LBS-based resource recycling method

Abstract

The present invention relates to an LBS-based resource recycling method. The method comprises the following steps of using a server to obtain the location information of the first electronic devices and the second electronic devices as the geographical locations of the selling users; using the server to obtain the location information of the second electronic devices as the geographical location of the recycling users, and calculating the distances between the selling users and the recycling user; using the server to screen all recycling users whose distances with the selling users are smaller than a first service radius, and issuing the orders to the second electronic devices corresponding to all screened recycling users; using the server to receive the communication requests sent by the second electronic devices, wherein the communication requests are the requests communicating with the first electronic devices; and using the server to establish the communication connection between the first electronic devices and the second electronic devices. According to the present invention, based on the LBS development, the users can conveniently and rapidly know who is recycling around, the recycling types and the management scales, so that the users can recycle the articles while selling, and can obtain the maximum benefit.

Description

technical field [0001] The invention belongs to the technical field of Internet and communication, and in particular relates to an LBS-based resource recycling method. Background technique [0002] China's economy is booming at this stage, and its economic volume has reached the second largest in the world. With such a huge economic volume, a large amount of recyclable resources will inevitably be produced. In contrast, the public has insufficient awareness of recyclable resources, unclear classification, or even ignorance. This has caused a series of problems in the recycling process of recyclable resources, such as low public participation, high discarding ratio, high sorting costs, large government investment, and high environmental costs. [0003] Existing APPs include waste haulers, re-life, and yelling, etc., which are mainly B2C or B2B models, which have disadvantages such as unintuitive page display, low user participation, limited participation, and single particip...

AI Technical Summary

Problems solved by technology

The cost of recycling materials for enterprises is high, and the profit of development enterprises is insufficient, making it difficult to maintain operations

Images