Safety system and method for vehicles and vehicle users

A security system for vehicles and users of vehicles (1) comprising:

• a device for helmets (13) configured to be disposed in the helmet of the user and comprised of:
• a sensor (133) configured to acquire some data of the state of the helmet (3-1) or to acquire a state of the helmet signal;
• a computation unit (131) connected to the sensor (133) configured to acquire some validated state of the helmet data (3-3) by means of a verification algorithm which takes the state of the helmet data (3-1) and some predetermined state of the helmet data (24) which the computation unit (131) access into account or to acquire the state of the helmet data (3-1) from the state of the helmet signal;
• a communications and pairing module (135), connected to the computation unit (131), configured to generate a pairing and communication link (1-3-1);
• an enablement system (12) disposed in the vehicle and comprised of:
• a computation unit (121) configured to generate an activation signal (2-1) on receipt of a pairing signal (2-2), some validated state of the helmet data (3-3) and some validated data (1-1), wherein the computation unit (121) is configured to access some predetermined pairing data (2-3);
• a communications and pairing module (125) connected to the computation unit (121), configured to generate a pairing and communication link (1-2-1) and the pairing signal (2-2), wherein the pairing signal (2-2) is generated on the establishment of said pairing and communication link (1-2-1) or said communications and pairing module (125) is additionally configured to establish communication with the communications and pairing module (135) and is configured to generate the pairing and communication link (2-3-1) on the establishment of said connection;
• an activator (127) connected to the computation unit (121) and connected to an ignition device of the vehicle (15), wherein the activator (127) is configured to enable the ignition device of the vehicle (15) on receipt of the activation signal (2-1) from the computation unit (121);
• and
• an interaction system (11) connected to the enablement system (12) and the device for helmets (13);
• and comprised of:
• a communications and pairing module (115) configured to establish communications with the communications and pairing module (125) of the enablement system (12) generating a pairing and communication link (1-2-1) once said connection has been established;
• the communications and pairing module (115) is additionally configured to establish communication with the communications and pairing module (135) and configured to generate the pairing and communication link (1-3-1) once said connection is established or said communications and pairing module (115) is additionally configured to establish communications with the communications and pairing module (135) and is configured to generate a pairing and communication link (1-3-1) on the establishment of said connection;
• a data registration module (112) configured to generate some configuration data (1-5) by means of a data registry (1-9);
• a verification module (111) connected to the communications and pairing module (115) and to the data registration module (112);
• wherein the verification module (111) is configured to generate the validated access data (1-1) by means of a verification algorithm which takes into account configuration data (1-5) generated by the data registration module (112) and some predetermined pairing data (2-3);
• wherein the verification module is additionally configured to generate some validated state of the helmet data (3-3) by means of a verification algorithm which takes into account the configuration data (1-5) generated by the data registration module (112) and some predetermined pairing data or is additionally configured to generate some validated state of the helmet data (3-3) by means of a verification algorithm which takes into account the state of the helmet data (3-1) acquired by the computation unit (131) and some predetermined state of the helmet data (24) accessed via the verification module (111);
• wherein the predetermined pairing data (2-3) are sent to the interaction system (11) via the pairing and communication link (1-2-1) when the computation unit (121) receives the pairing signal (2-2);
• wherein the validated access data (1-1) are sent to the enablement system (12) via the pairing and communication link (1-2-1);
• wherein the state of the helmet data (3-1) are sent to the enablement system (12) via the pairing and communication link (1-3-1), or the valid helmet access data (3-3) are sent to the enablement system (12) via the pairing and communication link (1-2-1) and the state of the helmet data (3-1) are sent to the interaction system (11) via the pairing and communication link (1-3-1).

A security system for users (3) of vehicles which employ helmets comprises:

• a device for helmets (13) configured to be disposed in the helmet of a user and comprised of:
• a sensor (133) configured to acquire some state of the helmet data (3-1);
• a computation unit (131) connected to the sensor (133) and configured to acquire some validated state of the helmet data (3-3) by means of a verification algorithm which takes into account the state of the helmet data (3-1) and some predetermined state of the helmet data (24) which the computation unit (131) accesses or to acquire the state of the helmet data (3-1) from the state of the helmet signal;
• a communications and pairing module (135) connected to the computation unit (131), configured to generate a pairing and communication link (1-3-1);
• and
• an interaction system (11) connected to the device for helmets (13), wherein the interaction system (11) is comprised of:
• a communications and pairing module (115) configured to establish communication with the communications and pairing module (135) of the device for helmets (13) generating a pairing and communication link (1-3-1) once said connection is established;
• a data registration module (112) configured to generate some configuration data (1-5) by means of a data registry module (1-9);
• a verification module (111) connected to the communications and pairing module (115) and to the data registration module (112),
• wherein the verification module (111) is configured to generate a command to issue an alert (1-6) on receipt of the validated state of the helmet data (3-3) from the computation unit (131) or is configured to generate some validated state of the helmet data (3-3) by means of a verification algorithm which takes into account the state of the helmet data (3-1) acquired by the computation unit (131) and some predetermined state of the helmet data (24) accessed via the verification module (111) and generates the command to issue an alert (1-6) once the validated state of the helmet data (3-3) have been generated;
• wherein the validated state of the helmet data (3-3) or the state of the helmet data (3-1) are sent to the interaction system (11) via the pairing and communication link (1-3-1).

