My Strength Does Not Allow Me to Low-key

But nothing can be done!

If modern high-end industries leave the basic industrial software in Europe and America, you simply can't play it!

If you only rely on manual drawing, when will you have to do it?

And even if you draw by hand, some of the effects you want can't be reflected in the drawings at all!

So although everyone doesn't like the French and American systems, they have to hold their noses and endure it.

At this time, seeing the engineers under Xiao Feng using an industrial software system that they had never seen before, Academician Ma and his team couldn't help but shine...

This is a good thing!

Earlier on the plane that came, Academician Ma also specially asked someone to ask for a lot of information about Xiao Feng, which was considered to have some understanding of Xiao Feng.

Knowing that this guy is definitely a patriot, the most important thing is that this guy is the spokesperson who was pushed down by a group of overseas Chinese scientists.

He is an entrepreneur on the surface, but in fact the strength of the scientific research group behind him is very powerful.

Many of the technologies their team currently possesses are the ones most lacking in China.

This can be seen from the two companies he founded.

This guy chose a very good route, starting from a very low-key catering and cosmetics company.

But soon after having sufficient primitive accumulation, the enterprise was transformed and upgraded into a high-tech enterprise.

Besides, it is also one of the few high-tech companies in China that can be distinguished except for H company.

Their products are now absolutely marketed all over the world, and they are still the kind that you have to pinch your nose no matter how dissatisfied you are.

It's the same reason they have to use foreign software, knowing that using it is to quench their thirst by drinking poison, and they are sending R&D funds to foreign companies.

But you don’t have to do it, because if you leave those software, you won’t be able to play.

Recently, the scientific research team behind this kid finally started to work on the real high-tech field.

It is said that in the electronic field, there have been a series of actions, and the actions are not small, and even a group of people in the center are alarmed.

This time he was recruited into the capital for a meeting, just to answer questions from above.

It's just that what surprised him today is that he unexpectedly found such a set of engineering software that looks very good in the computer under this guy.

What surprised him most was that those engineers could even use voice control to operate these software.

For example, if they use traditional industrial software for design, they must manually enter some parameters.

And if it is the same when drawing, you must enter the parameters you want in the various parameter control tables.

Finally, the effect can be produced, and sometimes for comparison, it is necessary to make several identical graphics and input different parameters.

To be honest, if the working hours are long, errors are often prone to occur when inputting parameters.

But people are different.

Those engineers just said to the computer.

For example, set the parameters on the coordinates of a certain number to me. The whole process does not need to be hands-on at all, and the system automatically completes the drawing.

Even if you make a mistake somewhere, it is much more convenient to make changes than to enter it manually.

The whole process of drawing and modeling can be said to be quite simple and convenient.

You must know that even if you use professional software like Dassault or CAD, it is not so easy to make a figure of a shroud in modeling.

Because this is not a standard cube, or as simple as a cuboid.

At this time, a circular shroud with a cavity inside, because it is a special-shaped design, so many parameters are very complicated and subtle.

And make adjustments all the time, otherwise the shape you make will most likely be an ellipse.

So the whole drawing process can be said to be very tedious and complicated.

Especially when making a one-to-one simulation rendering.

Even if you are a skilled master, it takes ten minutes or even half an hour to make it.

This has to be the case when people open the database to you.

But if you are a novice, if you design such a graphic, then you are likely to be tinkering for a long time, or even several days, you may not be able to make a perfect pattern.

But using the program in front of them, those engineers actually only took a few minutes.

They didn't even do much during the whole process. What is even more exaggerated is that they even use voice control to open the software.

Such a show operation made Academician Ma's eyes straight.

When they waited to see the industrial robots they used on the computer screen to simulate and process such an image of the hood, Academician Ma and his team even had another urge to burst into tears.

This Nima... is too enchanting!

You know, this ring fairing is not an ordinary size.

This thing has a diameter of about two meters, and such a large workpiece can be said to have to be produced with special equipment.

