Intellectual trash management using Internet of Things

Sathish, A.; Prakash, M. Viju; Kainulabudeen, S. A. J.; Sathishkumar, R.

doi:10.1109/iccpeic.2017.8290338

Cited by 12 publications

(4 citation statements)

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“…Filling trash cans create an unsanitary environment. A smart trash can warns that it is full and sends garbage trucks to garbage collection [6,7]. As soon as the garbage can reaches the maximum level, the waste management department receives an SMS notification so that the department can send the waste collection vehicle to the appropriate garbage collection area [8].…”

Section: Methodsmentioning

confidence: 99%

Natural Gas Utility Machinery Technologies

Gabsalikhova¹,

Makarov²,

Mukhametdinov³

2019

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Due to its properties, natural gas can be used in all transport segments. Compressed natural gas is effective in transport, which is operated in urban locations. This is passenger, light freight transport, utility machinery. The environmental impact of large fleets is higher than personal vehicles due to large annual mileage, so the fleets of trucks operating in the cities (municipal vehicles, buses) are the most significant for the introduction of new innovative solutions in terms of improving the environmental friendliness of vehicles. The problem of collecting municipal waste and its disposal are among the most important utilities. Vehicles for the export of solid household waste on compressed natural gas will reduce harmful emissions into the environment and create less noise compared to diesel counterparts, which is especially true in the morning. We considered the main manufacturers of garbage trucks in Russia. The trend of recent years is an increase in the proportion of rear-loading garbage trucks, which are gradually crowding out the rest. To form a natural gas automobile market, it is necessary to develop a service infrastructure: system of gas stations and fuel delivery, diagnostic and service centers. We also considered the issues of ensuring the required service quality for gas vehicles. One of the factors affecting the reliability of a vehicle is the quality and reliability of its components, assemblies and systems. We analyzed the defects of gas equipment and offered an adjustment of the maintenance process for gas equipment.

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Section: Methodsmentioning

confidence: 99%

Natural Gas Utility Machinery Technologies

Gabsalikhova¹,

Makarov²,

Mukhametdinov³

2019

helix

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“…Thus, the total expenditures associated with garbage collection are also reduced. Also, an IoTbased system for trash bins was developed by Sathish, A., and Prakash, M. [8]. The system used an ultrasonic sensor to monitor the status of the waste materials in the bins and the IoT Module to effectively monitor them on a real-time basis.…”

Section: Introductionmentioning

confidence: 99%

Concealed Automated Trash Bin with Shredder for Solid Wastes

Villamer¹,

Agrade²,

Delustre³

et al. 2022

J. Eng. and Emerging Tech.

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The common difficulty in populated developing countries like the Philippines is inappropriate waste management practices. The improper use of waste bins and waste segregation are some of those. One of the major causes is the irresponsibility of the people. As expected, the consequences are environmental and health risks experienced by people. The countermeasure to minimize these risks is the solution proposed by people, particularly the development of an automated segregation system. The waste bins are designed to be concealed to conserve space, slow down the decomposition rate and reduce the foul odor of waste. The design is fully automated to minimize direct contact with the waste. The classifying section is capable of collecting and segregating waste using a gripper, servo motors, ultrasonic, capacitive, and photoelectric sensors. To conserve power, the segregated waste is held in a storage bin prior to shredding. Shredded waste is routed to their respective transport bins for collection after shredding.The ultrasonic sensors provide data about the capacity of the transport bins and allow the GSM module to send an SMS informing the concerned authority regarding the bins’ status. These messages facilitate easier waste collection. Two tests were conducted to determine the performance of the prototype: response-time and garbage level detection tests. The result shows that the prototype performed well and can successfully achieve the desired function. It took 23.745 and 2.711 seconds to collect and segregate the waste, respectively. Likewise, the monitoring system successfully expedited the checking of the waste bins. However, it is recommended to include quality of output and SMS delay tests. These tests can improve the overall performance of the prototype.

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“…IoT sensors take care of the rest of the operation. Sensors are installed throughout the facility, as well as these detectors turn raw physical data into digital signal, which are then sent to the control center [3] .…”

Section: Introductionmentioning

confidence: 99%