Pseudo-Medical Monitor Poly-Liar External Unit Design

UNIT
Device	Interactions	Port Description	Connection Diagram
Poly-Liar Unit	Galvanic Skin Response Sensor Heart Beat Detection Sensor Respiration Detection Sensor Skin Temperature Sensor	Pin Mapping Line # Device Signal Function 1 3.3V Power 2 GND Power 3 Tone Controller I2C-SDA 4 Tone Controller I2C-SCL 5 Respiration Detection Analog 6 Skin Temperature Analog 7 Pulse Detection Analog 8 GSR Signal Analog

This Amazing, Affordable, Earth Changing Device, for which no endorsement is to be inferred, is designed in conflict.

Tracking Goggles External Unit

Components and Materials

Items
Device	Use
ATTiny85 Tone Token	Provide audio signal to user and external unit id to main device
	Breathing Sensor Type B component
Breathing Sensor Type B	Breathing Sensor Type B component
thunmbnail RJ45 Port	Provides connectivity to Main Unit
Cabling	Electrical wiring and as inner telescoping tube in chest band assembly
Flexible Tubing	Chest band assembly as exterior telescoping tube to set tightness for breathing sensor
Copper Tape	Conductive contact with skin
Foam Sheet	Flexible finger wraps
Project Box (variants)	Enclosure for control box

Sensor

Items
Device	Description	Interface
	TMP36 Voltage Output Temperature Sensors	Analog Voltage Output
	IR Pulse Detector	Analog Voltage Output
TCRT5000	IR Reflectance Sensor	Analog Voltage Output
	GSR Circuit	Analog Voltage Output

Wiring

Sub-Assembly	Elements	Schematic
Galvanic skin Response Sensor	TL074 Op-Amp
	Tone I2C Controller	ATTINY85 Piezo Speaker Local Reset Button
	ATTiny85 Tone Token Breathing Sensor Type B Skin Temperature Sensor Pulse Detector Sensor Galvanic skin Response Sensor

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Pseudo-Medical Monitor