Storage cargo outlet method for storage rack and storage rack

Abstract

The invention relates to a storage cargo outlet method for a storage rack, which is characterized in that a storage plate for storing cargos is inclined so that the surface of the storage plate becomes an inclined surface, the bottom of the inclined surface is provided with a position limiting element used for preventing the cargos from downwards sliding, the cargos are placed on the inclined storage plate, and the cargos are arranged at the inclined surface above the position limiting element one by one, when the cargo delivery is needed, the cargos to be outlet tightly leaning on the position limiting element are firstly lifted, in addition, the cargos are higher than the position limiting element, the cargos exceed the position limiting element under the gravity effect of the cargos above the inclined surface and slide out of the storage plate in inclined arrangement, and the subsequent cargos slide to the position limiting element and are blocked on the storage plate in inclined arrangement by the position limiting element. The storage rack comprises a support frame, wherein the storage plate is connected onto the support frame and is in inclined arrangement, the position limiting element is arranged on the storage plate and is positioned at the downstream part of the storage plate in the inclined arrangement, a through hole is arranged on the storage plate and is adjacent to the position limiting element, and a lifting mechanism is arranged under the through hole.

Description

technical field [0001] The invention belongs to the technical field of logistics storage, and relates to a method for storing goods on a storage shelf and taking them out of warehouses. Warehousing and its controllable warehouse-out operations, in particular to a shelf-out method and a storage rack that are especially suitable for box-packaged goods. Background technique [0002] With the development of storage technology, automatic storage technology has penetrated into various fields of social life. Automatic storage is a dense classified storage with racks, which is convenient for the centralized management of items and realizes the unification of accounts. Accurate loading and unloading operations are the basis for the realization of intensive storage with rack classification. The basic process is: accurately send the incoming items to the designated storage location or shelf (shelf) according to the category, and count the incoming quantity; Quantitative out-of-stock ...

AI Technical Summary

Problems solved by technology

[0003] At present, there are a variety of operation methods for unloading: manual loading and unloading, and manual management of storage in and out of the warehouse, which can realize management of loading and unloading by category and quantity, but the degree of automation is low, which restricts the efficiency of logistics in the warehouse. The warehouse keeper is labor-intensive and error-prone; the manipulator is used to load and unload the shelves. Theoretically, the manipulator can perfectly simulate the manual operation and realize the basic action requirements of automatic storage. However, the manipulator is large in size, limited in operating space, complex in technology and high in cost. It is also not suitable for multi-layer and multi-column matrix storage; using a push-out device, the method is to set a stroke-controllable push-out device on each storage position to push out the stored items one by one. This device can realize quantitative storage of the stored items. , no damage to the storage, but there are also disadvantages such as large volume and serious waste of storage space. In addition, the workload of the wiring of the control device is huge, and the workload of adjustment when the size of the storage is changed is also large, the cost is high, and it is inconvenient to use.

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