To understand the application of RFID in A** automatic transport vehicle, we must first be clear about what A** is. a**trolley refers to a transport vehicle equipped with electromagnetic or optical automatic guidance devices, which can drive along the specified guidance path, and has safety protection and various transfer functions. As an unmanned industrial handling vehicle, high-speed, efficient and accurate positioning is very important for the A** trolley transportation system. RFID has the advantages of non-contact, non-line-of-sight and so on. The use of RFID to control A** trolley positioning, compared with other positioning methods (inertial positioning, ultrasonic positioning, laser positioning, etc.) is not only simple in structure, low cost, but also easier to achieve accurate positioning.
Automation, informatization and intelligence have become the needs of the development of the times, and RFID technology can flexibly and conveniently realize the requirements and positioning of intelligent factories. a** refers to an automatic handling trolley equipped with electromagnetic or optical guidance devices, and is a transport vehicle with safety protection and various transfer functions. As an unmanned industrial handling vehicle, high-speed start-up and accurate positioning are very important for the A** landmark reader transportation system. The use of RFID to control the positioning of the A** landmark reader is not only simple in structure and low in cost compared with other positioning methods, but also easier to achieve accurate positioning. So, how is RFID technology applied to A** landmark positioning?
The A** body is equipped with an A** landmark card reader, and the node position on the ground is also equipped with RFID electronic tags (landmark cards), and the landmark cards on each node are given an ID number and definition. A**Landmark card reader reads the RFID landmark card on the ground through RFID, so as to make corresponding actions.
1. Automatic operation and automatic optimization of routes.
In the past, traditional logistics sorting was done manually, which was extremely inefficient, and the workload was large, requiring a lot of time and energy, and it was also prone to errors. After having the A** car, you only need to put the shelves on the A** car, and you can automatically optimize the route and automatically move the shelves to the destination, which is also very convenient for enterprises.
2. Safe, fast and automatic diagnosis.
The speed of the car is relatively fast, far more than manual operation, and because it is an artificial intelligence product, it has a certain self-diagnosis function, so it can also be automatically analyzed and diagnosed in the operation, and once there is a problem, it can be solved in time.
3. You can receive commands.
Different from ordinary handling equipment, the A** car can accept instructions from the distance, as long as there is a network, wireless or infrared to complete the indicated tasks, which is very convenient.
4. Realize refined, flexible and information-based logistics management.
The car can be used with modern logistics technology, and can realize point-to-point automatic access function, in the process of handling and operation, it can ensure its fine operation, flexible cooperation, and information processing, so as to make logistics management more intelligent.
As one of the technologies for the site positioning of the first car, the RFID card reader has the characteristics of accurate and fast reading, strong penetration, strong anti-interference, etc., and its successful application in the first car can play a unique role in many scenarios.