Electromedical training system

Model: FT – EMT225b

This a healthcare practice equipment with loT technology.
Capable of analyzing minimum 11 types of biomedical signals and transmitting or receiving the data through Wi-Fi or Bluetooth.
The facility to monitor measured sensor values remotely from PC and Smart Phone through Hybrid Web.
Possible to learn about implementation and analysis of measurement algorithm based on principle of bio-signal.
Possible to measure of minimum 11 sensors such as ECG, EEG, EMG+HHI,
EOG, PCG, Respiration, NIBP, BT, SpO2, HR and Bio impedance.
Convenient to monitor measurement data using Min. 10.1 inch electrostatic touch LCD.
Each sensor module a rechargeable battery and can be linked with Wi-Fi and Bluetooth.
AVR MCU with Arduino applied to the sensor module and the receiving module for more various exercises.
The facility to provide SMS and e-mail service for specific sensor values by using alarm process and IFTTT.
Support interface linked with Android and Arduino for comprehensive application practice.
Support both on-board type and module type at the same time.

Description

Electromedical training system

List of Experiment:

Bio-signal Theory
Arduino Development Environment
GPIO
I-C Communication
UART Communication
Bluetooth Communication
A/D Converter
Theory and Measurement of ICG
Theory and Measurement of EOG
Theory and Measurement of IMG
Theory and Measurement of IEIG
Theory and Measurement of FCG
Theory and Measurement of HIH
Theory and Measurement of NIBP
Theory and Measurement of IT
Theory and Measurement of IR
Theory and Measurement of IR Pass and Band Stop Filters
Theory and Measurement of Respiration
Theory and Measurement of SbC2
Theory and Measurement of Bio-T impedance
Sensor Data Collecting with Raspberry Pi
Web Server Construction with Lightpd
Sensor Monitoring with Javascript
Altam Setting with FTTT

Hardware Specifications :

Display: Min. 10.1-inch Touch LCD, HDMI 1280×800 IPS
Touchscreen
Raspberry Pi 4 CPU: Broadcom BCM2711 1.5GHz Cortex-A72
quad-core
Bluetooth: V6.5.0
Element: 10/100 BaseT
Wi-Fi: 802.11n
Storage: Micro-SD
USB: USB 2.0 Zports, USB 3.0 Zports
HDMI: HDMI 2 * micro-HDMI
Software:
Raspberry pi: Raspthare Nov 2018,
Kermai: 4.14.98-v7+, GCC: 6.3.0
Server: Lighthyd: 1.4.45, PHP: 7.0.33-01-de0bd3
Data Collecting Part:

DAO Module:
MCL: ATMEGA2500
Memory: 256KB Flash
Bootloader: Arduino
Clock Speed: Up to 16MHz
Debug: SWD & USB
External ADC: 4ch

BLUETOOTH Module:
MCL: ATMEGA2500
Memory: 256KB Flash
Bootloader: Arduino
Clock Speed: Up to 16MHz
Debug: SWD & USB
Bluetooth: V2.0, UART 9600bps

ECG Signal Generating Part:
Biological Signal Generator Module:
Display: LCD
Button: SIM
Licence: N/A
ICCR Rate: 800PM
Amplitude: 1mW
Accuracy: +45%

Bio-Signal Measuring Part:
Controller Module:
MCL: ATMENA2560
Memory: 256KB Flash
Bootloader Arduino
Clock Speed: 10 to 16MHz
Debts: SWD & USB
Bluetooth: V2.0, UART 9600bps
Supply Voltage: 3.7v 500mAh Li-Poly Battery
EOG (Electro Outs/Graphy) Module:
Measurement Contents: PVC Conduction
Number of Electrodes: 3 Points
Measurement Range: 10mV ~ 30mV
Filter: Low-pass: 4.5Hz, High-pass: 0.5Hz
Supply Voltage: +5V

PCG (Photo CardioGram) Module:
Measurement Contents: Phonocardiogram
Measurement Sensor: Condenser Mie
Listening Method: Head-Phone
Filter: Low-pass: 100Hz, High-pass: 0.5Hz
Supply Voltage: +5V

EMG (Electro MyoGraphy) Module:
Measurement Contents: Electromyogram
Number of Electrodes: 3 Points
Gain: 10.350x
Differential Input Voltage: 2~5mV
Supply Voltage: +5V

Hill (Human-Human Interface) Module:
Measurement Contents: Human Interface
Number of Electrodes: 2 Points
Output Voltage: 220V, 15mA
Supply Voltage: 1.4Fb/g 3.6V Battery

ECG (Electro CardioGram) Module:
Measurement Contents: Electrocardiography
Measure Point: 3 Points
ADC Resolution: 24HBs
Sample rate (Max): 8kSPS
Input type: Differential, Single-linded
Supply Voltage: 3.3V

NHP (Non-Invasive Blood Pressure) Module:
Measurement Contents: Blood Pressure
Measurement Controls: Cell wearable
Measurement Range: False Rate: 40~200hpm, Systolic Pressure:
60~250mmHg.
Diastolic Pressure: 40–200mmHg
Supply Voltage: 5V, 12V

BT (Body Temperature) Module:
Measurement Contents: Body Temperature
Measure: Infra-Red Thermometer
Measurement Resolution: 0.02°C
Measure range: -40°C – +123°C
Power supply: 3.3V

SpO2 (Pulse Oximeter) Module:
Measurement Contents: Pulse oximeter
Measure: Optical biosensing
ADC Resolution: 226h

Heat rate monitor:
Power supply: 1.8V, 3.3V
Respiration Module:
Measurement Contents: Respiration
Measurement Point: 3Points
ADC Resolution: 24RBs
Sample rate (data): 8kSPS
Input type: Differential, Single-Haded
Power supply: 5V

Bio-Impedance Module:
Weight-scale measurement
Body composition measurement
Measure Points: 2Points
Measurement Range: 100Ohm – 1KOhm
Accuracy: ±1%
Frequency: Single Frequency(-60Hz)
Power supply: 5V

EEG (Electro Encephalofarm) Module:
Measurement Contents: Electroencephalogram
Number of Electrodes: 3 Points
Band width: 0.1–50Hz
Filter: Hi-pass (0.11Hz), Low-pass (50Hz), Noach (60Hz)
Measurement Range: 0.1–3.3V
Supply Voltage: 5V

Following accessories as standard:
Cable for Signal Measurement
Cuff for NIBP Measurement
Electronode
Headphone
Electronic Seethoscope
Power Cable
User Guide Book II/A
Platform DVD IEA


Accessories:

Single-phase power cord
4mm Banana Socket-1Set
User Manual

Others:

Brand: FaboTronix
Country of Origin: China, taiwan, japan.
Manufacturing: Assemble in Bangladesh
Training

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