Emergency Vehicle Location Sharing With Proximity-Based Alerts
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Solution Overview
Problem
Emergency responders often struggle to locate requestors in densely populated or remote areas, as the current emergency call system does not facilitate direct location sharing between responders and requestors.
Innovation Solution
A system comprising a mailbox or mobile device with a speaker and light source, connected to a processor and power source, that adjusts intensity based on the proximity of the emergency responder to assist in locating the requestor.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If the current emergency call system is used, then the requestor can initiate an emergency request, but the requestor remains unaware of the emergency responder's location and the responder struggles to locate the requestor in densely populated or remote areas
Solution Approach 1:
The system implements bidirectional location sharing with real-time feedback mechanisms. The requestor's location is continuously updated and shared with the emergency responder, while the responder's location is also shared with the requestor. This feedback loop eliminates information asymmetry and enables both parties to track each other's movements, directly resolving the location information sharing problem.
Solution Approach 2:
A centralized server acts as an intermediary between the requestor and emergency responder. The server receives location data from both parties, processes it, and facilitates bidirectional location sharing. This intermediary mechanism simplifies the complex task of real-time location coordination and enables accurate location locating in densely populated or remote areas.
2Loss of time
If the emergency responder travels to locate the requestor, then the responder can reach the requestor, but the time required for location and response increases
Solution Approach 1:
The system enables continuous location tracking and real-time communication between the requestor and emergency responder throughout the entire response process. Location data is updated continuously, and both parties can communicate in real-time, eliminating idle waiting periods and optimizing the use of response time. This continuous interaction significantly reduces the time required for location and response.
Solution Approach 2:
The system replaces the traditional mechanical approach of physical location searching with electronic location sharing. Instead of relying solely on the responder to physically locate the requestor through manual directions or calls, the system uses electronic location data transmission and processing to enable precise, real-time location identification, thereby reducing response time and improving location efficiency.
3Measurement precision
If the requestor provides location details manually, then the requestor can communicate with the emergency responder, but the location accuracy and responsiveness decrease
Solution Approach 1:
The requestor's mobile device automatically performs location determination and sharing without requiring manual input. The device uses its built-in positioning capabilities to automatically acquire, maintain, and transmit location data to the emergency responder and server. This self-service mechanism ensures continuous, accurate location tracking with minimal user intervention, improving location accuracy while keeping the system relatively simple.
Data Source
AI summary
A method for facilitating sharing location between an emergency responder and a requester is disclosed. The method comprises initiating an emergency request using a means for alerting to alert an emergency responder 102. Further receiving live location update by the requestor, of the emergency responder 102. Determining proximity of the emergency responder 102 by the first processor 120 provided within the means for alerting 106. The method further comprises sending a signal to the controller 126 via the first network 130 to activate the speaker system 122, and/or the at one light source 124, based on the proximity of the emergency responder 102. Further changing the intensity of the speaker system 122 and/or the at one light source 124, based on the proximity of the emergency responder 102 so as to facilitate or assist the emergency responder 102 to locate the requestor 104.