Supplemental Rescue Resources System for Emergency Response
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Solution Overview
Problem
Current wireless communication systems are not actively involved in locating and notifying potential assistance resources during emergencies, relying solely on centralized emergency services for response coordination.
Innovation Solution
A supplemental rescue resources system that receives emergency alerts from mobile devices, determines the proximity and qualifications of volunteer resources, and directs them to incidents, while also updating emergency services and affected parties.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of time
If current wireless communication systems rely solely on centralized emergency services for response coordination, then the system structure remains simple and centralized, but the emergency response time is prolonged and resource utilization is insufficient
Solution Approach 1:
The patent segments the centralized emergency response system into distributed components: mobile devices with emergency capabilities, supplemental rescue resources (volunteers), and professional emergency services. This segmentation enables parallel response actions - while professional services are dispatched, nearby volunteers are simultaneously notified and directed to the incident location, thereby reducing overall response time without requiring complete system restructuring
Solution Approach 2:
The patent adds a new dimension to the traditional emergency response model by introducing a volunteer/supplemental resource layer between the incident and professional responders. This creates a multi-layered response structure where assistance can arrive from multiple sources (professional services and trained volunteers) simultaneously, effectively adding a temporal and spatial dimension to resource deployment that accelerates response without overwhelming system complexity
2Productivity
If wireless communication systems actively locate and notify potential assistance resources, then resource utilization and response effectiveness improve, but system complexity and information processing requirements increase
Solution Approach 1:
The patent implements preliminary action by having mobile devices pre-registered in the supplemental rescue resources system with their capabilities, locations, and contact information stored in advance. When an emergency occurs, the system queries this pre-established database rather than creating new connections from scratch. This pre-positioning of information dramatically reduces the complexity of real-time resource location and notification while maximizing response effectiveness
Solution Approach 2:
The patent introduces a communication system as an intermediary layer between incident reporters and potential helpers. This intermediary automatically processes the emergency alert, queries the supplemental resources database, filters suitable volunteers based on proximity and capability, and manages notifications. This intermediary handles the complex information processing tasks, preventing the system complexity from directly impacting the simplicity of the user interface and emergency reporting process
3Quantity of substance
If supplemental rescue resources are integrated into the emergency response system, then resource availability increases, but coordination and management complexity increases
Solution Approach 1:
The patent implements feedback mechanisms where the communication system continuously monitors and updates the status of supplemental rescue resources. When resources are dispatched, their locations and availability are tracked and fed back to the system, which then updates emergency services and the incident reporter. This automated feedback loop manages the complexity of coordinating multiple resources by providing real-time situational awareness without requiring manual coordination overhead
Solution Approach 2:
The patent replaces manual coordination mechanisms with automated electronic communication and database querying. Instead of human operators manually locating and contacting volunteers, the system automatically queries the supplemental resources database, identifies suitable candidates based on predefined criteria (proximity, capabilities, availability), and initiates communications. This substitution of mechanical/manual processes with automated electronic systems increases resource availability while managing coordination complexity through algorithmic rather than human processes
Data Source
AI summary
A supplemental rescue resources system can receive an emergency alert message from a mobile device and use data from the message and other sources to determine and select appropriate supplemental rescue resources, which may include may include any person that has volunteered or is otherwise a participant in the system that is not an on-duty emergency responder. The supplemental rescue resources system may select a supplemental rescue resources based on the location of such resources relative to the location of an incident, and/or the qualifications and/or preferences of such resources. The supplemental rescue resources system may direct resources to the incident and notify emergency services providers of the supplemental resources. The supplemental rescue resources system may request and/or receive additional information from supplemental resources, emergency services providers, and/or those reporting incidents and use this information to adjust the notified supplemental resources, update emergency services providers, and/or update affected parties.