Steam has been around for a thousand years. In this world where scientific exchanges are separated by feudal systems, science and technology have developed independently in small circles, and the mechanical controller family who grasps the world's industrial technology. Each family has mastered some science and technology with its own characteristics.

What is the characteristic technology tree of the Gun Yan family? Of course, it is a remote control technology tree represented by guided rockets. Although during this trip and exchange, Bing He broke through his small circle and actively learned and understood, Gun Yan Yan Bing He is a good child who never forgets his roots.

In the machinery factory, Binghe casts shells and engine parts, and uses mimicry catalysis to prepare the chemical fuel of the rocket. On the control system, a rough gyroscope system is even polished. Binghe once again embodies minimalism. There is no diode or silicon semiconductor technology, but electrolytic integrator technology is used. The principle is very simple, a reversible battery structure that completes potential recording and has certain data calculation and processing capabilities.

Note: The early control technology of the DF missile series is very, very old for people in the 21st century, and many people have never heard of it.

Although mechanical controller Alimony makes chips, it is a very troublesome thing for mechanical controllers, the specific amount of trouble is equivalent to copying ten copies of winter vacation homework.

At most, a mechanic will only make chips for his mechanical bird. The price of a mechanical bird is thousands of silver coins.

And simple technology means not wasting time.

On this night when Lantao City was talking about things with the nobles at the banquet, Binghe started his second kick test. The rocket shot flames from the tail and flew into the sky. The ballistics of the missiles were basically stable.

Binghe, sitting in front of a radio device, opened up its own field, and the beam-shaped field sent out the radio equipment's electrical signals. Under the dual role of the internal control system of the warhead and the external remote control, these warheads did not go through the Brownian ballistic. (Note, even if this large missile has an external remote control system, it must have good internal control. Otherwise, the external remote control will not be able to control it at all.)

The domain of Binghu = large-scale signal transmission tower + ground observation base station. Although magic signaling can also emit electromagnetic wave signals. However, most professionals can only transmit hundreds of meters of magic signaling, just like wifi and wireless intercoms, there is no signal a few dozen meters away.

Under the remote control of the radio, the missile adjusts its posture under the change of the tail plate and drew a perfect arc in the sky. The arc is very high in height, but the horizontal distance of the horizontal coordinate is not far.

The magnesium system in the warhead glass bin is burning during the launch process. This flash that looks very unknown to the banquet is an important basis for recording ballistic data by the Bingkui.

On the roof of the factory, Binghe held his own book and recorded it himself. Around Binghe, the light of the field refracted, projecting the outline of the map of the sixty kilometers of the surrounding earth onto a white paper with horizontal and vertical coordinates.

The optical map beside Binghe is one surface, and there are multiple geometric lines and optical rulers floating on this surface, as well as high parabolic light strips perpendicular to the map, which is like the advanced light projection phenomenon in the 22nd century.

A few minutes later, when the floating peso climbed up to the roof, Binghe quickly swept the projection beside him with his hand.

Facing Peso with a questioning attitude, Binghe raised his head and asked, "What's wrong?"

Peso thought Binghe was in a naughty state, but climbed to the roof but saw Binghe’s calm and serious face. Peso was lost for a while and almost forgot the reason why he hurriedly climbed up.

However, a few seconds later, he took a deep breath and asked, "What were you doing just now?"

Binghe smiled, raised the notebook in his hand, and said with a smile: "Look at the fireworks." Binghe seemed to have no idea what mistake he had made.

The second day.

A team of knights arrived at the factory outside the factory. After Quntenkar jumped off his horse, he politely handed over the invitation to visit.

Although the knights around him thought it was unnecessary, the knights persuaded Quntenkar to go in directly. However, the king-selected Oakley perfectly showed the noble demeanor.

After a while, the factory's large iron door slowly opened, and Binghu, wearing light blue canvas clothing, welcomed Carl.

Binghe: "Criminal Qunteng, I am very surprised and amazed at your visit."

Quntenkar looked at Binghe carefully, and in a very surprised, he asked in a slightly tentative tone: "Are you Oka's mechanical controller?"

Binghe said: "I am the mechanical controller who follows Suta's temple."

Carl suddenly realized: "Bix people, yes," then looked at Binghe with a smile and said: "I have heard that the land and water there are good people."

Binghe smiled and did not continue to correct it, and asked, "Are you here to visit my factory?"

Carl smiled and said, "Yes, may I ask,"

Speaking of this, Carl looked at Binghe carefully, and it seemed difficult to determine what happened. Then he changed his words and said, "Can you take me in and have a look?"

Gun Yan Binghe smiled and nodded: "Of course."

Then the Gun Flame Knife welcomed Carl in, and the knights behind Carl looked at each other and followed behind.

