Super Magic Surgery System

Bionic prosthetics installation is actually very simple, kind of silly device and take it off. But the prerequisite work was very troublesome. Chen Qun realized that teaching other doctors to complete the whole process was better than teaching them personally to adjust the few layers of cushion adjustments on the steel plate and the contact area. As for the subsequent adjustments and maintenance, Chen Qun would follow his data and draw a ladle according to the calabash.    

    

At slightly past nine o'clock in the morning, Chen Qun had already swiftly settled down the seven patients. The more exaggerated part was that he had more than 20 assistants by his side, and four Intern were responsible for recording the entire route and data. The rest were in charge of delivering parts and assembling. As for the young nurses... They would do some detailed work throughout the whole process, such as the first trimming and correction of the mat. However, the huge meeting room was packed with people, and it was a lively scene. It made people feel that this was production assembly of the assembly line.    

    

In fact, it was completely in line with Chen Qun's idea to complete the assembly line. It could be said that it was very difficult to complete 80 high-tech bionic arms and a few bionic lower limbs within a few days. Almost no one except Chen Qun had any experience in this field, so they naturally had no idea what was going on.    

    

In order to make it in time, Chen Qun rushed the local attending physicians to the side to watch the whole process. He almost did not want them to participate in any debugging and fixing. In any case, technology was advanced now, and there were video recordings. He could take his time to take a look at it. In addition, there were also a few tree resin models. They could also practice on it.    

    

But now, the most important thing was to install all these mechanical bionic arms on the disabled people. The bionic arms on the upper limbs were actually divided into three types. The most common type was the front mechanical palm installed on the elbow. There were a total of 53 of them.    

    

The second type included the first half of the mechanical arm. There were twenty-one sets; the least number included the full mechanical arm of the upper and lower half. It was similar to the arm of a certain character in a foreign super science fiction movie, but the actual difference was huge. The upper and lower part of the arm was made of aluminum alloy. It reduced the weight and made it easier to move.    

    

The front and back muscles of the humerus were actually placed in batteries. There was a layer of resin and rubber on the outside, which made it very soft to touch. However, as long as one touched it slightly, one would know that it was completely different from real muscles.    

    

Regarding this kind of bionic arm that had a full set of front and back limbs, operating it was also the most difficult. It required the patient to go through at least three to five months of training before he could truly operate these arms.    

    

When he installed them, the most intelligent disabled young man with the brightest brain could only use the method he had just learned to raise his arms on his shoulders. A large part of it was in demonstration movements. It could be said that the electronic chip inside had its own movement program. With just a few movements, it triggered the requirement to lift the arm.    

    

The prosthetic limbs that Su Wantine donated this time, most of the recipients were in the prime of their youth. There were both men and women. The oldest was only 46 years old, and he was a level four prosthetized prosthetized prosthetically-made prosthetically-made prosthetically-made prosthetics. The key reason was that they met the requirements to donate. They could learn how to operate these bionic arms relatively quickly and give the manufacturer the final test data.    

    

As for the elderly and children, they would probably have to wait a hundred years or a year before the second batch of donations would be made.    

    

The three types of Robotic Arm all had two operating modes. One was called the trigger mode, or more accurately, the trigger mode, which was to use the movement and movement caused by the movement of the body from the front and back to trigger some common things. For example, raising one's hand to grab something or moving position.    

    

The other mode could be said to be brainwave control mode. Every patient had to wear a special hat on their head to receive the brain signal. Finally, it would be turned into an electronic signal to send a similar command to control the arms and palms to make a move.    

    

The bionic arms of the previous model were directly connected to the armband nerves. The translator was used to decrypt the signals of the armband nerves and perform the corresponding actions. However, the flaws of the bionic arm were also very obvious. It was not easy to exchange for it. At the same time, the position of the neural link that was connected to it could also be easily torn apart by various accidents because of the movement. It could easily cause other injuries and diseases.    

    

Therefore, he chose to capture the signals of the brain nerves and the plexus nerves, and with the cooperation of the triggering signals, to complete some simple movements.    

    

In fact, the most complicated part was the bionic arm from the upper and lower arms. He also installed a camera at the position of the wrist bone of the arm, which introduced light positioning settings. It could be considered as an auxiliary motion system that supported the movement of the arm. Therefore, this type of full-arm type was the most complicated and required the most calculations. Rather than calling it a bionic arm, it would be more accurate to call it an arm-shaped android.    

    

Chen Qun could even see Su Wantine and his family's grand seat's handiwork in this type of complicated front and back limbs. Only a programmer like the young lady would directly introduce a robot to assist such a large arm when the bionic route was not so perfect when the bionic route was not perfect.    

    

As for the source of the idea, it was most likely the thousands of data records of the medical Robotic Arm that he operated that ignited the young lady's wild inspiration.    

    

"Dr. Chen, why can't these Robotic Arm move freely?"    

    

The new student, ling Yan, who came with Chen Qun and Chi Hong, acted as Chen Qun's assistant by the side. When she saw that a few disabled people who had installed mechanical hands were unable to move these devices freely, she very anxiously raised the questions that most of the patients were about to ask.    

    

Chen Qun saw that the girl had carefully placed three layers of cushion at the places where the Robotic Arm and her body came into contact, even though she needed to place different kinds of cushion in different spaces. Moreover, each layer was smeared with glue, and it was flat and attached to the bottom layer. It was a test of skill. However, after several failures, this new student had already completed it very well. There were almost no uneven areas.    

    

Regarding this result, Chen Qun naturally knew that it was caused by the sensitivity and stability of her palm. In other words, others might need to practice thousands of times to achieve this result, but she could do it in a decent manner a few times. She was a complete genius with a life of her own. If she went to embroidery, she would definitely become an embroidery grandmaster. At the same time, she was also a sculptor.    

    

But the only pity was that this girl didn't seem to have much musical talent. Otherwise, her hands playing the piano would be an excellent talent. Now, seeing that the girl actually had the spare time to ask other questions while keeping up with his progress, he patiently explained.    

    

"Now that the most primitive trigger system is online, I can use some movements to trigger the movement of five fingers. However, to be effective, I still need to activate the nerve conversion system. That was Dr. Qi's business. These patients needed to measure some nerve activity signals many times. Then the computer center would find a base line, and then this base line would be decoded by the computer system into a mechanical operating signal. After that, the movement system in the Robotic Arm will start operating. "    

    

"Dr. Chen, there are so many patients. How can we finish the test in a few days?"    

    

"That's why most of the patients need to be tested for two weeks. They need to be constantly modified by the electronic engineers to be able to do the scenes in the promotional video. However, this is only the first batch. When the mechanical hands after the subsequent batches, the computer system has accumulated enough data and optimized it, it will be much faster. "