Chapter 1,157 Medical Intelligent Mechanical Exoskeleton
After a tender short video, Wu Hao returned to the round platform and stood still, paused for a moment to organize his words, and then smiled at everyone and said.
“Smart bionic electronic prostheses have indeed allowed some people to stand up again and regain their health, but they also have certain limitations, and not all disabled patients can use them.
For example, for some patients with disabilities in their facial features, or some patients with high levels of paralysis, our smart bionic prosthesis will not have the slightest effect.
Therefore, our medical technology research team has been committed to research in these fields. At present, some pretty good results have been achieved, and today, I will report these results to everyone."
Hearing what he said, the eyes of the guests in the audience, the media reporters, the netizens on the Internet, and the industry leaders who were paying close attention to the press conference all brightened up, and they immediately showed expressions of anticipation.
look.
Facing the expectant looks from the audience, Wu Hao said with a smile: "Friends who often follow us should know that we have displayed an intelligent mechanical exoskeleton product at some previous exhibitions.
However, at that time, this intelligent mechanical exoskeleton product was mainly targeted at some special application fields and had not yet been used by civilians.
And this time, we will also release our first intelligent mechanical exoskeleton product for civilian use to the society."
After hearing Wu Hao's words, the audience suddenly cheered. Intelligent mechanical exoskeleton, this is a technology that many people are looking forward to. It seems that many people's predictions are right. This time Haoyu Technology really plans to release civilian products
.
"I believe everyone has heard of or understood exoskeleton technology. Since this concept was proposed, scientists and technicians around the world have been working hard to turn this concept or idea into reality.
With the continuous efforts of these scientists and technicians, mechanical exoskeleton technology and related products have gradually taken shape.
And it is also divided into active mechanical exoskeleton technology and passive mechanical exoskeleton technology according to relevant characteristics.
What are active and passive? This mainly refers to energy, generally speaking, it is battery power driven energy.
Passive mechanical exoskeletons do not have batteries and driving mechanisms. They rely entirely on limb movements to operate. It can increase the support of our human body, especially the lower body and lower limbs, increase load-bearing capacity, and can increase the strength of the limbs to a certain extent.
, thereby improving athletic ability.
Of course, because it is passive and relies entirely on the human body for movement, its load capacity is limited. But it cannot be said that this passive mechanical exoskeleton is useless or has poor performance.
It also has its advantages, such as its relatively simple structure, low cost, and suitable for mass production and large-scale equipment use.
Secondly, it is passively driven, so it does not require energy, so it does not require additional resources, and it can be used for a long time or even indefinitely.
In this regard, actively driven mechanical exoskeletons cannot do this."
"As for the active-driven mechanical exoskeleton, the structure is relatively complex. This not only needs to consider the fields of ergonomics, sports engineering, mechanics, engineering machinery, electronic control, etc., it is a very complex subject.
It is precisely because of this that this type of actively driven mechanical exoskeleton has not been put into actual trials for a long time.
Occasionally, one or two such actively driven mechanical exoskeletons appear, but they are only trial experiments and are far from practical standards.
Although its technology itself is complex after all, compared with passively driven mechanical exoskeletons, the advantages of actively driven mechanical exoskeletons are more comprehensive and significant.
First, of course, is the core load capacity aspect. Because it is an active drive, it does not need to be driven by the human body alone, so its load capacity has increased significantly, and its load capacity can even exceed the wearer's own weight by seven or eight times, or ten times.
several times.
In addition to load capacity, this active drive mechanical exoskeleton can also increase the strength of the limbs, allowing people to gain greater strength, faster speed, and higher and farther jumping capabilities."
However, Wu Hao changed the subject and said with a smile: "Limited by the limitations of current technology, it is still very difficult to implement this technology.
Now, with the unremitting efforts of our company's scientific research team, we have finally developed an active-driven intelligent mechanical exoskeleton product with excellent performance in all aspects.
Now, we have specially optimized and upgraded this active-driven intelligent mechanical exoskeleton technology, thus developing a civilian version of this active-driven intelligent mechanical exoskeleton.
In the civilian version of this active-driven intelligent mechanical exoskeleton, we are subdivided into medical intelligent mechanical exoskeleton and civilian intelligent mechanical exoskeleton.
These two products are technically, functionally and purposefully different, and we have also made special design optimizations for them.
First, let’s talk about medical intelligent mechanical exoskeleton products.”
As he spoke, a product appeared suspended in the air next to Wu Hao. This was a medical intelligent mechanical exoskeleton.
Wu Hao pointed at the medical intelligent mechanical exoskeleton that was suspended in mid-air and rotated slowly and said to everyone: "As for the appearance of our intelligent mechanical exoskeleton, everyone has paid attention to this before. I will not pretend to be mysterious and just go directly.
Let me introduce it to you.
That's right, this is our medical intelligent mechanical exoskeleton. It has two models in total, one is an aviation aluminum alloy frame, and the other is a carbon fiber frame with a lighter interpretation.
The medical intelligent mechanical exoskeletons made of these two materials are very light. The total weight of our medical intelligent mechanical exoskeleton made of aviation aluminum alloy is only 21 kilograms, while our medical intelligent mechanical exoskeleton made of carbon fiber material, we
Controlled to thirteen kilograms.
So it's not very heavy. Basically, normal adults can carry it and wear it easily.
This medical intelligent mechanical exoskeleton is mainly divided into three parts, namely the lower limb support part, the trunk support part, and the upper limb support part.
In addition to these three parts, there are actually supporting parts for the cervical spine and head.
These parts can be spliced and combined at will. For example, we use the trunk support part with the lower limb support part, or the trunk support part with the upper limb support part.
This kind of flexible splicing combination allows our doctors to make targeted and selective combinations based on the patient's actual condition, so as to better target the disease.
In addition, such a flexible splicing combination can also avoid unnecessary waste and save unnecessary expenses and burdens for patients. Moreover, it can also facilitate replacement and maintenance."
