Concealed valuable storage box
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Solution Overview
Problem
Conventional methods for securing valuables are ineffective as they can be easily located and compromised by burglars, as they do not provide adequate concealment or protection against theft.
Innovation Solution
A storage box is embedded within a wall with a hollow housing and a cover plate that resembles a light switch or electrical receptacle, using magnets and interchangeable inserts to securely conceal valuables, making it inconspicuous and deceptively resemble a functional wall plate.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If valuables are stored in a conventional jewelry box concealed within a drawer or closet, then the storage location is easily accessible and convenient, but the location is easily detected and compromised by burglars
Solution Approach 1:
The storage box is designed to copy the appearance of a functional wall plate (light switch or electrical receptacle), creating a deceptive replica that indistinguishable from actual electrical components. This allows the safe to blend into the wall environment and evade detection by burglars while maintaining accessibility through the wall opening.
Solution Approach 2:
The cover plate features localized realistic electrical component designs (switches, receptacles) only in the visible face area, while the body housing contains the storage chamber. This selective application of realistic appearance where needed provides concealment without requiring the entire structure to be functional electrical equipment.
2Reliability
If a jewelry box contains a lock, then security is improved, but the box can be easily transported and dismantled
Solution Approach 1:
The storage box is merged with the wall structure itself, with the housing embedded directly into the wall cavity and the cover plate secured to the wall surface. This integration eliminates portability while maintaining security, as the safe becomes a fixed part of the building structure that cannot be easily removed or transported.
Solution Approach 2:
The safe transitions from a portable three-dimensional object to a wall-integrated structure that utilizes the wall cavity space. By embedding the housing within the wall thickness and securing it to the wall framework, the design anchors the safe in a fixed spatial dimension, preventing removal while preserving interior storage volume.
3Reliability
If safes and larger vaults are used, then security against theft is improved, but they are easy to locate and their locking systems can be compromised
Solution Approach 1:
The cover plate is designed as a deceptive copy of a standard electrical wall plate, featuring realistic switches or receptacles that match the appearance and dimensions of conventional electrical components. This visual copying allows the safe to be indistinguishable from ordinary wall fixtures, preventing detection by burglars while housing secure storage capabilities.
Solution Approach 2:
The wall structure itself serves as an intermediary between the safe and the external environment. By embedding the safe within the wall cavity and using the wall surface as the access interface, the design hides the secure storage function behind a mundane electrical plate appearance, creating a layered concealment system that protects against detection.
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 effectively conceals valuables by blending them into the wall environment, making them difficult to detect and protect against theft by resembling a standard wall component, thus providing enhanced security.
Implementation Method 1
The peripheral lip further includes a plurality of spaced cavities 9 that each receive a magnet 15 having a predetermined polarity. Each peripheral edge includes spaced pockets 13 that each receive a magnet 14 having an opposite polarity than the predetermined polarity of the magnets on the housing rim.
Data Source
AI summary
A valuable storage box includes a hollow housing embedded within a wall having a plurality of sidewalls and an open face in communication with an interior storage chamber. A cover plate securable over the open face includes at least one faux electrical component thereon, such as a simulated light switch or electrical receptacle. Accordingly, when valuables are placed within the storage chamber and the cover plate is fastened, the storage box deceptively resembles an operable wall-mounted electrical plate.