Table Stringed Instrument With Segmented Strings for Multi-Player Play
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Solution Overview
Problem
Traditional table stringed musical instruments, such as the Finnish zither or Kantele, pose a high barrier to entry for beginners and lack a shared playing experience, making them challenging to play solo and isolating the player's experience.
Innovation Solution
A table stringed musical instrument designed for multiple players with grouped string fastening members and strings, a frame for structural support and resonance control, differential tuning capabilities, and interactive features like lights and motion-activated accessories to enhance playability and shared experience.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Device complexity
If traditional table stringed musical instruments are designed for solo play, then the instrument structure is simple, but the difficulty of operation increases and the playing experience becomes isolated
Solution Approach 1:
The instrument is divided into multiple independent playing zones, each with its own string fastening members and strings. Each zone can be played independently by different players, reducing the complexity for each individual player while enabling collaborative play. The deck is segmented into first, second, and third playing zones with separately adjustable string groups.
Solution Approach 2:
The instrument serves multiple functions: it can be played by a single player on one zone, by two players on two zones, or by multiple players on all zones simultaneously. The same physical structure supports solo and ensemble playing, making the instrument universally adaptable to different playing scenarios and skill levels.
2Device complexity
If traditional table stringed musical instruments are designed for solo play, then the instrument structure is simple, but the playing experience becomes isolated
Solution Approach 1:
The instrument is divided into multiple independent playing zones, each with its own string fastening members and strings. Each zone can be played independently by different players, reducing the complexity for each individual player while enabling collaborative play. The deck is segmented into first, second, and third playing zones with separately adjustable string groups.
Solution Approach 2:
The instrument serves multiple functions: it can be played by a single player on one zone, by two players on two zones, or by multiple players on all zones simultaneously. The same physical structure supports solo and ensemble playing, making the instrument universally adaptable to different playing scenarios and skill levels.
3Adaptability or versatility
If string fastening members are grouped for multiple players, then the adaptability for shared experience improves, but the device complexity increases
Solution Approach 1:
The instrument is divided into multiple independent playing zones, each with its own string fastening members and strings. Each zone can be played independently by different players, reducing the complexity for each individual player while enabling collaborative play. The deck is segmented into first, second, and third playing zones with separately adjustable string groups.
Solution Approach 2:
Different regions of the instrument have specialized characteristics tailored to specific playing styles and skill levels. Each playing zone has its own tuning characteristics and string configurations, allowing players at different skill levels to find their appropriate zone while maintaining overall instrument coherence.
4Adaptability or versatility
If differential tuning is implemented for different player groups, then the musical harmony improves, but the manufacturing precision requirements increase
Solution Approach 1:
The instrument allows dynamic tuning adjustments during operation. Each string fastening member can be independently adjusted to change pitch and tuning characteristics. This enables players to adapt the instrument's tuning in real-time to match different playing styles, skill levels, and musical contexts without requiring precision manufacturing for fixed tunings.
Solution Approach 2:
The instrument enables changes in tuning parameters (pitch, tension, frequency) for different string groups independently. Each playing zone can be tuned to different scales, modes, and harmonic structures, allowing flexible musical exploration while reducing manufacturing precision requirements through adjustable parameters rather than fixed configurations.
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 instrument lowers the threshold for beginners, enables multiple players to play harmoniously, and creates a comprehensive and interactive musical experience with synchronized sound and visual effects.
Implementation Method 1
the frame will have an effect for the resonance properties of the deck so that the resonance will be happened in a control and desired manner and in a balance
Data Source
AI summary
A table stringed musical instrument includes string fastening members in an instrument structure. The string fastening members receive and fasten strings to the instrument structure. The instrument is a free stringed musical instrument configured for one or more, advantageously at least two or four or more players so that the string fastening members are grouped for at least two, advantageously at least four or more physically separate groups and additionally so that the strings to be received and fastened are thereby grouped for at least two or four or more separate groups and thereby for at least two or four or more different player positions. The first group of the string fastening members receives the first group of strings. The second group of the string fastening members receives the second group of strings, etc. The strings of the first group differ from those of the second group.