Hand rubbing nuclear fusion live in the wilderness

Chapter 317 The hope of Huaguo's industrial take-off

In the simulation space, Won spread the drawings of the "MSC-CNC eight-axis six-link CNC machining center" brought from the workshop in the workshop.

This blueprint was not drawn during this Starlink mission, but something that had already been drawn during the previous third-level mission.

When he was on the third-level mission, he had already thought about some things to do in the fourth mission this time.

So when traveling around the world later, with the help of free time, Han Yuan reproduced some information including "MSC-CNC eight-axis six-linkage CNC machining center" in his mind.

The drawings are large and numerous.

The thick stack of blueprints was nearly ten centimeters thick. Each blueprint was more than one meter long and more than eighty centimeters wide.

Overlaid on the top is naturally the overall design of the 'MSC-CNC eight-axis six-link CNC machining center'.

At a glance, the audience in the live broadcast room was attracted.

The simple black lines outline complex patterns on the white drawings, which looks pleasing to the eye, but if you look closely, you will find that the structures on the drawings are extremely complex and precise.

Experts from various countries in the live broadcast room couldn't even take their eyes off.

In particular, Huaguo's industrial machinery experts stared at the drawing heavily, not even daring to blink, for fear that the drawing would disappear in the next second.

Combined with what the anchor just said, everyone knows that the drawings on these drawings are the high-precision CNC machining machines he will manufacture.

Based on what this anchor has always prepared live broadcasts, I am afraid that the CNC machine tools displayed this time are not simple.

Not to mention surpassing, it is enough that the CNC machine tools displayed this time can compare with the top or even the second-top five-axis CNC machine tools in the United States in terms of machining accuracy.

With such a machine tool, Huaguo's industry will take off in a real sense!

Rather than the same as now, it is the foundry of the world industry.

Spreading out the drawings, Han Yuan pulled the camera and said: "This time the CNC machining equipment I manufactured is called 'MSC-CNC [-]-axis [-]-linkage CNC machining center'."

"It is a medium-sized CNC machining center with an eight-axis and six-linkage structure, which is not inferior to traditional five-axis CNC machine tools in terms of stability and accuracy."

"And because it can achieve six-axis linkage, it can process some special parts that are difficult to process with five-axis machines."

"Besides, the eight-axis structure can also be split and combined to turn it into two four-axis machining centers to double the output of some simple parts."

While manually flipping through the drawings, Won briefly introduced the 'MSC-CNC eight-axis six-link CNC machining center'.

The audience in the live broadcast room seemed to be very interested in the nouns he said, and sent various barrage inquiries one after another.

[Eight-axis six-link CNC machining center?How does it compare with the top five-axis CNC in the United States? 】

[It must be even more awesome, one with eight axes and six linkages, one with five axes and five linkages, they are not at the same level in terms of the number of axes alone. 】

【Great!Now the industry can develop rapidly! 】

[Upstairs uses the number of axes of the machine tool to compare whether the machine tool is advanced or not. This is a wrong way. The more axes the machine tool has, the more advanced it is. It depends on the number of linkages of the axes. 】

[There are also many linkages, one with six linkages, one with five linkages, and one more axis! 】

[No, no, no, six linkages are not necessarily better than five linkages. The more linkages, the more difficult it is to improve the stability and machining accuracy of the machine tool. The reason why the top five-axis CNC machine tools are awesome is because five linkages can Almost all complex parts have been machined, and the machining accuracy can be guaranteed. 】

【Forget it, I can’t explain it to you illiterates. 】

【? ? ? ? ? 】

[Laughing at the crowd upstairs?What degree do you have? 】

[No, you can't see our country is good?What mentality? 】

[I am a third-year graduate student at Fudan University, am I qualified to speak? 】

【I'm from East China University of Science and Technology, am I eligibleヾ(ω`)o】

[I am an academician of the Chinese Academy of Sciences, am I also illiterate? 】

[? ? ? ? ? ?Academicians of the Chinese Academy of Sciences also watch the live broadcast? ? ? 】

Most of the audience in the live broadcast room were watching seriously, and they tapped on the barrage to interact with other netizens.

After all, viewers who can surf the Internet and watch live broadcasts can basically be called netizens, the kind who often surf the Internet.

