What are the main components of an unmanned warehouse?

A modern information technology application in various business fields, which realizes the intelligence and unmanned process of goods from warehousing and storage to packaging and sorting. At present, many e-commerce giants at home and abroad have established unmanned warehouses to solve problems such as cargo or parcel sorting. The unmanned warehouse is a complex project containing multiple subsystems, which requires close cooperation and efficient collaboration among all hardware and software participants to achieve organic integration and gradual optimization of the logistics system. With the improvement of artificial intelligence and robot equipment technology, the application of big data technology, it is expected that the main components of the unmanned warehouse will become even more sophisticated. Some of the main components are composed of software, while other components are composed of hardware. Let's learn about the characteristics and advantages of these two types of components in this article.

Automated equipment for corresponding to storage, handling, picking, and amr roboticspackaging has various types of machines.

Second, the software: mainly warehouse control systems and warehouse management systems.

One of the key factors that determines the efficiency of unmanned warehouse operations is the WMS system. In most warehouses, people and machines work together, so the WMS not only manages personnel, but also a large number of robots and goods, resulting in the integration of people, machines, and materials.

The WCS always coordinates the storage, transfer of goods, picking, packaging and other business links, according to the busy business of different warehouse nodes dynamically adjusting the business wave and business execution order. And the need to do the action instructions sent to the WCS is also equivalent to the brain. The WCS needs to send tasks to the WMS after the execution, and at this time, the WMS is also responsible for storing the memory.

WCS receives instructions from WMS and schedules the warehouse equipment to complete business actions. WCS needs to support flexible docking warehouse equipment of various types and manufacturers, and can calculate the optimal execution action. WCS is the master valve for all equipment control, and needs to allocate and control each machine and equipment, such as calculating the shortest driving path for robots, balancing equipment action flow, etc., so as to support the efficient operation of warehouse equipment. Another function of WCS is to monitor the operation status of the equipment on site at all times, and to alert maintenance personnel immediately when problems arise.

Under the premise of achieving the effect of unmanned warehouse operations, the unmanned warehouse integrates warehouse business, equipment selection customization, and software system customization.

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