Inspiration and creation of Mac Funamizu
Like one of my previous posts (Cobalto), I was picturing sci-fi movies when I thought of this wearable mobile phone. It’s something I want to see used in a futuristic scene.
The ball works as a controller and an indicator changing colors. It can slide anywhere on the surface.
Of course it’d be fun to watch 3D hologram on it.
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Now that we have Google’s automatic captioning on videos on YouTube, which I like very much, what about speech balloons around the captions? It’d be more helpful if the location of the voice source could be indicated by an arrow from the balloon and the voice tone could be expressed with different balloon shapes.
If your gestures could bring motion characters that can be manipulated on both sides, video chatting would become like a fun video game.
When your girlfriend throws a kiss when video-chatting, many hearts appear moving towards the thrown direction. You can touch and move the characters on your side.
Wink and get stars. (Can characters go beyond the chat window like this?)
You might think of lots of other gestures and fun characters.
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This transparent USB memory stick covers all the convenient functions of the memory sticks I’ve introduced so far. The light inside the glass represents the data saved in it: No lights means no data, lights filling the glass means there’s no more space. The kind of data is recognized with colors. For example pink is for images, blue is for documents and green for movies, etc. It would be more fun if the lights can move in the glass when you shake it.
Synced with the icon on your desktop of course.
Inspired by Japanese Soma-Toh or a revolving lantern, which beautifully shows colored silhouette.
Also visit the other series of this gadget.
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I’ve been thinking about a watch I can put on my coat or bag, which tells me time when I need to know because when it’s cold, my watch is under the thick coat and is hard to take out.
By making it look like a button, it may go well with many kinds of outer wears.
Click the face once and it displays the time and date on the glass face for a few seconds. (I figure we usually don’t need to stare at a watch for a long time.)
Solar battery panels charges electricity for the display.
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This is something a little different from my usual posts. This time I tried to design gadgets that I want to see in a Sci-Fi movie like “Minority Report”. I love the futuristic computer and the UX in the movie, but I was wondering what it would be like if I designed those stuff. So this time I just focused on look and feel of the devices.
“Cobalto”
I don’t remember what the mobile phone is like that is used in the movie, but the glass computer screen remains vividly in my mind and I tried to use as much lucent stuff as possible.
[vimeo http://www.vimeo.com/7232127]
With this deformable metal, you can have either the usual number buttons or an iPod like dial.
LIke one of my previous posts “3D Desktop PC Concept“, it would be fun if this could create 3D objects in the air. With this device, you could see 3D holography on top of a 2D screen, so it would be really exciting.
I happened to be talked to by a Russian TV program, who wanted to feature my 3D desktop concept, so I also gave them this mobile phone concept images and 3D animation. Check out the animation too!
“Zafiro”
The desktop is also made of a glass screen and a round rim. This is not the one that Tom Cruise makes that hand (or body) gesture to use. This is a desktop PC.
Remember that transparent disk used in Minority Report? It can be also inserted on the screen.
The keyboard has the deformable metal and the keys get flattened when not in use.
I mentioned that I wanted to try a new career on Twitter and I’ve been thinking of becoming a concept designer for movies. I’m finding a way to be one. Do you think I can be a Hollywood concept artist?
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By the way, I’ll be out of Japan next week to attend the red dot award ceremony in Singapore, so I won’t be able to post for FFFFOUND! during the week. But I’ll upload some Singapore photos in my Flickr. Oh of course I’ll be tweeting while I’m in Singapore, too.
iHammock
I use my iPhone at work and at home. When I’m at work in the office, I can’t make it ring loud when there’s an incoming phone call or an email, so I change the setting to the silent (vibration) mode. But when it vibrates on my desk, it makes even louder noise than a beep, so I was thinking if I could make something soft to put my iPhone on so that it doesn’t rattle when vibrating, and thought that a hammock style would be fun. It looks like your iPhone is relaxing on a hammock, so I added a parasol that works as a solar power battery charger. You open and flip the parasol in the sun to get electricity and close and fix it on the hammock to charge your iPhone.
“iHammock”?
Just for fun again.
iAcqua2
Wouldn’t it be nice if you had a 3D screen that displays stereoscopic images of music visualizer and stocked photos when your iPhone is docked? It’s like a combination of my old ideas (snow globe screen and iAcqua).
3D screen and a speaker
Cover flow in the water flow?
OC
This one tilts a bit when your iPhone is docked, making the speakers and the transparent screen float.
It tells you when there’s a phone call and an email by rocking from side to side.
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I’m back! Thank you so much for all the get-well messages and comments. As I wrote on Twitter, the operation went OK and I’m 90% back to normal. I drew some sketches in my Moleskine while I was in the hospital, and this is one of them.
This 3D hologram video just makes me want to have a desktop like this.
When you’re not using it, it works as a desk lamp.
Bring the black curtain down so that the hologram can be seen more clearly in front of you.
There are tiny projectors installed, giving off 3D hologram in front of the curtain.
A browser window can be resized by actually “pinching” and dragging the tab at bottom right.
It would be fun if a document could be made as if you were using a typewriter. The curled paper hologram comes out of the keyboard.
