The shelf is the carrier of goods storage, which provides regular storage space for goods. Generally, high-rise shelves are used to make full use of vertical space and increase storage capacity. The design and layout of the shelves shall be determined according to the size, weight, storage frequency and other factors of the goods. Different types of goods are placed in specific locations for easy management and searching.
aisle stacking crane
The roadway stacking crane runs in the roadway between the shelves, and it works closely with the shelves. When there are goods to be stored, the stacking crane moves to the incoming position according to the command of the control system. It can be positioned vertically and horizontally, take the goods off the conveying system, and then place them in the corresponding position of the shelf. When picking up the goods, it can quickly find the location of the goods, take out the goods, place them on the conveying system, and transport them to the exit.
conveying system
The conveying system includes various conveyor belts, roller conveyors and other equipment. It plays a role in connecting all work links. When the goods arrive Stereoscopic library The conveying system will transport the goods from the warehouse entrance to the working area of the stacking crane. At the time of ex warehouse, it will transport the goods taken out by the stacking crane to the ex warehouse location, such as the loading area or sorting area. The conveying system can be flexibly configured according to the flow and speed requirements of goods to ensure the smooth and efficient flow of goods.
automatic control system
The automatic control system is Automatic stereo library The "brain" of. It carries out unified scheduling and management of shelves, stacking cranes and conveying systems. The working status information of each part is collected through sensors, such as cargo position, equipment running speed, etc. Based on this information, the control system can reasonably arrange the storage and retrieval order of goods, optimize the operation path of equipment, and avoid conflicts between equipment. For example, when multiple inbound or outbound tasks occur at the same time, the control system can coordinate the work of the stacking crane and the conveying system, so that they can complete the task in an orderly manner and improve the working efficiency of the entire stereo library.
