Currently, intelligent sorting robots are mainly used for rapid parcel sorting in industries such as e-commerce, postal services, and express delivery. They possess large-scale scheduling capabilities and intelligent path planning capabilities, but their handling of the types, weights, and sizes of objects is limited to some extent. To adapt to more business scenarios, the vehicles used by these robots are becoming increasingly diversified.
Sorting robots consist of
An automated sorting and processing robot includes a control core module, a power supply module, an ultrasonic infrared ranging module, a human infrared detection sensor, a color detection sensor, a human infrared detection sensor, a motor drive module, a stepper motor, an encoder pulse counter, a rudder, and a robotic arm; a steering mechanism controls vehicle steering and the opening and closing of the manipulator; an encoder pulse counter detects motor speed; a positioning ultrasonic infrared ranging module; a color detection sensor for distinguishing objects; a manipulator gripping objects; and a human infrared detection sensor detecting human signals.
Advantages of sorting robots
Stable and efficient, improving enterprise operational efficiency, saving labor and management costs, and promoting factory and enterprise upgrades; sorting robots can be reconstructed, independently plan walking routes, and easily identify objects; sorting robots can work continuously, are lightweight, highly efficient, and save 70% of personnel; sorting robots can load, transport, and sort, instead of workers completing material processing, sorting, packaging, and handling.
