Musical Instrument Case with Protective Boot and Segmented Access
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Solution Overview
Problem
Conventional cases for stringed musical instruments often fail to provide adequate protection and ease of access, particularly when instruments are inserted or removed in an upright orientation, leading to potential damage and inconvenience for musicians.
Innovation Solution
The design of hybrid cases with a selectively releasable cover and a protective boot at the far end, allowing instruments to be inserted and removed neck-first, while the boot provides shock absorption and water-proofing, preventing instruments from slipping out and ensuring secure handling.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional cases are designed with a hinged cover that exposes the entire body when opened, then the instrument can be accessed, but the case cannot be used in an upright orientation and requires laying flat on a horizontal surface
Solution Approach 1:
The case is divided into two functional segments: an upper access portion with a releasable cover for instrument insertion/removal, and a lower enveloping portion that provides structural support and stability when the case is in upright orientation. This segmentation allows the case to function both as a protective enclosure and as a stable upright container.
Solution Approach 2:
The invention transitions from the conventional horizontal/flat case orientation to a vertical/upright orientation. The lower enveloping portion is specifically designed to provide a stable base when the case is positioned vertically, enabling musicians to store and access instruments in an upright position rather than requiring the case to be laid flat on its side.
2Ease of operation
If the case is designed for horizontal placement only, then the cover can be fully opened for access, but the instrument handling becomes less convenient and increases damage risk
Solution Approach 1:
The case is designed to be positioned in the final upright orientation before instrument insertion begins. The lower enveloping portion provides immediate structural support and stability in this orientation, allowing the musician to safely handle and insert the instrument neck-first without requiring the case to be laid flat, thereby reducing handling time and potential damage risk.
3Device complexity
If the far end of the case is left open or minimally protected, then the case structure is simpler, but the instrument body lacks protection and can slip out
Solution Approach 1:
The lower enveloping portion is designed to completely enclose the far end of the case where the instrument body is positioned. This localized structural feature provides targeted protection and prevention of instrument slippage at the critical lower portion, while the upper access portion maintains simplicity with a releasable cover for easy instrument insertion and removal.
4Reliability
If the case provides comprehensive protection features, then instrument security is improved, but the case may allow water or moisture ingress
Solution Approach 1:
The case incorporates a waterproof liner or coating within the lower enveloping portion that creates a moisture barrier. This thin film layer prevents water and moisture ingress while maintaining the structural integrity and protective function of the case, allowing comprehensive protection without compromising against environmental hazards.
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
Enhances protection and ease of use by allowing instruments to be handled upright, minimizing the risk of damage and ensuring secure storage, with improved shock absorption and water-proofing features.
Implementation Method 1
the central region transfers less shock to the stringed instrument body than the opposing regions
Data Source
AI summary
Cases for the protection of musical instruments each with a neck and a body are disclosed. The case includes a case body having an elongated upper portion for receiving the instrument neck and a lower enveloping portion with a far end for receiving the instrument body. The cases also include a selectively releasable cover hingedly affixed to the case body to permit selective access to the case body so that the instrument may be inserted into and removed from the case. The cases also include a protective boot attached to the far end of the case body. Optionally, such boots may include a central region disposed between a pair of opposing regions wherein the central region transfers less shock to the stringed instrument body than the opposing regions.