My Strength Does Not Allow Me to Low-key

The genius remembers the address of this site in one second: [] The fastest update! No ads!

"As far as the current situation is concerned, our diesel engine technology! In terms of valve adjustment, it is not far behind foreign countries!"

"The only things that are relatively backward are the high-pressure common rail oil pipelines, nozzles, and pressure pumps. We are still a little behind..."

When Mr. Wang heard Director Xiao said that he hoped to use safer diesel engines, he immediately expressed his wish.

But while speaking, he turned his gaze to Xiao Feng.

Because everyone knows that he is the big boss behind Xinghuo Technology, and now Xinghuo Technology's second-generation flexible processing machine tool is well-known in the field of machining.

Now many automobile manufacturing companies have placed orders for Xinghuo Technology, hoping to get their second-generation machine tools.

Because as long as they have their machine tools, many complex curved surfaces that could not be produced and processed before can be processed easily.

You must know that the most troublesome part of machining is to open the mold, which not only requires high precision, but also has better durability.

The most important thing is the mold that is opened, sometimes it is very difficult to process complex surfaces.

For example, many car companies, in order to be different, will design their cars to look very cool.

But the appearance of your car is cool, and the cost of mold processing has also increased.

When the first set of molds is produced, it costs several million dollars at every turn, which is a small amount.

Sometimes, because the curved surface of the mold is too complicated, it is really impossible to find a suitable processing machine tool in China.

The data must also be sent to Japan for the Japanese to help process.

In this way, the cost will be higher.

This is just the shape mold of the car. If it involves more complicated oil pipes, transmission, or engine mold opening, the cost will be even more expensive.

Almost every year, we have to give to the Japanese for free, and the Germans make a lot of money for molds.

For manufacturers, such costs are also not a small burden.

no way,

Who makes our finishing technology not good enough, there is no machine tool that can process complex curved surfaces and cavities.

And now there is the second-generation flexible processing machine tool of Xinghuo Technology, which can help everyone solve the most troublesome problem.

And everyone has also heard that, in fact, Xinghuo Technology's best machine tool is actually exclusively for the military.

Recently, why our air force can make dumplings like dumplings.

Various aviation engines that have been unable to be mass-produced in large areas before, are now produced in days.

It is said that the flexible machine tool of Xinghuo Technology has made great contributions.

Not only can it be used to process turbofan blades with complex curved surfaces, but it can also be used to process the most difficult internal cavity of turbojet engines, and this machine tool can also be used for processing.

The most powerful thing is the densely packed various oil pipes and air supply pipes arranged outside the aviation engine.

These pipes can be processed by this machine tool.

Domestic engine manufacturers, even if they are not engaged in aviation development, but even if they are engaged in automobile engines, know how powerful such machine tools are.

The rows of various oil pipes arranged outside the aviation engine seem to be simple, but in fact it is indeed the most difficult to process.

And today's gasoline engines and diesel engines also use a large number of this kind of oil pipes.

Especially the high-pressure common rail oil pipes and fuel injectors, these things are made of that kind of pipe.

At present, our domestic manufacturers cannot produce such oil pipes and nozzles with the level of finishing.

In the past, it could only be imported in large quantities, but now with Spark Technology, this problem can be solved.

How could Xiao Feng not understand Mr. Wang's meaning, he frowned and laughed.

"We will solve this problem, Mr. Wang, don't worry!"

"That's good, that's all. I'll send someone to come here to report when I go back. Let's set up a joint project team and strive to conquer this project in the shortest possible time."

Being able to win the military order made Mr. Wang very happy.

Mr. Yu from company H next to him also nodded: "Well, we will organize a team to cooperate immediately later."

In fact, Director Xiao has another reason for coming here this time, that is, he hopes to discuss the application of their artificial intelligence Xiaoai in military industry.

After all, the armies of many countries are rapidly entering the era of intelligence.

And we have just started to explore. After all, we have entered the era of intelligence, and this matter does not have to go so fast or so urgently.

Because for the military, the stable performance of various combat weapons is the most important thing.

Like various electronic products, their requirements are not high.

After all, many civilian-grade modern smart products may not be easy to use once they arrive on the battlefield.

For example, once a state of war is entered, many communication facilities may be destroyed.

Then those smart devices that look tall may be useless.

