Twist-Release Connector for Network Modules
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Solution Overview
Problem
Existing communication network module connection technologies are unsuitable for edge environments due to infrastructure limitations, environmental harshness, and the need for quick, reliable, and portable interconnection solutions.
Innovation Solution
A twist-release connector system with male and female connectors and a coupler assembly that allows for angular offsetting and twisting to secure a daisy chain configuration, enabling secure mechanical and electrical interconnection without wires, with power and data transmission capabilities, and compatibility with battery packs for edge environments.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If traditional wired connection methods are used, then data and power transmission can be achieved, but the equipment becomes difficult to transport and deploy in edge environments
Solution Approach 1:
The system divides the connection interface into separate male and female connectors that can be independently attached to different modules. This segmentation allows modules to be transported separately and connected only when needed, significantly improving portability for edge deployments while maintaining full data and power transmission capabilities through the modular interface design.
Solution Approach 2:
The male connector is designed to insert into and nest within the female connector, creating a compact integrated connection when mated. This nesting approach allows the connection system to occupy minimal space during transmission operations while remaining easily separable for transport, resolving the contradiction between compact connection and ease of deployment.
2Reliability
If modules are connected in harsh environments, then communication services can be provided, but environmental factors may damage equipment
Solution Approach 1:
The connector design incorporates protective features such as sealed interfaces and robust mechanical structures that preemptively protect against harsh environmental conditions including dust, moisture, and physical shock. These protective elements are built into the connector architecture before deployment, ensuring reliable operation in battlefield, disaster, and construction environments without requiring additional protective equipment.
3Productivity
If quick interconnection is needed for portability, then deployment speed improves, but connection security may be compromised
Solution Approach 1:
The alignment features and guide structures on the male and female connectors are pre-configured to automatically orient and position the connectors correctly during the insertion process. This preliminary alignment action ensures that the connection achieves proper engagement and secure locking immediately upon insertion, maintaining connection security while enabling rapid deployment without requiring complex alignment procedures.
Data Source
AI summary
An interconnection system for portable networking modules including a pair of male connectors on one side and a female connector and an alignment slot on an opposing side. Two or more modules can be connected in a daisy chain series by aligning a male and female connector, rotating the modules around the connectors' central axis, mating the opposing connectors, and twisting the modules into alignment. When connected, one male connector is engaged with the female connector, and the other male connector fits into the alignment slot. Twisting in the opposite direction disconnects the modules. The connectors transmit data and power between connected modules. The male connectors also receive power modules such as military radio battery packs.