A security method for vehicles which comprises:

• a) generating a pairing signal when a pairing and communication link (1-2-1) is established between the communications and pairing module (115) of the interaction system (11), and the communications and pairing module (125) of an enablement system (12), and sending said pairing signal (2-2) to a computation unit (121) of the enablement system (12);
• b) sending some predetermined pairing data (2-3), which the computation unit accesses, to the verification module (111) of the interaction system (11) via the pairing and communication link (1-2-1), on receipt of the pairing signal (2-2);
• c) acquiring some configuration data (1-5) by means of a data registration module (112), from a data registry (1-9);
• d) acquiring some validated access data (1-1) at the verification module (111), by means of a verification algorithm which takes into account the configuration data (1-5) and the predetermined pairing data (2-3);
• e) sending the validated access data (1-1) to the computation unit (121) via the pairing and communication link (1-2-1);
• f) generating an activation signal (2-1) at the computation unit (121) of the enablement system (12) on receipt of the validated access data (1-1);
• and
• g) enabling the ignition device (15) of the vehicle, by transmitting the activation signal (2-1) to an activator (127) of the enablement system which is connected to the ignition device.

A security method for vehicles and users that use a helmet comprising:

• A) generating a pairing signal (2-2) in a communications and pairing module (125) of the enablement system (12) when a pairing and communication link (1-2-1) is established between the communications and pairing module (125) and a communications and pairing module (115) of the interaction system (11) and sending the generated pairing signal (2-2) to the computation unit (121) of the enablement system (12);
• B) sending some predetermined pairing data (2-3), which the computation unit (121) accesses, to the verification module (111) of the interaction system (11) via the pairing and communication link (1-2-1) on receipt of the pairing signal (2-2);
• C) acquiring some configuration data (1-5) by means of the data registration module (112) based on registration data (1-9);
• D) acquiring some validated access data (1-1) at the verification module (111) by means of a verification algorithm which takes into account the configuration data (1-5) generated by the data registration module (112);
• and the predetermined pairing data (2-3);
• E) acquiring some data of the state of the helmet (3-1) from a sensor (133) in the device for helmets (13) or the state of the helmet signal;
• F) acquiring some validated state of the helmet data (3-3 at the computation unit by means of a verification algorithm which takes into account the state of the helmet data (3-1) and the predetermined state of the helmet data (24) which the computation unit (131) accesses and acquiring by means of the computation unit (131) the state of the helmet data (3-1) from the processing of signals method which has the state of the helmet signal input thereto;
• G) generating a pairing and communication link (2-3-1) between the communications and pairing module (125) and the communications and pairing module (135) of the device for helmets (13) or a pairing and communication link (1-3-1) between the communications and pairing module (135) and the communications and pairing module (115);
• H) sending the validated access data (1-1) via the pairing and communication link (1-2-1) and the validated state of the helmet data (3-3) to the computation unit (121) And sending the validated state of the helmet data (3-3) to the computation unit (121), wherein the validated state of the helmet data (3-3) when obtained by the verification module (111) are sent to the computation unit (121) via the pairing and communication link (1-2-1) or when the validated state of the helmet days (3-3) are acquired by the computation unit (131) they are sent to the computation unit (121) via the pairing and communication link (1-3-1);
• I) generating an activation signal (2-1) at the computation unit (121) from the validated access data (1-1) and the validated state of the helmet data (3-3);
• and
• J) enabling the ignition device (15) of the vehicle by transmitting the activation signal (2-1) to an activator (127) of the enablement system (12) which is connected to the ignition device (15);
• wherein the validated state of the helmet data (3-3) acquired by the verification module (111) are obtained by means of a verification algorithm which takes into account the state of the helmet data (3-1) acquired by the computation unit (131) and sent by the pairing and communication link (1-3-1) to the verification module (111) and some predetermined state of the helmet data (24) accessed via the verification module (111).

A security method for users of vehicles which comprises the following steps:

• I) acquiring some state of the helmet data (3-1) from the sensor (133) of the device for helmets (13) or a state of the helmet signal;
• II) acquiring some validated state of the helmet data (3-3) at the computation unit (131) of the device for the helmets (13), by means of a verification algorithm which takes into account the state of the helmet data (3-1) and some predetermined state of the helmet data (24) which the computation unit (131) accesses, or the state of the helmet data (3-1) from a processing method of signals wherein the state of the helmet signal is input thereto;
• III) generating a pairing and communication link (1-3-1) between the communication and pairing module (115) of the interaction system (11) and the communications and pairing module (135) of the device for helmets (13);
• IV) sending the validated state of the helmet data (3-3) via the pairing and communication link (1-3-1) to a verification module (111) of the interaction system (11);
• V) generating a command to issue an alert (1-6) in the interaction system (11) based on the validated state of the helmet data (3-3) sent by the device for helmets (13) and/or generated by the verification module (111) by means of a verification algorithm which takes into account the state of the helmet data (3-1) accessed by the computation unit (131) and some predetermined state of the helmet data (24) accessed via the verification module (111);
• VI) generating an alert notification (1-7) by means of a generation of alerts module (117) of the interaction system (11) based on a command to issue an alert (1-6);
• and
• VII) sending an alert notification (1-7) from the communications and pairing module (115) to an external device (14) of another user.