This self-heating series of temperature-controlled clothing uses purely natural materials.
Even the later technological secondary processing ensures that wearing it next to the body will not cause any harm to the human body. Instead, it can dredge the meridians and play a role in health care.
This kind of clothing was a product of Palton's scientific research a few years ago. Because there are small ice stars like Ural in the Palton galaxy, they like to develop technological products in this cold environment.
The person who invented this kind of clothing at that time was the costume design department of the Palton Military Art Branch.
In fact, the raw materials for making such clothes are not cheap, and they are generally used by military personnel.
Among ordinary people, those who can wear them are mostly those from a good family background.
Now, as the developer, Palton gives one to everyone who comes to Ural Planet, which is considered arrogant.
As soon as we stepped out of the ship, we were greeted by the smell of ice and snow, and the heavy chill was wrapped in the cold wind. It didn't take long for everyone's faces to turn red from the cold.
Charlotte could feel that the clothes worn under the school uniform were constantly radiating heat.
It's really amazing. Judging from the appearance, it's just an ordinary set of clothes. At most, the fabric is better.
But its actual effectiveness is incredible.
When the temperature is suitable on the aircraft carrier, it seems like an ordinary piece of clothing, not keeping warm at all.
But now in a cold environment, it seems to have consciousness, constantly producing heat to resist the ice and snow outside.
Even now, all the teachers, students and staff are wearing very little. They may only be wearing a thin school uniform or a thin coat outside their thin inner clothes, but no one will feel cold. It's just that my face is a little colder.
The continuous advancement of science and technology has given humans the power to fight nature.
On Ural, Palton temporarily built a number of suspension cabins for people to rest.
The suspension cabins provided by Palton this time are large and small. The large ones can accommodate about 10 people, while the small ones can only accommodate 5 people.
The suspended cabin is not a house in the traditional sense, but is similar to a movable room. It will be lighter in design and materials.
The floating cabin for residential use will be thinner around and at the top, making it easier to disassemble, fold, store and store.
However, although it is thin, the material used to build the suspension cabin is not ordinary plywood or cement, but a more special material.
The sturdiness of this material is not comparable to that of ordinary rooms. While making the suspension cabin more lightweight and comfortable, it can also ensure its safety.
Charlotte and Anke walked into the suspension cabin together. The facilities inside were very simple and there were not many things in total.
Whether it is bunk beds or chairs for people to rest, they are all fixed to the bulkhead.
If not in use, they can be folded and stored without taking up any space.
It is precisely because of this convenient design that the entire suspension cabin can be disassembled and folded.
The suspension cabin does not provide bathroom-related functions. If you need to wash up or solve personal problems, you need to go to a temporary toilet or shower room.
Unlike living in a real house, this living condition is actually not that comfortable.
However, considering the harsh environment of Ural and minimizing the impact on the ecological environment here, Palton cannot build a large scale here and has to keep everything simple.
For these military reservists, this is also a kind of training. After all, in real combat, there are many places where the resting environment is worse than this.
The development of suspension cabin technology has only happened in the past 20 to 30 years. Before that, the soldiers were better off living in "capsule beds."
Although the "capsule bed" is also very convenient, it can only accommodate one person, and the space is very small and the comfort is not high, so it is just a convenience.
Not only that, when it is stored, even if the volume is compressed, it is still very inconvenient to carry in large quantities.
When a large number of soldiers are stationed outside, the "capsule bed" inevitably has its limitations.
Many times, for the sake of convenience, soldiers would make do with the most primitive tents.
Of course, if encountering a harsh environment, engineers will also be responsible for building temporary shelters with better performance, but they are not as convenient as the current suspension cabins.
The suspension cabin technology was developed by Gervoth many years ago. At that time, Gervoth hosted this friendly match and was completed by a team from the Ground Engineering Department of the Gervoth Information Engineering Branch.
As soon as it was launched, it attracted the attention and support of the military leaders, and it was immediately used in a wide range of applications.
Since this technology was proposed in the first year, the R&D team has also followed up on some shortcomings to polish this technology even more.
Nowadays, the suspension cabin is a logistics equipment often used by soldiers when they are stationed abroad.
Not only is it very easy to set up, but it can accommodate more people at one time.
In the military headquarters, there is even a large suspension cabin for 50 people.
They can move or be stationed on surfaces such as ice, rocks, and sand.
In other words, not only in icy and snowy environments, but also in sandy and dusty areas, hilly areas, or jungles, the suspension cabin has its uses, so it has been vigorously promoted by the military.
They are not only suitable for various environments, but also highly mobile. They are already a very widely used technology.
There is also a temperature control system inside the suspension cabin, so that people inside can sleep peacefully without worrying about the temperature outside.
Because of this, Gervoth’s Information Engineering Branch also gained a lot from this patent.
Part of the patent fees earned were used to support Gewarth’s other subsequent research.
This is similar to the self-heating temperature-control clothing developed by Palton, and others have also made a lot of money from this.
According to Palton's arrangement, Professor Gusta and Professor Wei Lan took a group of students and other staff to the suspension cabin to which they were assigned.
Everyone settled their luggage, then took a look at the basic living facilities around them, and then went about their business.
The students took a brief nap while the teachers began to adjust a series of equipment.
The participating mechas of Palton and Gervos will then be sent to Ural.
Because the mechas are so huge, they have to be delivered on special transport ships.
All participating mechas are registered, and their parameters also have certain upper limits.
Among the various parameters of the mecha, players can choose to focus on increasing the points in one aspect, but as a price, they must lower the parameter settings in another aspect.
In short, to maintain a comprehensive balance, you cannot simply stack high configurations of mechas.
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