Flexible display is a display which is flexible in nature; differentiable from the more prevalent traditional flat screen displays used in most electronics devices. Companies like Samsung, Nokia, and even Apple have been working on flexible smartphone displays for a years.
Just think of what a bendable smartphone could do: curve with your body's movement so it sits more comfortably in a pocket; drop from a height and flex on impact, rather than shatter; pack into any number of compartments without having to triple-swath it in bubble wrap.
Flexible electronic devices may include flex-sensing components for sensing deformations of the flexible electronic device. Deformations of the flexible electronic device that are sensed by flex-sensing components may provide user input to the electronic device. For example, twisting a flexible electronic device may change the operating mode of the device, may be interpreted by the device as a command to an electronic gaming system, may turn the device on or off, etc.
Samsung Flexible Display Phone
Samsung showcased the world's first foldable AMOLED display at a private event during CES 2014. The 5.68-inches high resolution prototype is reportedly made of new plastic substrate, which allows displays to be extremely thin and flexible. In addition, Samsung has successfully implemented touchscreen functionality into its flexible display.
Samsung Gear F1 Wearable Phone With Flexible Screen
Created by Justin Tsui as a beautiful render, this model is a wearable phone with a flexible screen that can morph from phone to bracelet and viceversa. The designer claims that many wearables nowadays require phones to work and very few are independent. The Samsung Gear F1 concept solves that problem, since it's a full fledged phone, not just a smartwatch.
Gear F1 has a 4 inch HD flexible display and lets the user make calls, track his health data and play favourite games. The display can bend and snap to the end of a "base buckle", thus becoming a wrist phone. The UI changes from phone model to watch mode and involves an animated wallpaper. The device has a flexible and thin screen, that gets a concave shape, fitting the base buckle profile.
the Samsung flexile phone watch has a battery that's good enough for 5 days of normal usage and it also uses body heat charging technology. The product can take 6 feet drops and water easily.
Portal 6 Inch Flexible Screen Smartphone
Portal 6 inch smartphone, that uses a flexible screen and slides into a custom arm cradle. This means it takes up quite a bit of arm space, which is not something everyone digs. This is an Android powered tech sleeve, that offers 64 GB of storage, four cameras and the 6 inch flexible organic TFT display . The whole body can be wrapped up and stored into your backpack or purse.
Portal has Kevlar at the outside, comes with 2 GB of RAM, all the modern sensors, NFC, Bluetooth, LTE and wireless charging. Inside it there's a flexible 3200 mAh battery, plus the flexible bracelet phone is waterproof and shatterproof.
HTC 2 is a Dual Boot Flexible Screen Handset:
This is a dual boot device with a wrap around flexible screen, that allows it to open up and become a tablet..
Inside it we find a Snapdragon 800 CPU and ass you can see the handset is all screen. The CPU has a clock rate of 2.2 GHz and the device also comes with 4 GB of RAM, 32 GB of storage and a 41 megapixel Pureview camera. There's a 5 MP front camera and a 4000 mAh battery, that charges in 20 minutes.
R&D Core Presents the DRAS Phone:
The flexible touch display and a flexible display on a smartphone, it's usually either a curved side of the screen, or just a gently curving phone like the LG G Flex. The really curvable and foldable devices are yet to be seen on the market, but today we have a new contender in the segment. Coming from R&D Core the DRAS Phone concept truly makes use of flexible technologies.
As you can see, the device is segmented and leaves a spot for the flexible to happen, leading to an accordion style mechanism. DRAS stands for "Digital Resistive Area Sensing", that surpasses difficulties and limitations of capacitive touchscreens.
It offers improved spatial resolution and senses finger input force. The sensor can be scaled up for big screen TVs, laptops and big tablets. It can be placed behind a flexible display, without impacting its performance. The result is a truly flexible and rollable panel, with multitouch and finger force sensing.
Source : articlesbase.com
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