There are many varieties of medical robots, and according to their different uses, there are clinical medical robots, nursing robots, medical education robots and service robots for the disabled.
1. Hospital delivery robots: Intelligent distribution robots are mainly responsible for delivering medicines, delivering meals into the barrier area, and recycling clothing and medical waste in the hospital. Through the intelligent scheduling of the "brain" control center, they can realize the functions of autonomously opening and closing doors, taking elevators autonomously, avoiding obstacles, and charging autonomously, without personnel operation. Ultraviolet disinfection lamps are installed in the cabinets, which can maintain the safety of the box and items at any time. The robot also has the function of remote real-time voice and video communication, and can communicate directly with the care or patients in the isolation ward through the scheduling system. Robots that deliver medicines can replace nursing to deliver meals, cases, and test sheets.
2. Mobile patients: mobile patient robots mainly assist in the care of mobile or transport paralyzed and impaired patients;
3. Clinical medical treatment: clinical medical robots include surgical robots and diagnosis and treatment robots, which can perform precise surgical operations or diagnosis, such as Japan's WAPRU-4 chest tumor diagnosis robot; United States scientists are developing a surgical robot, the "Da · Vinci System", which has been certified by the United States Food and Drug Administration. It has 4 mechanical tentacles. Under the operation of the physician, the "Da · Vinci System" accurately completes the heart valve repair surgery and cancerous tissue resection surgery. United States National Aeronautics and Space Administration plans to conduct tests on the operation of medical robots in its underwater laboratory and on the space shuttle. At that time, doctors will be able to perform underwater and extraterrestrial surgeries in front of a computer on the ground.
United States medical robots will also be used in the military. In 2005, the United States military invested $12 million in a "field trauma management system." The robotic equipment is housed in tanks and armoured vehicles, and in wartime, the robot is able to perform simple surgery on the wounded and stabilize them for rescue after instructions from the headquarters of the doctor.
4. Robots for the disabled: Robots for the disabled, also known as rehabilitation robots, can assist the disabled to rehabilitate their ability to live independently, such as the Prab Command system of the United States.
5. Nursing robot: United Kingdom scientists are developing a nursing robot that can be used to manage the heavy and trivial nursing work of nursing staff. The newly developed nursing robot will help healthcare professionals identify patients and dispense needed medicines without errors. In the future, nursing robots will also be able to check a patient's temperature, clean the ward, and even assist the physician in keeping up to date with the patient's condition through video transmission.
6. Medical education robots: Medical education robots are teaching aids for aspirations. United States health care workers now use an educational robot called "Noel," which mimics a pregnant woman about to give birth and is even able to talk and scream. After imitating real delivery, it helps to improve the surgical cooperation and on-the-spot response of obstetrics and gynecology medical staff.
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*AA:
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YAMAHA's industrial robot technology helps you handle it.
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