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The Roll-top concept combines a laptop, monitor, and graphic tablet into one device without needing additional accessories. It has a 17-inch flexible OLED touchscreen that can be rolled up into the base, transforming between a 13-inch laptop and 17-inch monitor. This all-in-one design integrates the power supply, speakers, and other components without extra items to carry. The Roll-top aims to provide the functions of multiple devices in a single compact, portable product utilizing new flexible display technologies.
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Roll laptop
Rolltop is a portable computer concept proposed by Mohanad al-Safadi that consists of a monitor and keyboard that roll together into a compact form. Key components include the monitor and keyboard, power supply, pen screen, and control buttons. It is designed to be very light to carry and easier to use than a laptop while maintaining similar functionality.
Rolltop Laptop
The document describes a concept called the Rolltop laptop. The Rolltop was developed by Orkin Design and combines the features of a laptop, monitor, and graphics tablet into a single device. It has a flexible OLED display that rolls up around a central tower. When unrolled, the 13-inch display can be used as a laptop screen. Alternatively, the screen can be detached and used as a 17-inch monitor or graphics tablet. The Rolltop aims to provide the functionality of multiple devices in a compact, all-in-one form factor.
Roll top-laptop
The document describes the Rolltop laptop concept designed by Evgeny Orkin. The Rolltop uses a flexible OLED display that can roll up into a compact cylinder for portability and unroll into different formats, including a 13-inch laptop, 17-inch tablet, or standalone display monitor. It aims to combine the functions of a laptop, tablet, and external monitor into a single portable device using advances in flexible display technology. The concept has received interest but would require further development to address technical challenges before being realized as a commercial product.
Rolltop laptop
The document describes a proposed "rolltop laptop" concept. The rolltop laptop would combine elements of a laptop, monitor, and graphic tablet into a single portable device. It would have a rollable screen that could be used either fully unrolled as a tablet or bent at a 90 degree angle for use as a laptop screen. This would provide the advantages of an all-in-one portable device that is flexible, energy efficient, and allows both touchscreen and keyboard input. The main goal of the rolltop laptop design was to avoid the need for additional accessories by integrating multiple functions into one gadget.
Rolltops
The document describes the Rolltop laptop concept, which uses a flexible OLED display screen that can be rolled up around a central column. The screen detaches from the column and can be used as a 17-inch tablet, notebook computer by raising one end of the screen, or desktop monitor. The central column contains components like speakers, ports and batteries. It allows the laptop to be portable by rolling up the screen around the column and carrying it like a purse. The Rolltop offers benefits like flexibility in usage modes, efficient cooling and portability over traditional laptops.
Roll Laptop
Roll Laptop presentation presented by Khan Kashifa, Kazi Tanveen, Khan Fatima and Khan Faimin from M. H. Saboo Siddik Polytechnic
Jean
The Rolltop is a flexible laptop designed by Evgeny Orkin that folds into a compact tablet using a flexible OLED display capable of multitouch. When unfolded, the Rolltop becomes a 17-inch laptop with ports for power and USB, and it can also be folded up into a 13-inch tablet, providing a versatile all-in-one gadget in a compact package.
Roll Top
The Rolltop is a new mini-notebook with a 13-inch screen that transforms into a graphics tablet with a 17-inch screen, making it easy to carry around. It contains all computer programs and utilities like a responsive pen, power supply, and carrying belt integrated into one portable, all-in-one tool for learning. While small and lightweight with a pen, handle, and ability to roll like an iPad, some drawbacks are its small size, potential for breaking from rolling, slow internet, and many accompanying wires.
Recommended
Roll laptop
Rolltop is a portable computer concept proposed by Mohanad al-Safadi that consists of a monitor and keyboard that roll together into a compact form. Key components include the monitor and keyboard, power supply, pen screen, and control buttons. It is designed to be very light to carry and easier to use than a laptop while maintaining similar functionality.
Rolltop Laptop
The document describes a concept called the Rolltop laptop. The Rolltop was developed by Orkin Design and combines the features of a laptop, monitor, and graphics tablet into a single device. It has a flexible OLED display that rolls up around a central tower. When unrolled, the 13-inch display can be used as a laptop screen. Alternatively, the screen can be detached and used as a 17-inch monitor or graphics tablet. The Rolltop aims to provide the functionality of multiple devices in a compact, all-in-one form factor.
Roll top-laptop
The document describes the Rolltop laptop concept designed by Evgeny Orkin. The Rolltop uses a flexible OLED display that can roll up into a compact cylinder for portability and unroll into different formats, including a 13-inch laptop, 17-inch tablet, or standalone display monitor. It aims to combine the functions of a laptop, tablet, and external monitor into a single portable device using advances in flexible display technology. The concept has received interest but would require further development to address technical challenges before being realized as a commercial product.
