"In addition to this, the biggest difference of the new generation of smart medical cabins is that we have equipped it with our latest generation of smart medical diagnosis and treatment systems, which is the smart medical system we have previously released to the outside world, AI Doctor.
This intelligent medical diagnosis and treatment system, in addition to having all the functions of the civilian version of the intelligent medical diagnosis and treatment system, has also been strengthened in the fields of surgery and burns.
Especially in surgery, we have collected many cases of diagnosis and treatment of battlefield casualties and surgical treatment from home and abroad, and established them into a huge data model for diagnosis and treatment of battlefield trauma, and then used intelligent AI systems to analyze the entire data model.
Learning, so that you can absorb and master the content of these model data and generate your own diagnosis and treatment methods.
In this way, without the need for additional doctors, this set of smart medical cabins can independently complete the patient's diagnosis and treatment process, thereby completing the treatment of the patient's condition."
"Inside this smart medical cabin, we are equipped with three miniature multi-tentacle medical and surgical robots, and we can choose to equip different sizes of robotic arms according to actual needs.
Through these robotic arms, our intelligent medical diagnosis and treatment system can complete some routine and even more difficult shell surgeries. Such as routine wound treatment and protection, routine fracture reduction surgeries, routine open wounds, burns and other surgeries.
It can even complete some laparoscopic, thoracoscopic and even open thoracotomy surgeries, such as appendectomy, cholecystectomy, etc.
It can even complete some precision surgeries under the remote guidance of expert professors, such as repair and suture surgeries of internal organs and intestines, etc., and can even complete some heart surgeries in emergencies."
“Through the low-latency 5G network and military high-bandwidth satellite network, our smart medical cabin can be interconnected with the rear in real time.
Experts at the rear hospital use this remote system to monitor the diagnosis and treatment process of the entire smart medical cabin in real time. If necessary, they can also personally perform remote surgery on injured soldiers on the front line, which is very convenient.
Even though this smart medical cabin cannot treat some high-risk and difficult complex injuries and surgeries, it can delay the patient's condition and maintain stable physiological indicators through timely and effective treatment, which provides a basis for subsequent treatment and treatment.
Transporting to large medical institutions in the rear bought time and laid the foundation."
"Therefore, in addition to military use, this set of smart medical cabins can also be used in civilian fields, especially in some social emergency rescue incidents.
For example, if a large-scale natural disaster occurs in a certain place, a large number of people will be injured in a short period of time, and medical resources will definitely be insufficient. It may even be that due to damage to the mountain roads and the complex conditions in the disaster area, external medical resources may not be able to arrive in time.
Then these smart medical cabins can play a big role at this time. It is equivalent to a small mobile hospital and can be transported to the disaster area by vehicles, ships, helicopters, and airdrops. Deployment
After that, we can start treating the injured."
“One such smart medical cabin is a small mobile hospital, and a group of such smart medical cabins can form a considerable-scale treatment hospital.
This hospital can operate independently or in cooperation with medical staff. This will greatly save medical staff resources, thereby treating more patients and saving more lives."
"This is our intelligent field hospital system." Wu Hao pointed to a set of models in front of him and introduced it with a smile to everyone.
Following the direction pointed by Wu Hao, everyone looked over. In a scene simulating the conditions of wild sand and gravel, there was a display model of the intelligent field hospital system parked.
To put it simply, this is an intelligent field hospital system composed of containers. These containers are painted in white as a whole, or they can be painted in camouflage colors, and large red cross logos are spray-painted on the top and sides of the containers.
This is also to show the outside world and the enemy that this is a medical treatment facility, not a military facility. Under normal circumstances, a medical treatment facility like this can be protected from enemy attacks. But this is only in normal mood, because of the war
It is the most immoral behavior of human beings, so how can we expect those involved in war to remain moral at all times?
Therefore, many times, even such medical aid institutions will become targets for the enemy to specifically attack and damage the morale of our troops. They may even become targets for the enemy to vent their anger and ambitions.
These container models were visited according to their functions. Some are directly mounted on vehicles, some can be directly hoisted and deployed, and some are formed into a whole.
This is our intelligent field hospital system. It is a high-standard field hospital. According to the level of our ordinary hospitals, it can reach the level of a tertiary hospital.
Different from conventional field hospitals, its biggest difference is that it can realize intelligent and automated diagnosis and treatment. It does not require people, or only a few people, to control such an entire intelligent field hospital system.
At this point, Wu Hao walked up to the model, picked up a laser pointer, and continued to introduce to everyone: "The entire intelligent field hospital system can be divided into a comprehensive medical command and control center module, a triage module, and an ordinary medical system according to its functions.
In addition to these diagnosis and treatment functional modules, we have also equipped this intelligent field hospital system with advanced and complete medical wards, including specialized high-risk care unit modules and general ward modules.
Even if necessary, we can add an infection isolation ward module specifically to treat infected and infected casualties to avoid cross-infection.
Finally, the biggest feature of our smart diagnosis and treatment system is that it has a set of smart pharmacy modules. The smart pharmacy module is divided into two parts. One part is an ordinary pharmacy system, which can achieve accurate warehousing, stable storage, and accurate
Quickly find distributed features.
The other part is our famous drug 3D printing system. Through this drug 3D printing system, we can print out various therapeutic drugs according to actual needs.
These functional modules are not fixed and can be increased or decreased according to actual needs. The intelligent diagnosis and treatment system will make reasonable allocations based on the medical resources it has to ensure that existing resources can be fully utilized."