Adjustable Cable Clamping Structure for Mixed-Size Cable Retention
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Solution Overview
Problem
Existing cable management systems, such as cable clamp bars, apply inconsistent forces to cables of different sizes, leading to insecurity of small cables, damage from strain, and require complex handling for adjustment, often resulting in cable damage or loss of connectivity.
Innovation Solution
A cable management apparatus with individual cable clamping structures featuring adjustable mechanisms and L-shaped slots for secure gripping of various cable sizes, allowing customized force application and easy insertion, enabling secure retention without damaging cables, and allowing individual cable addition or removal without releasing all cables.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a cable clamp bar is used to secure multiple cables, then cable management is achieved, but the clamping force is inconsistent across cables of different sizes causing small cables to be insecure or damaged
Solution Approach 1:
The single cable clamp bar is divided into multiple individual cable clamping structures, each capable of independently clamping a single cable. This segmentation allows each clamping structure to apply uniform and appropriate clamping force to its respective cable, eliminating the force distribution problems of the unified clamp bar while maintaining effective cable management.
2Ease of operation
If a cable clamp bar applies uniform clamping force to all cables, then cable management is simplified, but small cables become insecure while large cables may be damaged
Solution Approach 1:
Each cable clamping structure incorporates an adjustable mechanism that allows the clamping force to be dynamically tailored to the specific cable size and requirements. This dynamic adjustability ensures optimal retention security for each cable while maintaining ease of operation through standardized adjustment procedures.
3Device complexity
If a single cable clamp bar is used to secure multiple cables, then device complexity is reduced, but adjustment of individual cables requires releasing all cables
Solution Approach 1:
The clamping system is segmented into independent modular units, each responsible for a single cable. This modular design maintains overall system simplicity while enabling individual cable adjustment without affecting other cables, significantly improving ease of operation for cable management tasks.
4Reliability
If cables are secured with high clamping force, then cable retention is improved, but cable damage and loss of connectivity may occur
Solution Approach 1:
Each cable clamping structure is designed with locally optimized clamping features that adapt to the specific cable characteristics. The clamping force, contact area, and gripping mechanism are tailored to the local requirements of each cable type and size, ensuring sufficient retention security while preventing damage and connectivity loss through customized local clamping quality.
Data Source
AI summary
A cable management apparatus with a base. A plurality of cable clamping structures are mounted on the base. A plurality of slots are formed between the cable clamping structures. Each slot is sized to allow an internal portion of cables of a plurality of sizes to slide beneath a portion of one of the cable clamping structures. A plurality of adjustment mechanisms are provided, each adjustment mechanism being part of a cable clamping structure. The adjustment mechanisms secure the cables so that a customized amount of gripping force can be applied to cables of different sizes.