Rolltop laptop
The document describes a proposed "rolltop laptop" concept. The rolltop laptop would combine elements of a laptop, monitor, and graphic tablet into a single portable device. It would have a rollable screen that could be used either fully unrolled as a tablet or bent at a 90 degree angle for use as a laptop screen. This would provide the advantages of an all-in-one portable device that is flexible, energy efficient, and allows both touchscreen and keyboard input. The main goal of the rolltop laptop design was to avoid the need for additional accessories by integrating multiple functions into one gadget.
Rolltops
The document describes the Rolltop laptop concept, which uses a flexible OLED display screen that can be rolled up around a central column. The screen detaches from the column and can be used as a 17-inch tablet, notebook computer by raising one end of the screen, or desktop monitor. The central column contains components like speakers, ports and batteries. It allows the laptop to be portable by rolling up the screen around the column and carrying it like a purse. The Rolltop offers benefits like flexibility in usage modes, efficient cooling and portability over traditional laptops.
Roll Laptop
Roll Laptop presentation presented by Khan Kashifa, Kazi Tanveen, Khan Fatima and Khan Faimin from M. H. Saboo Siddik Polytechnic
Jean
The Rolltop is a flexible laptop designed by Evgeny Orkin that folds into a compact tablet using a flexible OLED display capable of multitouch. When unfolded, the Rolltop becomes a 17-inch laptop with ports for power and USB, and it can also be folded up into a 13-inch tablet, providing a versatile all-in-one gadget in a compact package.
Roll Top
The Rolltop is a new mini-notebook with a 13-inch screen that transforms into a graphics tablet with a 17-inch screen, making it easy to carry around. It contains all computer programs and utilities like a responsive pen, power supply, and carrying belt integrated into one portable, all-in-one tool for learning. While small and lightweight with a pen, handle, and ability to roll like an iPad, some drawbacks are its small size, potential for breaking from rolling, slow internet, and many accompanying wires.
Rolltop
The Rolltop laptop concept designed by Evgeny Orkin combines a laptop, monitor, and graphics tablet into a single device with a flexible OLED display. The display can unroll from a compact rolled-up size into a 13-inch laptop screen or a 17-inch monitor. It aims to provide an all-in-one portable device without the need for additional accessories by integrating components like speakers, ports, and a power supply into the core of the device. Orkin believes flexible OLED technology makes this concept feasible and hopes it will appeal to students, travelers, and home users if produced by a major manufacturer.
Rolltop
The Rolltop is a device developed by Orkin Design that combines the functions of a laptop, monitor, and graphics tablet into a single device. It features a flexible OLED screen that can roll up into a compact cylinder for portability, but also unroll to a 17-inch flat screen for use as a monitor. The Rolltop aims to eliminate the need for additional accessories by integrating these functions into one portable gadget.
1360894 634673659822288750
The document describes the Rolltop, a laptop with a flexible OLED screen that rolls up into a cylindrical tower for easy carrying. The Rolltop has a 13-inch screen when unrolled as a laptop and can expand to 17 inches when used as a monitor. It combines the functionality of a laptop, monitor, and graphics tablet into a single compact all-in-one device by integrating the power supply, speakers, laptop bag, and mouse into the cylindrical tower.
Roll nf
This document is a bona fide certificate for a seminar report on the "RollTop Laptop" presented by Mr. Mohamed Saleel. It certifies that the work reported was carried out under supervision and does not duplicate any other work. The abstract summarizes the RollTop Laptop concept as a flexible display notebook that unfurls into a portable computer, incorporating latest technology and ergonomic design into an all-in-one gadget without the need for a laptop bag. The document also includes an acknowledgements section and table of contents.
Rolltop
The document describes the Rolltop, a portable laptop concept with a flexible OLED display screen that can roll up. It has a 17-inch multi-touch screen that can function as a laptop with a slide-out keyboard or as a monitor. When rolled up, it is compact like a notebook. The Rolltop combines the functions of a laptop, monitor, and graphics tablet in one device and includes features like a detachable webcam and wireless mouse. It provides benefits like portability, energy efficiency, and a versatile all-in-one design.
Roll top the future of laptops
The document discusses the evolution of technology from simple tools to modern gadgets. It describes how early humans used tools and mastered fire, and how later inventions like the printing press facilitated the spread of ideas. By the mid-20th century, humans had achieved mastery of technology allowing them to explore space. Modern gadgets like the world's smallest CPU are highly portable and user-friendly due to technologies like OLED displays, which are flexible, unbreakable and transparent semiconductors that emit light. The Rolltop concept combines the functionality of a laptop and graphics tablet in a lightweight portable device.
Rolltop
The document discusses the Roll top laptop, which has a flexible screen that can roll up on a cylindrical core. It aims to combine a laptop, monitor, and graphic tablet into a single portable device without additional accessories. Some advantages are that it is all-in-one, energy efficient, and flexible. However, it may lack a CD/DVD drive or floppy disk drive since those are becoming obsolete, have slow internet speeds, and could break during the rolling process. The overall goal was to lead to an extreme in portable computing and reunite dreams of notebooks and tablets into a single device.