What kind of map navigation may not be as easy to use as the military's satellite positioning.

Therefore, most of the so-called smart devices with bells and whistles are actually not as stable and reliable as purely mechanized devices in the military field.

But it is still necessary to explore forward.

For example, Company H recently helped the military develop an intelligent data link module.

To put it bluntly, it is a field commuting system, which can transmit and summarize the front-line battle images to the rear from time to time, so that the commanders in the rear can understand the front-line battle situation at the first time and make the most timely judgment.

In addition, they are also developing an intelligent targeting system.

This system will be integrated on the latest generation of FAST helmets, which not only integrates night vision, but also has infrared functions.

In addition, it can assist soldiers to aim. The function of this system is actually similar to the latest model of NGSW-SC individual fire control system that Yingjiang will use in the future.

For example, the currently strongest Eagle Sauce Army soldiers on the surface are equipped with a large number of red dot sights or low-light sights on their rifles.

However, although this kind of scope simplifies the process of aiming for soldiers and ensures higher accuracy, its nature has never deviated from the principle of a mechanical scope.

To put it bluntly, when a soldier operates a firearm to shoot, he still needs to calculate the wind speed and the impact of the range on the bullet.

For example, the soldiers of Eagle Sauce use M4 rifles and fire NATO standard ammunition.

When shooting an unexpected target at 300 yards, if there is no wind, the target where the bullet hits will be about 30 cm lower than the cross star in the scope.

The reason for this is that the bullet cannot escape the gravity of the earth no matter what.

At a distance of 50-100 meters, the ballistic trajectory may be guaranteed to be straight, but once this range is exceeded, the flight of the bullet will inevitably be affected by gravity.

Therefore, experienced soldiers, when aiming at long-distance targets, will put the front sight on the top of the target's head.

So we see in the movie that the practice of putting the crosshairs on the head and chest of the sniped target is usually done to fool the layman, or to make the movie look more enjoyable.

In a real war scene, if you aim like that, you can guarantee that no enemy will be killed.

Also, you have to understand the effect of wind speed on bullets.

For example, what is the direction of the wind today, what is the speed of the wind, and within your range, the impact on the bullet is geometric.

These are all things that soldiers need to consider, so the experience of many precision shooters is actually fed by bullets and actual combat.

It's not like in the movies where the crosshairs are on the target and you pull the trigger and you're done.

Things are not that simple.

If it is really that simple, wouldn't modern warfare be as easy as playing games?

In that case, Yingjiang's soldiers would not have to spend an average of 20,000 rounds of bullets to destroy an enemy in several Middle East wars.

In order to solve this problem, the U.S. military has already invited bids to develop a new generation of targeting systems.

Until last year, there was a Vortex product, which made the Yingjiang military very satisfied.

Then he placed an order of tens of millions to this company, ordered the first batch of products, and equipped the army for trial use.

And this sight system is the famous NGSW-SC fire control system.

The key to this system is to install an intelligent optical system on top of the scope.

The key role of this intelligent optical system is to automatically detect and track targets.

When the soldier is fighting, there is a button switch at the handle of the firearm.

As long as the button is turned on, the intelligent optical system will automatically detect the battlefield ahead and track the target.

Moreover, the penetrability of this system is also very good. Whether it is in the dark, or in dim light, or in a battlefield blocked by thick smoke and fog, it cannot block the optical system on the sight.

This thing can easily penetrate and scan the battlefield, and then find the target.

Once the target is found, the chip equipped inside will automatically calculate, and will calculate the range, gravity, and wind speed and other factors that affect the ballistic trajectory.

Then a red frame will appear in the scope, and what the soldier has to do is very simple, as long as the red frame surrounds the target to be shot, and then pull the trigger.

It can be said that the appearance of this sight is an epoch-making product. It is no exaggeration to say that with this sight.

Then every soldier has the potential to become a sharpshooter, and this sight will make warfare really as simple as playing a game.

Don't underestimate such a sight, this small sight has very powerful computing power.

In the shortest possible time, scan the battlefield, lock the target, and then calculate the trajectory based on gravity, wind speed, and range.

It even adjusts the ballistic trajectory from time to time according to the muzzle shake caused by the movement of soldiers.

Speaking of its power, this thing is completely a tank's fire control system, a miniaturized product.