Advanced control and protection system for motorcyclists

Abstract

The present invention relates to a complete system designed to improve the safety of motorcyclists, particularly targeting teenagers and beginner drivers, providing real-time monitoring and access to critical data via a dedicated application. The system comprises a smart motorcycle helmet and a device integrated in the motorcycle, ensuring that the safety measures are effectively applied. The helmet is equipped with advanced sensors for detecting reckless driving behaviours, monitoring vital signs and providing immediate assistance in the event of an accident. In addition, the helmet is provided with a mounted camera for additional context capture. The data collected by the helmet are transmitted to the device in the motorcycle, which then sends them to a centralised server accessible via a user-friendly application. This innovative system offers insights and unrivalled control to parents, promoting safer driving habits and offering peace of mind.

Description

[0001] Description:

[0002] Title: Advanced Control and Protection System for Motorcyclists

[0003] Definition of the Problem:

[0004] Motorcycle accidents pose a significant risk, particularly for teenagers and novice riders, requiring effective safety measures. While existing solutions include headsets that control motorcycle switches and measure alcohol levels, they lack comprehensive data accessibility and integration. Furthermore, ensuring the safety of young riders remains a concern for parents, requiring real-time monitoring and supervision.

[0005] Existing Solutions:

[0006] Current solutions include helmets that control motorcycle switches and measure alcohol levels, using sensors similar to this invention. However, these solutions lack the data integration and accessibility provided by our invention. The revolutionary aspect of our solution lies in its seamless connectivity and centralized access to data via a dedicated application. This differentiation ensures comprehensive monitoring and supervision of young drivers, effectively strengthening safety measures.

[0007] Our Solution - Value Proposition:

[0008] In response to these challenges, our solution offers a revolutionary smart motorcycle helmet equipped with cutting-edge sensors and communication technologies. This innovative helmet actively monitors the driver's behavior, detecting instances of dangerous driving, such as speeding and wheelies. Furthermore, in the unfortunate event of an accident, the helmet automatically initiates an emergency call, transmitting the precise location to emergency responders, significantly reducing response times and potentially saving lives.

[0009] Additionally, our smart helmet records vital physical data, such as heart rate, sobriety levels, and temperature, providing critical information to first responders for rapid and accurate injury assessment and treatment.

[0010] By integrating these advanced features, our solution offers a comprehensive approach to motorcyclist safety, addressing the root causes of accidents while providing immediate assistance and critical data to emergency response teams. Thus, our smart motorcycle helmet represents a significant step forward in improving motorcyclist safety and reducing the impact of motorcycle accidents on both individuals and communities.

[0011] Our invention presents a holistic approach to motorcyclist safety, consisting of a smart motorcycle helmet and a connected motorcycle device. Targeting teenagers and novice riders, our solution ensures safety by providing real-time monitoring and access to critical data via a dedicated app. Advanced sensors in the helmet detect reckless riding behaviors and monitor vital signs, with the data being transmitted to the motorcycle device and centralized server. Parents can access this data via the app, promoting safer riding habits and providing peace of mind. By offering comprehensive information and control, our invention revolutionizes motorcycle safety for young novice riders.

[0012] The smart motorcycle helmet operates through a sophisticated system that ensures both rider safety and parental supervision. At its heart, the helmet is equipped with a microcontroller that communicates wirelessly with a corresponding unit built into the motorcycle. A critical safety feature is the requirement for the rider to wear the corresponding helmet for the motorcycle to operate, ensuring that safety measures are always in place.

[0013] The microcontroller inside the helmet collects various data points, including sobriety levels measured by an alcohol sensor, heart rate monitored by a sensor integrated into the helmet, and environmental conditions such as temperature and humidity. Additionally, the helmet continuously tracks the rider's speed using GPS technology and detects the motorcycle's tilt through an angle sensor, specifically to identify risky behaviors such as wheelies.

[0014] The collected data is transmitted via Bluetooth to the onboard system inside the motorcycle, which further processes and consolidates the information. This system is interconnected and sends the compiled data to a centralized server. From there, the data is accessible via a dedicated app, providing parents with real-time information on their children's behavior and riding conditions.

[0015] Parents can track their children's driving patterns, speed, sobriety levels, and overall driving behavior directly from the app. They can communicate instantly with their children and, if necessary, remotely disable the motorcycle, providing an additional layer of control and safety.

[0016] In the event of an unfortunate accident, the helmet's sensors detect abnormalities in heart rate and breathing, transmitting this crucial information to emergency services. Additionally, the helmet is equipped with an onboard camera, capturing images of the surrounding environment to provide additional context in the event of accidents or disputes.

[0017] In short, the smart motorcycle helmet revolutionizes rider safety by integrating advanced sensors, communication technology, and parental monitoring features. It not only detects and prevents risky behavior, but also provides crucial data for emergency response and parental monitoring, ensuring peace of mind for both riders and their families.

[0018] Description of the drawings:

[0019] Figure 1: For the motorcycle to start, the helmet must be worn and close to the motorcycle. This safety measure ensures that the owner is present and protected.

[0020] Figure 2: When the rider attempts to start the motorcycle, a signal is emitted to communicate with the headset. The headset is expected to return a signal in response. If the headset is far from the motorcycle (>40cm), the motorcycle will not start.

[0021] Figure 3: If the helmet is within the proper range of the motorcycle - signaling that the rider is indeed on the motorcycle - then the motorcycle will start.

[0022] Figure 4: Both the helmet and the motorcycle are equipped with various sensors that help record data that is uploaded to an online server, thus allowing the data to be accessible via an app.

Claims

Claims:

1. Advanced control and protection system for motorcyclists, characterized in that it comprises: - a smart motorcycle helmet equipped with advanced sensors to detect reckless driving behavior, monitor vital signs, and provide immediate assistance in the event of an accident; - a device integrated into the motorcycle, configured to receive and process data transmitted by the helmet; - a dedicated application allowing real-time access to collected data and remote monitoring by parents or guardians.

2. The system of claim 1, wherein the smart motorcycle helmet comprises: - a microcontroller for data collection and transmission; - an alcohol sensor to measure sobriety levels; - a heart rate sensor integrated into the helmet; - temperature and humidity sensors to monitor environmental conditions - a GPS to track the driver's speed and location; - an angle sensor to detect risky behaviors such as wheelies; - an on-board camera to capture images of the surroundings in the event of accidents.

3. The system according to claim 1, wherein the device integrated into the motorcycle is configured to process the data collected by the helmet and transmit them to a centralized server, accessible via the dedicated application.

4. The system of claim 1, wherein the headset automatically triggers an emergency call in the event of an accident, providing rescuers with the precise location of the accident and information on the driver's vital signs.

5. The system according to claim 1, wherein the dedicated application allows parents or guardians to monitor in real time the trajectories, speed, sobriety levels, and general driving behavior of the motorcyclist, and offers the possibility of communicating with the driver and remotely disabling the motorcycle if necessary.

6. The system of claim 1, wherein the helmet is equipped with a feature requiring the rider to wear it for the motorcycle to operate, thereby ensuring that safety measures are always applied.

7. The system of claim 1, wherein the data collected and transmitted by the helmet and the device integrated into the motorcycle contribute to improving the safety of motorcyclists, by providing real-time monitoring, alerts of dangerous behavior, and rapid assistance in the event of an emergency.

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