The centralized feeding system is an automated feeding system that improves production efficiency and supply accuracy by storing materials centrally and automatically supplying them to various workstations on the production line. Its working principle mainly includes three aspects: material storage, supply control, and communication scheduling.

Firstly, one of the working principles of the centralized feeding system is material storage. The system needs to design a set of storage devices to classify and store different types of materials. Common storage devices include storage silos, material warehouses, and material racks. The system sets storage equipment with different specifications and capacities based on production needs and diversity of types. At the same time, storage equipment needs to have the function of protecting materials, such as dust, moisture, and static electricity, to ensure the quality and usability of materials.

Secondly, another aspect of the working principle of the centralized feeding system is supply control. The centralized feeding system adopts automated control technology, which controls the material supply process through sensors, actuators, and computers. When supplementary materials are needed, the system detects the status and quantity of materials through sensors based on the existing inventory and production plan, and triggers corresponding supply actions. These supply actions can include starting the conveyor belt, opening the storage bin door, and lifting the material warehouse. Through accurate control and scheduling, the system can achieve timely supply of materials to meet the needs of the production line.

The third aspect of the working principle of the centralized feeding system is communication scheduling. Manufacturers of centralized feeding systems usually need to communicate and coordinate with other equipment on the production line. For example, the system can interact with the production planning system to understand the production plan, the types, quantities, and supply timing of required materials. In addition, the system can communicate with devices such as controllers and operation panels to receive and execute operation instructions. Through good communication scheduling, the centralized feeding system can achieve collaborative work with other equipment, improving overall production efficiency and accuracy.

In summary, the working principle of the centralized feeding system in the injection molding workshop mainly includes three aspects: material storage, supply control, and communication scheduling. Through reasonable storage equipment, automated control technology, and effective communication scheduling, the centralized feeding system can achieve centralized storage and automatic supply of materials, improve production efficiency and supply accuracy, and is suitable for various production scenarios.