Customised laptop project
Customisable Laptops
Most of the laptop users like to use customizable laptops, without getting their proper confguration they are going for available best one high end configuration laptop.Most of the Laptops launched in the market are 13inch to 15 inch, these laptops are preferred by either Office staff or Software Engineers who fiönd
easy to carry from home to Work
As the Gaming industry is advancing very fast,Electronic Entertainment industry is advancing further, even though high end customers are looking for the advanced version of laptop, but it’s still have not been Launched.
Features & Specification
1.Customized laptop screen starting from 15 inch ,17 Inch to 21 inch, 3D touch
screen detachable, rotatable, LED/OLED laptops
2. Inbuilt data card slot, options to insert dual sim CDMA/3G/4G/LTE sim cards in the Dual sim slot of laptop, quad band, accepts any sim cards, features with Voice call, Video call & Data.
3.Additional features of OFF NET Digital television with builtin Satellite receiver,can insert any Satellite Dish cards such as, tata Sky, Dish TV, with the built-in slot and direct to air Channels. External antenna for Signal boosting.(Collaboration with Satellite dish Broadcasters for customised receiver or Universal Receiver just to Insert sim cards)
4.Processors are of latest 6th generation I7 processors & additional options to add extra processors in free slot, additional 3 can be added whenever the User wants to upgrade the laptop.
5.RAM capacity will be minimum of 8GB RAM and additional can be added up to
64 GB in the additional slots.
6.A Hard disk of minimum 1 TB or SSD drive additional slots or can be upgraded
to 3 TB.
7. Battery capacity of minimum 12000 MAh 12 cell battery. (To be tested in totally configured laptop)
8. HDMI slot, wireless HDMI ports for screen casting with HDTV or 3d Projector
Open, But Not As Usual.
Sean Moss-Pultz, an FIC product development manager, introduced the Neo1973 -- and OpenMoko -- as the "Mystery Guest" at the inaugural "Open Source in Mobile" conference in Amsterdam, 2006.
(I do not own the copyright of this material.)
Five innovative laptop concept designs
Some say the PC is dying and the laptop is a thing of the past, as smartphones and tablets rapidly become our digital windows to the world.
Meanwhile, others are busy designing the laptop of the future, leveraging the latest advances flexible displays and industrial design.
Here’s a look at five concepts that offer a glimpse of what could be tomorrow’s laptop.
imac journey
The iMac saved Apple from financial ruin in the late 1990s. [1] Steve Jobs returned as CEO and introduced the iMac in 1998, an all-in-one desktop computer contained in a minimalist, colorful plastic casing. [2] It featured innovative designs like easy USB connectivity and lacked a floppy drive, pioneering new computing trends. [3] Subsequent iMac models continued innovating with improved specs and features like built-in cameras and ambient light sensors to establish Apple as a leader in desktop design.
Google Glass
This document discusses Google Glass, a wearable computer with an optical head-mounted display created by Google. It describes Google Glass's features like hands-free display and control using voice commands. The document also outlines the technologies used like Android and 4G that allow access to information and communication. Both advantages like accessibility and disadvantages potential privacy issues are presented.
google glass
Google Glass is a wearable computer with an optical head-mounted display that is being developed by Google. It displays information in a smartphone-like format and responds to voice commands. Key features include a 1.5GHz processor, Bluetooth, WiFi, 5MP camera, and battery allowing 6 hours of use. Technologies powering Glass include wearable computing, augmented reality, Android OS, and 4G connectivity. Potential applications include phone calls, photos, translation, maps, and social sharing. While promising greater accessibility, concerns include privacy and potential eye strain.
Wares World Ep1 The Apple Watch
The document summarizes an episode of "Wares World" where the author finds a watch similar to the Apple Watch being released the next day for $45 (280 RMB) in the electronics market in Shenzhen. The watch has specs like a camera, Bluetooth, notifications, and apps that are similar to the Apple Watch at a fraction of the price. The rest of the document discusses HAX, a hardware accelerator program in Shenzhen focused on helping hardware startups.
Presentación ingles
This document proposes developing a 3D mobile phone under the Apple brand, called the iPhone 6, available in different colors. It would target architects and graphic designers but also a wider audience. While 3D applications could make it sell well for specialized work, weaknesses include short product cycles in the mobile market and high costs compared to competitors. Rivals could quickly copy the idea. The document also describes plans for a small store in the city center to showcase the phone and sell accessories, with a central area for demonstrations and side areas for products.
Hayden -- Mobile Super Forum
This document summarizes a mobile computing forum held in Scottsdale. It discusses how the rise of mobile devices is changing design, writing, development, and branding needs. It recommends capitalizing on natural user behaviors and device capabilities. Statistics show Android and Apple gaining market share while RIM and Microsoft are declining. Tips for successful SMS marketing include keeping exchanges brief and considering rich media on subsequent messages. Emerging technologies discussed for 2012 include NFC, digital out-of-home advertising, and augmented reality.