So most people know something even if they are not very familiar with it.

Such as chips, such as lithography machines, such as top five-axis CNC machine tools.

These things are urgently needed in China.

The vast majority of people hope to see a better motherland.

What is the motherland? The motherland is like my own child. I can scold it at will, but that is hating iron but not steel.

This is the current state of mind of most people in the country. While scolding, they hope that she will be better again.

Chinese people always compare themselves with the top strengths of other countries, don't they also hope that she can return to the top of the world again.

The mood of various countries is much more complicated.

Some are joyful, some are resentful, some are helpless, and some see nothing in the world of mortals.

Although I already knew that as long as this live broadcast room continues, sooner or later the whole world will be overturned.

But when its leading technology is surpassed by live broadcasts, no country feels good.

This feeling is really too difficult.

But there's nothing they can do about it. They can't find anyone, and they can't close the live broadcast room.

What's more, even the US is reluctant to let Hua Guo close this live broadcast room. Although the loss is heavy, they have also learned a lot of black technology from it.

Like a high-power electric propulsion engine, if it is developed by human beings alone, it may not be possible to manufacture it in at least 50 years.

And now, the finished products have been tested on their fighter jets.

The construction of 'MSC-CNC eight-axis six-link CNC machining center' is not too difficult for the current Korean won.

The slightly more difficult point is that it is necessary to build a medium-sized dust-free studio and complete the precision treatment of processing equipment.

After all, 'MSC-CNC eight-axis six-linkage CNC machining center' is used to process other high-precision equipment, and the precision requirements for itself are also very high.

Not only the precision, but also the levelness, shock absorption, cleanliness and other aspects are very high.

Therefore, a complete and independent dust-free studio is required for storage and use.

And the requirements of this dust-free studio are not worse than the dust-free studios that Han Yuan spent a lot of effort to build last time, and even higher in some requirements.

Not only is the area much larger, but also the overall construction requirements for ventilation, dust, drainage, and waste disposal rails are more complex.

This thing is used to process all kinds of steel and alloy materials.

If the cut waste is not removed in time, or if it invades the CNC equipment, it will cause damage to the machining center.

A complete and separate medium-sized dust-free studio costs about ten days.

This is when he has a complete detailed structural drawing and construction materials in his mind, and only needs to follow the construction step by step according to the drawing.

Otherwise, from the design to the completion, even if his brain and physical strength are different from ordinary people, it will not be done within a month or two.

It's a pity that the robots at the Taishan base can't bring them here.

In Taishan base, there are not many available equipment, but there is a robot that can take care of daily life.

Originally, Han Yuan was going to take it back to the base, but the robot was controlled by the smart butler Xiao Qi.

And Xiaoqi's use program was set dead by the former host, and its scope of use and the relevant information in the base's central computer database were basically related to the caregiver's daily life.

Although the degree of intelligence is quite high, there is no industrialization-related code in the underlying design code.

In other words, before he took over the Taishan base, except for the necessary codes for daily life and maintenance of the base, all other code functions were deleted.

This made Han Yuan very helpless.

An off-the-shelf robot plus an intelligent program, now apart from washing, cooking, making tea and taking care of daily life, it doesn't know anything else.

Even if the Korean won was brought over, it would not be of much use.

And that robot needs to stay in the Mount Tai base for Xiaoqi to use to maintain the normal operation of the entire base.

In addition, there is no top-level central computer in this base for Xiaoqi to survive, and there are no satellites in the sky that can achieve ultra-long-distance communication.

So at the beginning, Han Yuan only sorted out the Taishan base, except for a gene modification drug, he didn't bring out anything else.

Now we can only start from scratch bit by bit.

First get out the CNC center with eight axes and six linkages, and then upgrade the industrial equipment.

There are many tasks, but things need to be done bit by bit.

Fortunately, although the time is tight this time, for three years, it will not be as busy as the third-level mission.

The last three-level task, if it wasn't for the Korean won to get extra rewards, in fact, you can not be so busy.

An aircraft with a speed of [-] kilometers per hour can easily reach this value by building an unmanned aerial vehicle.

It doesn't even take four or five months to get it done.

But the magnetic field anti-gravity technology is too tempting.

In order to obtain this super black technology, during the third-level mission, Han Yuan did his best. In the next six months, even his sleep time was reduced to four hours.

