Poster+Info+-+Arjun

FINAL PHONE COMPONENT:

(Front Display)
 * Universal User Interface
 * Durable/Cost Efficient Materials

(Back Display)
 * Electrical/Solar Powered Charging Utilities
 * SIM Card Compatibility
 * Pay As You Go Model + Currency Transferring Service

(Wires)

USER INTERFACE DIAGRAM:

(External User Interface Template)
 * **Other 90% is not textbook user group, variations by regions/communities/cultures**
 * **Interchangeable and detachable user interface templates**
 * **Facilitates varying language preferences**
 * **[Preferred language determined before shipment so appropriate template included in packaging]**
 * **Enlarged numerical symbols printed upon braille keypad for visually impaired users**
 * **Printed User Manual included, selected language dictates language of user manual**
 * **Manual outlines functions of Internal User Interface**

(Internal User Interface, Screen shot)


 * Navigation of functions via keypad facilitates: the making/receiving of phone calls, managing voice mail utility, operating currency transferring service, operating digital clock, calendar, unit converter, calculator, alarm clock, stop watch
 * **Pre-recorded audio instructions included**
 * **Recites contents of manual for visually impaired/illiterate**
 * **Keypad used to select preferred language of audio instructions**

PHYSICAL CONSTRUCTION DIAGRAM:

(X-ray breakdown of phone‘s skeleton, backside opening)
 * **Kevlar frame with carbon fiber casing & Bakelite plastic filling**
 * **[combination of materials = structural integrity]**
 * Rectangular shape with rounded edges
 * Ideal for carrying on person for prolonged period
 * **Built-in carbon fiber belt clip/key ring**
 * Facilitates secure fastening of device to another object
 * **Bottom half of backside slides downward, exposing 3.7V Lithium Ion battery & SIM card**
 * **Entire back of mobile phone is 3.5” x 2.5” polycrystalline solar panel Black with yellow stripes**
 * **Color contrast increases device’s visibility in scenarios with low lighting**
 * **Cost efficient materials make device easier to replace than repair, ideal for remote areas**
 * Physically durable, ideal where environmental obstacles increase the risk of damage
 * Temperature resistant and light weight, ideal for scenarios involving prolonged mobility

ENERGY DIAGRAM:

(Electrical Charging Component)


 * Device provided with removable 3.7V Lithium Ion battery, contained internally within device
 * Compatible electrical charging wires determined prior to shipping

(Solar Panel)


 * Built-in 3.5” x 2.5” monocrystalline solar panel included for storable energy
 * Pure silicon crystals provide highest energy output
 * Compensates for minimized dimensions of panel

SERVICE PLAN DIAGRAM:


 * ‘Pay as You Go’ payment model
 * Ideal for varying user groups with fluctuating communication needs
 * Enables user flexibility based upon financial variables and device utilization
 * No cyclical billing, overcharging, wastage of unused minutes or contractual obligations
 * SIM Card provided, allowing for users to change devices without losing stored information
 * Currency Transferring Service enables users to send/receive monetary values via device

Sources: http://composite.about.com/od/aboutcompositesplastics/l/aa050597.htm - Kevlar http://www.diseno-art.com/tutorials/carbon_fiber.html - Carbon Fiber http://www.britannica.com/EBchecked/topic/49449/Bakelite - Bakelite http://www.travel-images.com/electric-plugs.html - Plugs http://www.freesunpower.com/solarpanels.php - Solar Energy [] - Solar Power [] - Cell Tower