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A robot is a machine device that automatically performs work. It can accept human command, run pre-programmed programs, and act according to principles and programs formulated with artificial intelligence technology. Its task is to assist or replace human work, such as construction, production lines, dangerous work or handling work. To a certain extent, it can be said to be a "partner" of our human work.

The international concept of robots has gradually converged. Generally speaking, people can accept this statement that a robot is a machine that relies on its own power and control capabilities to achieve various functions. The United Nations Organization for Standardization has adopted the definition of a robot from the American Robotics Association: "A programmable and multi-functional operating machine; or a specialized system with computer-changeable and programmable actions to perform different tasks." It can provide Human beings bring many conveniences.

In the past two years, people have become accustomed to robots serving tea and water in restaurants. The number of shopping guides or service robots in hotels and shopping malls has also begun to increase day by day. These types of robots often appear in the public eye and everyone has seen them; but the one introduced next I wonder if you have ever seen this "partner"? It is what it silently pays for mankind: following the transport robot.

As its name suggests, the robot is a robot that integrates functions such as automatic following, hand push mode and intelligent automatic return to the station. Its emergence has greatly reduced people's labor intensity and reduced labor costs. Make transportation work more intelligent and automated.

The most critical technology for following the handling robot is the SLAM algorithm and composite following technology.

SLAM algorithm is just like people with five senses. SLAM uses navigation and positioning technology that integrates multiple sensors such as laser, vision, UWB and QR code to be more accurate.

Composite following technology opens a new era of human-assisted robots. It integrates AOA following technology and laser following technology. It has high following safety, strong ability to adapt to complex environments, and low commercial cost. More efficient, a new trend in human-machine collaboration, combining human mobility with the durability and fatigue-free durability of robots. Humans do flexible things, while robots do repetitive, complicated and tiring things.

The "durable and tireless" feature of the follow-up handling robot is of great commercial value, but since the robot needs to work for a long time, the work task of the hub motor as the "foot" of the robot is relatively heavy; it repeats complicated work every day The loss of the hub is relatively large, so the robot has very high requirements for the hub motor. The requirement for the wheel hub is not only to be wear-resistant, but also to be anti-slip; because the robot must be suitable for various complex environments, otherwise the robot will not be able to work in a relatively humid environment.

Since its establishment in 2013, Shenzhen Zhongling Technology Co., Ltd. has been quietly providing high-quality hub motors to the robot industry. The product system it operates includes integrated open/closed loop stepper motors, robot AGV hub servo motors, and digital stepper series , low-voltage DC servo series, and has long-term cooperation with well-known domestic and foreign intelligent manufacturing industries such as Samsung, LG, ABB, Softbank, etc. Today, as intelligent life becomes more and more popular, we insist on continuous research and development and innovation and are committed to bringing better products to customers. products and a better user experience. As the company's team continues to grow and its product lines become increasingly enriched, it is believed that it can bring better and more suitable products to the robotics industry.