Variable Distribution Module with Front-and-Rear Sockets
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Solution Overview
Problem
Existing distribution modules are limited in the number of possible connections and achievable transmission densities, failing to meet the growing demand for higher connectivity and efficiency in data centers and industrial environments.
Innovation Solution
The distribution module design allows for connection sockets on both the front and rear sides, with identical or different types, and is rotatable, enabling insertion in either direction, featuring locking devices that do not protrude laterally, and supports various connector types including copper and optical fiber connections.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If distribution modules have connection sockets only on the front side, then the structure is simple, but the number of possible connections and transmission density are limited
Solution Approach 1:
The patent applies dimensionality change by adding connection sockets on the rear side of the distribution module, transitioning from a single-sided (front-only) configuration to a dual-sided configuration. This spatial expansion in the depth dimension allows for additional connection points without increasing the module's footprint area, thereby doubling the effective connection capacity while maintaining a compact form factor.
Solution Approach 2:
The distribution module is designed with universal functionality by providing identical connection interfaces on both front and rear sides, enabling the module to serve multiple connection roles simultaneously. The same socket types and mounting mechanisms are replicated on both sides, allowing the module to function as a multi-point distribution node, thereby increasing the quantity of connections without requiring different specialized components.
2Reliability
If locking devices protrude laterally for secure mounting, then the connection to module carrier is reliable, but the packing density is reduced
Solution Approach 1:
The locking devices are nested within recesses in the module housing rather than protruding externally. The mounting mechanisms are integrated into the housing structure itself, with recessed areas that accommodate locking elements, thereby maintaining secure mounting connections while minimizing the overall lateral footprint of the module and maximizing packing density.
Solution Approach 2:
The module housing is designed with non-uniform local geometry, featuring recessed areas specifically positioned at the locations where locking devices are required. This localized modification of the housing structure provides the necessary mounting functionality only where needed, rather than uniformly increasing the module dimensions, thereby maintaining high packing density while ensuring reliable connections.
3Adaptability or versatility
If distribution modules are designed for single-direction insertion, then the manufacturing is simple, but the flexibility in on-site configuration is limited
Solution Approach 1:
The distribution module employs asymmetric design elements that are symmetrically replicated on both sides of the module. The connection sockets, mounting recesses, and locking device positions are arranged in asymmetric patterns that work correctly for insertion from either direction. This controlled asymmetry allows bidirectional insertion flexibility while maintaining manufacturing simplicity through standardized design patterns.
Solution Approach 2:
The module is designed with universal mounting and connection features that function identically regardless of insertion direction. The same socket types, mounting mechanisms, and electrical connections are provided on both front and rear sides, enabling the module to be installed in either orientation without requiring different configurations or additional manufacturing steps, thereby achieving flexibility without significantly complicating manufacturing.
Data Source
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AI summary
The present invention relates to highly variable distribution modules for use in modular distribution panels for connecting analog or digitally wired connection sockets with further distribution panels, connecting lines or terminal devices, methods for and use of the distribution modules, wherein the distribution modules have one or more connection sockets on both the front and the back and can be installed in module carriers both forwards and backwards.