Post by account_disabled on Feb 22, 2024 1:28:07 GMT -6
We usually associate robots with modernity and huge technological advances, immediately imagining huge assembly chains performing tasks that are dangerous and very laborious for humans. However, for many scientists, robots have been fully integrated into industry since Since then, the challenge has been to create a machine that is almost as perfect as a human and can solve problems that arise every day. Since the first robot began working at a General Motors factory in 1961, robotics has been fully integrated into the industry.
Since the 1990s, many engineers have been working on adapting it to new services and personal uses. Bill Gates once predicted that the robots on today's assembly lines will be like the giant computers of the 1970s, gradually shrinking in size until they become the personal Switzerland Mobile Number List computers they are now, and because of the situation with robotics, it is very similar to the situation with computing. There are many types of robots in various shapes, each with a specific purpose. We can find PLEO, i-ROBI or Papero to entertain children; PARO baby seals, which are therapeutic especially for the elderly; Roomba to clean the house; robots capable of performing surgeries on people like Leonardo da Vinci.
Perhaps one of the most researched fields is medicine. One of NASA's dreams has always been to be able to operate remotely, with the goal of being able to operate remotely from the space station, masking one of the dangers of extremely long missions to an interstellar space station. From this idea Leonardo da Vinci was born, as his name suggests, which he received in honor of the great artist, discoverer, painter, anatomist and soldier Leonardo. It consists of a console on which the surgeon sits and maneuvers the robot at a distance from the patient, thereby obtaining stereoscopic vision and generating a three-dimensional image of the surgical area magnified 10-15 times.
Robotics The first operation was performed in 1999, although a successful transoceanic intervention was performed as early as 2001, when the surgeon was in New York and the patient in Strasbourg. Da Vinci can manipulate very small and delicate instruments, eliminating hand tremors for one or more surgeons during long and complex surgeries, allowing them to intervene with the highest precision. With this type of surgery, patients recover faster, have a lower risk of infection, less pain and bleeding, and minimal scarring.
Most importantly, it is used in surgeries such as removing cancerous tissue from sensitive areas of the body, such as blood vessels, nerves, and vital organs of the body, although this is not recommended during some types of heart surgery. Among other applications of robotics in medicine we can find assistive robots, prosthetic robots, exoskeletons and active orthotics, therapeutic robots, virtual reality simulator robots or robots for storing and dispensing medicines. This technology is already used in Spain in highly complex interventional procedures and requires dissection, and its purpose is not to replace the hitherto indispensable figure of the surgeon, but to assist him in his tasks to achieve better results.
Since the 1990s, many engineers have been working on adapting it to new services and personal uses. Bill Gates once predicted that the robots on today's assembly lines will be like the giant computers of the 1970s, gradually shrinking in size until they become the personal Switzerland Mobile Number List computers they are now, and because of the situation with robotics, it is very similar to the situation with computing. There are many types of robots in various shapes, each with a specific purpose. We can find PLEO, i-ROBI or Papero to entertain children; PARO baby seals, which are therapeutic especially for the elderly; Roomba to clean the house; robots capable of performing surgeries on people like Leonardo da Vinci.
Perhaps one of the most researched fields is medicine. One of NASA's dreams has always been to be able to operate remotely, with the goal of being able to operate remotely from the space station, masking one of the dangers of extremely long missions to an interstellar space station. From this idea Leonardo da Vinci was born, as his name suggests, which he received in honor of the great artist, discoverer, painter, anatomist and soldier Leonardo. It consists of a console on which the surgeon sits and maneuvers the robot at a distance from the patient, thereby obtaining stereoscopic vision and generating a three-dimensional image of the surgical area magnified 10-15 times.
Robotics The first operation was performed in 1999, although a successful transoceanic intervention was performed as early as 2001, when the surgeon was in New York and the patient in Strasbourg. Da Vinci can manipulate very small and delicate instruments, eliminating hand tremors for one or more surgeons during long and complex surgeries, allowing them to intervene with the highest precision. With this type of surgery, patients recover faster, have a lower risk of infection, less pain and bleeding, and minimal scarring.
Most importantly, it is used in surgeries such as removing cancerous tissue from sensitive areas of the body, such as blood vessels, nerves, and vital organs of the body, although this is not recommended during some types of heart surgery. Among other applications of robotics in medicine we can find assistive robots, prosthetic robots, exoskeletons and active orthotics, therapeutic robots, virtual reality simulator robots or robots for storing and dispensing medicines. This technology is already used in Spain in highly complex interventional procedures and requires dissection, and its purpose is not to replace the hitherto indispensable figure of the surgeon, but to assist him in his tasks to achieve better results.