Stitching Together a UX Strategy for Wearables and the Mobile Mainframe
Google Glass, Samsung Gear, MetaWatch, Fitbit Flex, and a whole host of other wearable devices are weaving a connectivity web with a similar underlying pattern: the smartphone is emerging as the mobile mainframe. Our phones are powerful, always-on, always-connected machines that pipe data to and from these terminals (or devices). The result is an amazing collection of capabilities and experiences for the user.
Sadddd
The document discusses the iPad, a tablet computer developed by Apple. It describes the iPad's input/output features including a dock connector and headphone jack. It also covers the iPad's touchscreen controls and built-in sensors. The document lists popular iPad applications like Safari, Mail, Photos, and the App Store. It concludes that creating this document helped the authors learn more about Apple and their new iPad device.
How we made Apple Watch Tesla App
The document summarizes how an app was created for the Apple Watch to control Tesla vehicles. It describes brainstorming ideas like weather, tips, and time tracking before deciding a Tesla app would provide a perfect use case. The app allows users to glance vehicle information, open/close doors, check charging status and climate settings. Developing the app required following Apple Watch design guidelines while working within the limitations of the Apple Watch platform. The result was an open-sourced Tesla app showing how technology can enable unique experiences.
Define & design apps for success en
This document provides information about designing mobile apps, including:
1. It discusses tools that can be used to create mock-up designs for mobile apps, such as paper, pen, and digital mock-up tools.
2. It outlines several key differences between designing for mobile versus desktop, such as smaller screens, touch interfaces, and varying operating systems and devices.
3. It emphasizes the importance of usability testing and designing for the specific affordances and guidelines of each mobile operating system. Tailoring designs for different platforms rather than using a "one size fits all" approach is recommended.
Marketing of a New Product - Prism OLED TV
PRISM is committed to developing innovative digital entertainment products using flexible organic light emitting diode (OLED) displays. Their mission is to challenge how consumers access entertainment and their vision is to create new experiences through cutting-edge products. Their displays can be used as televisions, monitors, and projector screens. They analyze their strengths, weaknesses, opportunities, threats, target markets in Mumbai and Bangalore, and estimate revenues and costs over a quarter to break even in 2-3 years.
OLED SCREENS
This document provides an overview of OLED technology, including what an OLED is, how it creates light, different types of OLEDs, their structure and operation principles. It discusses passive matrix and active matrix OLEDs and their uses, as well as the history and development of OLEDs. It also compares OLEDs to LCD displays.
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Rolltop
The Rolltop laptop concept designed by Evgeny Orkin combines a laptop, monitor, and graphics tablet into a single device with a flexible OLED display. The display can unroll from a compact rolled-up size into a 13-inch laptop screen or a 17-inch monitor. It aims to provide an all-in-one portable device without the need for additional accessories by integrating components like speakers, ports, and a power supply into the core of the device. Orkin believes flexible OLED technology makes this concept feasible and hopes it will appeal to students, travelers, and home users if produced by a major manufacturer.
Rolltop
The Rolltop is a device developed by Orkin Design that combines the functions of a laptop, monitor, and graphics tablet into a single device. It features a flexible OLED screen that can roll up into a compact cylinder for portability, but also unroll to a 17-inch flat screen for use as a monitor. The Rolltop aims to eliminate the need for additional accessories by integrating these functions into one portable gadget.
1360894 634673659822288750
The document describes the Rolltop, a laptop with a flexible OLED screen that rolls up into a cylindrical tower for easy carrying. The Rolltop has a 13-inch screen when unrolled as a laptop and can expand to 17 inches when used as a monitor. It combines the functionality of a laptop, monitor, and graphics tablet into a single compact all-in-one device by integrating the power supply, speakers, laptop bag, and mouse into the cylindrical tower.
Roll nf
This document is a bona fide certificate for a seminar report on the "RollTop Laptop" presented by Mr. Mohamed Saleel. It certifies that the work reported was carried out under supervision and does not duplicate any other work. The abstract summarizes the RollTop Laptop concept as a flexible display notebook that unfurls into a portable computer, incorporating latest technology and ergonomic design into an all-in-one gadget without the need for a laptop bag. The document also includes an acknowledgements section and table of contents.
Rolltop
The document describes the Rolltop, a portable laptop concept with a flexible OLED display screen that can roll up. It has a 17-inch multi-touch screen that can function as a laptop with a slide-out keyboard or as a monitor. When rolled up, it is compact like a notebook. The Rolltop combines the functions of a laptop, monitor, and graphics tablet in one device and includes features like a detachable webcam and wireless mouse. It provides benefits like portability, energy efficiency, and a versatile all-in-one design.
Roll top the future of laptops
The document discusses the evolution of technology from simple tools to modern gadgets. It describes how early humans used tools and mastered fire, and how later inventions like the printing press facilitated the spread of ideas. By the mid-20th century, humans had achieved mastery of technology allowing them to explore space. Modern gadgets like the world's smallest CPU are highly portable and user-friendly due to technologies like OLED displays, which are flexible, unbreakable and transparent semiconductors that emit light. The Rolltop concept combines the functionality of a laptop and graphics tablet in a lightweight portable device.
