The main function of the warehouse is to store, cooperate with the mining of warehouse functions such as sorting, circulation processing, packaging, and the all-round innovation and improvement of Ruilaibo robot, automation, information system and other technologies, making the warehousing operation more streamlined, specialized and refined.
Unmanned warehouse is the result of realizing unmanned warehouse operation under the premise of integrating warehouse business, equipment selection and customization, and software system customization. The core is to connect all devices of different business nodes to form a complete and efficient unmanned warehouse solution.
Unmanned warehouse is a complex project with multiple subsystems, which requires close cooperation and efficient cooperation of all parties to achieve the organic integration and gradual optimization of logistics system.
The so-called unmanned warehouse is not for "unmanned" without people, but after the realization of the above required functions, the operating efficiency of the equipment has greatly exceeded the efficiency that can be achieved by people, and people can no longer be used.
The goal of unmanned warehouse is to realize the unmanned operation of warehouse operation processes such as warehousing, storage, picking, and delivery, which requires the conditions of independent identification of goods, tracking of goods flow, independent command of equipment to perform production tasks, and no human intervention< Br/>In addition, there should be a "smart brain" to analyze the massive data sensed by numerous sensors, accurately predict the future situation, coordinate the operation of intelligent equipment after independent decision-making, adjust the strategy in time according to the information feedback from the task execution, and form a closed-loop control of the operation, that is, it has the characteristics of intelligent perception, real-time analysis, accurate prediction, independent decision-making, automatic control, and independent learning.
The main function of the warehouse is to store, cooperate with the mining of warehouse functions such as sorting, circulation processing, packaging, and the all-round innovation and improvement of Ruilaibo robot, automation, information system and other technologies, making the warehousing operation more streamlined, specialized and refined.
Mainly WCS and WMS The decision is supported by WMS and WCS, so that the automation equipment can operate in an orderly manner, replace people to carry out various operations (walking, grasping and releasing goods, etc.), and give full play to the cluster effect of the equipment.
The unloading mechanical arm grabs the goods and delivers them to the conveying line. The goods are automatically transported to the stacking position of the mechanical arm. After automatic stacking, the system dispatches an unmanned forklift to deliver them to the entrance of the stereoscopic warehouse, and the stacker stores them in the stereoscopic warehouse. When it is necessary to replenish goods to the picking area, the system will dispatch the stacker to take out the goods from the stereoscopic warehouse, deliver them to the exit, and then transport the goods to the picking area by an unmanned forklift.
The Kiva-like robot scheme completely subtracts the walking action of employees in the process of replenishment and picking, and the robot carries the goods to the designated location. The operator only needs to complete the action at the replenishment and picking workstation according to the instructions of the electronic label light display screen, which is labor saving, high efficiency and less error. Kiva-like robot solutions are divided into two modes: "order to person" and "goods to person". In addition, CTU box robot is also a representative in this field.
The unloading mechanical arm grabs the goods and delivers them to the conveying line. The goods are automatically transported to the stacking position of the mechanical arm. After automatic stacking, the system dispatches an unmanned forklift to deliver them to the entrance of the stereoscopic warehouse, and the stacker stores them in the stereoscopic warehouse. When it is necessary to replenish goods to the picking area, the system will dispatch the stacker to take out the goods from the stereoscopic warehouse, deliver them to the exit, and then transport the goods to the picking area by an unmanned forklift.
The Kiva-like robot scheme completely subtracts the walking action of employees in the process of replenishment and picking, and the robot carries the goods to the designated location. The operator only needs to complete the action at the replenishment and picking workstation according to the instructions of the electronic label light display screen, which is labor saving, high efficiency and less error. Kiva-like robot solutions are divided into two modes: "order to person" and "goods to person". In addition, CTU box robot is also a representative in this field.
