Hand rubbing nuclear fusion live in the wilderness

Chapter 116 Manufacture of Lathe Parts

All the papers were torn off, and a total of more than 100 intact sheets and a dozen broken sheets were harvested.

Although there are not many, and some papers are torn when they are torn, Won is still very satisfied.

The ability to produce so much paper at one time is enough for him to squander, and even the broken ones are not the ones that are broken into pieces and cannot be used.

Most of the papers were put away, leaving a few, and Han Won began to draw on the white paper with a bamboo pen and charcoal-grinded ink.

He was drawing the drawings of the 'pedal lathe' and 'simple punching machine' manufactured during the first industrial revolution.

With the aid of a ruler, every line on the drawing is extremely accurate, and the parts and overall structure diagrams of the two tools and equipment are gradually drawn.

Not only that, after finishing drawing the drawings of the two tools and equipment, Han Yuan sat on the ground and looked at the two drawings, frowning and thinking.

After thinking about it for a while, he picked up a pen made of bamboo and glued it with black charcoal water to quickly redraw it on another drawing.

After less than half an hour, a brand new two-dimensional drawing was drawn.

It is a combination of a pedal machine tool and a simple punching machine.

In addition to the complete plot, there are various numerical parameters marked on it.

After the drawing of the simple multifunctional machine tool was drawn, Han Yuan also breathed a sigh of relief, and showed and explained the drawing in his hand under the camera in all directions.

Although it has been temporarily modified, the drawing effect still looks very good.

Clear and clear.

If he doesn't get out the drawing of the machine tool, it will be much more troublesome when reversing parts and molds.

Han Yuan doesn't care that the blueprints he has drawn will be lost, anyway, these are not confidential things.

And what age, even in Africa, such an ancient machine would not be used, let alone Huaguo.

Seeing the drawn blueprints and listening to Won's explanation, the audience in the live broadcast room from beginning to end were all dumbfounded.

If it is said that the drawings of the two tools were drawn before, it is possible that they have been memorized a long time ago.

But the following two-dimensional fusion blueprint was modified after temporary thinking.

In such a short period of time, two tools with completely different functions are combined into one multifunctional tool.

This is totally not something that humans can do, okay?
[Holy shit, shit.Fuck?Fuck! 】

[The last picture was drawn temporarily?Combining the previous pictures?I can't believe it! 】

[I'm numb, this anchor is refreshing my cognition time and time again. 】

[I, who studies CAD industrial design, said that my Ph.D. is about to graduate, but it takes at least a day or two for me to draw such a drawing, but the anchor only took ten minutes? 】

[This is totally beyond what an ordinary person can do, okay? 】

[Question again, what exactly is the host's brain made of? 】

[Know most of the creatures in the wild, know how to survive in the wilderness, know how to be a carpenter and cement maker, know how to refine salt and metal, and can also draw, such a talent actually ran to the wilderness to survive? 】

[Anchor: You don't know how rich the team behind me is (dog head)]

In the morning, the drawings of the simple machine tool are drawn, and in the afternoon, various molds are manufactured according to the drawings.

The mold is still made of clay, but in order to improve the accuracy, Won first made the parts of the machine tool out of wood.

Then press it with soil, wait for the soil to dry, and then take out the wooden parts to get a standard and precise mold.

The ironware produced by the mold inverted in this way will be more precise in terms of accuracy than simply forging by hand.

It just takes a lot of time.

However, under the strengthening effect of various iron utensils and genetic agents, it is becoming more and more convenient for Han Yuan to make various molds.

It took only one afternoon to manufacture all the various parts in the drawn drawings according to the set specifications.

The efficiency is so high that the audience in the live broadcast room is numb again and again.

In the early morning of the next day, Won started the live broadcast early in the morning.

When the audience came in, he was already busy making molds with clay, and the charcoal was already burning in the molten pool where the iron was made.

The vertical water wheel whizzed and turned, and the Korean won mixed with the wet mud, and then pressed one wooden part after another into the wet mud, and then smoothed it.

Time passed little by little, and when the first batch of manufactured molds were semi-dry and wooden parts could be taken out, the iron ingots in the molten pool had also been melted into molten iron.

Lifting the mud cover on the furnace, Won added some copper nuggets to it.

Because of the need for precise proportioning of alloys, after the broadcast, South Korean Won also re-manufactured a more accurate steelyard with the help of the standard weight of iron ingots.

And this one was weighed with the steelyard newly made last night.

Including the iron ingots that have been melted into molten iron in the crucible, and the raw materials piled up on the river bank, all have been prepared and only need to be taken.

This alloy is not a CFA alloy, but another type of copper-iron alloy knowledge information.

The alloy is melted into copper-iron alloy in a specific way according to the iron-to-copper ratio of 19.3:1.7, which can enhance the corrosion resistance and toughness of pig iron.

After all, a simple combination machine tool has the most gears, large and small.

Because a large number of gears are required to change torque, speed and transmit power.

If the pig iron is not tough enough, it is easy to crack or break.

Although the method of molten pool and manual addition alone is not up to the standard, the copper-iron alloy parts manufactured are much better than pure pig iron parts in terms of performance.

As for the live broadcast of these things, Han Yuan didn't care too much.

The excellence and value of this material are not only far inferior to CFA alloys, but even inferior to materials made by humans themselves.

Although it is a new type of alloy, the general audience would not think of it.

Even if it is imitated and made by others, it is only a low-quality product, after all, what he is making now is a low-quality product.

He didn't even need to explain himself, his act of throwing a copper block into the crucible was directly made up by the audience in the live broadcast room to add copper to prevent rust.

The melting point of copper is much lower than that of iron, and in addition, all the copper lumps he threw were fingernail-sized. After a while, the copper in the crucible was completely dissolved.

Taking his pulse, he recorded the time of about two minutes and 40 seconds, and then poured the molten iron in the crucible into the mold that had been made on time.

For the next whole day, the Korean won was melting alloys.

Even if the newly created melting pool can melt four or five crucibles of alloy at one time, it is still insignificant compared to the entire machine tool.

Fortunately, there is enough charcoal to support the iron smelting this time.

(End of this chapter)