Inclined Patch Panel Frame with Truncated Drawers for Space Optimization
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Solution Overview
Problem
Data processing centers face challenges in optimizing the use of floor space due to the large dimensions required by traditional patch bays used for cable connections, which hinder efficient cable management and identification.
Innovation Solution
A cable connection device with a frame that includes inclined faces and truncated corners for patch drawers, allowing for compact arrangement and efficient cable patching, reducing the overall footprint while maintaining connectivity and visibility.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Area of stationary object
If traditional rectangular patch drawers with non-truncated corners are used, then cable connectivity and identification are maintained, but floor space occupation is excessive
Solution Approach 1:
The patent applies asymmetry by truncating two opposite corners of the rectangular patch drawers, creating an asymmetric shape that optimizes space utilization. This asymmetric design allows the drawers to be arranged more efficiently on inclined faces, reducing the overall footprint of the patch bay while maintaining operational efficiency for cable identification and patching
Solution Approach 2:
The patent introduces inclined faces (at angles between 15°-75°) as a dimensional change from traditional orthogonal arrangements. This angular orientation allows truncated corner drawers to nest more efficiently, reducing floor space occupation while preserving cable accessibility and identification capabilities through the optimized geometric configuration
2Area of stationary object
If patch bay dimensions are reduced to save floor space, then floor space usage decreases, but cable density and connectivity may be compromised
Solution Approach 1:
The truncated corner design enables a nesting arrangement where drawers are positioned at angular intervals on inclined faces. This nesting configuration maximizes the use of available space within the patch bay, allowing higher cable density to be achieved in a reduced footprint without compromising connectivity capabilities
Solution Approach 2:
The patent changes geometric parameters by introducing specific truncation dimensions and inclined face angles (15°-75°). These parameter optimizations allow the patch bay to maintain adequate cable density and connectivity while significantly reducing the overall floor space requirement compared to traditional rectangular configurations
Data Source
Figure 1~2
Figure 3~4
AI summary
The device i.e. patch panel (1), has a frame (2) including a horizontal rectangle trapezoidal section portion, and bracing boxes (3) arranged inside the trapezoidal section portion. The trapezoidal section portion has a small base (2e) and a large base (2f) arranged parellely, and two opposite non-parallel faces, where one of the non-parallel faces defines a vertical inclined face (2d) of the frame. A truncated corner of each box is located on a side of the large base, where another truncated corner of the box is located on a side of a face (2g) opposite to the inclined face.