Sentences with phrase «using flexible displays»

The possibilities of using flexible displays are endless and one...

The company has shifted its business model away from marketing e-readers that use their flexible display technology and instead will license it to other companies.

They say that it uses a flexible display and it is indeed malleable, to a very small degree.

However, «the display may use a flexible display in the future if there is significant interest in large, rugged (plastic backplane - based) ePaper displays,» said a representative.

Interestingly, current rumors suggest that the Gear won't use a flexible display (as had been previously suggested) and will in fact use Samsung's own app store to get apps onto the device rather than the standard Google Play store.

It is expected that Apple will release the new iPhone model using the flexible display in the coming year.

Not exact matches

Case in point: In April, Samsung Electronics, working with South Korea's Sungkyunkwan University, announced a graphene synthesis method that promises to speed the material's commercialization, touting its potential for use in flexible displays and other cutting - edge products.

Flexible electronics technology is already being used in such products as flexible, super-thin and durable LCD display screens, which can be written on with either a stylus or finger and then erased with the touch of aFlexible electronics technology is already being used in such products as flexible, super-thin and durable LCD display screens, which can be written on with either a stylus or finger and then erased with the touch of aflexible, super-thin and durable LCD display screens, which can be written on with either a stylus or finger and then erased with the touch of a button.

The packages featured in the Achievement Awards section are displayed by award level (Highest Achievement, Gold and Silver) and exemplify innovative enhancements in the following categories: extending the use of flexible packaging; packaging excellence; printing achievement and shelf impact; technical innovation; and sustainability and environmental achievement.

The parent unit has an easy - to - read LCD display showing the room temperature, a sound level indicator and a rechargeable docking station for flexible and portable use.

Because this material will stretch to match any distortions, a flexible substrate, such as a plastic, can be used to make the backing material of the display.

In addition, it may be used as an advanced substrate and for encapsulation of oxygen - sensitive organic electronics in flexible displays.

Its general manager, Bas Van Rens, says the flexible displays are far more advanced than other bendy screens in terms of size, resolution and the complexity of the organic electronics used.

Flexible displays could also be used to create new mobile phones and other easily collapsible gadgets.

«The use of [PVDF - TrFE] capping layers will be greatly beneficial to the adoption of single - walled carbon nanotube circuits in printed electronics and flexible display applications.»

Highly flexible organic light - emitting diode display was demonstrated using MoS2 TFTs as an active - matrix backplane.

Researchers have created a new graphene - based flexible LED display prototype (not pictured) that is incredibly thin and bright and could be used in next - gen mobile phones, tablets and TVs (Image: Shutterstock)

Thomas Swan's commercial manager, Andy Goodwin, mentions flexible, low - cost electronic displays; graphene flakes have also been suggested for use in desalination plants and even condoms.

The trio, all associated with the legendary Aardman Animations, display a handful of actual models used in the movie, one of them cross-sectioned to reveal its flexible, metal skeleton.

Resources include: Flash Cards for display and matching pairs activity (inc word document so that you can edit) Matching vocab and picture worksheet Fill in the correct transport worksheet Transport wordsearch Transport «Squares Game» Lesson Plan The objectives of this lesson are: By the end of the session most children will: • Be learning to use «I go by... (train, bus etc) • Be able identify some words for various forms of transport • Start to answer questions in French about different types of transport The planning is fairly flexible you can spend longer on some parts than others, do activities as a whole class or print multiple resources and work as smaller groups - whatever works for your group of children!

Resources include: Flash Cards for display and matching pairs activity (inc word document so that you can edit) Matching vocab and picture worksheet Filling in the missing menu items worksheet Food wordsearch Lesson Plan The objectives of this lesson are: By the end of the session most children will: • Be learning to use «I would like» • Answer what would you like with a food item in French • begin to learn a range of foods The planning is fairly flexible you can spend longer on some parts than others, do activities as a whole class or print multiple resources and work as smaller groups - whatever works for your group of children!

The students built display boards to present different aspects of personalized learning, including flexible seating, growth mindset, Friday choices, the adaptive edtech programs they use.

Flexible displays could also be used to create new mobile phones and other easily collapsible gadgets.