Rolltop
The document discusses the Roll top laptop, which has a flexible screen that can roll up on a cylindrical core. It aims to combine a laptop, monitor, and graphic tablet into a single portable device without additional accessories. Some advantages are that it is all-in-one, energy efficient, and flexible. However, it may lack a CD/DVD drive or floppy disk drive since those are becoming obsolete, have slow internet speeds, and could break during the rolling process. The overall goal was to lead to an extreme in portable computing and reunite dreams of notebooks and tablets into a single device.
Customised laptop project
Customisable Laptops
Most of the laptop users like to use customizable laptops, without getting their proper confguration they are going for available best one high end configuration laptop.Most of the Laptops launched in the market are 13inch to 15 inch, these laptops are preferred by either Office staff or Software Engineers who fiönd
easy to carry from home to Work
As the Gaming industry is advancing very fast,Electronic Entertainment industry is advancing further, even though high end customers are looking for the advanced version of laptop, but it’s still have not been Launched.
Features & Specification
1.Customized laptop screen starting from 15 inch ,17 Inch to 21 inch, 3D touch
screen detachable, rotatable, LED/OLED laptops
2. Inbuilt data card slot, options to insert dual sim CDMA/3G/4G/LTE sim cards in the Dual sim slot of laptop, quad band, accepts any sim cards, features with Voice call, Video call & Data.
3.Additional features of OFF NET Digital television with builtin Satellite receiver,can insert any Satellite Dish cards such as, tata Sky, Dish TV, with the built-in slot and direct to air Channels. External antenna for Signal boosting.(Collaboration with Satellite dish Broadcasters for customised receiver or Universal Receiver just to Insert sim cards)
4.Processors are of latest 6th generation I7 processors & additional options to add extra processors in free slot, additional 3 can be added whenever the User wants to upgrade the laptop.
5.RAM capacity will be minimum of 8GB RAM and additional can be added up to
64 GB in the additional slots.
6.A Hard disk of minimum 1 TB or SSD drive additional slots or can be upgraded
to 3 TB.
7. Battery capacity of minimum 12000 MAh 12 cell battery. (To be tested in totally configured laptop)
8. HDMI slot, wireless HDMI ports for screen casting with HDTV or 3d Projector
Open, But Not As Usual.
Sean Moss-Pultz, an FIC product development manager, introduced the Neo1973 -- and OpenMoko -- as the "Mystery Guest" at the inaugural "Open Source in Mobile" conference in Amsterdam, 2006.
(I do not own the copyright of this material.)
Five innovative laptop concept designs
Some say the PC is dying and the laptop is a thing of the past, as smartphones and tablets rapidly become our digital windows to the world.
Meanwhile, others are busy designing the laptop of the future, leveraging the latest advances flexible displays and industrial design.
Here’s a look at five concepts that offer a glimpse of what could be tomorrow’s laptop.
imac journey
The iMac saved Apple from financial ruin in the late 1990s. [1] Steve Jobs returned as CEO and introduced the iMac in 1998, an all-in-one desktop computer contained in a minimalist, colorful plastic casing. [2] It featured innovative designs like easy USB connectivity and lacked a floppy drive, pioneering new computing trends. [3] Subsequent iMac models continued innovating with improved specs and features like built-in cameras and ambient light sensors to establish Apple as a leader in desktop design.
Google Glass
This document discusses Google Glass, a wearable computer with an optical head-mounted display created by Google. It describes Google Glass's features like hands-free display and control using voice commands. The document also outlines the technologies used like Android and 4G that allow access to information and communication. Both advantages like accessibility and disadvantages potential privacy issues are presented.
google glass
Google Glass is a wearable computer with an optical head-mounted display that is being developed by Google. It displays information in a smartphone-like format and responds to voice commands. Key features include a 1.5GHz processor, Bluetooth, WiFi, 5MP camera, and battery allowing 6 hours of use. Technologies powering Glass include wearable computing, augmented reality, Android OS, and 4G connectivity. Potential applications include phone calls, photos, translation, maps, and social sharing. While promising greater accessibility, concerns include privacy and potential eye strain.
Wares World Ep1 The Apple Watch
The document summarizes an episode of "Wares World" where the author finds a watch similar to the Apple Watch being released the next day for $45 (280 RMB) in the electronics market in Shenzhen. The watch has specs like a camera, Bluetooth, notifications, and apps that are similar to the Apple Watch at a fraction of the price. The rest of the document discusses HAX, a hardware accelerator program in Shenzhen focused on helping hardware startups.
Presentación ingles
This document proposes developing a 3D mobile phone under the Apple brand, called the iPhone 6, available in different colors. It would target architects and graphic designers but also a wider audience. While 3D applications could make it sell well for specialized work, weaknesses include short product cycles in the mobile market and high costs compared to competitors. Rivals could quickly copy the idea. The document also describes plans for a small store in the city center to showcase the phone and sell accessories, with a central area for demonstrations and side areas for products.
