Powered modular desktop organizer and system
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Solution Overview
Problem
Conventional desktop organizers lack stability and efficient use of vertical space for maximizing storage while maintaining a small footprint, and they do not provide integrated features for charging and videoconferencing support.
Innovation Solution
A modular desktop organizer system with a rectangular base, a superstructure, and stackable components featuring self-centering bias, integrated low-voltage power supply, and features like U-slots for smartphone docking, inductive charging, and modular components such as speakers and LED lights, which can be stacked to multiple levels for enhanced storage and stability.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If conventional desktop organizers are used, then they provide basic storage functionality, but they lack stability and do not efficiently utilize vertical space for maximizing storage while maintaining a small footprint
Solution Approach 1:
The patent transitions from traditional horizontal desktop organization to vertical stacking architecture. Multiple trays are arranged vertically with offset positioning, allowing the organizer to utilize the vertical dimension for storage capacity while maintaining a compact horizontal footprint. This dimensional change enables maximizing storage space without proportionally increasing the desktop area occupied.
Solution Approach 2:
The trays are designed to nest within each other in a staggered vertical arrangement. Each tray contains recesses that receive protrusions from adjacent trays, creating a nested configuration. This nesting principle allows multiple storage levels to be integrated into a compact unified structure that maintains stability while maximizing vertical storage utilization.
2Quantity of substance
If multiple trays are stacked to maximize storage capacity, then storage efficiency improves, but the structure becomes more prone to toppling over
Solution Approach 1:
The trays are designed with asymmetric protrusion and recess configurations rather than symmetric arrangements. The protrusions on one tray align with specifically positioned recesses on adjacent trays, creating an interlocking asymmetric pattern. This asymmetry prevents lateral shifting and toppling while enabling vertical stacking, as each tray fits uniquely into the configuration of its neighbors.
Solution Approach 2:
The protrusions and recesses incorporate rounded contours rather than sharp angular features. The curved surfaces allow for self-aligning stacking where minor positioning errors are compensated by the rounded geometry, enabling the trays to nest smoothly into place. This curvature enhances stability by creating friction-based mechanical interlocking while maintaining ease of assembly.
3Adaptability or versatility
If integrated features like charging and videoconferencing support are added, then functionality and usability improve, but device complexity increases
Solution Approach 1:
The organizer integrates multiple functions into a single unified device: storage organization, wireless charging capability, and videoconferencing support through smartphone docking. The superstructure serves as both a structural element for stacking and a functional platform for charging and device support. This multi-functionality approach consolidates what would otherwise require separate devices, adding versatility without proportionally increasing complexity.
Solution Approach 2:
The patent combines previously separate functions into the organizer structure: the superstructure merges storage support with wireless charging functionality and videoconferencing device docking. The integrated power supply unit combines electrical power generation with distribution to multiple components. This merging principle creates a consolidated system where structural and functional elements are unified, reducing the need for separate standalone devices.
4Manufacturing precision
If self-centering mechanisms are implemented, then alignment precision improves, but manufacturing complexity increases
Solution Approach 1:
The trays incorporate self-aligning geometric features where protrusions on one tray automatically fit into recesses on adjacent trays during stacking. The rounded contours and complementary shapes enable the components to self-center and self-align without requiring external alignment tools or complex adjustment mechanisms. This self-service alignment reduces manufacturing complexity compared to precision-machined locating features while achieving sufficient alignment precision for stable stacking.
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 modular system maximizes storage capacity with stability, allows for easy alignment and stacking of components, and integrates charging and videoconferencing capabilities within a compact footprint, reducing the likelihood of toppling and enhancing usability.
Implementation Method 1
a bottom bulge with a rounded periphery for self-centering bias within the well of the shallow tray
Implementation Method 2
An inductive charger or Qi charger may be incorporated into the superstructure
Data Source
AI summary
A modular desktop organizer and system including a rectangular base with a tall superstructure and shallow side trays. The superstructure includes a U-slot for holding an upright smartphone with an inductive charger, and a deep cup for holding pens, scissors, and accessories. The base includes a channel-shaped tablet holder at the back. The base is electrically powered and includes USB ports. The modular components have a self-centering bias by way of a bottom bulge with a rounded periphery that nests within the top of another modular component having a complementary rounded lip. The modular components can be stacked to two, three or more levels high in an aligned and neat fashion due to the self-centering bias.