PulseLine
Author
Yunhao Andrew Hua
Aolei Li
Location
Georgia Tech, Atlanta, GA
Date
Fall 2024
Emergency, Remote Diagnose, Medical System
PulseLine is an EMS system that enables bystanders to perform basic diagnostics, supporting urban emergency services before EMTs arrive without panicking. A physical device enhances initial assessments, while a digital system documents data and offers better transport options for non-emergency cases, ensuring faster, more efficient care.
Problem Statement
Urban emergency services are often stretched thin by non-urgent cases, delaying critical care. Communication gaps during transport lead to incomplete initial diagnoses, causing lethal issues on the way.
Current EMS System Analysis
PainPoints
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Overuse of EMS Services
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​Many non-emergency cases are placed on 911, leading to delays for critical cases and putting unnecessary strain on EMS resources.
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Communication Barriers
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Challenges arise with non-verbal patients, making it difficult to accurately assess and respond to their needs.
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Transportation Challenges
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Traffic congestion and the risk of traffic accidents can delay patient transport.
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Design Opportunities
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Offering alternative solutions to patients who don't necessarily require an ambulance but still need medical advice.​
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A remote diagnosis app/platform allows non-emergency patients to consult medical professionals remotely. It could involve a pre-screening process where callers are directed to telemedicine or urgent care, if appropriate.
Final Concept Components
PulseLine EMS Kits
PulaseLine APP
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Communications
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Data Collections
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Documentations
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Navigation
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Data Monitor
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Transportation Service
PulaseLine System
Scenario 1: WITH OTHERS, OUTDOORS
1. A dude feel uncomfortable on the road.
2. He sits on the stair. And a lady noticed him.
3. The lady finds the nearest PulseLine Kiosk.
4. She pulls out the PulseLine kit.
5. She takes the PulseLine Camera from the kit.
6. Divide the sensor from the camera.
7. Place the sensor on the neck pulse of the dude, sensing the physical datas.
8. The lady then pull off the plug to turn on the system and clip the PulseLine Camera on her.
9. The EMT behind the camera indicates the support and diagnose the condition through the sensor.
10. The EMT calls a PulseLine Ambulance to take him to the hospital.
Scenario 2: ALONE, INDOOR
1. A dude is playing in the public space in his apartment alone. And feel a sudden headache
2. A PulseLine Kit is placed on the wall in the apartment.
3. The dude takes the PulseLine Camera from the kit.
4. He flips out the stand on the back of the camera.
5. He separates the sensor from the camera.
6. He attaches the sensor on his neck.
7. He contacts the EMT for the initial diagnose.
8. The EMT calls a PulseLine Run to take him to the hospital.
PulseLine Camera & Sensor
The design is designed around an emergent situation with panics from the patients or surroundings.
Since then, everything needs to simple to be operate, or even automatic, with intuitive structures.
PulseLine Kiosk
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Designed from the current city kiosk
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Equipped with PulseLine EMS Kit
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Provide a navigation system for the PulseLine EMS Kit if the nearest kiosk dose not equipped
PulseLine Mobile APP
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Pulseline supportive app for extra services
Homepage
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PulseLine EMS Kit Navigation System
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Paring with PulseLine Kit & Sensor
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Biological Data Indications
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PulseLine Taxi System
Not every single patient needs an ambulance, however, the laws and related policies strict EMTs to price such service.
So PulseLine wishes to collaborate with Taxi system and provide a more convenient and simplified Taxi Ambulance system for those who don't require any extra treatments on the way.
