Dangerous waste positioning and recycling system based on RFID technology and dangerous waste judgment method

A hazardous waste and recycling system technology, applied in the field of hazardous waste judgment, hazardous waste location and recycling system, can solve the problems of low manual recycling efficiency, incomplete recycling, omission of hazardous waste, etc., to improve the classification Level and environmental protection work efficiency, the effect of realizing penetrating communication

Pending Publication Date: 2019-08-02
CENT SOUTH UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This patented innovative technical solution involves combining two different technologies - Radio Frequency Identification (RI) Tag System(s), which helps identify hazards during manufacturing processes while also being able to track their movement or usage patterns over time. It allows authorities to monitor areas where harmful items have been left behind without losing them permanently. Additionally, this new approach combines RFI D technique with other techniques like thermal imagery and image recognition algorithms to improve detection accuracy and reduce contamination issues associated with disposal methods used throughout industry' s production chain. Overall, these improvements help protect our planet from potential negative impact caused due to excessive amounts of unhealthily distributed hazarding material.

Problems solved by technology

The technical problem addressed in this patented text relates to effectively reusing harmful wastes produced during manufacturing processes for various industries like agriculture, construction materials, electronics, medical devices, etc., while also minimizing contamination and resource consumption associated with these products' use.

Method used

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  • Dangerous waste positioning and recycling system based on RFID technology and dangerous waste judgment method

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Embodiment 1

[0037] Such as figure 1 As shown, the hazardous waste positioning and recycling system based on RFID positioning technology in this embodiment includes a sequentially connected RFID positioning system 1, an information processing system 2, and a display system 3; the RFID positioning system 1 includes sequentially connected positioning servers 13. A reader / writer 12, a directional antenna 11; the information processing system 2 includes a quality guarantee judgment component 21, a location judgment component 22, a report analysis component 23, and a privacy protection component 24. The positioning server 13 is connected to the quality guarantee judgment component 21, and the quality guarantee judgment component 21 is also connected to the position judgment component 22 and the privacy area protection component; the report analysis component 23 is connected to the positioning server 13 component. The directional antenna 11 is arranged on the two ends of the government's patrol c

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Abstract

The invention relates to a dangerous waste positioning and recycling system based on the RFID technology. The dangerous waste positioning and recycling system comprises an RFID positioning system, aninformation processing system and a display system. The information processing system analyzes whether the dangerous article becomes dangerous waste or not according to the position information and the product information of the dangerous article acquired by the RFID positioning system, and pushes the position information and the product information of the dangerous waste to the display system; and the display system displays the position information of the hazardous waste and the product information. According to the positioning and recycling system for the dangerous waste, after the dangerous waste is lost, the dangerous waste can be positioned through the RFID system in the system and then recycled after being judged to be changed into the hazardous waste, and therefore the problems that when the dangerous waste is lost, positioning tracking cannot be achieved, and the ecological environment is polluted are effectively prevented.

Description

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Claims

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Application Information

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Owner CENT SOUTH UNIV
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