Determining the effectiveness to our society of Automatic Rotating Rubbish Bin
Now a days we are experiencing the global warming that cause by human activities
such as burning fossil fuels, deforestation, industrial processes and throw the’re trash
everywhere. Gobal warming is happening because of the people who doesn’t know how
to preserve our nature and the people who are throwing their trash everywhere and
doesn’t know how to segregate it that can affect our anmials. That’s why we come
up with this idea of Rotting Rubbish Bin that can segregate the trash in proper trash
can. It’s detected the trash if it’s plastic,paper, biodegradable and the
Non-biodegradable.
Statement of the problem:
This study is aims to determine the useful and effectiveness of Rotating Rubbish Bin in our
community.
Specific Problem:
The purpose of this research is to seek answers to the following questions:
1. How do you separate those plastic ang paper?
2. Does your bin has disadvantages?
3. Will your research help us to save money?
Variables:
● Independent Variable: Trash can into Rotating Rubbish bin.
● Dependent Variable: The Appirance (measured by the Color,Size,Durability and
Height).
● Controlled Variables: The usage
Hypothesis
The hypotheses that will be tested by the researchers are the following:
1. If an automatic rotating rubbish bin is designed to separate plastic and paper
waste, then it likely employs a combination of sensors, mechanical mechanisms,
and sorting algorithms. The sensors detect the type of waste as it enters the bin,
and the mechanical mechanisms manipulate the items to separate plastics from
papers based on predefined criteria.
2. If a rotating rubbish bin is used for waste management, then it may also come
with certain disadvantages. These disadvantages could include the potential for
mechanical breakdowns in the rotating mechanism, increased maintenance and
repair costs, limited capacity for large or bulky items, and the need for a power
source to operate the rotation.
3. If a rotating rubbish bin is implemented in waste management systems, then it is
likely to help save money. This is based on the assumption that the bin's
compacting and efficient storage capabilities may reduce the frequency of waste
collection, which can result in cost savings for waste disposal services.
Methodology
Gupta, N. S., Deepthi, V., Kunnath, M., Rejeth, P. S., Badsha, T. S., & Nikhil, B. G. (2018,
June) Automatic waste segregation. In 2018 Second International Conference on
Intelligent Computing and Control Systems (ICICCS) (pp. 1688-1692). IEEE.
Qu, F., Liu, J., Li, W., & Chen, J. (2022, January). Design of Intelligent Classification Trash
Bin Based on Speech Recognition. In ICETIS 2022; 7th International Conference on
Electronic Technology and Information Science (pp. 1-5). VDE.
Abidin, A. R., Irawan, Y., & Devis, Y. (2022). Smart trash bin for management of garbage
problem in society. Journal of Applied Engineering and Technological Science (JAETS),
4(1), 202-208.
