Business Empire: There Are More Than 100 Million Black Technologies

Chapter 230 Complete The New Product Design And Start The Next Black Technology

Some companies' products are just like squeezing toothpaste.

Squeeze it in little by little, lifting it a little bit at a time.

He keeps cutting leeks bit by bit, which makes people have to keep buying his products.

And Liu Sen has always wanted to be able to produce perfect products.

The phone functions as well as possible and is as rugged as possible.

It’s hard to break a cell phone.

According to statistics from Huaban after-sales service, the damage rate of their mobile phone screens and casings has been reduced by thousands of times.

This directly reduced the petal maintenance income by a large amount.

You know, in the past, replacing two screens was equivalent to selling one mobile phone.

The consumer products sold on the market today are no longer as durable as they used to be.

The original fan has been used for decades, but now it needs to be replaced after two years.

Including the data cable of the fruit company, it is said to be environmentally friendly, but in fact it is not just for everyone to use it for a period of time before it will be damaged and then buy a new one.

The so-called environmental protection is just a way for them to make money.

If you want to be environmentally friendly and use other materials, it would be more environmentally friendly if one piece can be used until the phone breaks down, rather than using three or five pieces.

Just this small replacement of data cables can bring them hundreds of millions of dollars in revenue.

Compared with the executives and bosses of those companies, Liu Sen is really not qualified.

Liu Sen kept thinking about the shortcomings of smart glasses. He thought of many, but most of them were not suitable for civilian use.

Those he would use elsewhere.

Liu Sen still needs to do one thing now, that is, the current glasses are just a simple display and lack of immersion.

One advantage of this is that when there is a display in the glasses, it does not affect the user's normal walking, eating, and working.

There is also an immersive mode. After it is turned on, you can only see the screen and not the surrounding environment.

This requires structural adjustments to the transparent glass lens of the display and adding a new display layer.

When the score mode is turned on, the new display layer behind the glass crystal of the normal display screen will be in a special state, which can block all external light and set the display color or background.

This allows users to quickly enter immersive mode, and the background can also be adjusted, such as beach, grassland, mountain forest, etc.

Increase user immersion.

Liu Sen started adjusting the structure again against the glass lens on the design software, and then let the small dots perform calculations to see the effect.

From the beginning it was a bit fake, to the end it was realistic.

Liu Sen simulated it in his glasses and kept looking at the renderings.

"This is good, but there won't be much progress in the future. Further adjustments will be useless in improving the user experience."

Liu Sen then made adjustments to the overall glasses design.

Integrate the newly obtained petal camera module and algorithm into smart glasses.

All design drawings were completed quickly.

"Xiaodian directly inputs the design drawings into the system and produces a pair of glasses."

"Boss, it has been entered and is being produced. It is expected to take 10 minutes."

Liu Sen nodded.

There are all kinds of materials in the guardian base, as well as various processing machines, but the quantity is not very large.

This is all to support Liu Sen's various experiments and verify the relevant results as soon as possible.

Large-volume licenses still require specialized factories for assembly line production.

Next, Liu Sen needs to research more advanced technologies. Some of the technologies he just thought of are not suitable for civilian use yet.

Liu Sen directly went online and found the primary products of related technologies. He needed to buy them back and study them.

By the time we got to the machining center, the headbands had already been produced.

"Xiaodian, help me process this headband."

The current control methods for mobile phones, especially smart research, are not the best control methods.

And the application of this technology is very broad.

Based on the public theoretical knowledge, Liu Sen began to simply design a headband.

And once this technology can be researched and applied, it will greatly promote the speed of its future research and development.

It is necessary to accurately read brain waves and analyze the correct intention.

This went back and forth dozens of times, and each time the brain waves on the right side recorded a fluctuation.

Liu Sen picked up the headband and the newly produced smart glasses and returned directly to the laboratory.

Now he is starting to study purposefully again, giving him a deeper understanding of the brain and nerves.

In the picture on the right, a fluctuation appeared directly.

It is necessary to obtain the weak brain waves emitted from the brain through instruments.

The best method is brain control technology, which can control these devices more accurately and conveniently.

For research, Liu Sen once again read medical books.

The smart glasses are directly split-screened. The left side is the normal operation interface, a picture has a grid with coordinates, the mouse stays in the middle, and the right side is the picture of the brain wave capture device.

At the same time, I also downloaded a lot of relevant theoretical knowledge.

The hardest step of all is the first step.

The brain waves, brain’s intentions and thoughts are then analyzed through AI technology.

The second step is to transcode this brain wave into machine control instructions.

I put a headband on my head. This headband is not actually a brain wave receiver.

This is a brainwave amplifier, making it easier for other instruments to capture brainwaves.

Liu Sen didn't think about more complicated operations. He needed to collect data step by step for comparison.

Then, Liu Sen turned left and right respectively.

This will be more beneficial to the subsequent research and development of brain control technology. After all, the first step of brain control technology is to read the brain.

Then Liu Sen once again thought about moving the mouse down one frame, and a wave appeared on the right again.

After giving the instructions, Liu Sen walked directly to the processing center.

This is much better than watch assistance and gesture control.

In my mind, I began to imagine moving the mouse up one grid. There must be no response on the left operation interface. It was just used as a reference to make it easier for the operation screen to emerge in my mind.

Liu Sen put on the smart glasses and directly connected the display screen of the brain wave capture device to the smart glasses.

That is brain control technology, also called electronic brain control technology.

The third step is to transmit this instruction to the machine so that it can work according to the intention in the human brain.

This experimental research can no longer be completed in the office.

Then repeat up, down, left, and right again, but this time move two spaces.

After completing the preliminary settings, start recording the screen.

He had already dabbled in it when he was helping to improve hospitals, medicine and medical device research, but he had not studied it in depth.