More than ten days passed, and a brand-new dust-free studio with a large area was disposed of next to the original dust-free studio.

To be able to build such a dust-free studio so quickly is inseparable from the exchange of technology points for various materials.

He has already built the dust-free studio before, and the various materials needed can be exchanged directly through technology points.

There are enough raw materials and parts, and with his strong physique, he can actually do things very quickly.

Although the last three-level mission cost a lot of technology points, he was also constantly making various new items while spending, and was also constantly harvesting technology points.

After a level [-] mission, Han Yuan thought that the technology points would bottom out, but he didn't expect to maintain the number of technology points.

In particular, black technologies such as electric propulsion-free engine and lanthanum gallium silicon solar thin film power generation panels far exceed the current technological level, and the number of scientific and technological points gained is quite rich.

He still has close to 50 technology points left
Moreover, in the past ten days, Han Yuan not only built a dust-free studio, but also trained chimpanzees and bonobos brought from Africa.

Both are extremely intelligent animals that are easier to train than capuchin monkeys and can do a lot more.

Won is no longer shutting them down. Although chimpanzees are a bit wild, the knowledge and information on animal domestication is not for nothing.

After these days of training, the chimpanzees and bonobos have been able to understand a lot of commands, and they will not leave the base very far.

These orangutans and capuchin monkeys were divided into three groups, a group of capuchin monkeys, a group of chimpanzees, and a group of bonobos, which occupied three large areas near the base and were independent survivors.

There is more than enough in the virgin forest for them to eat, and all three will farm.

Especially chimpanzees and bonobos, after training, Won only needs to hand over tools such as hoes, shovels, seeds, and nutrient solution to them.

They will find suitable land by themselves, clear weeds and shrubs, and even learn to use hatchets to cut down trees, thus clearing land suitable for planting crops.

The smart chimpanzee can reach the IQ of a human being about ten years old.They have strong distinguishing ability and deduction ability, even after training, they can surpass elementary school students in the third grade.

Won is currently teaching them to recognize various numbers and trying to let them learn to operate simple machines to help him more.

Now he is still a long way from artificial intelligence and robots. If chimpanzees are trained properly, they can help a lot.

For example, in the future, the expansion of some simple factory buildings and the construction of workshops and other houses in the base can be completely handed over to the trained chimpanzees.

For himself, he can be a contractor who does not include food, housing, or even wages.

After the dust-free workshop is built, the next step is to manufacture the hardware of the 'MSC-CNC eight-axis six-link CNC machining center'.

Sheets of white drawings combined with various alloy materials, with the assistance of an M1-level multi-axis linkage processing instrument, turned into individual parts.

A 'MSC-CNC eight-axis six-link CNC machining center' contains many parts.

If the fuselage, main shaft, rotating shaft, transmission shaft, motor, horizontal slide rail, vertical slide rail, sliding seat, gear, bolt, numerical control system, circulation system, etc. are all calculated, the number of parts is as high as tens of thousands.

No less than the number of parts on the electric propulsion non-propellant engine.

It's just that most of the parts can be processed using powder metallurgy technology.

Powder metallurgy requires relatively high technology, but the alloy parts prepared by this technology have unique chemical composition and mechanical and physical properties.

One-time molding, after pressing and sintering, it only needs to use M1-level multi-axis linkage processing machine for simple surface cutting and polishing.

Such as the oily bearings, gears, cams, concave wheels, guide rods, linkage shafts, etc. in the 'MSC-CNC eight-axis six-linkage CNC machining center', which have not been manufactured before and cannot be exchanged for technology points, can be obtained through Powder metallurgy for smelting.

Only a small number of parts such as the main shaft, linkage shaft, and main column, which have extremely high performance requirements, need to be processed by lathe after smelting and synthesis.

For example, a linkage shaft is no more than the thickness of a finger, but its speed exceeds [-] revolutions per minute during cutting.

Coupled with the cutting of the upper tool, the linkage shaft needs to bear great pressure.

If the performance is unqualified, it will directly cause the linkage shaft to break directly when it contacts the superhard alloy.

Therefore, these things need to be processed into alloys through special smelting methods, and then processed by machine tools, and cut and shaped little by little.

(End of this chapter)