Description:FIELD OF INVENTION
Today, tricycles are used in a variety of applications, from transportation to leisure activities.
One of the main advantages of tricycles is their stability. The additional wheel provides a Stable platform, making them easier to ride for people of all ages and abilities. This makes them particularly useful for people who may have difficulty balancing on a traditional two-wheeled bicycle, such as children or the elderly.
BACKGROUND OF INVENTION
A tricycle, also known as a trike, is a three-wheeled vehicle that is powered by a human, electric, or combustion engine. Unlike a traditional bicycle, a tricycle has an additional wheel, which provides stability and balance to the rider. Tricycles have been around for more than a century and have been used for a variety of purposes. They were initially designed for children as a safer alternative to bicycles, but over time, they have evolved to serve many different needs. Today, tricycles are used in a variety of applications, from transportation to leisure activities. One of the main advantages of tricycles is their stability. The additional wheel provides a stable platform, making them easier to ride for people of all ages and abilities. This makes them particularly useful for people who may have difficulty balancing on a traditional two-wheeled bicycle, such as children or the elderly.
SUMMARY
Tricycles are also used for transportation purposes, particularly in urban areas. They are popular among food delivery drivers and couriers who need to navigate through congested city streets quickly and efficiently. Tricycles can also be used for waste collection, advertising, and passenger transportation in areas where larger vehicles may not be able to access.
DETAILED DESCRIPTION OF INVENTION
In recent years, electric tricycles have become increasingly popular. They offer many of the same benefits as traditional tricycles, but with the added advantage of electric power. Electric tricycles can be used for longer distances and can be particularly useful for people who need to travel longer distances without getting tired. Overall, tricycles are versatile vehicles that can serve many different needs. With their stability, ease of use, and suitability for a wide range of applications, they are likely to remain a popular mode of transportation for years to come. A smart electric vehicle is a type of electric vehicle that incorporates advanced technology to improve performance, efficiency, and user experience. These vehicles are equipped with sensors, processors, and communication technologies that enable them to collect and analyze data, communicate with other vehicles and infrastructure, and provide a range of smart features to drivers and passengers.

Figure 1: IoT flow diagram for data processing system
One of the main benefits of smart electric vehicles is their efficiency. They are designed to use
energy more efficiently than traditional gas-powered vehicles, which can help reduce greenhouse gas emissions and improve air quality. They can also be charged using renewable energy sources, such as solar or wind power, which can further reduce their environmental impact.In this work a IoT enabled tricycle has been proposed to get all the status monitoring of the vehicle through dedicated cloud technology. Sensors (fig.1) related to battery status, speed of the vehicle and travel will capture the data and through ESP8266, and it will directly store to dedicated IoT cloud. Then IoT analytics will analyse the data and give notification to customer when it’s goes beyond the threshold value. The proposed IoT-enabled tricycle aims to enhance the monitoring and management of its key parameters by leveraging cloud-based IoT technology. This can potentially improve the safety, efficiency, and reliability of the vehicle and its operation.To achieve this, the tricycle is equipped with various sensors that can capture real-time data on relevant aspects of the vehicle's performance, such as the battery level, speed, and distance traveled. These sensors are likely to be connected to a microcontroller, such as an ESP8266, which can process and transmit the data wirelessly. The data transmitted by the sensors is then received by a dedicated IoT cloud platform, which serves as a central repository for storing and managing the data. The cloud platform may use various technologies, protocols, and standards to ensure secure and reliable communication, such as MQTT, HTTP, or TCP/IP. Once the data is stored in the cloud, it can be analyzed and visualized using IoT analytics tools. These tools can help identify patterns, anomalies, or trends in the data, and generate insights that can be used for decision-making, optimization, or forecasting. The analytics may be performed in real-time or on a periodic basis, depending on the specific requirements of the use case. One of the key benefits of using IoT analytics is the ability to set up alerts and notifications based on predefined thresholds or conditions. For example, if the battery level of the tricycle drops below a certain level or if the speed exceeds a safe limit, the IoT platform can automatically send a message to the customer or the operator, indicating the issue and suggesting appropriate actions. This can potentially prevent accidents, breakdowns, or other negative consequences. Overall, the proposed IoT-enabled tricycle demonstrates how the integration of IoT, cloud, and analytics technologies can enable new levels of connectivity, intelligence, and automation in the domain of transportation. However, it also raises important issues related to data privacy, security, and ethical use, which need to be carefully considered and addressed to ensure the sustainable and responsible development of such systems.Mechanical arrangement of the smart tricycle already framed as per Fig.2 where BLDC motor condition monitoring and battery status monitoring has been shown. Speed sensor attached with the top of the tricycle(fig.3), to collect data more accurately.

Figure 2: ESP32 enabled smart edge computing device

Figure 3: ESP32 enabled speed monitoring devices.
Self-charging Electric bike is adjustment of existing electric bike. It is appropriate for both city and nation streets, that are made of bond, black-top, or mud. This bike is less expensive, less difficult in development and can be generally utilized for short separation voyaging particularly by school youngsters, undergrads, office goers, villagers, postmen and so forth. It is particularly reasonable for youthful, matured people groups. It very well may be worked free of expense. This bike is that it doesn't expend significant nonrenewable energy sources along these lines sparing cores of outside monetary standards. It is eco accommodating, conservative and contamination free, as it doesn't have any discharges. Additionally it is silent and can be revived with the AC connector in the event of crisis or overcast climate. It very well may be driven by manual paddling in the event of any issue with the electric driving framework.
DETAILED DESCRIPTION OF DIAGRAM
Figure 1: IoT flow diagram for data processing system
Figure 2: ESP32 enabled smart edge computing device
Figure 3: ESP32 enabled speed monitoring devices. , Claims:1. IOT enabled smart electric tricycle claims Self-charging Electric bike is adjustment of existing electric bike.
2. It is appropriate for both city and nation streets, that are made of bond, black-top, or mud.
3. This bike is less expensive, less difficult in development and can be generally utilized for short separation voyaging particularly by school youngsters, undergrads, office goers, villagers, postmen and so forth.
4. It is particularly reasonable for youthful, matured people groups. It very well may be worked free of expense. This bike is that it doesn't expend significant nonrenewable energy sources along these lines sparing cores of outside monetary standards.
5. It is eco accommodating, conservative and contamination free, as it doesn't have any discharges. Additionally it is silent and can be revived with the AC connector in the event of crisis or overcast climate.
6. It very well may be driven by manual paddling in the event of any issue with the electric driving framework.