Infinite time travel: I am a dragon

Chapter 179 Entering the Hall of the Electric Age

Fifteen days have passed since Lino drew the blueprint of the generator, but Ao Mo only put the steam engine into use, and also made a few more steam engines on this basis.

As for how to make it, after having the drawing of the generator, Amo made a drawing of a blower, and then made a huge blower. The power source is the steam engine. After having the blower, Amo finally has the ability The prerequisite for manufacturing the steam engine cavity - smelting metal.

Not only that, when Aomo was manufacturing the blower, a mineral vein that had never appeared in the records was suddenly discovered in the dragon's mine, and after Chuanlong's detection, it was the original ore vein of Gaoge dark gold, so the cavity was made There is also a source of raw materials. As for the sealing ring... Aomo has made a lot of them before, so there is no need to worry about it.

The current situation is that Aomo has manufactured ten steam engines, one of which is used to make raw materials for the cavity, and the other nine Aomo is preparing to use three to generate electricity. After all, the energy conversion efficiency of steam engines is limited.

As for the generator... the manufacturing process of the magnets has been omitted, because Aomo has already completed the production in another world, and as for the internal coils, it will have to wait until the next batch of metal comes out.

When Aomo started to prepare for the production, he temporarily replaced the raw ore of high-gear dark gold with the raw ore of nickel-fil metal. Ni-fil metal is a metal that the Dragon Clan has been producing, and it is usually mixed into buildings. A kind of metal, of course, the kind that is only melted at high temperature and melted into it, and has not been purified.

Introduction: Nickel nonferrous metal is not very hard and is a relatively soft metal. It is characterized by cracking when it is cooled from high temperature to its melting point, that is to say, it will become a wire after cooling, and its melting point is 3780 degrees Celsius.

The blower produced by Aomo can raise the combustion temperature of the fire crystal to a maximum of 4200 degrees Celsius, so in theory, it is only necessary to directly turn on the maximum power and then turn it off after the nickel fil metal melts.

Then, as a large amount of water spurted out from the mouth of the water attribute dragon on the side (yes, the water in the steam engine was sprayed in by the dragon), the cavity was slowly filled with water, and the fire crystal also burned at the same time. Soon the water inside the cavity began to turn into steam, and the piston began to slowly move, pushing the blower to make a whirring sound.

What?Why don't you just use magic to heat it?Because the temperature is not enough, and the magic power will be exhausted.

As the sound of the wind gradually increased, piles of fire crystals under the boiler began to burn violently, and the flames gradually turned into a faint blue. This was a sign that the temperature gradually rose to the extreme 4200 degrees Celsius, and the metal in the boiler had also It starts to bubble up and looks like a viscous liquid being boiled.

"stop!"

Following Ao Mo's order, the steam engine slowly stopped working, and the blower gradually stopped blowing air. Only the piles of fire crystals were still exuding the last warmth.

The high temperature moment has passed, and the next is a long cooling time. In fact, Amo can use external force to cool down, but the disadvantage is that there will be uncontrollable factors, so the best way is to wait patiently for it to drop to the melting point.

Aomo patiently looked at the data on the system panel. The temperature in the boiler was slowly dropping, but because the fire crystal was still burning, the temperature did not drop quickly.

After about half an hour...

The nickel ferrite in the boiler finally dropped to the melting point, and began to solidify. This time is just the time to "come out of the pot".

Aomo slowly poured out the metal that was gradually solidifying in the boiler. Since nifil metal also has a characteristic of cooling rapidly below the melting point, so while Aomo was pouring, the nifil metal also solidified rapidly, turning into A piece of metal wire.

Now that the problem of the coil is solved, the next problem to be solved is the problem of the brush. The material of the brush must meet the requirements of high temperature resistance, so Aomo chose a unique tree in this world as the raw material.

Silk-woven tree, as the name suggests, is a tree that looks like it is woven with silk. This kind of book can withstand high temperatures of thousands of degrees, which can be said to have completely exceeded the standard. It can be used to make fireproof clothing, although the final effect may not be very good.

Aomo peeled the bark off the trunk of the silk tree and cut it in half. After combining the two halves into one piece, he marked out the carding needles that the brush should have on it. In this way, a simple electric brush was completed. As for The tree trunk... can only be used as a match, although the Dragon Clan doesn't need this kind of thing at all, because they burn fire directly by spitting fire.

Next, the rotating shaft and collector ring can be completed, but Aomo decided to make the casing first, because the workload of the casing is relatively large, after all, it is such a big one.

After the production of the casing was completed, Aomo turned its attention to the collector ring, and the requirements for the collector ring were much more difficult than those for brushes.

First, the collector ring must be able to conduct electricity, which can be done by any metal. Then, the collector ring must be able to withstand long-term friction and high temperatures caused by friction. This is not difficult to achieve. Finally, the collector ring must be able to It has a long enough lifespan. After all, this thing cannot be replaced frequently, so it is necessary to have a long enough lifespan.

Therefore, after a long period of entanglement, AOMER chose the countersunk metal, which is a strong electrical conductor that can withstand temperatures up to 519 degrees Celsius, and is very durable, and can last for more than [-] years without replacement.

And the production process made Ao Mo worry. The melting point of the anti-mo metal is very low, and it is easy to cause accidents due to high temperature. This is not the most worrying thing for Ao Mo. The most uncomfortable thing is the fast Solidification, it can be completely solidified in less than 1 minute below the melting point, which means that Amo has less than 1 minute to introduce it into the manufactured mold, otherwise the countermetal will quickly become Back to the original, need to reheat.

After thinking about it, AMO decided to put the mold directly into the boiler, and put the anti-mo metal in the mold to heat. Anyway, the mold can withstand the temperature of 600 degrees, so it is not afraid of burning out at all. Then AOM successfully put the collector ring Made it.

There is also the last shaft part. This part is very simple. The metal is heated to a certain extent and then beaten into shape. That's it.

Finally, the various parts are assembled together, and a generator is completed.

"Well, it should be usable. We have finally entered the electrical age. Next is the problem of electrical equipment..." Aomo said while looking at the assembled generator in front of him.

(To be continued)
(End of this chapter)