Hayden -- Mobile Super Forum
This document summarizes a mobile computing forum held in Scottsdale. It discusses how the rise of mobile devices is changing design, writing, development, and branding needs. It recommends capitalizing on natural user behaviors and device capabilities. Statistics show Android and Apple gaining market share while RIM and Microsoft are declining. Tips for successful SMS marketing include keeping exchanges brief and considering rich media on subsequent messages. Emerging technologies discussed for 2012 include NFC, digital out-of-home advertising, and augmented reality.
Stitching Together a UX Strategy for Wearables and the Mobile Mainframe
Google Glass, Samsung Gear, MetaWatch, Fitbit Flex, and a whole host of other wearable devices are weaving a connectivity web with a similar underlying pattern: the smartphone is emerging as the mobile mainframe. Our phones are powerful, always-on, always-connected machines that pipe data to and from these terminals (or devices). The result is an amazing collection of capabilities and experiences for the user.
Sadddd
The document discusses the iPad, a tablet computer developed by Apple. It describes the iPad's input/output features including a dock connector and headphone jack. It also covers the iPad's touchscreen controls and built-in sensors. The document lists popular iPad applications like Safari, Mail, Photos, and the App Store. It concludes that creating this document helped the authors learn more about Apple and their new iPad device.
How we made Apple Watch Tesla App
The document summarizes how an app was created for the Apple Watch to control Tesla vehicles. It describes brainstorming ideas like weather, tips, and time tracking before deciding a Tesla app would provide a perfect use case. The app allows users to glance vehicle information, open/close doors, check charging status and climate settings. Developing the app required following Apple Watch design guidelines while working within the limitations of the Apple Watch platform. The result was an open-sourced Tesla app showing how technology can enable unique experiences.
Define & design apps for success en
This document provides information about designing mobile apps, including:
1. It discusses tools that can be used to create mock-up designs for mobile apps, such as paper, pen, and digital mock-up tools.
2. It outlines several key differences between designing for mobile versus desktop, such as smaller screens, touch interfaces, and varying operating systems and devices.
3. It emphasizes the importance of usability testing and designing for the specific affordances and guidelines of each mobile operating system. Tailoring designs for different platforms rather than using a "one size fits all" approach is recommended.
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Stitching Together a UX Strategy for Wearables and the Mobile Mainframe
Stitching Together a UX Strategy for Wearables and the Mobile Mainframe
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Marketing of a New Product - Prism OLED TV
PRISM is committed to developing innovative digital entertainment products using flexible organic light emitting diode (OLED) displays. Their mission is to challenge how consumers access entertainment and their vision is to create new experiences through cutting-edge products. Their displays can be used as televisions, monitors, and projector screens. They analyze their strengths, weaknesses, opportunities, threats, target markets in Mumbai and Bangalore, and estimate revenues and costs over a quarter to break even in 2-3 years.
OLED SCREENS
This document provides an overview of OLED technology, including what an OLED is, how it creates light, different types of OLEDs, their structure and operation principles. It discusses passive matrix and active matrix OLEDs and their uses, as well as the history and development of OLEDs. It also compares OLEDs to LCD displays.
Flexible electronics
Flexible electronics are made from bendable materials like graphene and can be stretched and bent into various shapes. They have applications in areas like consumer electronics, medicine, and displays. Flexible electronics are manufactured using techniques like silicon island approaches and buckling mechanics to allow the silicon to stretch without breaking. They have advantages over rigid circuits like lower costs, lighter weight, and being more durable. However, flexible electronics still face challenges in commercialization and integrating components with high precision.
Flexible displays
Flexible display is a display which is flexible in nature; differentiable from the more prevalent traditional flat screen displays used in most electronics devices. In the recent years there has been a growing interest from numerous consumer electronics manufacturers to apply this display technology in e-readers, mobile phones and other consumer electronics.
Flexible displays are an exciting development because of their physical and performance attributes and their capability to enable new products requiring displays with unique form factors that the current rigid glass substrate based displays cannot support. Flexible displays can be very thin, light weight, have unique form factors and be highly rugged and not prone to breakage on impact unlike rigid and flat glass substrate based displays. The flexible form factors such as having an arbitrary shape, ability to be curved, conformal, bendable, and roll-able can enable a variety of new applications and products.
Technology advances in flexible displays and substrates
Flexible displays can be produced on plastic or other flexible materials and attached to surfaces in various shapes. AMOLED displays are well-suited for flexible displays as they do not require backlighting and can be produced using roll-to-roll manufacturing. The FlexUp technology allows for high temperature processing of flexible displays on glass carriers before debonding and transferring the circuitry onto flexible plastic substrates. Passivation layers and encapsulation techniques help protect flexible AMOLEDs from stress and moisture during bending. i2R e-paper uses liquid crystals and pigment layers that reflect light to display images without power by mimicking the appearance of ordinary paper.
