Logistics object management system and logistics object management method

Abstract

The invention discloses a logistics object management system and a logistics object management method. The logistics object management system comprises a logistics object state detection device and aprocessing device, wherein the logistics object state detection device is arranged on each logistics object conveying line and used for detecting the logistics object state on the logistics object conveying line; and the processing device is used for determining the transmission speed of each logistics object conveying line according to the logistics object states detected by the logistics objectstate detection devices. The logistics object management method comprises the steps that a logistics object state detection device is used for detecting the logistics object state of each logistics object conveying line; and the processing device is used for determining the conveying speed of each logistics object conveying line according to the detected states of the logistics objects.

Description

technical field [0001] The present application relates to the technical field of logistics, in particular to a logistics object management system and a logistics object management method. Background technique [0002] In the logistics distribution business scenario, the common method is to use the conveyor line to transport the logistics objects to the distribution area for operation, but the speed of the conveyor line is constant. When the number of logistics objects is large, blockages are prone to occur at the confluence of the conveyor lines; The staff cannot understand the status of the remote transmission line, and it is difficult to control the remote transmission line, which makes on-site maintenance more troublesome. [0003] The solution adopted in the traditional logistics distribution is: unload the logistics objects from the warehouse or trucks and put them on the conveyor line, and then the conveyor line transports the logistics objects to the distribution area...

AI Technical Summary

Problems solved by technology

[0004] First, it is impossible to avoid a conveyor line stall

When the number of logistics objects is large and the logistics objects are too dense, there may be a risk that the weight of the logistics objects per unit area will be overweight and the conveyor line will stop, especially in high-level conveyor lines. If this happens, it will greatly affect the operation efficiency, but the traditional solution Unable to perceive the number of logistics objects in the conveyor line, it is impossible to predict and avoid this problem

[0005] Second, the number of logistics objects cannot be determined

When the number of logistics objects is small, the speed of the conveyor line can be accelerated to allow the logistics objects to reach the distribution area faster, but the traditional solution cannot perceive the number of logistics objects, so it is impossible to make such optimization adjustments

[0006] Thirdly, if the conveying line is very long, the staff cannot know the status of the distant conveying line, and cannot adjust the operation according to the on-site conditions in advance, and the communication between the staff on the conveying line is also more troublesome.

[0007] In addition, long conveyor lines may lead to untimely operation

When there is an emergency on the conveyor line, employees can only run to the problematic part of the conveyor line to control the conveyor. This kind of operation is very untimely and lacks remote control of the conveyor line.

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