1. Tom Fantom Product Design (BSc)
Smart Key-ring
Tom Fantom
Product Design (BSc)

2. Inspiration
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

3. Record Your Life’s Journey
The device records your every step when activated.
It stores all photos and videos from any connected device.
Adds meaningful value by personalising the device.
Small, compact and easy to use.
Activated with finger print sensitive technology.
Gives the user the opportunity to pass on their information to the future, so others can follow in their footsteps.
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

4. Incorporating existing Technology
Google – Location History
Bluetooth
Apple – Tracking History
Finger print recognition
The benefits of this technology: being in a small compact key-ring:
Does everything for you once activated
Easy to activated
Stops the inconvenience of having to close and re-open applications on your mobile device.
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

5. 91% of people would pay extra for a personalised key ring.
55% of people only between 1 and 3 key rings.
64% of people like having functional key rings, these functions include:
Bottle opener
Store club cards
Bluetooth locators (when keys are lost)
USB stick
Primary Research
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

6. Original Concept
Images of previous models and CAD renderings used for development.
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

7. New Model Design. A variety of models for a better ergonomic key-ring.
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

8. Final Design.
A selection of CAD images and dimension arrows to show the final design of the key-ring at its size.
The black section of the key-ring is finger print sensitive. Placing your unique thumb print on top, will make the device sharply vibrate twice to alert the user that it is active.
When pressed again the device with vibrate once and for slightly longer so the user is aware when the device is deactivated.
75mm
25mm
15mm
A small curved section underneath for better ergonomic use.
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

9. The dock
The dock would be used to induction charge your key-ring, that would double up as a day to day key holder.
Shown is a small Red LED to indicate whether the key-ring is charging or Green LED to show fully charge key-ring
Multiple Docks can be connected via magnets in the side of the docks.
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

10. Materials Key-ring: Dock
Pressed aluminium body for light weight and smooth finish.
Induction battery and structural support on interior.
Thin, black tinted gorilla glass for top of key ring. This would be for the Capacitance finger print software to be fitter underneath. (Software used in some of the latest smart phones)
Dock
Solid Oak laminate body, can be easily shaped for manufacturing and remains strong for a long time.
Induction charging slot.
LED for charging indicator.
Strong magnetic strips
Smart Key-Ring
Tom J. Fantom
(BSc Product Design)

11. Exploded Views Exploded view key for Dock:
(As if viewed from the back)
Magnetic strips
Induction charger
Structural support
Motherboard
Power Store
Laminate Oak
Wiring
LED
Exploded view key for Key-Ring:
Internal Storage
Induction battery
Wiring
Structural support
Motherboard
Thumb print sensitive screen with capacitance software
Smart Key Ring
Tom J. Fantom
(BSc Product Design)

12. Bibliography Images: Information: Smart Key Ring Tom J. Fantom
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Bibliography
Information:
Smart Key Ring
Tom J. Fantom
(BSc Product Design)