Hand rubbing nuclear fusion live in the wilderness

Chapter 318 Locks specially designed for foreign countries

The manufacturing of the 'MSC-CNC eight-axis six-linkage CNC machining center' does not take a short time, at least one month is impossible.

In addition to various parts that can be prepared using powder metallurgy technology, there are also materials that require special smelting and processing such as the main shaft, auxiliary, rotating shaft, and main column.

These processed alloy materials also need to be processed bit by bit by M1-level multi-axis machining equipment, which is the most time-consuming.

Not to mention other things, the manufacture of the main shaft and the main column took nearly fifteen days.

The spindle of this eight-axis six-linkage CNC machining center has extremely high requirements, and the "nickel-chromium-titanium alloy steel" is used.

Although it is called steel, in fact, this alloy is extremely tough, with super excellent properties such as high strength, high toughness, high temperature resistance and impact resistance.

In other words, this 'nickel-chromium-titanium alloy steel' is for aircraft carrier decks!
Even Huaguo has only mastered the smelting and preparation technology of this alloy in the past ten years, and only then has its own aircraft carrier.

How powerful the decks on large aircraft carriers are can be seen from the tests conducted by the United States on their own Kitty Hawk-class aircraft carrier "USS".

The decommissioned aircraft carrier experienced three-dimensional strikes for a full four weeks during the test.

When the aircraft carrier was finally completely destroyed with high explosives, there were still no obvious signs of large-scale damage on the deck.

Just from this point, one can imagine how awesome this alloy is.

Even now in the whole world, the number of people who can manufacture this kind of alloy can still be counted on one hand.

The excellence of this material lies in its extremely strong performance in all aspects.

Although it is not the alloy with the highest hardness, flexibility, or corrosion resistance and torque resistance.

But it is close to the limit in every respect.

Not only can it be applied to the deck of an aircraft carrier, but there are countless other uses.

The only disadvantage is that its cost is too expensive, and few countries know the smelting process.

Before the advent of CNC technology, the processing of parts such as the main shaft and the main column can only be assisted by manual control through the mechanical assistance of the M1-level multi-axis linkage processing instrument.

This caused the won to do almost any other thing in these ten days, and all the energy was spent on it.

But there is no way, these parts are the most indispensable and the most critical part of the 'MSC-CNC eight-axis six-linkage CNC machining center', and he can only deal with it bit by bit patiently.

Fortunately, after several years of tempering, his personality has stabilized a lot, and he can do things that require high patience and concentration.

Otherwise, based on the personality during the first and second live broadcasts, the production of this spindle, even if it is injected with genetic medicine, at least a dozen of them would have to be scrapped to get it out.

Fortunately, there are not too many important parts such as the main shaft and the main column that cannot be processed by powder metallurgy technology.

Although there are many secondary shafts, only one needs to be manufactured, and the rest of the repetitive work will not be done, and it will be enough to hand over the technology points for exchange.

As the days go by, the newly established dust-free workshop is also becoming more and more full.

The dust-free workshop covering an area of ​​more than [-] square meters is divided into two parts, and the innermost part is where the 'MSC-CNC eight-axis six-link CNC machining center' is installed and deployed.

The area inside is relatively large compared to the entire dust-free studio, covering an area of ​​more than [-] square meters.

The inside has been paved with various materials, and the paving materials on the ground are slightly different from those of other dust-free studios.

Although it is also made of polyester, the floor material in this dust-free studio is pale white and not very thick, with Portland cement underneath.

The walls on all four sides are made of silver-white aluminum alloy, while the ceiling is two-story.

The first floor is a plastic suspended ceiling at the top vent.

The other layer is thick alloy pipes, which are folded horizontally and laid under the ceiling, just like the pipes of the central air conditioner.

The reason for this setting is that this is a CNC machining center. In the later stage, the Portland cement floor and the alloy pipe ceiling need to be laid with slide rails.

The place currently in use is only a part, which is enough to install the "MSC-CNC eight-axis six-link CNC machining equipment", which occupies only about two-fifths of the area.

After the artificial intelligence control program is developed later, this dust-free studio covering an area of ​​more than [-] square meters will become an intelligent production line.

After the materials that need to be processed are sent in, they will be pre-treated in the outer market first, then enter the inner room through the conveyor belt, and then complete a series of overall processing through the numerical control system.

From the alloy material to the final product, you only need to throw the material inside.

The material is picked up by the robotic arm and then fixed on the slide rail.

The sliding rail moves to bring it to the place where it is processed for the first time, and the processed material will be grabbed by the mechanical arm and transported to the place for the second processing.

The final finished product will be placed on the conveyor belt through the cooperation of the slide rail and the robotic arm, and transported to the storage point.

At this point, it can be called "MSC-CNC eight-axis six-linkage CNC machining center".

And what he manufactures now is nothing more than 'MSC-CNC eight-axis six-link CNC machining equipment'.

There is still a long way to go from a real data processing center.

