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Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

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Page 1: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Design principles for accommodating individu-als

with reduced muscle strength

Life Enhancing Technology LabSeoul National University

2014.2.4

Page 2: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Introduction

About 100 materials

15 Categories40 materials

Gather raw data

Selecting material and Sorting with

KJ method

Data will be regulary up-dated

Page 3: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 1 ) Add-on(s)Add extra component(s) to use easily

Add-on makes person squeeze toothpaste easily

Add-on makes person spread jam on bread easily

Page 4: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 1 ) Add-on(s)Add extra component(s) to use easily

Add-on helps person to wear a pair of stock-ings

Add-on helps person to use chopsticks easily

Page 5: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 1’ ) Add-on(s) to body parts

Add-on(s) to body part to support weak muscle

Add-on helps person to use spoon easily

Patch can helps person to use muscle easily

Page 6: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 1’ ) Add-on(s) to body parts

Add-on(s) to body part to support weak muscle

Apparatus helps person to move arm

Equipment helps person to walk

Page 7: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 1’ ) Add-on(s) to body parts

Add-on(s) to body part to support weak muscle

A device helps person to use mouse

A device makes person to use hand easily

Page 8: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 2 ) Touch system/buttonUse touch system to support action

Use button to use easily

Each touch button has different command

Just touch faucet to turn on/off the water

Page 9: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 2 ) Touch system/buttonUse touch system to support action

Use button to use easily

Push button to turn on/off the water

Push button to turn on/off the water

Page 10: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 3 ) Remote controlUse mechanical system operated by remote control

Use remote control to open the door instead of door handle

Remote system helps person to go down

Page 11: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 3 ) Remote controlUse mechanical system operated by remote control

Use remote control to open the door

Page 12: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 4 ) VoiceOperate device(s) using voice

A device converts voice to on/off signal

Page 13: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 5 ) EEG / EMGOperate devices by brain wave or electromyogram

Tablet PC which is operated by brain wave (not developed yet)

A device analyzes brain wave and command equipment

Page 14: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 5 ) EEG / EMGOperate devices by brain wave or electromyogram

Arm band that can analyze EMG and give signal

EMG on foot

Page 15: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 6 ) ChemicalsUse chemicals to use easily

A bottle which is treated with chemicals coating help contents to be spilt easily

Page 16: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 7 ) Being fixed Fix the body part(s) to support muscle

Waist is fixed by compression bandage

A woman wears a cast to support her neck

Page 17: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 8 ) Other body parts Operate devices by using other body parts

A faucet with pedal

Page 18: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 9 ) Exoskeleton machineAttach exoskeleton machine to body to give extra power

Machine gives person extra hand power

Machine gives person extra arm power

Page 19: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 10 ) BlowingOperate devices by blowing

A device converts blowing to command sig-nal

Page 20: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 11 ) Eyeball movementOperated by eyeball movement

A device analyzes eyeball movement and move mouse point

Page 21: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 12 ) Push / pull motionUse push/pull motion

Make works simple

Opener using pull motion

A device which dehydrates vegetable using push motion

Page 22: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 13 ) InsertionInsert component to body to use easily

A cord with hole

A pen with opening

Page 23: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 13 ) InsertionInsert component to body to use easily

Scissors with big holes

A bottle with holes which is comfortable to use

Page 24: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 14 ) RotationOperate devices by rotating

Rotating switch in sink

Rotating switch is easy to turn on/off the wa-ter

Page 25: Design principles for accommodating individuals with reduced muscle strength Life Enhancing Technology Lab Seoul National University 2014.2.4

Principle 15 ) FrameSupport person using frame

Frame helps person to stand

Frame helps person to walk easily