Flexible display
This technical seminar discusses electronic paper (e-paper) and flexible displays. E-paper is a display that is flexible and can be bent like paper. It has a wide viewing angle and low power consumption. E-paper was first developed in the 1970s and works by having black and white particles move to the top or bottom of capsules to create an image. Flexible displays allow users to interact with devices by twisting, bending, and folding. E-paper has applications in electronic shelf labels, e-books, and could replace newspapers and books in the future. The seminar covers the history, construction, functionality, advantages, and applications of e-paper and flexible displays.
Samsung's transparent and flexible display
These slides use concepts from my (Jeff Funk) course entitled Biz Models for Hi-Tech Products to analyze the business model for Transparent and Flexible Displays. Transparent displays provide new forms of value to users particularly in the form of better augmented reality. They also make bi-direction games and other forms of communication and entertainment possible. They can be used in tablet computers, mobile phones, and other electronic devices by tech junkies and other potential users. These slides also explain other aspects of the business model such as the method of value capture, scope of activities, and method of strategic control.
Latest ppt on flexible electronics could be helpful for transparent electroni...
This document provides an overview of flexible electronics presented by Azhar.A.Syed. It discusses focused areas like flexible circuits boards, electronic components and displays. Manufacturing is done using roll-to-roll processing and inkjet printing. Applications include automotive, space crafts, foldable displays and military uses. Advantages are lighter weight, smaller size and foldability while disadvantages include high initial costs and integration challenges. The future of flexible electronics is expected to enable innovative applications in security and entertainment.
Flexible electronic displays
This document discusses flexible electronic displays and organic light emitting diode (OLED) technology. It begins with acknowledgements and outlines the aims and structure of the project. It then discusses what makes flexible displays attractive, describing them as rugged, lightweight, thin, portable and low power. It explains that flexible displays are either reflective like e-paper or emissive like OLEDs. Key types of reflective displays discussed are Gyricon, electrophoretic ink and cholesteric, while OLED displays are described as self-emissive. Advantages of flexible OLEDs include being thinner, lighter, flexible and requiring less power than other display technologies.
Flexible OLED Displays
These slides use concepts from my (Jeff Funk) course entitled analyzing hi-tech opportunities to analyze how the economic feasibility of flexible OLED displays are becoming better through newer and thinner materials, roll-to roll printing, and larger production equipment. Thinner materials along with new materials increase flexibility, reduce moisture permeation and thus increase the lifetime, and reduce cost. Flexibility enables displays that conform to complex shaped things such as wrists and backpacks and that can be fit inside pens and other tubes. Along with other technologies, this further facilitates information access.
Organic Thin Film Transistor 2016: Flexible Displays and Other Applications 2...
Are OTFTs ready to disrupt the display industry and enable fully-flexible devices?
ORGANIC TFTS ARE ENTERING THE FAB BY THE BACK DOOR
When trying to build a flexible display panel, the Thin Film Transistor (TFT) matrix is one of the most challenging and fragile functional layers.
Interest in OTFT emerged in the mid-2000s when mobility reached values similar to amorphous silicon (a-Si), the dominant display backplane technology. This triggered a flurry of activity at leading display manufacturers, and prototypes rapidly emerged. Besides fast-improving electrical performance, OTFT’s intrinsic flexibility made the technology ideal for the realization of flexible displays. In 2007, the first ever flexible AMOLED panel was demonstrated by Sony and featured an organic TFT.
However, interest waned as performance and homogeneity issues persisted, and other TFT technologies like LTPS and metal oxide emerged.
Nevertheless, organic semiconductor companies kept perfecting their molecules and ink formulations, gaining a better understanding of the interaction between the materials, the transistor structure, and the manufacturing process. Consequently, performance in the lab improved by another order of magnitude. Combined with the explosive growth of flexible displays and the promise of a cost-efficient, solution-based manufacturing process, interest in OTFT has renewed.
Panel makers remain cautious, but a handful in Taiwan and China are currently attempting to retrofit older Gen 2.5 - 4.5 fabs with OTFT. These first attempts to move OTFT into mass production will be critical for the technology’s future. Failure in these initial industrialization attempts could be fatal for the OTFT industry, or, at the very least, set it back many years. However, if OTFT proves that it can be mass produced and enables panel makers to revive those obsolete fabs with high-margin flexible displays, there are no fundamental barriers prohibiting the technology from being quickly scaled up to fabs Gen 8 or above, and possibly challenge the vast market for traditional a-Si based panels like LCD TV, monitors, etc. In the long-term, because they are inherently solution-processable, OTFTs are also an ideal backplane candidate for additive manufacturing and fully printed displays.
More information on that report at http://www.i-micronews.com/reports.html
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OLED technology uses organic light emitting diodes to create brighter, thinner, and more flexible displays. An OLED is composed of thin films of organic molecules that emit light when electricity is applied. The first OLED was developed in 1987, and since then OLEDs have been used in various displays. OLEDs offer advantages over LCDs like higher contrast, better viewing angles, and less power consumption. Major applications of OLEDs include televisions, smartphones, and laptops.
