Napkin PC Concept by Avery Holleman Has Won Microsoft Next-Gen PC Design Competition

Avery Holleman has developed a PC design that can turn out to be a very useful tool on your conference tables. Named as Napkin PC, the design resembles a Napkin holder, which combines multiple touch screen devices within a collaborative network. The digital pens which are a part of the device allow the users to draw on the touch screens what you would do with a pen on a napkin. As per the designer, the reason for creating the concept was to enable users to interact with any number of interfaces connected in the same network. Of course this is one napkin wherein one won’t feel embarrassed keeping notes. We already discussed some of Next Gen PC Design finalists, such as : Siafu PC Design, Zen PC, Yuno, Momenta Neck PC, The Cup, CLEF and TRVL, and the winner goes to Napkin PC Concept, congratulation Avery!

napkin PC concept

future napkin PC


From the website :

Passion
The Napkin PC aims to bring out the creative passion of the user both individually and in group sessions. It encourages spreading out and allows for multiple creative workflows that can interact or just as easily stay independent. It encourages group interaction and collaboration by allowing any number of interfaces that can be passed around or pinned up, but which all communicate with a central network.

Users’ Culture & Lifestyle
The primary users are creative professionals including those in any field of design, but also expanding to include business and marketing professionals who use creative thinking to come up with business plans or marketing campaigns.

Their primary need is to have a simple system to help keep their creativity moving and maintain good collaborative communication. They want to drink a cup of coffee, pick up a pen and let their creativity flow, without having to sit down later to actually document and organize the information later.

The Napkin PC is a continuously additive system, where each new idea is already documented and organized with references and connections to related ideas. In addition each Napkin interface is an instant portal to the entire network giving quick and easy access and sharing of ideas and reference material.

napkin PC concept won Microsoft next-gen pc design

napkin PC concept by avery holleman

Market Viability
The design appeals to business professionals. It is ideal for work groups of around 6 people (a typical brainstorming meeting) although the system is easily expandable for larger business.

The viable markets are any business that works with creative professionals. Any company that relies on brainstorming and group collaboration would benefit from using a Napkin PC.

A secondary market is creative professionals who work alone or in smaller groups, but who want the same ability to spread out and use multiple workflows.

Size
See page titled “Dimensions”

Napkin interface: 180mm x 180mm x 2mm
Pen stylus: 140mm x 9mm x 10mm
Base station: 160mm x 150mm x 150mm
Mobile station: 45mm x 36mm x 15 mm

Overview of Design
The Napkin PC is innovative because of its multi-flexibility. It can have multiple users, multiple interfaces, and multiple configurations. It breaks the PC down to only the interface— a pen and a space— and then gives you a multitude of both so you can let your creativity run wild.

User & Context
The users are creative professionals who work in collaborative groups. The PC is designed to be used for brainstorming, ideation, meetings, think tanks, etc. — anywhere where creativity is the driving force.

Scenarios of Use
There are two new usage scenarios delivered by the PC. First is the brainstorming workflow. Creativity that normally starts on paper and whiteboards goes instead directly into the PC without the user changing their behavior. This creativity is richer because of the innumerable software tools and resources available on every Napkin interface. It can also be shared, compiled, and compared instantly for a smooth, speedy workflow.

The second scenario is a replacement for printing. Instead of ever putting ink on paper, the interfaces themselves instantly become “prints” when power is removed. They would then be used just like a print, pinned up, handed around, reviewed, etc. When the print is no longer needed the interface is simply returned to the base station as a fresh Napkin.

napkin PC concept

napkin PC concept

User Interface
The interface consists of any number of Napkins and one of the Pens. When powered by the Pen, the Napkin is a multi-touch input display which responds to human touch as well as the Pen. The intuitive use of a pen and paper is exploited by the design, making it very easy to use. Also the ability to work on multiple interfaces in parallel, instead of shuffling through windows on a single interface, makes multitasking much easier.

Aesthetics
The Base station is designed to interact like a napkin holder. The user can grab an interface from the stack in the middle of the table. The computer itself is somewhat hidden in the Napkin holder, its only reminder being the OLED status display on the front. The user only really interacts with the Napkins and the Pens. This helps them maintain hands-on, creative freedom. The square Napkin form is used because it is modular, but also because it conveys the idea of being one of many. This helps the user stay relaxed and open minded because less importance is put on a single interface.

