Intelligent-packaging-service modeling and distribution-task dynamic optimization method oriented to environmental logistics

Abstract

The invention provides an intelligent-packaging-service modeling and distribution-task dynamic optimization method oriented to environmental logistics. A designed environment-friendly recyclable intelligent packaging box based on the internet of things provides a packaging service with the high performance-price ratio for express commodities, wherein the internet of things provides a technical support and design standard for recyclable environment-friendly intelligent boxes to achieve the intelligent box-enabled cloud logistics service. For a logistics service based on a product service system, a logistics company provides intelligent boxes, and is responsible for collecting, maintaining and repeatedly using the intelligent boxes; clients use the packaging service of the intelligent boxes, and win-win cooperation between the clients and a logistics enterprise is achieved. A cloud logistics service platform integrated with multi-source logistics information is designed, in the logistics platform, real-time optimization and the distribution scheme of logistics tasks are achieved with the logistics-distribution-task dynamic optimization method driven by the real-time logistics requirements, logistics resources in the cloud platform are optimally configured, and a low-carbon and efficient environment-friendly logistics service is achieved through a loading optimizing service, a logistics information management service and a route optimization navigation service.

Description

technical field [0001] The invention relates to the technical field of intelligent packaging and distribution services, specifically a green logistics-oriented intelligent packaging service modeling and distribution task dynamic optimization method, using green recyclable intelligent packaging boxes based on PI (Physical Internet) to provide high cost performance for express goods Packaging services, and then through the application of PSS (Product Service System) methods and technologies to the integration and sharing of distribution services of various logistics companies and the recycling and reuse of intelligent packaging boxes, a dynamic optimization plan for logistics distribution driven by real-time logistics demand is achieved, which is a low-carbon , Efficient green logistics services provide important solutions. Background technique [0002] With the prosperity of e-commerce, great changes have taken place in people's daily life and working methods, especially onli...

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Problems solved by technology

[0010] The above research and invention have played a significant role in promoting the development of logistics management system, but there are still the following challenges in the process of realizing low-energy, high-efficiency green logistics distribution: 1) Lack of designing a system that can share logistics information in time among different enterprises And the overall structure and method that can cooperate dynamically

2) Lack of designing a cost-effective packaging method and low-cost and low-carbon operation mode for express goods to solve the fragile and serious environmental pollution problems caused by the current express commodity packaging methods

3) Lack of designing a global dynamic optimization method for different logistics companies for logistics distribution tasks to improve the current problem of low loading ratio of distribution vehicles and serious waste of fuel

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