The Technology Tree of Xueba

Zhou Yu heard Yuan Keqing's words, and he was a little curious to what extent Lu Ban could control industrial robots after using the neutrino communication network.

Yuan Keqing immediately led Zhou Yu to a special production workshop.

They stood outside the workshop and watched the scene inside the workshop through the transparent glass.

This is a very large component being processed by more than a dozen industrial robots. It is the size of a football field, and its boxy shape resembles an inkstone.

One side of the device is a horizontal plane, and the other side is multiple complex curved surfaces.

Yuan Keqing introduced excitedly: This is the core component of the million-ton magnetic press.

Our company's 100,000-ton hydraulic press is no longer able to process special materials.

After the breakthrough of superconducting materials, it is possible to realize the magnetic compressor with higher strength.

However, one side of the magnetic press must be absolutely level so that the material is evenly stressed.

The other side is composed of multiple complex curved surfaces, which are used to place magnetic field coils. Only through this layout can the magnetic field of the magnetic press be kept balanced, so that the pressure on each plane of the magnetic press is the same.

The processing of the horizontal surface is relatively simple, but the complex and special-shaped surface of the groove can only be processed by humans in the past.

Processing is too difficult, and machinery cannot realize the processing of complex curved surfaces, but now artificial intelligence Luban can direct industrial robots to process complex curved surfaces through the neutrino communication network.

The key is the low latency of the neutrino communication network.

It allows artificial intelligence Luban to command industrial robots to work together, and can adjust in time when encountering any situation.

When Zhou Yu heard this, he understood that in the past, in the field of complex mechanical processing, robot processing was not comparable to the elite technical talents who had reached the level of craftsmen in big countries.

Robots are mainly used for repetitive processing and processing with relatively simple procedures.

The processing precision of craftsmen in big countries can reach the nanometer level, relying on the feel and experience.

This happens to be an area where artificial intelligence and robots cannot reach.

To process a very complicated and scarce part without processing technology standards, the role of craftsmen in a big country is more convenient than intelligent robots.

Processing of large curved and complex materials, parts that cannot be processed by robots, can only be processed by craftsmen from big countries.

The precision of the processing equipment of the craftsmen of the big country is very high, but its shortcomings are also very huge.

To become a craftsman of a big country requires one's own talent and decades of hard work. The output of a piece of equipment he processes is still very low.

Now intelligent industrial robots can fully reach the processing capabilities of craftsmen in big countries.

Xinghuo Precision Manufacturing Co., Ltd. will be able to process complex mechanical structures on a large scale in the future.

This is an extremely competitive technology that allows more talents to go to R\u0026D positions, and dangerous and troublesome machining will be replaced by artificial intelligence and industrial robots.

The craftsmen of a big country are not like ordinary engineers. Even if they are impacted by artificial intelligence, they will never lose their jobs, and on the contrary, they can give full play to their abilities.

A person who can only do processing will never become a craftsman of a great country. Every craftsman of a great country sees a piece of equipment, and he can quickly think of processing this equipment. Where should the knife be cut and how should it be processed?

This is exactly the ability that artificial intelligence lacks. With the help of artificial intelligence, craftsmen of great powers can exert powerful effects.

Zhou Yu praised: Under the promotion of neutrino communication network, artificial intelligence and industrial robots can play such a powerful function.

Artificial intelligence can command industrial robots to perform millisecond-level control. It is no wonder that it can process very complex parts.

Yuan Keqing said with a smile: Mr. Zhou, processing this huge equipment is only part of the ability of artificial intelligence Luban, it can also process more sophisticated equipment.

For example, we used to be able to process only part of the rocket engine components for the Aviation Technology Group, but now we can directly process the entire rocket engine.

Accompanied by Yuan Keqing, Zhou Yu began to visit artificial intelligence Luban to process more complex industrial parts.

He found that as long as industrial tools can process this material, any complex mechanical processing will not be difficult for artificial intelligence Luban.

Zhou Yu went to visit the office of Xinghuo Precision Manufacturing Company again.

There are crowds here, which is completely different from the deserted feeling of the factory.

Engineers have all moved to technical positions. In addition to administrative staff, Xinghuo Precision Manufacturing Co., Ltd. is divided into two categories of engineers.

One is responsible for designing the process standards of mechanical processing. According to their designs, artificial intelligence Luban adjusts the details of the processing technology and formally generates a processing plan.

The other category is responsible for researching the technologies transferred from the Xinghuo Scientific Research Center.

As long as there is no major technological breakthrough, these engineers are responsible for the later upgrade of the equipment.

It is mainly to fill in the details that the designers of the scientific research center did not consider.

Zhou Yu and Yuan Keqing finally came to a room full of holographic projections.

More than 100 engineers wear VR smart glasses and work immersed in the virtual world.

Zhou Yu knew the person sitting in the middle, he was Jia Yun, Chief Engineer of Xinghuo Precision Manufacturing.

He is the biggest contributor behind Xinghuo Precision Manufacturing Company.

Yuan Keqing is mainly responsible for the administrative business of Xinghuo Precision Manufacturing Company, while Jia Yuncai is responsible for dealing with technical issues of Xinghuo Precision Manufacturing Company.

He is a person who is not good at words, just silently doing his own job, never showing his merits or expressing himself in front of the leader.

Zhou Yu has visited Xinghuo Precision Manufacturing Company many times, and he would never come to greet him as long as he has something to do.

If Spark Technology hadn't had artificial intelligence to count the contributions of individual employees, such people would definitely be buried at the grassroots level.

Zhou Yu patted Jia Yun on the shoulder to wake him up from the virtual world.

Seeing Zhou Yu's arrival, Jia Yun said with a nervous expression, Hi, Mr. Zhou, what do you need from me, I'll go back to work if I'm fine.

Zhou Yu didn't care about Jia Yun's words, he asked with a smile: Let me ask you about the company's precision machining capabilities, I checked in the factory, artificial intelligence command industrial robots can process many special mechanical structures.

But I don't know the processing limit of Xinghuo Precision Manufacturing Company yet.

Jia Ren showed a giant keel more than 250 meters long.

This is why Xinghuo Precision Manufacturing can process the highest level of mechanical components. Only by processing huge and complex mechanical components can the limit of processing capabilities be shown.

It is a giant ship keel that we processed for Dalian Shipyard.

This is the huge keel used by a 100,000-ton giant warship.

It uses a 100,000-ton hydraulic press to forge high-strength steel, and the blank is machined.

This kind of keel is processed and formed in one piece. It is more than three times stronger than the welded keel structure, and it is more convenient to install.

I just finished designing the processing technology of the keel, and I happened to let Mr. Zhou watch the processing capabilities of our Xinghuo Precision Manufacturing.

Jia Ren showed the prototype of the ship's keel and the model of the finished keel.

After he submitted the information, the artificial intelligence Lu Ban began to direct the industrial robot to process the huge keel.

Zhou Yu saw that in the huge factory workshop, industrial robots were like ants, carving on a huge object, and iron filings were constantly flying.

The shape of the keel quickly became clear, and he was proud of his company's processing capabilities.