Touching the 3D objects would be really fun. Dragging, throwing, resizing, etc., but crushing paper to dispose it would be the most interesting.
You have to adjust the “depth” of the cursor on screen, so how about a mouse like this? By pressing the mouse body downwards, the cursor sinks (goes deeper) on screen. When you release it, it goes back to the default position (front).
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See also a related post.
This is the second idea I submitted for a future mobile design competition held last month. The theme was “Design the mobile phone of 2020″.
The technology of holography is progressing day by day. In 10 years, I hope it will have already been developed for mass production and will of course used in our mobile phones. The area conventionally used for a display in a mobile phone will no longer need to be a screen with 3D projecters. Instead, it could be a hole, which allows another useful purposes.
At the same time, the materials used for the outer body of a mobile phone will become softer and softer. By successfully combine those attributes, there could be a mobile phone with a flexible vacant frame, which projects hologram in the vacant area.
When you have it in your hand, you can use it just as a conventional mobile phone except for the fact that what you see is 3D holography!
Because its frame area is flexible enough to let your wrist go through the hole, you can wear it around your wrist. A quick phone answering can be done while you are wearing it.
3D projectors are located inside the flexible frame, which project dramatic holography.
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This is one of two ideas I submitted for a future mobile design competition held last month. The theme was “Design the mobile phone of 2020”.
We all know how great a touch screen is and the reason doesn’t have to be mentioned. But have you ever thought that a touch screen is a nightmare for the blind? You never know what you’re touching because everything is flat. All the information and status are on the screen, so a user has to take the device up from a pocket, touch the necessary buttons and see with his eyes even when he just wants to know if he’s got a single email or not. In the future, information is told in 3D or with something that a user can FEEL by touching or just seeing so that the above problems can be solved.
This PHYDI mobile phone is just that. The front face and the sides of a PHYDI transforms the shapes according to what information or status is expressed. It makes concavity and convexity on the surface. For example, the face can be customized with contoured graphics. It could be dressed up with a kimono-like graphic or it could have a concave clock so that a blind user can know the time.
The status is shown on its sides.
A convexity means a “+” notice, for example there’s an unread email message and unanswered phone call. For a negative status, for example, the battery running out soon or having a bad reception, a concavity appears at a certain location. With this function, you can know without even touching or looking at the phone if your current location has a good reception to talk on the phone, if the battery has to be charged and if you have unread emails or unanswered calls. You wouldn’t have to travel around a place to find a good spot to talk on the phone, taking a look at the small icon on the screen many times.
PHYDI’s front face (left) and back (right)
customized front look
an email notice
poor reception status (top) and running out battery status (below)
unread email message (top) and unanswered phone calls (below)
When a PHYDI is making a continuous movement, it means you have an imminent status to take action. For instance, when its surface is moving like a wave, you’re getting a phone call. The movement can be customized freely.
wave movement on the face for an incoming phone call
With its flexible surface, the information on the screen could be dramatically expressed. Even an email message could be on a protruded paper.
Your file management could be done in 3D. Open a folder to take out movies and photos in it just like you do in the physical world.
an email message
file management control in 3D
The biggest merit with this feature could be a 3D map. you can get a much greater feeling of locations with “heights” because in most cases, a landmark is something very high, which can be difficult to be expressed in 2D. Can you imagine how easy it would become to search where you are and which way to go with this function?
3D map
When you want to make your email message stand out, you can put an embossed present box on the screen. A calculator will be much easier to use if you can feel the keys. An RSS feed could be read on a book-like shaped surface. The curl on the bottom right corner means you have a next page to read, A flipping gesture takes you to the next page. A physical keyboard of course makes your texting faster!
email with a graphic image
calculator with embossed keys
RSS feed on a book-like surface
of course, keyboard
For advanced functions, there are limitless ideas to be realized that could never have been done with a conventional flat screen. For example, you can leave a hickey mark and handwritten message to send your love to someone! Text information could be rendered in braille for the blind. This might make even copy-and-paste possible for the blind people.
hickey mark with a handwritten message
text in braille
Touch&feel Tetris you want try? The control would be much more instinctively done.
An idle screen could be customized in dramatic ways. If you like gentle ripples on the water, just put it with heights. Try other textures such as fur, chocolate or even tatami mat!
tetris with embossed blocks to turn and move with your fingers directly
various customized idle screens
I’ll make a post of the other mobile phone design later.
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Maybe I’m into projector concepts.
It’s an iPhone stand with a transparent touch screen, speaker and projector.
Dock your iPhone at the top.
Tilt it slowly to either side and your photos, songs or movies start running one after another at random like water coming out from a fountain. Each image will disappear in a few seconds. You can touch a photo to see it, a movie to play and a music icon to play the song.
Now turn up the faucet and when the dish is full, the images will be spilled on the floor, which are actually projection from the stand. You can also tilt the stand to spill images little by little to a certain direction.
And now you can play with larger images.
When you play music, you can see the visualizer working. Spill the visualizer on the floor and you see “full-screen” projected visualizer!
Behind the scenes on my Flickr.
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