Integrated big data management system for urban renewable resources

Abstract

The invention relates to the field of garbage classification, to an integrated big data management system for urban renewable resources. The system comprises a system platform, a user terminal, a recycling terminal and an intelligent weighing device. The user terminal sends order information edited by a data editing unit and an order address obtained by a GPS positioning unit to the system platform. The system platform screens appropriate recycling terminal information based on the order address and distributes the order information and the order address to the qualified recycling terminal; after the recycling terminal confirms the acceptance of the dispatched information, a staff member arrives at the order address by carrying the intelligent weighing device within the specified period; and after identifying user information, the intelligent weighing device obtains actual order information and sends the information to the system platform. On the basis of combination of the GIS geographic information technology, the mobile data communication technology and the GPS positioning technology, full-course dynamic management of garbage classification is realized according to the modern Internet mainstream software technology.

Description

technical field [0001] The invention relates to the field of garbage classification, in particular to a comprehensive system for big data management of urban renewable resources. Background technique [0002] Garbage sorting (renewable resources) recycling is a traditional industry, with few recycling stations, and the waste products generated by individuals are too scattered. Lack of classified planning, scattered recycling personnel, asymmetric information, and blind recycling in the streets. The efficiency of garbage collection is low, it is not conducive to classification, and the information cannot be centralized, which is not easy to manage, which brings inconvenience to garbage collection. As the Chinese government pays more and more attention to the sorting and recycling of garbage, people's awareness of garbage sorting and recycling is gradually increasing. The existing garbage sorting and recycling system requires users to paste two-dimensional codes on different ...

AI Technical Summary

Problems solved by technology

The efficiency of garbage collection is low, it is not conducive to classification, and the information cannot be centralized, which is not easy to manage, which brings inconvenience to garbage collection

As the Chinese government pays more and more attention to the sorting and recycling of garbage, people's awareness of garbage sorting and recycling is gradually increasing. The existing garbage sorting and recycling system requires users to paste two-dimensional codes on different garbage, and then transport the garbage to The management area designated by the community. This mode of operation requires users to paste codes on each garbage bag, which increases the user's burden of use. At the same time, the garbage of all users in the community is concentrated in the management area, causing garbage to be thrown away randomly and management confusion. question

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