What key technologies are commonly used by service robots?

What key technologies are commonly used by service robots?


Nowadays, science and technology are constantly advancing. In some occasions, smart service robots with good-looking appearance can already be seen. These robots can already provide people with many very practical services. The emergence of robots will become more novel and interesting for some commercial occasions in shopping malls, and at the same time can improve the efficiency of services. So what key technologies do service robots usually use to have such powerful functions?

1. Laser navigation technology and visual navigation technology

High-quality service robots use many technologies, including various navigation technologies, and laser navigation technology is a technology that is widely used in robots, and the most representative one is the sweeping robot. In addition, visual navigation technology is also a commonly used technology for service robots. It mainly navigates based on images, so the requirements for computing power are relatively high, so the chips used are more expensive, and the corresponding price is relatively expensive. .

service robots

2. Inertial integrated navigation technology and robot following technology

Those service robots that are often used outdoors generally use outdoor navigation technology, such as the common inertial integrated navigation technology, which is mainly implemented by GPS. Therefore, there are many service robots that follow their masters, and they follow their masters to provide services wherever they go. The reason why this kind of after-sales service robot has such a powerful function is because it is implanted with following technology.

In summary, the key technologies currently used by service robots mainly include laser navigation technology, visual navigation technology, and inertial integrated navigation technology. In addition, well-served robots will also use multi-machine transfer technology and visual recognition technology. With the combined action of these multiple technologies, service robots can have more functions and enable them to enter more fields to provide better services.