With the continuous increase of employment costs and land rents in China, intelligent warehousing systems have developed rapidly. In the construction of intelligent warehousing system, many manufacturers hope to be able to trace the production line, batch, materials used, producer, operation time, action records, etc. of the production of this product at that time, so as to find out some deficiencies and improve. The application of A** in the intelligent warehousing system can help enterprises manage and understand the status of the production line in time.
a**Intelligent warehousing and logistics.
The definition of a** dispatching system is: dispatching system (dispatching system): the control software used for task scheduling, vehicle management and traffic management in the upper control system. The dispatching system refers to the control system that conducts operation management and monitoring of the a** through wireless module communication.
Users can understand the status, location, and working status of each controlled A** device in real time from the dispatching system interface, and can also automatically or manually call idle A** to assign tasks. According to the actual needs of users, it can also add functions such as a** fault alarm, traffic control of complex road sections, and remote upgrade and maintenance of a** system. The functions of the A** dispatching system include: A** task scheduling, path planning, traffic control, docking with equipment, docking with MES or ERP, etc.
a**Forklifts.
In the whole factory manufacturing process, the A** scheduling system can exchange data with MES (manufacturing execution system) and ERP internal management system to achieve seamless docking. It includes the information of the tasks that are currently being executed or queued for execution in the A** scheduling system in the MES or ERP queryMES or ERP issues task information to the A** scheduling system, and the A** scheduling system returns the task ID to MES or ERP.
In the enterprise, the A** dispatching system is generally used to control the A**. The dispatching system can well solve the distribution and control problem of the first class: a set of the first dispatching system can control and dispatch multiple first-class trolleys to work at the same time.