Vol 2 Chapter 778: inspiration

[Modified version] How to make your smartphone products more distinctive, so that they can not be overshadowed by the dazzling light of smart AR glasses, this is also a problem faced by major mobile phone manufacturers.
Simply, let us make our products have a selling point, so that consumers far away from the better and more advanced smart AR glasses to buy their own smartphones.
So these mobile phone manufacturers have thought about more ways and have taken many detours. Among them, the most commonly used is to connect mobile phones and handheld game consoles to launch gaming phones.
These game phones are all focused on high performance, and also invited a series of traffic to make endorsements. I hope that through the influence of these traffic students among young people, it will attract more young consumers.
Secondly, it is the main reliability. These mobile phone manufacturers seize the weakness of smart AR glasses and focus on the reliability of their mobile phone products.
For example, it is like taking the route of the three-proof mobile phone, such as water discharge, anti-scratch, anti-drop, anti-shock, anti-dust, etc.
In the end, these people also began to make a fuss about the rumor that wearing this transparent screen for a long time is harmful to the eyes, and began to hype.
In the continuing hype, of course many people believe it. Especially some parents think that this kind of transparent screen wearing will affect the children's eyes, so they replaced it with a smartphone.
In fact, Wu Hao used a high-definition high-brush transparent screen, which has been repeatedly verified in terms of security. Confirm that this screen will not affect the human eye, and it will cause more damage to the eyes than the mobile phone screen.
But some parents don’t believe it because they think the smart AR glasses are too close to the human eye.
Therefore, there is still a certain market for smart phones.
And Wu Hao's 3D fully curved screen technology research and development project of their display panel research laboratory is actually aimed at this part of the market.
In fact, when this research project was established, it was met with a lot of opposition. Everyone is a little puzzled, why Wu Hao insists on researching such a screen to help mobile phone companies deal with their smart AR glasses. Isn't this helping others seize their own market? Is their brain pumping?
Wu Hao laughed and said nothing. It seems that this 3D full curved screen technology is even for smartphones, but it is not known that this 3D full curved screen technology can also be applied to other fields, and the prospect is very broad.
From general digital electronic products, to some large industrial equipment, to aviation and military fields.
Therefore, this is the main reason why Wu Hao decided to develop this technology.
So what is the 3D full-curved screen technology, white, is a full-curved screen. For example, the curved screen on the market today can be made into a cylindrical screen, but it cannot be made into a spherical screen.
It is the same in the field of mobile phone applications. So far, there is no real full-curved screen.
With this technology, you can make a full-curved screen, or even a real full-screen mobile phone.
It's just that this technology is very difficult. The normal hyperboloid screen is completed by the post-bending process on the basis of the flat flexible OLED screen.
However, this 3D full-curved screen does not work, because post-bending cannot be done on four sides, six sides, eight sides, or even more sides like metal stamping parts.
No matter what kind of curved screen or screen, their theme is glass, no matter what kind of glass, it can not achieve the hardness and toughness of metal, and more importantly, ductility.
Of course, there is a way. That is, when the glass melts, the glass at this time has more shaping ability, and it can be used to die-cast into various shapes.
Ordinary glass can, but the display screen does not calibrate the display screen regardless of the technology. The display luminescent materials used in LCD, OLED, QLED are very resistant to high temperatures.
Even a slightly higher temperature can cause the display material to age, not to mention the temperature that allows the glass to fuse.
Therefore, it is not feasible to manufacture the screen and then post-process it.
Since the post-processing is not feasible, can we hot press shape the glass before the screen is produced, and then carry out the subsequent process?
Whether it is LCD, OLED, QLED screen, are composed of many layers.
Each layer has its special functions. Even OLED and QLED, although there are several layers less than LCD screen, they are also synthesized by multiple layers of materials.
So can we shape these materials at the beginning of manufacturing? Then fit them together perfectly to form a complete screen.
After much effort, the R&D team failed in the end. Because this shaped screen is no more than a straight screen, it can not be very accurately fitted. Even with a lot of effort, the yield and yield of this technology cannot meet commercial requirements, let alone control costs.
Must be more advanced and more conducive to production and processing technology to ensure the yield rate of its products, so as to control costs.
Therefore, the research work of the scientific research team also stagnate, because everyone can't think of a good way in a while.
It was Wu Hao, who proposed a shocking idea. Can these materials be made into paint, and then brushed over and over again on the glass that has been hot-pressed. This not only allows these functional layers to fit perfectly, but also simplifies the manufacturing steps and increases the product yield.
Hearing Wu Hao's words, the crowd was as if they were initiating, and one after another, they screamed. I don’t know the true face of Lushan, I am only here in Zhengshan
This method is so good, it can open a new door for researchers.
Yeah, UU reading www.uukanshu.com did not think of this method. So under the guidance of Wu Hao, the R&D team once again invested in the project R&D
However, they soon encountered new problems. This idea is great, but how to achieve it has become a problem before everyone.
Each layer of material in the display screen is different and has special functions. Take this organic spontaneous material, which is the most important in OLED and QLED screens.
If it is made into a paint, and it is evenly coated on the hot-pressed shaped glass, this is a problem, not to mention other materials.
Wu Hao naturally will not let the team's research and development work stagnate. Soon, he will pass on some technical difficulties in the manufacturing technology of these materials to the project research and development team in a special secret way.
After receiving the information, if the R&D team got the best, some of the problems that have troubled them for a long time were solved. With the support of this technical document, the R&D team has mastered the technical difficulties of this 3D fully curved screen
Military Technology