Because the requirements for the integral molding of the workpiece are relatively high, they have also tried to use the casting process to complete it before.

But unfortunately, because the workpiece is too large, this early modeling process is very troublesome.

Moreover, there is really no such large moulding equipment in China. Even if you complete the modeling by hand, there is no such large casting equipment.

In the past, they also forcibly cast a few workpieces out, but the internal cavity was too open, and eventually it would cause serious water leakage problems underwater, and the airtightness could not be solved.

In the end, I had no choice but to give up the casting method, and later I could only choose the module welding process.

Although the accuracy is better than that of casting, it still has certain shortcomings in terms of airtightness.

Although it can be used, it must be maintained frequently in the later stage, which greatly increases the cost of repair and maintenance.

Therefore, this system has not been able to be widely used because it is waiting for the emergence of a new integrated molding process.

But now when they are on the computer and see someone using a simulated machine tool to simulate the production of such a large annular shroud, they can no longer control their emotions.

Nima, this seems too simple.

You must know that in the United States, and Germany, there is indeed such a large vertical machine tool, which specializes in processing large workpieces used by ships and warships.

But for these equipment, when you want to produce a new type of workpiece, you need engineers to meet for a meeting.

To study the processing technology of the entire workpiece, after all, a large iron tuft, where to start cutting, what to process in the first step, and then what to process in the second step.

You have to design these in advance, and then write the program, and finally you can operate the machine tool for processing and production.

In other words, if you machine a brand-new workpiece, you have to perform a reprogramming.

And this programming is by no means that simple, it needs to be developed jointly by a designer and a machine tool operator.

The designer is equivalent to the PM in the software industry. You have to tell the developers about your demands, and then the developers will develop software programming according to your requirements.

If a place does not meet your requirements, you should communicate with the engineer in a timely manner and make changes until your requirements are fully met.

Even some of the problems that designers can't solve are finally solved by front-line engineers on the spot.

And now, the engineers of other people's Xinghuo Technology, they are actually useless at all.

Let them directly tell the requirements and important parameters of the annular shroud, and then model them in the program.

Based on this model, combined with the performance of your own machine tools, a set of production procedures was directly given out.

What kind of technical reserves does this Nima have?

This is the main reason why the academician Ma team suddenly has the urge to shed tears in the wind.

They have been engaged in development for so many years, when did the work finish so smoothly?

In the past, they designed a piece of equipment, and when they wanted to use it for processing, they always had to keep explaining with the master who started the machine.

We have given you the parameters for what shape our workpiece requires. Anyway, you can give me production according to this standard.

To be honest, the theory and technical level of those domestic engineers who operate machine tools is really far behind.

If you ask them to produce A-shaped equipment, they can always surprise you. When you see the B-shaped finished product, it really makes you dumbfounded.

But you explain to him that I want A shape, but he tells you, I'm sorry, I won't, I will only produce B shape.

What can you do?

There is no way, because we are too short of talents in this area.

There is another important reason, that is, foreigners are always very controllable in industrial software development.

Even many times, if you want to process a workpiece, you need an innovative program.

You can only communicate your ideas with the engineers at their machine tool headquarters in Germany or Japan, and let them write a program for you.

As for you want to write it yourself, haha, I'm sorry, if you do, this machine won't be able to read it.

You broke the equipment~www.ltnovel.com~ if you call them to repair, then they will have a big talk.

Anyway, this is the helplessness of the domestic machining industry.

Not only do you have to buy machine tools, but you also have to apply to them for what you produce.

Especially DMG, or large manufacturers such as Mazak, they control the program of the machine tool, and the control is especially strict.

There are only some ordinary small machine tools, maybe you can use Omron, or some industrial control software from SAP.

So sometimes for the academician Ma team, the most troublesome thing is not how to design.

It is how to produce such a workpiece after the design is completed.

In the past, we have always been constrained by others in the machine tool, but now after watching the performance of Spark Technology.

They seem to have suddenly discovered a new continent...

txt download address:

phone-reading: