Ren Hong smiled and finally gave the answer, "The bus stop and train tracks inspired us and perfectly solved this problem. Each area inside the entire aircraft carrier is arranged with all-connected mobile tracks, which connect any position of the entire aircraft carrier. After the aircraft carrier enters the red alert state, the moving tracks will automatically start operation, and two rows of pulley tracks will appear in the center of the internal passage, one in front and the other in opposite directions. The pulleys moving on the two tracks will always move in one aspect before changing the rail."

"If a soldier wants to reach another place from one location, he must first find the driving pulley on any sides of the passage. There are a large number of roulette tools on the side of each area. The warrior stepped on the two footprints in the roulette under his feet, and his legs would be fixed. He grabbed the straight metal rod on the roulette. The metal rod connected the slide rails on the ground of the passage and the slide rails on the ceiling. At this time, the soldier held the designated area on the metal rod and roared out the coordinates. The reason why he had to hold the designated area is that the metal rod had fingerprint recognition technology, so as to distinguish your voice in noisy sounds. You must know that there are all sounds in combat readiness, and there are specific unique codes on the metal rod on each driving wheel. The warrior attached a unique fingerprint to the metal rod on the unique code can instantly correspond to a unique identity. By identifying the sound command of the warrior with the corresponding identity, you can get the correct authorization, and you can also get the authorization in noisy environment."

"Next, after the prompt is successful in verifying identity, the soldier's hands must hold the metal rod tightly and stick to the metal rod. The roulette drive pulley under his feet will start to change the track and finally enter the track in the center to move forward. Just like an elevator, the soldier does not need to run by himself, just grab the metal rod and wait to reach his destination."

General Gao was shocked and there were many questions about the so-called solution according to Ren Hong's description, such as the track on the left is moving forward, and what should the person on the left walk back? But the left can only walk forward, and how to solve the problem when encountering a crossroads? But seeing that Ren Hong has not yet introduced it, General Gao did not raise the doubts in his heart.

Ren Hong continued: "The mobile orbits spread throughout the aircraft carrier are managed by the central control system within the aircraft carrier. Users do not need to formulate routes, they only need to say the destination familiarly. The system will choose the fastest route to the destination within 2 seconds. The mobile orbit system has tens of thousands of branches entrenched in all corners of the aircraft carrier. The upper and lower floors are all connected to each other, and there are more than 800,000 orbital changes. If people don't design them, they will have to spend much effort and repeatedly modify and verify them. This means a lot of time. However, through computers and control systems, the modeling and correction of this system took less than a week to complete the design drawings."

"There will be no collision at all. Under the strong central control system and management of the aircraft carrier, everything looks messy, but in fact it is orderly. In some special situations, such as the warrior who walks the left forward track, what should he do if he retreats? The soldiers do not need to worry about this. Step on the wheel, hold the metal rod tightly, and drive the pulley to change the rail after entering the main road, it will automatically deform the rail and enter the right track to complete the rail. The deformation rail is one every 10 meters on the main track. Other driving pulleys driving on the track will decelerate and accelerate subsequently during the change of the rail. Overall, the efficiency has basically no impact, but it can also help the soldiers save physical strength."

"At some intersections, the steering method of the lightless disc is used. If a certain area is suddenly destroyed, will the entire track network be paralyzed? Of course not. As mentioned earlier, the entire mobile track network has tens of thousands of branches. If a part is damaged, it will be fed back to the central control system soon. The driving pulley on the track will avoid the damaged points and re-define the route, and reach the destination through other branches."

"There will also be a situation where a large number of people want to go to the same destination, and the parking points of the driving pulley at the wing are limited. At this time, when the soldiers in front get off the pulley, the driving pulley will immediately change the rail and enter the track to advance and select other idle stops to be automatically placed. The location here will be left to the soldiers who are about to arrive here later."

"This is a fully automated intelligent mobile track system that takes into account all the situations and solves this problem. With this system, even if the aircraft carrier swings and rotates greatly in the water, the internal personnel can still operate efficiently. Tactical inclination high-speed dive, tail swing and other actions will not have much impact on the internal operations. At most, it is tossing. Through this mobile track system, the soldiers can still achieve the purpose they want to reach in such seemingly unmovable situations."

"Beautiful, this idea is indeed good. It can truly realize normal work in the fish belly. Who is the person who designed this mobile track system?" General Gao applauded repeatedly. To be continued.
Chapter completed!