Monster Factory

The simulation experiment was temporarily stopped.

Ye Qing pulled the hammer out of the diamond separation equipment and looked at the uneven surface above: “The plan must be improved. The previously envisioned working mode of the hammer now encounters two difficulties to solve. ”

The crystal touched the ear and thought, "Pitfalls can be solved by memory alloys. ”

Nickel-Titanium Memory Alloy in the factory.

This alloy technology allows it to return to its original appearance after deformation by applying electrical energy.

Crystal-designed Watcher Series robots use this metal in many places on the enclosure.

“Memory alloys of that kind are limited in deformation and have no problems with armor and mechanical enclosures. For use in diamond separation equipment, deformation occurs every time you work on the ore.” Ye Qingmeo looked at the hammer table for a while, “even if the deformation problem was solved, it would not be useful. ”

“How big are the diamonds and how big are the shattered stones? ”

“We originally envisioned a volumetric screening of diamonds from debris that was broken into two millimeters in diameter. ”

“Now that they are the same size, the screening scheme becomes useless. ”

And the crystal said, "That's the only way to fix it, and it didn't take us an hour to design it anyway. ”

“It can only be changed, but we are right based on [hardness]. ”

Even if the program abandoned altogether, Ye Qing was as uncomfortable as he was, "By the way, the data just recorded in the system showed that when we broke the tower, we broke the diamond together twice. ”

“Let's start with 100,000 tons of ore crushing, and let's look at the ratio of crushing towers to diamonds. ”

The crystal nodded and quickly set the pulverization.

After dozens of seconds, the data came to a breakdown rate of 0.014%.

The crushing tower uses the principle of counterattack crushing to crush the ore, during which there is a minimal chance that the diamond in the ore will be crushed.

However, after simulating 100,000 tons of ore crushing, Ye Qing can determine that the crushing ratio is completely acceptable without any modification.

Ten seconds simulates 100,000 tons of ore crushing, which is the power of virtual plants.

With the super powerful computing power of large-scale servers, it is easy to accelerate simulation of any mechanization in the virtual world.

It took five years for German engineers to design a dedicated coal mine excavator, and in those five years engineers did not know how many rigorous mechanical data tests to be carried out and how many design changes to be made after obtaining test data.

Not to mention the world's largest single piece mechanical device, but the diamond separator in front of us.

Without the help of a virtual factory, Ye Qing needs to get the monsters to build a prototype machine along this design path.

How long does it take to build a prototype?

Manufactured and shipped to Nicaragua for on-site diamond refining.

After time and effort, after the first problem of crushing the diamond, the engineer is required to adjust the hammer work intensity on-site. Then we continue refining, and when the second problem arises, we have to reprocess the hammer back to the factory.

Third, fourth, fifth…

The Diamond Refining Equipment programme then entered a dead end and was rejected in its entirety, wasting all its time and efforts in the early stages.

This is why it takes five years for German engineers to build a dedicated mechanical device.

A second of simulated data in the virtual world is likely to waste months in real life to get results.

A thinner factory would not afford to pay for research and development of a new product, even if several years of development time could be wasted.

The solution was not a heartbreaking veto, and the crystal simply sat on the chair and learned to shake the leg like the crystal to think of a solution.

Start with the difference in hardness between diamonds and other substances.

The end result is a complete breakdown of those less rigid than diamonds.

Grasp these two cores and replace them as the solution of working down through the hammer does not work.

In the field of mechanical automation, there are still many mechanical structures that break objects.

Even in the chemical field, you can find a lot of them.

“How about single-axis compression?” The crystal quickly came up with a solution, "and we went from one ton of rock compressed at a time to ten kilograms compressed at a time. The results can be compressed by one ton at a time by running in parallel with one hundred single axes of the workbench. ”

“Probability suggests that a hundred single-axis pieces are compressed simultaneously once, often just one diamond, even if a diamond appears. ”

“When diamonds appear, the equipment automatically collects ten kilograms of ore particles and diamonds together. ”

Ye Qing thought for a moment and thought the plan was good.

The process of finding diamonds from a ton of rock particles was reduced to 10 kg of rock particles in uni-axial parallel. Even if hand-picked, the workload is not too large.

However, it is also limited to the good solution. Ye Qing believes that there is still a better solution.

“The chemical way? ”

The crystal came up with another idea, "Let the ore heat up at high temperatures, then suddenly catch cold, completely destroy the ore's internal structure, gently shake it, and it becomes debris? ”

“To shreds? ”

“Yeah, there's a huge difference in temperature over a short period of time, letting the rock's inner molecular structure move and destroy itself. ”

Ye Qing sat up from the deerskin sofa, "No, I meant gently shaking. ”

“Hmm?” The crystal is a little confusing.

