GSM Based Smart Dustbin | कचरा भरते ही मोबाइल पर मेसेज आ जाता है

Sameer Gupta

1 Oct 202109:59

Summary

TLDRIn this tutorial, the host guides viewers through the process of creating a smart dustbin using a GSM module and an Arduino board. The dustbin is designed to send an alert message to a mobile phone when it's full. Key components include an infrared sensor, a 12V power supply, and a dustbin of choice. The video demonstrates setting up the GSM module, connecting it with the Arduino, and programming it to send alerts. The project is suitable for science exhibitions and school projects, showcasing the integration of technology with everyday objects.

Takeaways

😀 The video is a tutorial on creating a GSM-based smart dustbin that sends an alert message to a mobile when it's full.
🛠️ The project requires a GSM module that operates on a 2G network, a breadboard, and an infrared sensor.
🔗 The video mentions that the quality and color of the infrared sensor are important and can be checked on the 25W power supply.
📱 A 12V, 2A power supply is necessary, and the video suggests ensuring a minimum of 2A power supply for the project.
🔗 Links to purchase all the required components online are provided in the video description.
💡 The tutorial includes a step-by-step guide on how to connect the components, including the sensor and the GSM module to the Arduino board.
📲 The video demonstrates how to program the GSM module to send a specific message when the dustbin is full.
🔧 The project involves physical assembly, including drilling a hole in the dustbin to place the infrared sensor.
💻 A Java program is provided for the Arduino, which is claimed to be 100% working and is included as a zip file with a password.
📨 The video concludes with a demonstration of the dustbin sending an alert message to a mobile phone when it's full.

Q & A

What is the main purpose of the project described in the script?
-The main purpose of the project is to create a GSM-based smart dustbin that sends an alert message to a mobile when it is full.
Which GSM module is used in the project?
-The project uses a GSM driver module that operates on a 2G network.
What is the role of the infrared sensor in this project?
-The infrared sensor is used to detect when the dustbin is full, and it sends a signal to the microcontroller to trigger the alert message.
What is the minimum power supply requirement for the project?
-The project requires a minimum power supply of 12 volts, preferably from a 12V 2A power supply.
How is the SIM card configured for the GSM module?
-The SIM card is configured by inserting it into the GSM module first and then saving a contact number on the mobile phone that the module will use to send alert messages.
What is the significance of the jumper connections in the project?
-The jumper connections are used to establish the necessary electrical connections between the GSM module, the microcontroller, and the infrared sensor.
What is the function of the buzzer in the project?
-The buzzer is used to provide an audible alert when the dustbin is full, in addition to the SMS alert sent to the mobile.
How is the dustbin sensor adjusted for optimal performance?
-The range of the infrared sensor can be adjusted using a screwdriver to ensure it accurately detects when the dustbin is full.
What programming language is used for the microcontroller in this project?
-The microcontroller is programmed using Java, and the script provided is a 100% working program that can be used to control the dustbin's alert system.
What is the process to receive an alert message when the dustbin is full?
-Once the dustbin is full and the infrared sensor detects it, the GSM module sends an alert message to the predefined mobile number that was saved during the setup.
How long does it take for the system to start and connect to the network after power supply is given?
-The system requires a startup time of about 60 seconds, or 1 minute, to establish a good network connection and proper configuration.

Outlines

00:00

🛠️ Building a GSM Smart Dustbin

This paragraph introduces a project to build a smart dustbin using a GSM module. The dustbin will send an alert to a mobile phone when it is full. The process begins with acquiring a GSM module that operates on a 2G network. A wiring board is also needed, and any type can be used. An infrared sensor is required, and the quality and color can be checked. The sensor operates on a 5V power supply. A 12V, 2A power supply is recommended for the project. Links to purchase all the necessary components will be provided in the description. The user is also advised to have a dustbin of their choice to complete the project.

