Medical Infrastructure Emergency Access Control
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Solution Overview
Problem
Medical infrastructure usage control systems face challenges in balancing manufacturer interests with user needs, particularly in emergencies where increased capacity is required, and existing licensing mechanisms restrict access to trained personnel, hindering efficient resource allocation during crises.
Innovation Solution
A method that allows activation of an exception mode within the medical infrastructure, enabling broader access through an exception usage authorization, with information transmission to the manufacturer level and irreversible storage for documentation, ensuring secure and temporary override of restrictions during emergencies.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a licensing mechanism restricts access to trained personnel only, then safety is improved, but resource utilization during emergencies deteriorates
Solution Approach 1:
The system dynamically switches between normal mode (restricted access for safety) and exception mode (unrestricted access for emergency response). The licensing mechanism adapts its strictness based on the operational context, allowing trained personnel restrictions during routine operations while enabling broader access when emergencies are detected through signaling channels.
2Productivity
If the infrastructure is designed to be versatile and flexible, then manufacturer revenue is improved, but control over usage deteriorates
Solution Approach 1:
The medical infrastructure is designed with universal functionality that can serve multiple purposes and user groups. The same infrastructure can operate in normal mode with restricted licensing for specific trained personnel, or switch to exception mode where the licensing restrictions are suspended, allowing the infrastructure to be used by anyone needed for emergency response, thereby maximizing revenue potential while maintaining control through the dual-mode licensing system.
3Reliability
If access restrictions are strictly enforced, then safety is improved, but emergency response capability deteriorates
Solution Approach 1:
The system preemptively establishes signaling channels and exception mode protocols that can be activated when emergencies occur. Before emergencies happen, the framework for suspending restrictions is pre-configured, allowing rapid transition from strict access control to emergency response mode without compromising safety protocols for non-emergency situations.
4Measurement precision
If usage is restricted to pre-booked functions, then billing accuracy is improved, but flexibility during emergencies deteriorates
Solution Approach 1:
The licensing mechanism dynamically adjusts between recording detailed usage data for billing purposes in normal mode, and suspending these restrictions in exception mode to allow emergency personnel access to any function needed for patient care, with the understanding that billing can be adjusted later based on the emergency nature of the usage.
Data Source
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AI summary
The invention relates to a method for controlling the use of a medical infrastructure (1), wherein a regular user authorization (18) is established at a manufacturer level (16) of the infrastructure (1), and in a normal mode (30) use of the infrastructure (1) is enabled by the regular user authorization (18), wherein in an emergency (35) an exception mode (32) with a corresponding exception user authorization (42) is activated at a user level (8) of the infrastructure (1), wherein in the exception mode (32) use of the infrastructure (1) is also enabled by the exception user authorization (42), wherein in the event of activation of the exception mode (32) first information (44) relating to the exception mode (42) is transmitted to the manufacturer level (16) and/or to a control device (46) of the user level (8),and/or a second piece of information (50) relating to the exception mode (32) is irreversibly stored as documentation in a first non-volatile storage medium (52, 56) connected to the infrastructure (1).