Understanding User Panels for Helmet Systems

Understanding User Panels

• The user panel allows easy interaction with the helmet system, enabling customized access to safety features.
• Users can connect helmets, manage profiles, register and authenticate accounts, and monitor sensor data in real-time.
• The panel sends warnings for safety updates and reminders, and users can handle billing, contact administrators, and start firmware updates.
• Customization options are available to suit individual tastes, ensuring an intuitive experience and improving functionality and safety.

Hospital and Parental Panels

• Hospitals receive real-time accident notifications through the Emergency Alert Monitoring feature.
• Hospital workers have access to transmitted patient information, facilitating effective diagnosis and treatment planning.
• Ambulance dispatch and medical aid are expedited based on the location and nature of the event.
• Parental alerts ensure timely emergency assistance for young riders.
• Post-accident follow-up enables updates on patient progress and communication with families.

IDEA Target for Democracy

• The intelligent E-helmet supports laws like the Good Samaritan Law, promoting traffic safety and government activities.

PESTEL Analysis

Political

• Government guidelines for wearing helmets and safety requirements
• Tax breaks for promoting safety gear

Economic

• Economic state affects consumer spending on safety goods
• Price and manufacturing costs
• Currency fluctuations and inflation's effects

Social

• Shifting customer preferences in favor of smart safety solutions
• Safety awareness campaigns and activities
• Cultural impact on helmet utilization

Technological

• Improvements in battery life and sensor technologies
• IoT and connection feature integration
• Possibility of future improvements and additions

Environmental

• Solar panel charging quality aspects
• Impact of electronic waste on the environment
• Reduction of carbon footprint through energy-efficient solutions

Legal

• Patents and rights to intellectual property related to the technology
• Liability concerns when a product fails
• Compliance with safety laws and requirements

SMART Thinking

Specific

• Creating an electronic sensor-equipped helmet for Indian two-wheeler riders to reduce traffic deaths

Measurable

• Measuring project effects through quantitative measures: decline in traffic fatalities and accidents, and increase in smart helmet adoption

Achievable

• Creating a sensor-equipped helmet with novel functions like speed control, communication capabilities, and warning signals using existing infrastructure and technology

Relevant

• Project is relevant to India's requirements, targeting a critical issue of excessive traffic accidents and fatalities

Time-bound

• Project development, deployment, and assessment phases have distinct deadlines and benchmarks

Bike Tech

• Solid State technology ensures effective power management and safety
• GPS capabilities enable riders to track their exact location and navigate with precision
• High-definition display provides real-time data and information
• Regulated momentary switches provide safe operation and accurate control
• Five cables provide optimal connectivity, enabling integration with the bike's systems
• Radio frequency communication enables instantaneous data transfer, improving connectivity
• Gyroscope enhances security and control by ensuring stability and orientation sensing

Solid State Relays

• SSR activates speed and clutch control when riders exceed 30 km/h without a helmet, ensuring compliance with safety regulations and real-time warning signals.