I Have a Little Black Hole

No, who would carry armor-piercing bullets with them! Not to mention the depleted uranium armor-piercing bullets that need to be fired by big guys such as tanks. Even if it is a steel battle suit made of our company's current materials, it is at least resistant to sniper rifles. The ability of armor-piercing projectiles should also be there!

I still think that the future of the steel suit is very suitable for our company's needs, and our boss's huge solar system colonization plan can be used.

The fully enclosed steel armor has a full set of life-support systems inside, and it can also attach a lot of weapons or other equipment. On planets such as the moon and Mars, it is better to use a steel armor than a bulky spacesuit. right?

I just think the spacesuits we're working on right now are pretty dumb and have different designs depending on where they're used.

Spacesuits used in microgravity environments like the future space station have different design requirements than spacesuits used on the moon and Mars.

So the laboratory has started several spacesuit research and development plans at once. If we can directly replace so many spacesuits with a set of advanced steel armor, I believe the company must be willing, right?

Not to mention other inconveniences, just thinking that it takes at least an hour to put on a spacesuit every time, I think such a design is really anti-human! 'I have 8 tentacles' said.

Indeed, on the whole, the space suit has the following five functions: maintain the astronauts' body temperature; maintain pressure balance; block strong and harmful radiation; process the astronauts' waste; provide oxygen and remove carbon dioxide.

Just like the newly established spacesuit laboratory on the side of the technology company, the spacesuits designed now are also designed based on these functions.

In addition to all the layers of the space suit in the cabin, the space suit for extravehicular use has three layers: one is the vacuum insulation layer, which is used to protect the astronauts from working outside the cabin or moving on the surface of the moon and other stars from the cabin. The external environment is overheated and cold, and it can prevent the heat dissipation inside the clothing.

The second is the liquid cooling suit, which is made by changing the gas in the ventilation and heat dissipation layer pipes of the space suit in the cabin to liquid. Astronauts sometimes work outside the cabin for several hours, and the body generates a lot of heat. The heat dissipation requirement cannot be met by gas heat dissipation, but the liquid cooling medium can dissipate the heat very well.

The third is the outermost layer. In addition to the functions of anti-high heat, anti-wear and protection of internal layers, it also has the function of anti-solar radiation and interfaces for connecting other equipment. For example, the connection with the umbilical cord during extravehicular activities of astronauts, the connection with the body-carrying environmental protection equipment, and the space maneuvering flight mechanism, etc.

Yes, the current mainstream spacesuits in the world take nearly an hour to wear at the fastest time, and the bloated spacesuits make it very inconvenient for astronauts to work.

The reason why Tentacle Monster is so enthusiastic about the steel suit as a person in the supercomputer department is mainly because recently everyone's attention has been on the sky project that the company is about to officially start.

And if you want to go to space, a spacesuit is an essential piece of equipment. He was sent by the supercomputer department to the spacesuit laboratory to help design and develop the intelligent control system for the spacesuit.

During the time he was helping in the laboratory, he discussed with the researchers of the spacesuit laboratory more than once, if only one kind of equipment could be designed to replace these extremely complex spacesuits.

But everyone's opinions are not consistent. Tentacle monsters are staunch supporters of steel suits. Other researchers in the laboratory support it, and many do not.

But like the steel suit-type spacesuit you're talking about, it looks like a lot of trouble, and the armor will limit your movement. It's hard to imagine how they can break free if they get stuck in a corner. So put it on,

Just like wearing handcuffs and shackles, it will only limit your freedom.

I think our company's technology is not enough to make Mark-2. It is impossible to design and manufacture the steel suit that Tony uses in the universe later in the movie.

Although I also think that your imagination may be realized in the future, I estimate that within 10 years at least, the company's research and development focus is still on the current spacesuit design.

What kind of space suit the company will use in the future, it is estimated that there will be several brainstorming meetings. Anyway, there is no such R\u0026D plan in our robotics laboratory for the time being! ' 'There is a small mountain over the mountain' replied.

Yes, there is also a project in our laboratory that can be attached to your steel battle suit, and that is the exoskeleton armor research and development project.

However, our project has not considered using them in the space environment at present. There are too many things to consider for such a complex design, and there is no such research and development plan at present.

The exoskeleton armor we design now is mainly divided into civilian and military, and the most complex design is still a long way from the Mark-2! The 'Qiu Ming Mountain Car God', that is, Chen Zijun also replied.

What he calls a mechanical exoskeleton, or power exoskeleton, is a machine made of a steel frame that can be donned by a person. This equipment can provide additional energy for limb movement. With this clothing, humans can Become the so-called Iron Man.

Exoskeleton suits are designed to protect the wearer, for example to protect soldiers or construction workers, or to rescue people in danger.

A wider range of uses are as prosthetics and to help the elderly and infirm. Other uses are for rescue operations, like in a building that is about to collapse, the device can provide workers with great strength to lift heavy objects while protecting it from falling rubble .

The powered exoskeleton developed by the robotics laboratory is more inclined to military use, because the civilian exoskeleton is simpler to design, and the design of the laboratory is almost complete.

In addition to the basic function of enhancing human capabilities, military power exoskeletons must also have good protection, adaptability to complex environments, and military functions such as auxiliary firepower, communication, and reconnaissance support.

Haha! The boss is right, not to mention, the military power exoskeleton designed by our robotics laboratory really looks like a steel battle suit after wearing it!

Although in terms of combat effectiveness, it can't compare with the Mark-2 designed by others, but if our laboratory continues to research, it is not impossible to develop a real steel battle suit like in science fiction movies in the future! There is a small mountain over the mountain replied with a smile.

i have a little black hole