Gun Yan Binghu led Carl into the factory.

I saw a pocket chemical factory, each reactor and a large number of pipes, which was like a mechanical jungle for Carl.

Carl turned his head in confusion and asked Binghe, "What is it for?"

Binghe said with a smile: "Chemical factory."

Carl was stunned for a moment, and then tried to confirm: "Gunpowder Factory?"

Binghe said: "Well, gunpowder factories are only part of the chemical industry. The chemical industry is not a gunpowder factories."

Carl could not help but continue to follow Bingke's footsteps. The knight behind him was holding the sword in his hand and looking around vigilantly.

After walking through the reactor area, Binghuo said to Carl: "The Prince, the profession of mechanics is changing rapidly today. After a thousand years of steam, technology has reached a fork, and mechanics and mechanical controllers have shown a differentiation trend in this century."

Carl showed an interesting expression and asked humbly: "Can you talk about it carefully?"

Binghe said with his fingers: "Boiling water from steam engines is a technology of modern mechanical technology. Now, as the technology becomes higher and higher, it is difficult for any mechanical family to summarize all the technologies based on the basis. Now, as I see, the future mechanic profession has three main directions for differentiation and development.

First: Electrical mechanics and power control, some mechanic families have begun to take this technical route.

Second: Traditional machining. This is the biggest category now and will continue to be maintained in the future.

Third: In the chemical industry, this field is an emerging category. In the future, this industry will allow a large number of new materials to appear in the world."

Carl from the Principality of Oakley, where industrial backwardness, had no idea that the theory Binghe now said was not circulated among mechanical controllers at all.

The layman Carl was stunned by Binghe. Of course, this is not a fool. Binghe, who travels around, may be the most knowledgeable mechanical controller in the mechanical world in the Western Continent.

Carl silently wrote down Binghe's words and asked, "So where are you good at?"

Binghe smiled: "I am a learner and may not be as specialized as any family, but I have some knowledge in various fields. I like to do something new."

Binghe brought Carl to the terminal of a chemical synthesis port, picked up a roll of freshly produced plastic film and handed it to Carl. Binghe smiled and said, "This is the gadget I'm new research."

The Highness opened the plastic film roll submitted by Binghe and reached out to touch this smooth material that was neither gold, nor wood, nor stone.

The curiosity in the prince's heart now made him forget the purpose of coming here.

His original purpose here today was to investigate what the weird fireworks in the sky a day ago.

#

The coal mine and hydrogen are converted into ethylene, and then the ethylene is polymerized like a pile of Lego to form polyethylene and polyvinyl chloride. Then it is shaped in the protective gas (nitrogen).

Such chemical reactions are now completed in chemical equipment in simple factories.

It sounds very simple, but Binghe uses mimicry catalysis every step when implementing this process. If mimicry catalysis is not used, the reactor will not produce products.

Even without the help of mimicry catalysis, the design of Bingkir allows the reactants that need to be generated in this link to be easily generated in every small reactor.

However, every reactor designed by Binghe is at the level of the laboratory, that is, the reaction is not carried out sufficiently and there are too many impurities to be extracted. Therefore, only mimicking catalysts can be used to make every link meet the standards to the industrial level.

Binghe designed more than 20 mimicry catalytic spells for this purpose. This also made Binghe confirm that there would be a reason for the emergence of the profession of chemical engineer in the future.

Binghe's lazy personality will not do such complicated things for no reason. Binghe's purpose is a new airship.

Earth airship technology is divided into two very obvious stages: new airship and old airship. The old airship disappeared before World War II after World War I and was eliminated by planes. The new airship technology regained the technology of going to the blue sky from the plane in the 21st century.

This world uses the skin of some kind of sea creature as the airbag skin. The cow intestine skin used by Zeppelin is half a dozen. It is undoubtedly an old airship. And it is also a human being on it to control and maintain it. Binghe: "How dangerous this is."

Remote remote control and semi-automated airship are the kingly way.

Binghe now has fields and has unimaginable advantages when transmitting radio signals.

In the past long time, the fortresses of this world have not used this advantage. The reason is very simple. They do not have the basic knowledge reserves of mechanics, nor have they given their true dominance to mechanics.

(At the same time, even though the firearms in the late Ming Dynasty were far behind the West, craftsmen in the late Ming Dynasty were still the most technological group in the world. However, those "foresight" literati who valued firearms never gave the craftsmen the right they deserved, but just threw them to some seriously deducted wages at will, and arrogantly thought they had given enough.)

Now under such a noble hierarchy, mechanics cannot teach you how to do the higher profession. Even if you suggest, the fortresses will not listen unless you get a hit.

Today, in the millennium steam calendar, the fortress occupation is becoming increasingly weak.
Chapter completed!