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hey guyz this is the presentation iv made in my last year of engineering and got very nice feedbacks. my topic was oled(organic light emitting diodes).. iv given all its highlited informations with pictures
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The document introduces a transparent laptop. It notes that the transparent laptop allows users to see their surroundings while working. Some advantages are that it uses little energy and materials. However, it may cause stress to users. The laptop features a 14-inch AMOLED display that is thin, energy efficient, and allows 40% light transparency. It also has 512GB RAM, speakers, cameras, wireless connectivity, and is waterproof. Instructions are provided on booting up and shutting down the transparent laptop.
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Chapter 2
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My p pt
- 2. Introduction History Components Structure Style And Design What Roll-top Can’t And Can do? OLED Technology Technical Features Advantages Conclusion & References CONTEN TS
- 3. Roll-top is a portable computer development concept for designer, architect and everyone, who would like to have a gadget. By virtue of the OLED-Display technology and a multi touch screen the utility of a laptop computer with its weight of a mini-notebook and screen size of 13 inch easily transforms into the graphics tablet, which with its 17-inch flat screen can be also used as a primary monitor due to the support attached to the back of the screen. INTRODUCTIO N
- 5. German designer Evgeny Orkin thinks he has found the answer with his Roll top concept. The main goal was to combine the laptop monitor and graphic tablet into one gadget and avoid additional accessories He continued to say that consumers have the option to buy a computer and a graphic tablet with a touch screen separately, but they are not able to use them as one laptop. HISTORY
- 6. COMPONENTS
- 8. The 17 screen is an OLED and is rolled off the base and hidden in its back panels is the stylus pen, prop strip and the seal that locks the screen into place. The base is the plug able power source which has the loud speakers, webcam, USB ports and power button. The screen is stuck in a bar and it is responsible for storing all the hardware that the application requires. Because only one screen, apparently , plates and connections were transported to the bar, so the screen can stay thin and light. STYLE AND DESIGN
- 9. Flexible OLED A flexible organic light emitting diode (FOLED) is a type of organic light-emitting diode (OLED) incorporating a flexible plastic substrate on which the electroluminescent organic semiconductor is deposited. This enables the device to be bent or rolled while still operating. Currently the focus of research in industrial and academic groups, flexible OLEDs form one method of fabricating a rollable display.
- 10. Contd.. An OLED emits light due to the electroluminescence of thin films of organic semiconductor is approxi- mately 100nm thick. Regular OLEDs are usually fabricated on a glass substrate but by replacing glass with a flexible plastic such as polyethylene terephthalate (PET). OLEDs can be made
- 11. overview
- 12. “The Roll-top does not have a CD/DVD reader or Floppy disc because [they re obsolete]. The roll-top would come with a flexible OLED touch screen display. Once it s fully rolled out, it’d serve as a 13-inch laptop/tablet, or a 17-inch dedicated computer display.
- 13. Technical features USB Video Camera E-mail mode Function mode keyboard
- 14. USB Keyboard Compared to USB outlets on traditional laptops , those are more accessible and less cluttered. The Ergonomic keyboard is the form of an arc. it allows users to put their hands and arms in a natural and comfortable position when typing
- 15. E-mail mode Full function mode It is for energy saving user can check emails and browse websites under this mode. Under full function mode it can be used as normal laptop
- 16. Video camera It is an add on to multimedia
- 17. 1. One, the Roll-top combines the laptop, monitor and graphic tables without any problem (such as small display in monitor modus or fold on screen in graphic tablet modus). 2.Secondly, the Roll-top is an all-in-one gadget that integrates the power supply, loud speaker, laptop bag and mouse into one. You don t have to carry extra accessories. 3.Lastly, due to the new available technology, the design is very compact and possesses a completely new outlook. BENEFITS OF ORKIN’S DESIGN ROLLTOP:
- 18. Like modern laptops, rolltops have the basic elements that people would like to see in a computer. Orkin Design assures that rolltops retain computer features including clear control buttons, ports and volume control while introducing latest additions to suit the "rolltop design.“ Latest additions include a "fix button," a "pen depot" and a "catch to snap in base and flatboard for easy roll up. Conclusion:
- 19. REFERENCES http://www.scribd.com/rolltop/en/us/default.aspx http://www.google.com/search?q=Roll+top+2.0&hl=en&prmd=imvnsu&source=univ&tb m=nws&tbo=u&sa=X&ei=c4zTTpf_E4bqrQf-yaGWAw&ved=0CFUQqAI http://en.wikipedia.org/wiki/Roll_Top http://www.zdnet.com/blog/rolltop/rolltop20-multi-touch--availability-pushed-back-to- january-2012/10954 http://www.theverge.com/2011/11/17/2568839/roll_top-pre-order-sur40-available http://blogs.msdn.com/b/vbteam/archive/2011/11/21/vb-support-for-roll_top-2-0.aspx