Desk Groove with Distributed Apertures for Flexible Cable Routing
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing desks and tables have limited cable routing options and do not provide adequate support for tech accessories, with prearranged wire holes and organization systems that restrict user customization and flexibility in device placement and power source compatibility.
Innovation Solution
A desk design featuring a groove with multiple apertures spanning the tabletop width, allowing for flexible placement of tech and non-tech accessories, and a cable grid between the legs for secure attachment of chargers and accessories, enabling easy cable pass-through and customizable layouts.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of manufacture
If prearranged wire holes and organization systems are used, then cable routing is simplified, but user customization and flexibility in device placement are restricted
Solution Approach 1:
The tabletop is segmented with multiple individually spaced apertures instead of a single centralized hole or fixed organization system. This allows cables to be routed through different apertures based on device placement, providing both structured cable management and flexibility in positioning devices anywhere along the groove.
Solution Approach 2:
The system transitions from a static, prearranged organization structure to a dynamic configuration where users can freely position devices and select corresponding apertures for cable routing. The groove and multiple apertures enable adaptive reconfiguration of the workspace according to changing user needs.
2Area of stationary object
If limited number of holes are provided on the work surface, then the main working surface is preserved, but cable routing options are limited
Solution Approach 1:
Instead of one or two large holes that would compromise the working surface, the tabletop is divided into multiple smaller apertures distributed along a groove. This segmentation maintains most of the working surface area while providing numerous cable routing options corresponding to different device positions.
Solution Approach 2:
The cable routing system extends from a single-point solution (one hole) to a linear distribution of apertures along the groove. This dimensional expansion along the length of the tabletop provides multiple routing options without significantly reducing the overall working surface area.
3Reliability
If holes are covered when not in use, then security and aesthetics are improved, but the covers project above the surface and interfere with tabletop use
Solution Approach 1:
The groove is positioned below the top surface of the tabletop, creating a recessed dimension. This allows the groove and apertures to be accessible for cable routing while remaining subordinate to the primary working surface, preventing interference with tabletop use.
Solution Approach 2:
The apertures are nested within the groove structure that is itself recessed in the tabletop. This nested arrangement allows the cable management features to be integrated into the tabletop thickness rather than protruding from it, maintaining a flush working surface.
4Ease of operation
If technology troughs are permanently attached with specific ports, then power access is direct, but user flexibility and compatibility with different power sources are reduced
Solution Approach 1:
The groove with multiple apertures serves as a universal interface that can accommodate any device type and power source configuration. Instead of dedicated ports for specific devices, the system provides generic cable routing capability that works with smartphones, tablets, laptops, and other devices using standard cable connections.
Solution Approach 2:
The system transitions from fixed, permanent port attachments to a flexible configuration where users can dynamically connect and disconnect various devices at different positions along the groove, adapting the power access arrangement to changing needs.
Data Source
AI summary
A work table for securely holding accessories that has a groove spanning a portion of the tabletop, wherein any number of tech products and other accessories can be supported. The groove runs between the side ends of the tabletop and provides a variation of mounting locations preferably on opposite sides of the lateral axis, thus having no presupposed configuration for where tech products or accessories should be supported within the groove. There is a series of apertures within the groove that allow for easy cable pass through at any point therein. Additionally, the table has a cable grid below the tabletop that allow a user to removably attach tech product chargers, power strips, or other accessories directly below the work top for easy accessibility through the series of apertures.