Shade Technologies – Prototype I Final Report: Motorized Wheelchair Canopy using arduino




Introduction

Our Motorized Wheelchair Canopy intends to help those people with disabilities that confine them to their motorized wheelchairs and need shelter at times of inclement weather, such as rain or extreme heat. Although manual wheelchair canopies do exist, no type of motorized wheelchair canopy currently exists in today’s market for purchase. People with disabilities that confine them to their motorized wheelchairs often have difficulties deploying a manual wheelchair canopy when needed, and express interest in purchasing motorized wheelchair canopies to improve their quality of living. Our Motorized Wheelchair Canopy intends to address these difficulties.

Shade Technologies – Prototype I Final Report




Our Motorized Wheelchair Canopy will consist of a motorized wheelchair canopy connected to a corresponding control mounted onto a motorized wheelchair. Our particular device will use a rocker switch control to obtain input from user to control direction and magnitude of extension/retraction of the motorized canopy and will use a battery to power the motorized canopy.

Materials Used for Motorized Wheelchair Canopy Prototype I

  • 1 Arduino Uno
  • 1 Adafruit Motor Shield
  • 1 solderless breadboard
  • 1 4-pin push button
  • 1 6-pin 2-position switch
  • 2 1kΩ resistor
  • 1 24V DC gear motor
  • Various connector electrical wires
  • 2 4.9″ turntable wheels
  • 2 1 1/4″ plate staples
  • 4 10-24 3/4″ combination-head bolts
  • 1 10-24 2″ combination-head bolt
  • 6 10-24 nuts
  • 6 10-24 washers
  • 2 5/16″ screw eyes
  • Various 1/2″ wood pieces
  • Various wood screws and nails
  • Wood glue
  • 1 12V DC power supply

Shade Technologies – Prototype I Final Report

Description

Our Motorized Wheelchair Canopy Prototype I shows basic functionality of a simulated wheelchair canopy (attaching metal arcs to a prototype base simulates a canopy attached to a motorized wheelchair). Our user controls (4-pin push button and 6-pin 2-position switch) connected to our Arduino Uno programmed with appropriate code allows the user to control direction and magnitude of extension/retraction of the simulated wheelchair canopy. Using user controls, user will be able to rotate one metal arc, while other metal arc stays stationary. Detailed steps below show the progression of this Motorized Wheelchair Canopy Prototype I.

 

For more detail: Shade Technologies – Prototype I Final Report: Motorized Wheelchair Canopy




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