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Chapter 1035 Because what we do is high-end

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    The head of the headquarters was really shocked by Zhuang Jianye's words.

    Although mechanical exoskeletons appear to be very science fiction in the eyes of ordinary people, they are not unachievable in the field of military equipment research. Take the United States as an example. In the 1960s, General Motors began to try to develop mechanical exoskeletons to create so-called super soldiers for the US military.

    Europe and the former Soviet Union have also followed suit. The reason for this is that mechanical exoskeletons can greatly reduce the burden on soldiers and improve the durability of the human body.

    Not to mention the other group of super soldiers holding Gatling revolving machine guns, facing a small group of ordinary soldiers holding AK assault rifles, no matter what else, the firepower alone can push the soldiers holding AK to the ground and rub them in the ground.  .

    ¡°Also among artillery, a 155mm shell is quite heavy. In actual combat, two soldiers are usually exhausted and can barely sustain rapid fire for 3 minutes.

    If you want the firepower to continue, you either need to replace someone to carry the shells, or reduce the rate of fire to let the ammunition feeder take a breather.

    It's different with the mechanical exoskeleton. One bomb feeder is enough. Because of the mechanical exoskeleton, even a thin soldier can become a strong man. It's an exaggeration to lift a thousand kilograms of mountains and boulders.  , but it is still very easy to carry something of about one hundred kilograms.

    So let alone 3 minutes of rapid fire, it takes 5 minutes, or even 10 minutes, and a bomb feeder wearing a mechanical exoskeleton can handle it alone.

    This not only ensures the continuous firepower and strike effect of artillery, but more importantly, it can reduce the basic establishment of artillery, making artillery units smaller, more compact, and more sensitive, thus improving the battlefield survival conditions of artillery.

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    Not only is it time-consuming and labor-intensive, but the key manpower is ultimately limited, and the load cannot be too much.

    With the mechanical exoskeleton, it is different. Logistics soldiers can carry double or even double or triple the load. In this way, when transporting logistics supplies, the two or three transports in the past can be completed in one go, which is not only intensive but also efficient.

    Because of this, this kind of mechanical exoskeleton may be just a supporting part for super soldiers for European and American armies, but it is indeed a real necessity for domestic troops. It is really a good thing that almost all branches of the army need.  .

    However, after nearly two decades of patience, the army has too many shortcomings to make up for, and the financial constraints have not been fundamentally alleviated, so that the headquarters functions spend money wisely to ensure the "killer weapon".  "Construction of key equipment such as

    For cutting-edge equipment such as mechanical exoskeletons that are not urgently needed, the headquarters is really unable to do so. It can only entrust subordinate research institutions to track foreign development trends and do some theoretical research until funds are sufficient.  Find ways to invest in actual research and development.

    But I didn¡¯t expect that Zhuang Jianye¡¯s Ascendas Group, which is engaged in prosthetics and wheelchairs as a side business, could also produce such good things that represent the future development direction of individual equipment. How could this not surprise the head of the headquarters?

    But in the blink of an eye, I was a little confused. You must know that there are many manufacturers of prosthetics and wheelchairs in China. Although it is not as famous as the 'Fake' brand of Ascendas Group, there are a few that do pretty well. Why didn't they make it?  Only Ascendas Group has made a mechanical exoskeleton?

    ¡°Because what we do is high-end.¡±

    The answer given by Zhuang Jianye was as arrogant as ever, which made the head of the headquarters frown. He wanted to strangle this pretentious bastard to death. It seems like who doesn't know that your Ascendas Group is a high-end company? Is this what you are listening to?  We want to know whether your development path is good or not!

    Of course Zhuang Jianye knew, so he chuckled and continued without waiting for the head of the headquarters to get angry: "How high-end is it? Let's put it this way, our latest prosthetic arm can judge the host's movements based on the muscle changes in the severed limb, and then use  The servo system is transmitted to each joint of the prosthetic limb to realize normal arm swinging, grabbing, and lowering operations.

    ¡°Of course, this system can also be controlled by voice. For example, if the host says ¡®grab¡¯, the prosthetic arm will control the palm to grab the thing you want to grab¡±

    Zhuang Jianye introduced the real core of fk to the head of the headquarters, which is the mastery of ergonomics and related data information.

    Speaking of which, I have to thank Mr. Hawking for this. This physicist cannot speak, and his daily communication can only rely on three movable fingers to control the keyboard to type text, which is then read out by an analog voice.

    "But as Hawking's condition worsened, only one of the three movable fingers was left, and the difficulty of reading and writing suddenly tripled. There was no way, Hawking was really too busy with one of his fingers.

    So we are building a wheelchair for Hawking.??At the same time, Hawking hopes to improve his communication equipment so that he can easily communicate with outsiders with one finger.

    Ascendas Group has no problem making hardware for wheelchairs. Even setting up laser gyroscope data and lidar applications is not a problem, because taking photos of these things is much easier than taking pictures of airplanes flying into the sky or satellites flying into outer space.

    But things like language communication that involve ergonomics and neurology cannot be dealt with by Ascendas Group. After all, the industry has specializations, and Ascendas Group has never touched this thing. How can they do it?

    Faced with this situation, it was not the suave Evans who took action this time, but the technical geek Irving. He spent more than a month traveling to and from Europe and the United States, visiting relevant subject research laboratories of major universities and dozens of universities.  start-up companies with great potential, and then hire the top medical experts to screen the results of these laboratories and the start-up companies.

    Making a list without saying a word unleashes Irving's version of inhumanity.

    ?? Directly acquire start-up companies that you like, and directly spend money to buy out the results of scientific research institutions that you like.

    What?  Startup founders not selling?

    Then bring out a copy of the company¡¯s similar product and sue them for infringement, level by level, until the start-up company is brought down.

    What did you say?  A certain scientific research institution refuses to provide results?

    Then simply recruit all the core experts who own this achievement, or even the entire team.

    In this way, Owen has been busy for more than half a year, obtaining massive ergonomics and neurological data, as well as the latest results of the application of these two related disciplines and computer connectivity, and then handed them over to Zhuang Jianye.

    Ascendas Group does not lack software programming skills, let alone theoretical analysis capabilities. What it lacks is these basic data that have been kept for decades. Now Irving has packaged these data for less than 10 million US dollars, which is very important to Ascendas.  For the group, it is equivalent to avoiding decades of detours.

    So relying on this kind of data, coupled with Ascendas Group¡¯s advantages in other aspects, a fkzb muscle identification system was quickly developed.

    This system was integrated into Hawking's glasses, using lasers to detect the movement of a small group of movable muscles under Hawking's eye sockets when Hawking communicated, to determine what Hawking wanted to express, and then display these on the LCD display on the turbine.  Once the words are announced, Hawking can use his movable finger to make a selection.

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