The rock cooling and heating scheme was well documented in ancient times, when craftsmen paved the way, and when they encountered a boulder blockage, they first heated the boulder with firewood, and when the firewood was burned, the craftsmen poured a few barrels of water on it, and the rock exploded because of the principle of uneven thermal expansion and cooling.

“Shake gently to turn the rock into debris. ”

“What if we don't heat it up or let it get cold, but shake it again? ”

The transistor instantaneously understands, "In high-frequency vibration mode? ”

“Diamonds are single crystals with resonance frequencies more than ten times higher than rocks. All we need to do is find the resonance frequency of the rock and we can easily separate the diamond from it. ”

Ye Qing smiled and was proud of his spiritual light. "Yes, FM vibration can completely avoid problems with rock particles the same size as diamonds, no workbench will be bothered by pit depressions, and we can handle more rocks at once. ”

“I'll design it, boss. You wait for me for an hour. ”

The crystal "forced" sound disappeared from the white sealed space.

Ye Qing used this time to quit and remotely handle the company's affairs. Wait a few hours before returning to virtual space, where the crystal has installed a similar reaction cauldron mechanical device.

Ye Qing just looked at the appearance structure and can roughly guess the design idea of the crystal.

This is not a backward device that relies on a motor to drive the bias shaft, thereby generating mechanical vibrations.

This is a high-tech mechanical device that transforms the entire cylindrical container used to load the ore feedstock into a resonator generator.

There are many studies of resonance characteristics, and resonance shadows are everywhere like ghosts in all kinds of disasters.

Even Ye Qing experienced an accident when the bridge collapsed, the building crashed and the embankment was decimated, causing the refrigeration equipment to fall and smash the exhibition hall due to resonance. As long as the frequencies approach, the destructive power of the resonance can completely destroy anything.

The resonance of rocks, although not thoroughly studied by scientists, is there in principle.

As long as the resonator is strong, let alone rock, Transformers can also give it a torsion of the disperser.

Amplitude, frequency.

The two main elements of resonance are because the rock resonance frequency cannot be touched, Ye Qing handed over the adjustment of the resonance frequency to the system.

From amplitude one, frequency 500, the system automatically increases intensity every five minutes until the ore is completely destroyed.

One is a millimetre unit, which is a resonance generator, with respect to the reciprocating distance made at the equilibrium position.

The frequency is 500, which is the number of movements per second.

Objects take a process from being affected by resonance to being completely destroyed, so set the interval at five minutes.

“Boss, my resonance separation device is designed to reach an amplitude of 10 and a frequency of 5,000. ”

The crystal explains: "But in practice, we can't build a large device with a frequency of 5,000 per second, which is equivalent to 600,000 revolutions of centrifuge frequency, but 2,000 should be fine. ”

“Let's take a look at how often the system adds, and the rock will shatter.” Ye Qing puts the simulation time 30 times faster, so that in the last 10 seconds, the ore is affected by resonance for five minutes.

Ye Qing routinely sets the container in translucent mode for easy observation.

The simulation begins.

From the X-Mining Ore of the Giant Divine to the Crushing Tower, the Ore is crushed and then fed into the Resonance Separation Equipment for separation.

That huge circular container, tens of meters high in real size, instantly blurred after the simulation began.

It vibrates at extremely high speeds.

One second.

Two seconds.

Three seconds...

Then dozens of tons of fist-sized ore went into a disintegrating rhythm.

Seven seconds later, without waiting for the system to increase strength, they break into uniform table tennis sizes.

After ten seconds, the system automatically increases strength.

Amplitude one, frequency 600.

Fifteen seconds later, those rocks that broke into ping-pong-sized rocks were completely granulated.

Among these particles are two sparkling, complete diamonds.

“ …… ”

“Success?” asked the crystal.

“Success?” Ye Qing and Jing peered at each other.

From zero to ten amplitudes, the crystal sets 100 adjustable strokes, from 100 to 5,000 frequencies, and sets 4900 adjustable frequencies.

Most of its one-hour time is wasted on these settings.

Results…

The system helped it escape in less than fifteen seconds.

Is it too coincidental to succeed, or is the technology mastered by Crystal and Ye Qing too solid?

In order to be safe, Ye Qing accelerated the timeline again, allowing the system to simulate 100,000 tons of ore separation at a time.

Ten minutes later, the Virtual Plant System gives the best solution.

The amplitude is 0.50, the frequency is 557, and the resonance time is 17 minutes.

Diamond intact rate, 100,000 tons 100%!

In other words, 10 tons of ore, in just 17 minutes, can completely separate the diamonds.

A resonance separation apparatus has such a terrible efficiency.

Ten seats?

Fifty?