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Emergency Medical Services (EMS) and Medical Transport Solution

Emergency Medical Services (EMS) and Medical Transport Solution

1. Overview

This solution provides a complete, reliable, and scalable Emergency Medical Services (EMS) and Medical Transport system designed for ambulance fleets, mobile clinics, rapid response units, and hospital emergency departments. It integrates real-time audio/video acquisition, encoding/decoding, live monitoring, medical data transmission, recording, and remote coordination into one unified workflow. The goal is to enhance response speed, strengthen medical decision-making, and ensure uninterrupted communication between field medics and hospital specialists.
Emergency Medical Services (EMS) and Medical Transport Solution


2. Key Features

    Live Video & Audio: Real-time streaming from ambulance cameras to hospital ER.
    Medical Telemetry: Vital signs, ECG, ultrasound, and patient monitor data sent simultaneously.
    Local Recording: Encrypted video and event logs stored for review and compliance.
    Remote Support: ER doctors provide instant guidance before patient arrival.

3. System Architecture

 

3.1 In-Vehicle EMS Terminal

A ruggedized multi-function AV processor installed in ambulances, featuring:

    Audio and video capture (HD/4K cameras, patient monitors, ultrasound, etc.)
    Hardware H.265/H.264 encoding for real-time streaming
    Multi-channel HDMI/SDI inputs
    4K60 encoding/decoding & dual-stream output
    PoE support for external devices
    Local video recording to SSD

4. Key Functional Modules

 

4.1 Live Video Assistance

    Multi-angle ambulance cameras

    Real-time streaming to hospital specialists

    Two-way audio communication

    AI-based scene stabilization (optional)
 

4.2 Event Recording & Documentation

    Full procedure video recording for legal, training, and quality control

    Automatic sync to cloud or hospital server

    Encrypted tamper-proof logs
 

4.3 Remote Diagnosis & Pre-Triage

Doctors can:

    View patient status before arrival

    Provide instructions to paramedics

    Assign triage codes to prepare ER resources

This reduces treatment delays significantly.


5. Application Scenarios

 

1- Ambulance Emergency Response

    High-speed communication ensures immediate medical decision support.

2- Inter-Hospital Patient Transfer

  Continuous monitoring during transport reduces risk for critical cases.

3- Mobile Clinics & Field Hospitals

  Used for disaster relief, military operations, industrial accidents, etc.

4- Helicopter EMS (HEMS)

  Low-latency encoding ensures stable transmission in high-motion environments.


6. Benefits

 1- Faster treatment and improved patient survival rates

 2- Enhanced communication between ambulance teams and hospitals

 3- Reduced misdiagnosis and unnecessary procedures

 4- Better resource allocation in emergency departments

 5- Complete audiovisual evidence for training and quality assessment

 6- Scalable solution for nationwide EMS networks

Bridging Distances with Video Power

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