Military Technology

[Modified version] How to make your smartphone products more distinctive, so that they will not be overshadowed by the dazzling light of smart AR glasses, is also a problem faced by major mobile phone manufacturers.

To put it simply, how to make your products have a selling point, so that consumers will far abandon the better and more advanced smart AR glasses to buy their own smartphones.

So these mobile phone manufacturers thought of many ways and took many detours. Among them, what everyone uses the most is to combine mobile phones and handheld game consoles to launch game phones.

These gaming phones are all focused on high performance, and also invited a series of traffic students as endorsements. It is hoped that through the influence of these traffic students among young people, it can 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, waterproof, anti-scratch, anti-drop, anti-shock, anti-dust, etc., it is a bit like taking the route of a three-proof mobile phone.

In the end, these people also began to make a fuss about the rumors that wearing this transparent screen for a long time would harm the eyes, and began to hype it up.

Amidst the ongoing hype, of course many believed it. Especially some parents think that wearing this kind of transparent screen will affect the eyes of their children, so they replaced it with a smartphone.

In fact, Wu Hao and the others used a high-definition high-definition transparent screen, which has been repeatedly verified in terms of safety. It is confirmed that this kind of screen will not affect human eyes, and its damage to eyes is more than that of mobile phone screens.

But some parents don't believe it, because they think this kind of smart AR glasses are too close to the human eye.

So, there is still a certain market for smart phones now.

The 3D full-curved screen technology research and development project of Wu Hao's display panel research laboratory is actually aimed at this part of the market.

In fact, when this research project was established, it was opposed by many people. Everyone is a little puzzled, why Wu Hao insists on researching such a screen to help mobile phone companies deal with their own smart AR glasses. Isn't this helping others to seize their own market? Is my brain pumped?

As for Wu Hao, he just smiled without saying a word. It seems that this 3D full-curved screen technology is 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,

It can be used in some large industrial equipment, and then in the aviation military field.

Therefore, this is the main reason why Wu Hao decided to develop this technology.

So what is 3D full curved screen technology? To put it bluntly, it is a full curved screen. For example, the curved screens currently on the market can be made into a surrounding cylindrical screen, but they cannot be made into a spherical screen.

The same is true in the field of mobile phone applications. So far, there is no real full-curved screen available.

And this technology can make a full-curved screen, and even a real full-screen mobile phone.

It's just that this technology is very difficult. The normal hyperbolic screen is completed on the basis of a flat flexible OLED screen through post-bending processing.

But this kind of 3D full-curved screen is not good, because the later bending cannot be bent 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 is, it cannot achieve the hardness and toughness of metal, and the more important ductility.

Of course, there is a way. That is when the glass melts, the glass at this time is more capable of shaping, and can be used to die cast into various shapes.

Ordinary glass is fine, but the display screen is not calibrated. Regardless of the display screen technology, LCD, OLED, and QLED display light-emitting materials are not resistant to high temperatures.

Even a slightly higher temperature can cause the display material to age, let alone the temperature that can make the glass fuse.

Therefore, it is not feasible to manufacture the screen and then perform post-processing.

Since the post-processing is not possible, can the glass be hot-pressed and shaped before the screen is produced, and then the subsequent process can be carried out.

Whether it is an LCD, OLED, or QLED screen, it is composed of many layers.

Each layer has its own special function. Even OLED and QLED screens have fewer layers than LCD screens, but they are also composed of multiple layers of materials.

So can we shape these materials at the beginning of manufacture? Then fit them perfectly together to form a complete screen.

The R\u0026D team has gone through a lot of efforts, but finally failed. Because this kind of shaping screen is not as good as a straight-face screen, it cannot be fitted very precisely. Even with a lot of effort, the yield rate and good product rate produced by this technology cannot meet commercial requirements, let alone cost control.

It must be more advanced and more conducive to production and processing technology to ensure the yield rate of its products, so as to achieve the purpose of cost control.

Therefore, the research work of the scientific research team has also stagnated, because everyone can't think of a good solution for a while.

It was still Wu Hao, who came up with an astonishing idea. Can these materials be made into paint, and then painted over and over again on the glass that has been heat-pressed and shaped? This will not only allow these functional layers to fit perfectly, but also greatly simplify the production and manufacturing steps and increase the yield of products.

Hearing Wu Hao's words, everyone seemed to be enlightened and applauded. I don't know the true face of Lushan Mountain, only because I am here in Zhengzhou

This approach is great, and it can open a new door for researchers.

Yes, why didn't they think of this method. So under the guidance of Wu Hao, the research and development team once again devoted themselves to the project research and development.

However, soon they encountered new problems. This idea is great, but how to realize it has become a difficult 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 coating and evenly coated on the hot-pressed plastic glass, this is a difficult problem, not to mention other materials.

Naturally, Wu Hao would not allow the team's R\u0026D work to stagnate. Soon, he passed some technical difficulties in the manufacturing process technology of these materials to the project R\u0026D team in a special and secret way.

After obtaining the information, the research and development team felt like they had found a treasure, and some problems that had troubled them for a long time were easily solved. With the support of this technical document, the R\u0026D team has successively mastered various technical difficulties of this 3D full-curved screen

Military technology