Warehousing method and equipment for intensive logistic warehouses

Abstract

The invention discloses a warehousing method and equipment for intensive logistic warehouses. In an adopted technical scheme, the warehousing method for intensive logistics is characterized by comprising the steps of: dividing goods into different types according to the difference in out-going quantity of goods of different brands in a warehouse, storing goods of different types respectively in different positions in a logistic warehouse, and delivering the goods out of the warehouse by adopting different out-going manners. By means of the warehousing method and equipment, the intensive warehouse overcomes the defect that the traditional logistic warehouse is used for storing the goods according to the warehousing time sequence or the varieties of goods, and achieves the functions of classified storage according to the brands of goods and sorted out-going according to requirements of orders, therefore, the intensive storage of goods is effectively realized and the warehouse space is ensured to be fully utilized; meanwhile, the operation sequence is flexible and diverse, the goods storage cost is reduced, and the purposes of efficiently storing and sorting goods of different brands are achieved.

Description

technical field [0001] The invention relates to the technical field of logistics storage, in particular to a storage method and equipment for an intensive logistics warehouse with a sorting function. Background technique [0002] At present, the storage methods for large cargo units in the logistics field mainly use laneway shelves and through-type shelves to store goods, and use stackers or forklifts to realize goods in and out of the warehouse. The use of laneway racks to store goods has the advantages of convenient and flexible storage operations and unlimited access sequence, but requires at least one working lane for every two rows of shelves, sparse storage of goods, low warehouse space utilization, and high storage costs. The use of through-type racks can realize intensive storage and improve the utilization rate of warehouse space. However, general through-type racks cannot use stackers for inbound and outbound operations, and require forklifts to drive into the rack...

AI Technical Summary

Problems solved by technology

The use of laneway racks to store goods has the advantages of convenient and flexible storage operations and unlimited access sequence, but it needs to leave at least one working lane for every two rows of shelves, the goods are stored sparsely, the utilization rate of warehouse space is low, and the storage cost is high.

The use of through-type racks can realize intensive storage and improve the utilization rate of warehouse space. However, general through-type racks cannot use stackers for inbound and outbound operations, and require forklifts to drive into the racks to retrieve goods, and the degree of automation is low.

At the same time, these two types of storage methods only have the function of storing goods. In industries such as tobacco, chemical, pharmaceutical, machinery, food and beverage, electronics, and automobiles, due to the variety of items, how to efficiently complete the classification of products of different brands? Picking and output has become an urgent problem in the logistics industry

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