Prawn whole industry chain logistics management system based on GIS and GPS

Abstract

The invention discloses a prawn whole industry chain logistics management system based on GIS and GPS, and the system comprises a logistics controller, the logistics controller is connected with a prawn box body information reading module, and the prawn box body information reading module is used for reading prawn monitoring and logistics data output by a prawn logistics box. A prawn quality evaluation module is arranged in the logistics controller and is used for evaluating the quality of the prawns reaching the destination. A prawn logistics distribution module is arranged in the logistics controller and is used for secondary logistics distribution. A positioning GIS acquisition module is arranged in the logistics controller and is used for acquiring current position geographic data according to the GPS data. And the logistics controller is connected with a logistics database. The system has the advantages that real-time uploading of logistics data is achieved, the activity of prawnsin the transportation process is detected in real time, no box needs to be opened during distribution, the service life of the prawns is prolonged, and benefits of suppliers are guaranteed.

Description

technical field [0001] The invention relates to the field of prawn logistics data management, in particular to a GIS and GPS-based logistics management system for the whole industrial chain of prawns. Background technique [0002] During the long-distance transportation of prawns, due to the large quantity of transportation, they are generally transported in sealed boxes and stacked. During transportation, due to long-distance travel, insufficient oxygen supply, changes in living environment, and changes in geographical location, it is easy to cause illness or death of prawns during transportation. [0003] However, after arriving in the destination city, they need to be sold in separate boxes to various streets or fresh food supermarkets for distribution. Since they are delivered in sealed boxes, the health status of the shrimp in the box cannot be predicted. Observed. After unpacking, due to sudden changes in outdoor temperature, the prawns could not adapt, and the prawn...

AI Technical Summary

Problems solved by technology

During transportation, due to long-distance travel, insufficient oxygen supply, changes in living environment, and changes in geographical location, it is easy to cause illness or death of prawns during transportation.

[0003] However, after arriving in the destination city, they need to be sold in separate boxes to various streets or fresh food supermarkets for distribution. Since they are delivered in sealed boxes, the health status of the shrimp in the box cannot be predicted. Observed

After unpacking, due to the sudden change of outdoor temperature, the prawns could not adapt, and the prawns died in groups

Or due to sudden temperature changes, the oxygen consumption of prawns increases, and the density of prawns in the box is high, resulting in insufficient oxygen supply and group death.

[0004] And because the weight of prawns required by distributors in various streets or fresh supermarkets is different, procedures such as boxing, weighing, and packaging are required again. Due to the complexity of the procedures, large vibration fluctuations, and sudden changes in the environment many times, prawns are prone to death

Due to the complex and changeable logistics procedures, it is easy to cause the quality of prawns to deteriorate and bring losses to merchants

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