EMERGENCY ASSISTANCE (SOS) BUTTON SYSTEM INTEGRATED ON THE STEERING WHEEL.

Abstract

This invention presents an SOS call system that can be manually activated by the driver via a protected button integrated into the steering wheel of a motor vehicle. Thanks to the integrated GPRS module, when the button is pressed, the vehicle's real-time location is transmitted to a pre-defined emergency assistance unit.

Description

1 TARIFF EMERGENCY SOS BUTTON INTEGRATED INTO THE STEERING WHEEL. SYSTEM TECHNICAL FIELD: This invention enables early detection in motor vehicles, especially in situations where the driver experiences sudden illness. It relates to an emergency assistance (SOS) notification system used to ensure intervention. 10 Specifically, the location can be communicated to emergency services via a button integrated into the steering wheel. It includes the design of an electronic system that allows information to be transmitted. STATE OF THE ART AND PURPOSE OF THE INVENTION: Current systems typically have these shock absorbers, located on the vehicle's dashboard or roof, that detect collisions. There are emergency call systems that are activated. Access to these systems is difficult and the user 15 Its intervention is limited. The purpose of the invention is to provide assistance to the driver whenever they experience any discomfort (heart attack, epilepsy, shortness of breath). By reporting the situation (such as narrowing of the airway, etc.) before the accident, emergency services can intervene early. The aim is to ensure safety and minimize potential loss of life and property. INNOVATIONS BROUGHT ABOUT BY THE INVENTION: 20 - The button is integrated into the steering wheel (for easy access). - It enables a signal to be sent before an accident occurs. - The sliding cover protects against accidental presses. - Suitable for use by all motor vehicle drivers. - It can be integrated into existing systems or produced as a standalone module. 25 DESCRIPTIONS OF THE FIGURES Figure 1 – 2 1. - Protected (sliding cover) SOS button integrated into the steering wheel, 5 2. - Arduino-based circuit, 3. - GPRS module, 4. - SIM card slot, 5. - Power source (vehicle electricity or external battery).

Claims

3 REQUIREMENTS 5 1. Manual, with a sliding protective cover integrated into the steering wheel. An emergency assistance (SOS) button system that is activated.

2. This button is connected to the GPS module, which receives location information, and the GPRS module. An electronic circuit system that sends a signal to an emergency response center. 10 3. System components can be assembled modularly and adapted to existing steering wheels. Its ability to be integrated.

4. Manual user intervention allows for early intervention before an accident occurs. a software coding.