges
Solution Approach 1:
The patent develops a universal mounting structure that can accommodate various repurposed cylindrical vessels regardless of their specific dimensions. The mounting mechanism is designed to adapt to different diameters and heights, allowing the same speaker assembly and electronics configuration to be installed in multiple types of repurposed containers, thereby enabling mass production while maintaining environmental sustainability
Solution Approach 2:
The patent employs adjustable mounting parameters and flexible positioning systems that can be modified to suit the dimensional variability of different repurposed materials. The mounting structure includes adjustable components that can be configured for various vessel sizes, transforming the manufacturing process from one requiring precise custom fitting to a scalable process that accommodates parameter variations
3Adaptability or versatility
If openings are cut in the cylindrical body for speaker mounting, then sound can pass through, but complex manufacturing techniques are required resulting in high manufacturing costs
Solution Approach 1:
The patent divides the cylindrical vessel into segments or sections, with openings strategically placed at specific heights and angles. The speaker mounting structure is segmented to accommodate these openings, allowing sound waves to pass through multiple areas of the vessel body. This segmentation approach simplifies the manufacturing process by using standard cutting techniques rather than complex integrated mounting solutions
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 solution allows for a scalable, cost-effective production of sound systems that provide a multi-directional audio experience, enhancing frequency range and volume for all listeners, while blending with room décor and reducing environmental impact through the use of repurposed materials.
Implementation Method 1
A speaker generates sound waves that radiate outward in multiple directions through openings in the repurposed vessel
Implementation Method 2
A speaker facing downward generates sound waves which deflect off of a horn and travel outward radially from the unit through a space between the top and bottom portion of the unit
Data Source
AI summary
The present invention is a sound system made from a repurposed vessel. The repurposed vessel is separated into two or more pieces for installation of a speaker assembly and then the pieces are put back in their original form. A hole is created in the vessel wall through which sound waves may pass. The speaker assembly has a connector allowing connection to an audio source. The space between the top and bottom pieces and the speaker assembly may be adjusted to tune for a desired frequency response.