Technical Aspects
The key technologies are full color e-Paper, multi-touch input, Inductive power circuits, and high speed RF wireless connections. The e-Paper is key because of its low power consumption, thinness and flexibility, and ability to retain an image without power. Multi-touch is simply the future of intuitive input that makes the PC fun, fast, and easy to use. The inductive power circuits are crucial because they allow wireless power transfer and make the interface Napkin simple and inexpensive enough to be used in large numbers. High speed RF continues to keep everything wireless and intuitively seamless.

napkin PC concept

Ecology
The environmental sustainability of the PC is most innovative with the Napkin interface. It is the most numerous component and the one most likely to need replacing due to wear over a few years. Therefore it is beneficial to make it easy to recycle which is accomplished by powering it with an inductive circuit. This eliminates a hard-to-recycle internal battery.

The second, and likely more impactful, innovation is the use of the interface as an instant “print.” This eliminates the need for printers, paper, and ink, which are used in large amounts during the creative process.

Manufacturability
The focus of the design is really in the interface – the Napkin and the Pen. Both have very limited actual function because they only relay information between the user and the base station. The Napkins are manufactured by adhering the layers of touch input, display, and power/communication circuit, between a protective plastic cover. The pens have a similar induction circuit and communication antenna set up along with a rechargeable battery to send power to the interface. The Base Station holds the actual PC, which is compact but powerful enough to handle multiple users.

Source : Next-Gen PC Design




McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X is a future vision of McLaren’s motorsport technology. McLaren’s Formula 1 race strategists think many laps ahead when planning a grand prix pit stop, including the engineers that build high-performance road cars for next generation of drivers, and technologists and designers in McLaren Applied Technologies have assigned ways to improve healthcare, transport, and many other areas of our lives. At McLaren, you can be sure that they always want to take things further, just like this futuristic concept racecar.

McLaren MP4-X concept car represents a glimpse of the future where McLaren imagines the art of the possible. This concept racing car combines F1’s key ingredients from speed, excitement, and performance with sport’s emerging narratives as you can here, enclosed cockpit to better protect the driver and hybrid power technologies.

Designer : McLaren

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

Visually striking, but the real changes are hidden beneath the skin. This car has been specifically designed to harness alternative power sources, the chassis changes shape in order to adapt to different aerodynamic demands, it can also communicate in the event of a failure or a problem. MP4-X is equipped with a system to monitor car’s structural condition, in this way, in the event of a failure, the car could provide information and data to allow engineers to quickly understand what had happened. McLaren uses a wheel-mounted tire-pressure sensor and plans to develop an additional wear sensor as well. By allowing engineers to live-monitor tire data, it would be a crucial safety development, it might reduce dangerous blow-outs and delaminations.

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

If you take a look the car from the top, you would notice that MP4-X also features solar panel that captures solar energy for traditional regenerative systems. This energy can supplement existing onboard systems, giving the driver a boost option when needed. Night races aside, when the cars run on daylight, there’s plenty available source of usable energy, capturing this energy to work in harmony with existing fuel-efficient technologies would benefit not only for drivers but also environment.

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

The cockpit has been designed just like those on modern fighter jets. It allows the driver to see the entire environment that surrounds him/her. The additional heads-up display provides driver with sensory cues to alert them when there are important events in the race such as positions of closes competitions, flag and caution data, or location of accidents and debris.

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology

McLaren MP4-X Conceptual Vision for Future of Motorsport Technology




Futuristic Valkyrie Electric Motorcycle Concept Was Inspired by Porsche 911 Sportscar

Valkyrie electric motorcycle concept was inspired by the iconic Porsche 911 sportscar, it blends futuristic design, sleek, and classic style. It defines new meaning of zero-emission motorcycles not only in term of eco-friendly but also beauty and performance for design conscious people.

There’s no combustion engine used, this means the body of this bike is much leaner and lighter, offering a futuristic and elegant profile with dynamic grille at the bottom to improve air flow and ventilation. Titanium aluminum alloy frame is used to support the bike while at the same time revealing the character of latest Porsche hybrid technology, array of batteries and electrical wiring infrastructure. The digital sensors equipped in this bike provides dynamic feedback to adjust suspension or other settings based on riding conditions, yep, a smart bike isn’t it?

Valkyrie electric motorcycle concept adapts hybrid technology of the Spyder, it’s a concept bike that offers the same performance as a supercar.

Designer : Saad Alayyoubi

Valkyrie Electric Motorcycle Concept by Saad Alayyoubi

Valkyrie Electric Motorcycle Concept by Saad Alayyoubi

Valkyrie Electric Motorcycle Concept by Saad Alayyoubi

Valkyrie Electric Motorcycle Concept by Saad Alayyoubi

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