Pseudo-Medical Monitor Hand-Held External Unit Design: Difference between revisions

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Created page with "File:JAC MED MON ENHANCED.jpg This Amazing, Affordable, Earth Changing Device, for which no endorsement is to be inferred, is designed as a collection of layers. == Ma..."
 
 
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[[File:JAC MED MON ENHANCED.jpg]]


This Amazing, Affordable, Earth Changing Device, for which no endorsement is to be inferred, is designed as a collection of layers.   
{|class="wikitable"
!colspan="4"| UNIT
|-
|Device
|Interactions
|Port Description
|Connection Diagram
|-
|[[File:JAC MED MON GRIP UNIT COMPLETE.jpg|left|thumbnail|x200px]]
Hand-Held Grip and Reflex Sensor
|
* Steady Hold
* Grip Strength
* User Response Switch
* Vibration Generation
|
{|class="wikitable"
!colspan="4"|Pin Mapping
|-
|Line #
|Device Signal
|Function
|-
|1
|3.3V
|Power
|-
|2
|GND
|Power
|-
|3
|MPU6050/ATTiny85 Token
|I2C-SDA
|-
|4
|MPU6050/ATTiny85 Token
|I2C-SCL
|-
|5
|MPU6050-INT
|GPIO
|-
|6
|Vibrating Motor I/O
|GPIO
|-
|7
|Momentary Push Button
|GPIO
|-
|8
|Grip Sensor
|Analog
|}
|[[File:JAC MED MON HANDHELD CONNECTION DIAGRAM.jpg|left|thumbnail|x200px]]
|}
 
This Amazing, Affordable, Earth Changing Device, for which no endorsement is to be inferred, is designed as a shot in the dark.   


== Main Unit Sensor Layer ==
== Hand-Held Grip and Reflex External Unit ==


=== Components ===
=== Components and Materials ===


{|class="wikitable"
{|class="wikitable"
!colspan="3"|General Components
!colspan="2"|Items
|-
|-
|Device
|Device
|Name
|Use
|Use
|-
|-
|
|
[[File:JAC MED MON MOMENTARY SWITCH PART.jpg|left|thumbnail|x200px]]
Momentary Switch
|
Provide user response
|-
|
[[File:JAC MED MON VIBRATING MOTOR PART.jpg|left|thumbnail|x200px]]
Vibrating Motor
|
Provide sensory input to user
|-
|
[[File:JAC MED MON ATTINY85 TOKEN BARE.jpg|left|thumbnail|x200px]]
ATTiny85 Token
|
Identify External Unit to Main Unit
|-
|
[[File:JAC_MED_MON_RJ45_SINGLE_BARE_PART.jpg|left|thumbnail|x200px]]
Single RJ45 Port
|
Connection to Main Unit
|-
|
[[File:JAC MED MON FOAM SHEET MATERIAL.jpg|left|thumbnail|x200px]]
Foam Sheet
|
Outer Cover
|-
|
[[File:JAC MED MON COPPER TAPE MATERIAL.jpg|left|thumbnail|x200px]]
Copper Tape
|
Conductive surface for Velostat sheet readings
|-
|
|
[[File:JAC_MED_MON_POLYCARBONATE_TUBE_PART.jpg|left|thumbnail|x200px]]
Polycarbonate Tube (Size/Length/Diameter/Thickness varied according to use)
|
|
Grip Structure
|}
|}


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{|class="wikitable"
{|class="wikitable"
!colspan="4"|Sensors
!colspan="3"|Sensors
|-
|-
|Device
|Device
|Name
|Description
|Description
|Interface
|Interface
|-
|-
|
|
[[File:JAC MED MON AMG8833.jpg|left|thumbnail]]
[[File:JAC MED MON MPU6050 PART.jpg|left|thumbnail|x200px]]
| MPU6050 6 DOF Micro Electro-Mechanical Systems (MEMS)
MPU6050 6 DOF Micro Electro-Mechanical Systems (MEMS)
| 3-axis Accelerometer and 3-axis Gyroscope
| 3-axis Accelerometer and 3-axis Gyroscope
| I2C Address 0x68 or 0x69
| I2C Address 0x68 or 0x69
|-
|-
|
[[File:JAC MED MON VELOSTAT MATERIAL.jpg|left|thumbnail|x200px]]
Velostat Pressure-Sensitive Conductive Sheet
| Resistance measurement between points
| Analog Voltage Output
|}
|}


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{|class="wikitable"
{|class="wikitable"
!colspan="2"|  
!colspan="3"|  
|-
|-
|Schematics
|Sub-Assembly
|Other
|Elements
|Schematic
|-
|-
|
[[File:JAC_MED_MON_HAND_HELD_UNIT_PCB.jpg|left|thumbnail|x200px]]
Hand Held Unit PCB
|
* MPU6050
* Vibrating Motor Circuit
* Velostat Wrap
* Copper Rings
* Momentary Switch
* ATTiny85 Token
|
[[File:JAC_MED_MON_HAND_HELD_SCHEMATIC_WHOLE.jpg|left|thumbnail|x200px]]
|}
|}


=== Assembly ===
=== Assembly ===


[[File:JAC MED MON PROTO SHIELD POPULATED.jpg|none]]
[[File:JAC_MED_MON_HAND_HELD_UNIT.jpg]]
 
----
 
== Build ==


[[File:JAC_MED_MON_HAND_HELD_EXPLODE_1.jpg]]
----
[[File:JAC_MED_MON_HAND_HELD_EXPLODE_2.jpg]]
----
[[File:JAC_MED_MON_HAND_HELD_EXPLODE_3.jpg]]
----
[[File:JAC_MED_MON_HAND_HELD_EXPLODE_4.jpg]]
----
----
[[File:JAC MED MON GRIP UNIT.jpg]]
== Return ==
[[Pseudo-Medical Monitor]]

Latest revision as of 23:54, 10 December 2021

UNIT
Device Interactions Port Description Connection Diagram

Hand-Held Grip and Reflex Sensor

  • Steady Hold
  • Grip Strength
  • User Response Switch
  • Vibration Generation
Pin Mapping
Line # Device Signal Function
1 3.3V Power
2 GND Power
3 MPU6050/ATTiny85 Token I2C-SDA
4 MPU6050/ATTiny85 Token I2C-SCL
5 MPU6050-INT GPIO
6 Vibrating Motor I/O GPIO
7 Momentary Push Button GPIO
8 Grip Sensor Analog

This Amazing, Affordable, Earth Changing Device, for which no endorsement is to be inferred, is designed as a shot in the dark.

Hand-Held Grip and Reflex External Unit

Components and Materials

Items
Device Use

Momentary Switch

Provide user response

Vibrating Motor

Provide sensory input to user

ATTiny85 Token

Identify External Unit to Main Unit

Single RJ45 Port

Connection to Main Unit

Foam Sheet

Outer Cover

Copper Tape

Conductive surface for Velostat sheet readings

Polycarbonate Tube (Size/Length/Diameter/Thickness varied according to use)

Grip Structure

Sensors

Sensors
Device Description Interface

MPU6050 6 DOF Micro Electro-Mechanical Systems (MEMS)

3-axis Accelerometer and 3-axis Gyroscope I2C Address 0x68 or 0x69

Velostat Pressure-Sensitive Conductive Sheet

Resistance measurement between points Analog Voltage Output

Wiring

Sub-Assembly Elements Schematic

Hand Held Unit PCB

  • MPU6050
  • Vibrating Motor Circuit
  • Velostat Wrap
  • Copper Rings
  • Momentary Switch
  • ATTiny85 Token

Assembly

Build

Return

Pseudo-Medical Monitor
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