Sliding Cabinet Storage Assembly for Reconfigurable Interior Access
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Solution Overview
Problem
Existing storage assemblies lack reconfigurability and efficient sliding mechanisms to redefine interior storage spaces, limiting access and flexibility in storage arrangements.
Innovation Solution
A storage assembly comprising a base assembly with slidable cabinet assemblies and guide assemblies, including track members and roller assemblies, that allow for orthogonal movement and reconfiguration of cabinet assemblies, enabling flexible access to interior storage spaces.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If cabinet assemblies are made fixed and stationary, then structural stability is maintained, but reconfigurability and accessibility are limited
Solution Approach 1:
The cabinet assemblies are designed to be movable relative to the base assembly through guide assemblies with rollers, transforming the static storage system into a dynamic one. This allows cabinets to slide in and out for reconfiguration while maintaining structural integrity through the guide track system
Solution Approach 2:
The storage system is divided into separate movable cabinet assemblies that can be independently repositioned. Each cabinet assembly includes its own guide assembly with rollers, allowing individual manipulation and reconfiguration without moving the entire storage unit
2Ease of operation
If cabinet assemblies are made slidable with guide assemblies, then accessibility and reconfigurability are improved, but device complexity increases
Solution Approach 1:
Guide assemblies with rollers serve as intermediary components between the cabinet assemblies and the base assembly. These intermediaries enable smooth sliding motion and easy reconfiguration while distributing the mechanical complexity across standardized guide components rather than requiring complex mechanisms in each cabinet
Solution Approach 2:
The guide assemblies replace complex mechanical locking or lifting mechanisms with simple roller-based sliding systems. This substitution reduces operational complexity by using friction-based rolling motion instead of complex mechanical joints or actuation systems
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 provides a reconfigurable storage system that allows for easy access and redefinition of storage spaces, enhancing usability and flexibility by enabling the sliding of cabinet assemblies along guide tracks, thus optimizing storage capacity and accessibility.
Implementation Method 1
a first roller assembly secured to the first top member and adapted to track within the first channel, and a second roller assembly secured to the second top member and adapted to track within the second channel
Implementation Method 2
a first guide member secured to the first front member and adapted to guide within the third channel, a third roller assembly secured to the first front member and adapted to roll along the second track member
Data Source
AI summary
A storage assembly includes a base assembly having a base member and a back member, first and second cabinet assemblies slidable with respect to the base assembly and having top members and front members, and cooperating with the base assembly to define an interior space. The storage assembly further includes a first guide assembly including a first track member secured to the back member and roller assemblies secured to the top members, and that track within the first track member, and a second guide assembly including a second track member secured to the base member and guide members secured to the front members, and that track within the second track member, and roller assemblies secured to the front members, wherein the roller assemblies are adapted to roll along the second track member.