Great Power Technology: Domination Of The World Starts With Chips

"How do you take this thing back?"

Ye Cheng asked.

Guge said: "After you let go of it, it will be automatically retracted."

Ye Cheng took his finger out of the hole, and the metal fist shell retracted automatically, and the retraction speed was not slow.

There should be an automatic detection function inside. After detecting that he has let go, the motor inside will retract it.

Overall, it's pretty awesome.

Then, Ye Cheng asked, "Are there any other functions?"

Guge said: "Clench your fist again, then bend your thumb and middle finger, push those two buttons, and that's it."

Ye Cheng nodded, tried it, and saw a shell pop out on the side, and then a rod emerged from it. The dark hole symbolized that it was not easy to mess with.

Ye Cheng was taken aback: "Is this a gun?"

Gu Ge said: "Yes."

"Is there a bullet in it?"

"Have."

"You made it?"

"Yes."

Ye Cheng glanced at Gu Ge, this is a crime of producing ammunition.

If people in the military find out, I'm afraid they will be caught by their braids immediately.

But if they don't talk about this matter, others will naturally not know.

Then Ye Cheng asked, "How?"

"Hold your hand like a gun, and imitate the action of pulling the trigger, and that's it."

Ye Cheng nodded, looked around, and asked, "Is there any target?"

Gu Ge searched and found an abandoned iron plate.

"this."

Ye Cheng then aimed at the iron plate, imitated holding a gun with his right hand, and pulled the trigger.

"boom!"

With a sound, the bullet shot out and hit the iron plate directly.

Looking at the bullet holes above, Ye Cheng couldn't help but click his tongue: "Amazing!"

It was the first time he had fired a gun.

"However, try not to add this kind of function."

Guge nodded: "I know, I'm just trying to see if I can realize the function of a gun. This thing is limited by the amount of ammunition loaded, so I only made three bullets, which can only be used in case of sudden attacks."

Ye Cheng smiled: "People abroad should really need this kind of thing that looks more powerful, so let's forget about it in China."

Liberty Millikin, people there have a sci-fi dream, they would like this kind of gloves with guns very much.

Of course, it may be difficult to sell guns in the United States, because you have to compete with those arms companies.

"Well, you should try to develop some of this non-invasive exoskeleton technology now. It would be nice if the invasive exoskeleton has the current prosthesis."

Ye Cheng said: "Those exoskeletons that assist running, walking, and carrying objects, such as military exoskeletons, can help carry guns and ammunition and the like, reducing the weight of soldiers."

Gu Ge nodded: "I intend to use this arm as a part of the whole body exoskeleton."

Ye Cheng was taken aback: "Is that so?"

"Yeah." Gu Ge said: "I recently watched videos of armored warriors, and I think there are some things in it that I can learn from."

Ye Cheng: "..."

God TM armor warrior.

Armored warriors are fantasy, okay?

Gu Ge continued: "It's just that the armor inside the armor warrior still needs some improvement."

"By the way, there is also Iron Man. I think the idea of ​​installing intelligence inside Iron Man's armor is very good. At that time, I will ask Xiaobai for help. If there is an intelligent assisted aiming system, soldiers can realize that they only need to pull the trigger. The ability to hit the enemy can even realize the ability to intelligently control robots and replace soldiers on the battlefield."

"...Where have you been talking about?"

Ye Cheng is speechless, this is directly involved in the intelligent robot war, and it is not far from the omnic crisis he thought about.

He then said: "Okay, anyway, you should study it yourself, just tell me what you come up with, and I will use your neural simulator here."

"Oh, okay, it's there." Guge pointed to Ye Cheng, and continued to tinker with the exoskeleton. Ye Cheng glanced at it, and there were several structures that looked like exoskeleton boots and exoskeletons. Lower limbs, exoskeleton tactical armor...

Some of them look pretty much the same.

Gu Ge has probably been ready to build such an exoskeleton armor for a long time.

Exoskeletons are originally equipment for normal people, but because Ye Cheng obtained two neural technologies by the way, he asked Guge to build the neural-controlled exoskeleton prosthesis first.

Now that the nerve-controlled exoskeleton technology has been produced, Gu Ge naturally invested in the research and development of real exoskeleton equipment.

No more thinking, Ye Cheng still wants to test the tactile device he brought.

He opened the box he brought over and took out several devices inside.

The first is a pressure sensor, the sensor and a signal transmitter are connected together.

On the other side is a signal receiver, which is connected to the transmitter. Behind the signal receiver is an intelligent current controller, which is divided into several resistors, and no chip is needed anymore.

This is Ye Cheng's optimized device, which can reduce the length of the wires in the circuit, thereby greatly avoiding the possibility of the wire being too long and causing the current to be unstable. It does not require chips and reduces costs. Anyway, he only needs to realize the tactile sensation Such a function does not need to be able to achieve various actions like the brain controls the arm.

The transmitter will launch in segments according to the pressure detected by the pressure sensor. For example, if you put something from 0 to 100 grams in your palm, it will transmit a signal of 50 grams. If you lift 1 to 3 kilograms, Just convey the weight of 1.5 kg, and so on, and take the median for each segment.

In this way, the cost can also be reduced, and then it can be sold at a lower price, which is easy for consumers to accept.

"Let's try it first."

Ye Cheng is quite sure in his heart.

Install batteries in both parts, and then connect the end of the receiving circuit to the artificial nerve on the neurosimulator.

The neural simulator here in Guge can simulate the human nerves, convey the commands of the brain, or allow the brain to receive commands.

The brain is naturally a computer, and there is a program on the computer that can detect the magnitude of the current inside, and then feed back corresponding commands.

This method was used to control the nerve-controlled exoskeleton prosthesis before.

Soon, after Ye Cheng was connected, he picked up the pressure sensor and pressed it lightly.

The piezoresistor in the pressure sensor senses the stress, the resistance begins to change, and the change of the current attracts the attention of the signal transmitter. The magnitude of the current at this time means that the pressure is within 100 grams, which is 0.98 N to be precise. The signal The transmitter automatically handles fifty grams, which is passed to the signal receiver.

When the signal receiver knew that it was fifty grams, it passed it to the intelligent current controller, turned on one of the resistance switches, and the current passed through, and then passed it to the receiving device of the neurosimulator.

Soon, a screen was displayed on the computer.

A palm, with a slightly red patch on the palm, next to it shows: [Tactile: 53 grams