Young says one company, Plastic Logic Ltd., is making large flexible displays using E Ink materials: «They can make a 10 - to -12-in.

Its general manager, Bas Van Rens, says the flexible displays are far more advanced than other bendy screens in terms of size, resolution and the complexity of the organic electronics used.

A few months ago, FlexEnable and Chunghwa Picture Tube (CPT) demonstrated a full - color flexible AMOLED display that uses FlexEnable's OTFT backplane.

FlexEnable and Chunghwa Picture Tube (CPT) demonstrate an OTFT full - color flexible AMOLED display manufactured by using FlexEnable's low - temperature process and CPT's RGB OLED technology.

The Digital Paper boasts a flexible e-Ink display with both optical and active digitizer touchscreens, so owners can fiddle with the device using their fingers but also an active stylus.

The prototype display uses a new polyamide film at the back instead of the usual plastic to make it thinner and, in turn, more flexible.

Researchers from Yonsei University managed to use a graphene - like 2D material called Molybdenum Disulfide (MoS2) to create a transistor that can drive flexible OLED displays.

More than two dozen manufacturers already make OLED Smartphones, and the new Full Screen Display design using a flexible OLED will be the new Flagship for all the upcoming future Top Tier Smartphones.

They are made on a flexible plastic substrate, so they can be used to make curved displays.

This device is using plastic flexible display.

is similar, but its OLED display is made using a new flexible plastic substrate, so that it can bend around on both sides of the phone to provide two new curved display areas that can be viewed from both the front or the sides, and also when the phone is placed face down.

FLEx technologies use an ultra-thin, flexible light guide that can be placed at the front of a reflective display stack.

The flex AMOLED display was made using Plastic Logic's truly flexible oTFT backplane technology, combined with Novaled's OLED frontplane materials.

Canada's Queen's University, Intel, and Plastic Logic have created a flexible paper - like tablet using Plastic Logic's 10.7» display and Intel's Core i5 processors.

The new CoverReader will use Plastic Logic's flexible EPD product; the 4.8» display will be manufactured in the company's Dresden facility.

Kolon's CPI technology is built using a patented, high - heat - resistant material with the potential to revolutionize flexible displays, organic light - emitting diodes (OLEDs), consumer devices and other transparent flexible electronics.

The first ebook reader to hit the market using this new flexible screen display is the Wexler Flex One.

This is not the first flexible ePaper display Sony's showcased, the company prototyping a while ago 4.8 - inch e-paper device with organic TFTs (thin - film transistors) that use the «PXX,» an organic semiconductor material stable to oxygen, moisture and light.

The Adam is an Android based 10.1 - inch slate using Pixel Qi «s 3qi display technology for indoor and outdoor use; based on NVIDIA's Tegra 2 chipset — itself a source of delay rumors — it promises to be an arguably more flexible alternative to Apple's iPad while supporting 1080p HD video and longer battery life.

New flexible display technology from Plastic Logic promises good things, too, however the main problem remains not how to display text, rather it is how to link different versions of the same text together for use across devices, because what we call «books» today are now available in many different contexts and interfaces.

The result, a flexible, transmissive backplane, represents a significant breakthrough in the manufacture of new large area image sensors and demonstrates the potential use of Plastic Logic's unique flexible transistor technology beyond plastic displays.

The active matrix displays have a glass based backplane whereas the SURF and Ink - In - Motion displays use flexible backplanes.

Now, following this collaboration, Plastic Logic demonstrated the world's first flexible display that uses a graphene backplane.

Plastic Logic has developed a flexible plastic display technology using organic thin film transistors (OTFT).

A couple of days ago we reported that Android Authority reviewed LG V30's display, which uses LGD's flexible P - OLED panels, with very positive results - saying that LGD's mobile OLEDs are highly competitive with Samsung's latest Super AMOLED displays.

Corning announced that Samsung Display is using the company's Lotus NXT glass as the carrier glass in its latest flexible OLED panels, including those that are used in the Galaxy S8 and S8 + smartphones.

Unlike typical glass silicon displays, the flexible plastic substrates used in the reader allow the device to be both thinner, lighter and rugged.