Aids to Daily Living/ Prostheses Flashcards
(37 cards)
Home Automation Devices
- EADLs
- low and high tech
- support occupations in the home
- think of the video with the veteran with the decked out house
EADL stands for
Electronic Aid to Daily Living
Environmental Control Units
- may control devices and appliances remotely
- may operate on momentary, timed, or latch command
Parts of the System
- input device
- – human and tech interface
- control unit processor
- appliance
Control/Unit Processors
- Input: direct or indirect
- Output:
- – Infrared
- — X-10
- — Radio frequency (Bluetooth)
- — Wifi
- Portable or tethered
- Provide Feedback
- Some have EADL built in (power w/c with eye gaze tech)
Infrared Remote
- learnable from another remote
- performs single switch scanning
- does 6 functions (so >1, but not many)
Infrared + X-10: Quartet All in One System
- learns IR signals
- can use voice or switch activation (but voice is really old tech)
- operates X-10 devices
- with programming and equipment, can operate tv, bed, phone, lights, etc automatic environmental devices
Infrared + X-10: Voice ME
- voice activated infrared control
- completely hands free: uses custom keyboard
- accommodates up to 4 users
- can add X-10 interface
- plugs into wall (no dealing with rechargeable batteries)
- provides auditory confirmation so you know you clicked what you meant to
How X-10 works?
- control unit that sends on/off signals across house wiring
- ex: light switch
- receives signal to open or close the circuit
X-10
- Uses electrical wiring in a home to send signals to appliance from control unit
- – Turns appliance on/off by “plugging and unplugging” at the outlet
- “Easy” to set up
- Individual pieces are inexpensive: Can purchase lamp and appliance modules at Radio Shack, Amazon.com
- Ex: i think a light timer that plugs into the outlet is another example
X-10 Wireless
- set house codes
- signal strength within 100 ft of base
- makes control portable
- Con: modern tech devices interfere with x-10 (bluetooth, wifi)
Insteon
- similar to X-10, but uses home wiring and radio frequency
- more sophisticated: key pads, installable outlets, motion detectors, cameras, mobile phone control
Feedback from Control Units
- provides knowledge of results
- auditory: tone, voice input
- visual: display
Controlling one device vs multiple devices
- for emergencies, useful to have just one button for one function - you aren’t freezing in the cold while you find the button to open the door
Artificial Intelligence
- Amazon Echo/Dot
- – must have internet connection
- – speech recognition
- – no training required
- Home automation apps gaining popularity
- – control lights with iphone
- – use wifi or x-10
Funding for EADLs
- medical insurance requires it to be a medical necessity
- MassHealth requires use of vendor for processing and purchase - no registered vendors in MA!
- VA, Fundraisers/Foundations
- Independent living programs
Cognitive Aids for Daily Living
- PDAs/Ipods for workers with ASD
- for compensatory strategies
- mainstream tech can be useful and tailored to fit individual’s needs
- mainstream tech is lower cost and looks more normal
- Digital Divide: those with disabilities have less access to mainstream devices
Definitions:
- Prosthesis
- Prosthetic
- Prosthetics
- Prosthetist
- noun, the artificial component/device replacing the missing limb
- adjective
- noun, the art and science of making and fitting replacements for missing limbs
- noun, allied health professional responsible for making and fitting the replacement limbs
Components of a Prosthetic
- Socket
- Suspension
- Control Mechanism
Socket
- the immediate connection between the residual limb and the prosthesis
- Interface: silicone, gel liners, flexible, acrylic, socks
- Socks: primary usage is socket volume management (put on extra socks or remove if limb swells)
- – accommodate limb maturation, variable limb volume
- – act as cushion barrier for comfort
Suspension (part of prosthesis)
- how you get the limb to stay attached to you/not fall off
- anatomical/self-suspending
- harnessing
- suction
- pin/lock
Control Mechanism for Prosthesis
- Passive/oppositional
- Body Powered
- Myoelectric
- Hybrid
Passive/Oppositional Control Mechanism for Prosthesis
- Fingers
- passive function, light weight
- can be high def in appearance
- silicone restoration: digits back to original length
- Silicone fingers acts of oppositional post for the other fingers to grasp object (puts less strain on rest of hand)
- Limb protection: retains warmth to limb, cushioned absorber of impact on distal end and sensitive areas of skin, protect from callusing, reduce wear and tear of skin
- Increase confidence - cosmetic appearance
- Adjustable finger positioning - can bend finger for tasks (typing)
Body Powered Control Mechanism for Prosthesis
- Hooks
- Harness around triceps and shoulders, a cable connects harness and hook
- moving the residual arm forward causes the cable to pull back, opening the hook, moving the arm close to the body again relaxes the cable, closing the hook
- requires strength and ROM
- can be heavy duty