Transportable Telecommunication Interconnection Device for Rapid Disaster Recovery
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Solution Overview
Problem
Establishing and reestablishing communication networks after a disaster is cumbersome due to the complexity of configuring and installing communication systems, which often requires professional skills and resources, leading to time-consuming and costly processes.
Innovation Solution
A transportable telecommunication interconnection device with a pre-configured processing unit and a modular enclosure design that simplifies connections by hiding the complexity from the user, allowing for easy setup and operation with minimal user intervention, and enabling connection to various networks and devices without extensive technical expertise.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a communication system is configured with multiple interconnection cables and professional setup, then connectivity and functionality are improved, but installation time and operational complexity increase
Solution Approach 1:
The communication system is divided into modular components (processing device, communication devices, interconnection cables) that can be independently packaged and deployed. The transportable enclosure separates the system into a hidden first compartment containing the processing device and an open second compartment for communication devices, enabling selective access and rapid deployment without full system configuration.
Solution Approach 2:
The processing device and interconnection cables are pre-configured and pre-packaged in the transportable enclosure before deployment. This preliminary setup eliminates the need for on-site configuration of cables and processing devices, allowing operators to simply connect pre-prepared components to establish connectivity rapidly after disasters.
2Reliability
If professional skills and resources are allocated for system configuration, then system functionality is improved, but resource cost and complexity increase
Solution Approach 1:
The complex processing device and interconnection cable configuration is extracted and hidden within the enclosed first compartment of the transportable enclosure. This separates the complex technical components from the simple user interface, allowing unskilled operators to deploy the system without needing to understand or configure the hidden processing logic and cable interconnections.
Solution Approach 2:
The transportable enclosure itself acts as an intermediary that encapsulates the complex processing device and pre-configured cables. This intermediary structure provides a user-friendly interface (open compartment with communication devices) while hiding the complexity of the processing logic and interconnections, enabling simple deployment by non-experts.
3Adaptability or versatility
If all system elements are removed from and reinstalled into a package, then portability is improved, but installation and removal time increase
Solution Approach 1:
The system is segmented into two functional compartments: an enclosed first compartment for the processing device that remains packaged during transport, and an open second compartment for communication devices that can be rapidly accessed and deployed. This segmentation allows the system to maintain portability while eliminating the need to repeatedly package and unpack all components during setup and takedown operations.
Data Source
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AI summary
A transportable telecommunication interconnection device for interconnecting a plurality of communication devices to a telecommunication network, comprising: a transportable enclosure comprising an end wall and a peripheral wall extending along an axis from the end portion and defining a chamber, the transportable enclosure further comprising a separation wall positioned within the chamber at a given position along the axis to define an enclosed compartment and an open compartment within the chamber; a chamber cover for removably closing the open compartment; input and output port connectors extending through at least one wall defining the enclosed compartment, the input port connectors for connection to the communication network and the output port connectors for connection to the plurality of communication devices; and a processing device positioned within the enclosed compartment, connected to the input and output ports, and configured for interconnecting the input port connectors to the output port connectors.