05:04

🔧 Installing and Programming the Smart Dustbin

The second paragraph details the installation of an infrared sensor on the dustbin and the setup of the GSM module. The sensor is placed on the top level of the dustbin to detect when it is full. The user is guided to mark the spot and drill a hole for the sensor. The paragraph also covers the programming aspect, emphasizing the need to use the correct software and ID for the GSM module. A working Java program is promised and will be provided as a zip file with a password '1202'. The program is explained in detail, highlighting the use of serial pins for commands, the setup for sending alert messages, and the configuration of the infrared sensor. The program also includes a delay to allow the network to connect properly. The video ends with a demonstration of the dustbin sending an alert message when it is full.

Mindmap

Keywords

💡GSM Module

A GSM module is a device that allows for communication over the Global System for Mobile Communications network. In the context of the video, it is used to send an alert message to a mobile phone when the dustbin is full. The script mentions using a GSM driven module that operates on a 2G network, indicating its role in the smart dustbin project.

💡Smart Dustbin

A smart dustbin is an innovative waste management system that uses technology to enhance its functionality. The video describes creating a 'GSM Best Smart Dustbin' that sends an alert when it is full, illustrating the integration of technology into everyday objects for improved efficiency and convenience.

💡Infrared Sensor

An infrared sensor is a device that detects and measures the infrared energy emitted by objects. In the video, it is used to detect when the dustbin is full. The script mentions the quality and color of the sensor, indicating its importance in the functionality of the smart dustbin.

💡Power Supply

A power supply provides the necessary electrical energy for the operation of a device. The script specifies a requirement for a 12V, 2A power supply, emphasizing the need for a stable and sufficient power source to operate the smart dustbin and its components.

💡Arduino Board

An Arduino board is an open-source electronics platform based on easy-to-use hardware and software. It is mentioned in the script as the control unit for the smart dustbin, highlighting its role in processing inputs from the infrared sensor and managing the GSM module to send alerts.

💡Circuit Diagram

A circuit diagram is a visual representation of an electrical circuit. The video script describes the process of creating a circuit diagram for the smart dustbin, which is essential for understanding how to connect the components, such as the sensor, GSM module, and Arduino board.

💡Programming

Programming involves writing a set of instructions that tell a machine what to do. In the video, programming refers to the coding required to make the Arduino board function correctly with the GSM module and infrared sensor, enabling the smart dustbin to send alerts when full.

💡SIM Card

A SIM card is used in mobile devices to provide a connection to mobile networks. The script mentions inserting a SIM card into the GSM module, which is necessary for the smart dustbin to send text messages to a mobile phone when it is full.

💡2G Network

A 2G network refers to the second generation of mobile telephony technology. The video specifies the need for a SIM card that works with a 2G network, indicating that the GSM module in the smart dustbin relies on this technology for communication.

💡Infrared Sensor Signal

The infrared sensor signal is the output from the sensor that is used as an input to the Arduino board. The script discusses the importance of the signal from the infrared sensor, which triggers the system to send an alert when the dustbin is full.

💡LED Output

LED output refers to the use of light-emitting diodes (LEDs) to indicate the status of a system. In the script, LED output is mentioned as a way to visually confirm the status of the dustbin, such as when it is full, providing a clear and immediate visual cue.

Highlights

Introduction to creating a GSM-based smart dustbin that sends an alert message to your mobile when full.

Requirement of a GSM module that works on a 2G network for the project.

Use of a breadboard for the project, with any type being suitable.

Inclusion of an infrared sensor to detect when the dustbin is full.

The need for a power supply of at least 12 volts and 2 amps for the project.

Instructions on where to find the links to purchase all the required components online.

Explanation of how to set up the SIM card for the GSM module and save a contact for receiving alerts.

Clarification that a 2G network compatible SIM card is necessary for the GSM module to work.

Demonstration of connecting the GSM module to the Arduino board.

Description of the circuit diagram and how to connect the components.

Details on programming the audio alert for when the dustbin is full.

Providing a 100% working Java program for the project.

Customization of the alert message sent to the mobile when the dustbin is full.

Instructions on setting up the infrared sensor on the dustbin and adjusting its range.

Demonstration of the complete setup and testing the dustbin's alert system.

Encouragement for viewers to comment, like, and subscribe for more projects and information.