Self-unloading type logistics warehouse

Abstract

The invention discloses a self-unloading type logistics warehouse which comprises a double-body warehouse and an unloading device; the double-body warehouse is composed of a first warehouse and a second warehouse; a ventilation heat exchange system is arranged in each of the first warehouse and the second warehouse; the unloading device is composed of a box body, a first auger, a second auger and a drive device; the first auger is composed of a first driven gear; the second auger is composed of a second driven gear; the drive device is composed of a drive motor and a clutch linkage device; the clutch linkage device is composed of a frame body, a transmission shaft, a belt pulley and a clutch transmission gear which can move on the transmission shaft in a reciprocating manner; and when moving to one end of an outside thread part, the clutch transmission gear is in a first transmission work station, and when the transmission shaft rotates forward, a first transmission gear in the clutch transmission gear drives the first driven gear to rotate. The self-unloading type logistics warehouse is of more compact and reasonable structure.

Description

technical field [0001] The invention belongs to the technical field of logistics storage structure design, and in particular relates to a self-unloading logistics warehouse. Background technique [0002] At present, traditional logistics warehouses for storing granular materials, such as warehouses for storing plastic particles, feed granules, rice, rice, soybeans, corn and other granular materials, mostly adopt a single-body design and can only store one Material, single function. There are also some logistics warehouses that adopt a double-body design, but use two separate sets of unloading devices for unloading, resulting in the disadvantages of occupying a large area and high cost. In addition, the current level of informatization in traditional warehouses is low, and it is impossible to conduct effective and timely detection and monitoring of materials stored in the warehouse, especially deep-layer materials, resulting in slow discovery of defects and difficult remedia...

AI Technical Summary

Problems solved by technology

[0002] At present, traditional logistics warehouses for storing granular materials, such as warehouses for storing plastic particles, feed granules, rice, rice, soybeans, corn and other granular materials, mostly adopt a single-body design and can only store one material, single function

There are also some logistics warehouses that adopt a double-body design, but they use two sets of separate unloading devices for unloading, resulting in the disadvantages of occupying a large area and high cost

In addition, the current level of informatization in traditional warehouses is low, and it is impossible to conduct effective and timely detection and monitoring of materials stored in the warehouse, especially deep-layer materials, resulting in slow discovery of defects and difficult remediation.

In addition, the ventilation system of traditional logistics warehouses mostly uses surface heat exchange to cool down. When the storage material is deep and the area is wide, it is difficult to quickly cool down the inner storage material.

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