As we all know, Mate X is not the first fold-screen phone in China. The first fold-screen phone in the world was released by FlexPai from shenzhen, China. Its price is far from the current high price.For ease of understanding, you can think of a folding screen as an enhanced version of a flexible screen.
Samsung's Infinity Flex Display is literally the same as Infinity Flex Display, which can be bent 360 degrees to make it fold.y FlexPai from shenzhen, China. Its price is far from the current high price.
Samsung's Infinity Flex Display is literally the same as Infinity Flex Display, which can be bent 360 degrees to make it fold.y FlexPai from shenzhen, China. Its price is far from the current high price.
For ease of understanding, you can think of a folding screen as an enhanced version of a flexible screen.
Samsung's Infinity Flex Display is literally the same as Infinity Flex Display, which can be bent 360 degrees to make it fold.
Samsung flexible screen technology principle
But the principle of folding the screen can be roughly understood. According to the principle of flexible screen technology announced by samsung, the screen we use has a substrate on which pixels are distributed to form the display screen.
Traditional screens are hard, while flexible and folding screens make the substrate "soft" with new materials and can even be folded.
Traditional screens are hard, while flexible and folding screens make the substrate "soft" with new materials and can even be folded.
Of course, different technology research and development direction, apple's folding screen patent is known to be achieved through the tiny hinge.
Folding screens are more than just screens
The appearance of folding screen makes people shine at the moment and inspires people's imagination.
But for devices like phones and tablets, which have very limited internal space, folding the screen can be a big deal.
Space, batteries, seals, durability, even UI interface and software adaptation, just about everything you can think of will be extremely challenging.
But for devices like phones and tablets, which have very limited internal space, folding the screen can be a big deal.
Space, batteries, seals, durability, even UI interface and software adaptation, just about everything you can think of will be extremely challenging.
How do you do that?
For curved OLED screens, I would like to have heard more than everyone.
The biggest feature of curved OLED screens is that they can bend, but the curved screen doesn't bend at the same Angle as a curved TV or a curved phone.
The biggest feature of curved OLED screens is that they can bend, but the curved screen doesn't bend at the same Angle as a curved TV or a curved phone.
If can reach 180 ° bend Angle, it will happen?
So what we mean by a foldable phone is that the phone's screen is curved enough to be 180 degrees so that it can fold together, and that it can close and open at will.
The folding screen can be regarded as an upgraded version of curved OLED screen. Through the flexible display area, the phone can be closed and opened at will, which not only controls the volume of the phone, but also can obtain a larger display area.
The folding screen can be regarded as an upgraded version of curved OLED screen. Through the flexible display area, the phone can be closed and opened at will, which not only controls the volume of the phone, but also can obtain a larger display area.
However, making foldable screens is no easy task.
And just to be clear, the screen that we're looking at is not a simple whole.
At present, OLED mainly consists of substrate, anode, conductive layer, luminescent layer and cathode.
And just to be clear, the screen that we're looking at is not a simple whole.
At present, OLED mainly consists of substrate, anode, conductive layer, luminescent layer and cathode.