After all, this is something in the application knowledge information of intermediate industrial equipment, even if it is not the top, it will not be far behind.

The construction of the dust-free studio, the production of MSC-CNC eight-axis six-linkage CNC machining equipment parts, the assembly of MSC-CNC eight-axis six-linkage CNC machining equipment, and the final test took nearly two months. time.

This should be the longest time the won has spent on a piece of industrial processing equipment.

The three months of the third-level mission did not count, and he built more than one piece of industrial equipment that time.

Although it took two months, the results are worth it.

Before flying out of the home planet, this ''MSC-CNC eight-axis six-link CNC machining equipment'' can satisfy him for the processing and manufacturing of most parts.

Whether it is an alloy part, or resin, plastic, any solid part that can be processed can use this to complete the shape.

The only problem is that there is no central computer in the base, and there is no intelligent CNC program that can control this 'MSC-CNC eight-axis six-linkage CNC machining equipment'.

But this is in the preparation of the Korean won.

During the last level-[-] mission, due to time constraints, the 'Chinese Intelligent Programming Language' that he didn't launch can be justified this time.

Because 'MSC-CNC eight-axis six-link CNC machining equipment' is CNC machining equipment.

It needs to be controlled by a computer and the corresponding intelligent program before it can be used, so the Korean won must upgrade the original transistor computer and write an intelligent control program.

And in this process, it is also possible to launch the 'Chinese intelligent programming'. '

The most important thing is that he also added a lock to the control chip of the 'MSC-CNC eight-axis six-link CNC machining equipment'.

This lock can only be unlocked by a program written in Chinese programming language.

Just like Huaguo's top five-axis CNC machine tool lacks a corresponding matching control system.

Other countries learn 'MSC-CNC eight-axis six-link CNC machining equipment' from him, and they will also lack the corresponding matching control system.

Some people may say, I don't need your control system, can't I make one myself?

Or if it really doesn't work, I'll just replace the control chip inside for you, can't I replace it with my own?
Even if the performance drops a little, can I still use it?

Regarding this situation, Han Yuan said, sorry, the control program compiled by using English programming is not recognized at all in the chip of the 'MSC-CNC eight-axis six-linkage CNC processing equipment'!
Even if you in the United States replace the control chip in the "MSC-CNC eight-axis six-linkage CNC processing equipment" with a chip developed by yourself, it is useless.

The worst point is here, in the 'MSC-CNC eight-axis six-link CNC machining equipment', there is an automatic retrieval device.

This thing is bound together with the whole device, and the automatic retrieval system and the control chip are separated.

The retrieval device will automatically retrieve the current device control language when the machine is started.

If the search finds that the control language of 'MSC-CNC eight-axis six-link CNC machining equipment' is not a program compiled by the Chinese intelligent programming language.

So sorry, your control program does not match my machine, and the whole processing equipment cannot be used normally.

It is conceivable that because of the Chinese intelligent programming language, other countries will definitely not use this control language to control the "MSC-CNC eight-axis six-linkage CNC machining equipment" when they have a choice.

Even if the 'MSC-CNC eight-axis six-link CNC machining equipment' has a matching control program compiled by the Chinese intelligent programming language, the first choice abroad must be to try to use various methods to control it by itself.

The first to experiment will definitely find a way to replace its own control program.

At that time, they will miraculously find that it is useless to replace the control program or the control chip.

No matter what they do, they cannot use the device normally.

At the end of the toss, perhaps some countries will discover the automatic retrieval system during research, and will be excited to think that they have found the key point, and then dismantle this thing.

Well, I'm happy now.

At that time, they will find even more miraculously that after dismantling the automatic retrieval system, the equipment they spent a lot of effort to build is completely scrapped.

Even if the automatic retrieval system is reinstalled, it is a pile of scrap copper and rotten iron. It is the same as Huaguo's top five-axis CNC machine tool preserved with inert gas. It is useless except for researching hardware.

And in the end, if they want to use 'MSC-CNC eight-axis six-linkage CNC machining equipment', they can only obediently choose to learn Chinese intelligent programming language.

This is the whole plan of the Korean won.

You use it, it doesn't matter.

But if you want to use it, use the whole set obediently.

It is impossible to use my hardware and your control system.

At least this approach is not feasible for him.

'MSC-CNC eight-axis six-linkage CNC machining equipment', the manufacturing of this top-level industrial master machine is broadcast live, and the whole world can watch and learn.

If there is no restriction on the industrial mother machine by the way, Won will feel that he will not be able to make it through.

The accuracy of this thing can be compared with the top five-axis CNC machine tools.

And because of the six-axis linkage, it has greater advantages when processing some special parts, and can fully adapt to industrialized processing systems.

If it evolves to 'MSC-CNC eight-axis six-linkage CNC machining center', it will be an industrial master machine production line with full intelligent control.

With the first one, the second one can be produced later.

　There is another chapter in the afternoon, asking for a monthly ticket

　　
　
(End of this chapter)