Design of Automatic Trash Bin Building Using Ultrasonic Sensors and ISD1820 Records Based on ATmega328 Microcontroller

Oct 13, 2025 by sorusgentrification.com 124 views

Design of Automatic Trash Bin Building Using Ultrasonic Sensors and ISD1820 Records Based on ATmega328 Microcontroller

Introduction

Waste management is a significant problem faced by almost all cities in the world, resulting in environmental pollution and the spread of various diseases. Unfortunately, waste management and public awareness of the importance of waste treatment are still relatively low. Many individuals ignore the function of the trash bin because they feel lazy to open the lid, which is usually dirty and smelly. Therefore, this study aims to design an automatic trash bin using Arduino microcontroller, HC-SR04 ultrasonic sensor, LED, and ISD1820 module.

The Technology Used

In this study, we employed several technologies to design an automatic trash bin. These technologies include:

1. Arduino Microcontroller

The Arduino microcontroller is the brain of the system designed. It allows the control of various other components in an integrated and responsive manner. The Arduino microcontroller is a popular choice for many projects due to its ease of use, flexibility, and affordability.

2. HC-SR04 Sensor

The HC-SR04 sensor serves to detect human presence around the trash bin, as well as checking the capacity of the trash bin using ultrasonic waves. When someone approaches, this sensor will detect distance and trigger the opening of the trash cap automatically. The HC-SR04 sensor is a popular choice for many projects due to its high accuracy and ease of use.

3. LED

The LED is used to display waste capacity. LEDs will provide clear visual information about how full the trash can, so that users can be more aware and act according to the available capacity. The LED is a simple and effective way to display information to the user.

4. ISD1820 Module

The ISD1820 module is used to add a sound system to the trash bin. The sound system is expected to improve user experience and build awareness of the importance of throwing garbage in its place. The ISD1820 module is a popular choice for many projects due to its ease of use and affordability.

Design and Implementation

The design of the automatic trash bin consists of several components, including the Arduino microcontroller, HC-SR04 sensor, LED, and ISD1820 module. The system is designed to detect human presence around the trash bin and trigger the opening of the trash cap automatically. The system also displays the waste capacity using LEDs and adds a sound system to improve user experience.

Results and Analysis

The results of system testing show that this automatic trash can successfully open and close the lid automatically, and is able to detect the capacity of the trash can with good accuracy. LEDs function well in providing capacity information, and the sound system of ISD1820 has succeeded in adding positive interactions between the trash and user bins.

Benefits of this System

This automatic trash bin design not only helps overcome the problem of waste management, but can also increase public awareness about the importance of disposing of waste in its place. With this technology, it is expected to reduce the lazy sense of people to dispose of garbage, and reduce the negative impact of waste in the environment. In addition, this trash can also be a prototype that can be developed further for broader applications in the city environment.

Conclusion

By utilizing modern technology in the design of a microcontroller-based automatic trash bin, we can not only handle the problem of waste that is increasingly serious, but also educates the public about the importance of good waste management. Innovations like this are very necessary to create a cleaner and healthier environment. Adoption of this technology in the community is expected to increase collective concern for waste problems that are still a challenge in many regions.

Future Work

Future work can include the development of this technology for broader applications in the city environment. This can include the installation of automatic trash bins in public areas, such as parks and public transportation hubs. Additionally, the technology can be developed to include other features, such as the ability to sort recyclables from non-recyclables.

Limitations

One limitation of this study is the use of a single HC-SR04 sensor to detect human presence and waste capacity. Future work can include the use of multiple sensors to improve the accuracy of the system. Additionally, the study did not include any testing of the system in real-world environments, which can be a limitation of the study.

Recommendations

Based on the results of this study, we recommend the adoption of this technology in the community to increase collective concern for waste problems that are still a challenge in many regions. We also recommend the development of this technology for broader applications in the city environment.
Frequently Asked Questions (FAQs) about Design of Automatic Trash Bin Building Using Ultrasonic Sensors and ISD1820 Records Based on ATmega328 Microcontroller

Q: What is the main purpose of this study?

A: The main purpose of this study is to design an automatic trash bin using Arduino microcontroller, HC-SR04 ultrasonic sensor, LED, and ISD1820 module to overcome the problem of waste management and increase public awareness about the importance of disposing of waste in its place.

Q: What are the technologies used in this study?

A: The technologies used in this study include Arduino microcontroller, HC-SR04 sensor, LED, and ISD1820 module.

Q: How does the HC-SR04 sensor work?

A: The HC-SR04 sensor uses ultrasonic waves to detect human presence around the trash bin and check the capacity of the trash bin. When someone approaches, this sensor will detect distance and trigger the opening of the trash cap automatically.

Q: What is the purpose of the LED in this study?

A: The LED is used to display waste capacity. LEDs will provide clear visual information about how full the trash can, so that users can be more aware and act according to the available capacity.

Q: What is the purpose of the ISD1820 module in this study?

A: The ISD1820 module is used to add a sound system to the trash bin. The sound system is expected to improve user experience and build awareness of the importance of throwing garbage in its place.

Q: How does the system detect human presence?

A: The system detects human presence using the HC-SR04 sensor, which uses ultrasonic waves to detect distance and trigger the opening of the trash cap automatically.

Q: Can the system be used in real-world environments?

A: Yes, the system can be used in real-world environments. However, further testing and evaluation are needed to ensure its effectiveness and reliability.

Q: What are the benefits of this system?

A: The benefits of this system include overcoming the problem of waste management, increasing public awareness about the importance of disposing of waste in its place, and reducing the lazy sense of people to dispose of garbage.

Q: Can this system be developed further for broader applications in the city environment?

A: Yes, this system can be developed further for broader applications in the city environment. This can include the installation of automatic trash bins in public areas, such as parks and public transportation hubs.

Q: What are the limitations of this study?

A: One limitation of this study is the use of a single HC-SR04 sensor to detect human presence and waste capacity. Future work can include the use of multiple sensors to improve the accuracy of the system.

Q: What are the recommendations for future work?

A: Based on the results of this study, we recommend the adoption of this technology in the community to increase collective concern for waste problems that are still a challenge in many regions. We also recommend the development of this technology for broader applications in the city environment.

Q: What are the potential applications of this system?

A: The potential applications of this system include:

Automatic trash bins in public areas, such as parks and public transportation hubs
Waste management systems in residential areas
Recycling centers
Environmental monitoring systems

Q: How can this system be improved?

A: This system can be improved by:

Using multiple sensors to improve the accuracy of the system
Developing a more user-friendly interface
Increasing the capacity of the trash bin
Adding more features, such as sorting recyclables from non-recyclables.