Abstract: A vehicle (10) includes: a first row (18) of seats (16), a second row (20) of seats (16), cables (36) extending between the lateral feet (28) of the seats (16), first baseboards (40), each first baseboard (40) extending between the lateral feet (28) of two of the seats (16) of each first row (18) and supporting the cables (36), and second baseboards (42), each second baseboard (42) extending between the lateral feet (28) of two of the seats (16) of each second row (20) and supporting the cables (36). The first baseboards (40) and the second baseboards (42) have identical lengths (L), each first baseboard (40) and/or each second baseboard (42) comprises, on at least one end (44), a portion covered (46) by one of the lateral feet (28) between which the first baseboard (40) and/or the second baseboard (42) is arranged.

Abstract: A method and device for adapting a communication from a mobile terminal equipped with a near-field communication module. The mobile terminal is able to be placed in NFC mode or in IBC mode to carry out contactless transactions. It is able to receive a message in an electromagnetic field over a near-field channel. The method includes, on the mobile terminal, the following steps: receiving, from a terminal placed in read mode, called the reader terminal, a message inviting to open communications according to a type of near-field communication; detecting a type of near-field communication in the received invitation message; if the type of communication indicates an IBC communication, and the mobile terminal is placed in IBC mode, sending a pairing request over a return channel distinct from the near-field channel.

Abstract: A method and device for processing a near-field communication. The device includes: at least one near-field communication antenna intended to receive a near-field electromagnetic signal and having at least one end; a switching member connected to the end of the antenna; and a controller able to receive the antenna signals and control the switching member. The switching member is able to disconnect the end of the antenna when it receives a first switching command, called an IBC command.

Abstract: A method and a device for authenticating a user. A signal representative of at least one character traced by the user on a surface of a transmitter device is received by the authentication device. The transmitter device includes an antenna able to transmit a radio signal to a terminal of the user via a channel using the electromagnetic wave conduction capabilities of the body of the user when the hand of the user traces the at least one character on or close to the surface of the transmitter device. The authentication device checks whether the received signal corresponds to a previously stored control signal and, in the event of a positive check, confirms authentication of the user.

Abstract: A method for supplying and a method for obtaining, by a terminal, from a first user, a biometric signature of a second user. The terminal receives a radio signal transmitted by a transmitter device according to a near-field communication technology, via a channel using the electromagnetic wave conduction capabilities of the body of the second user when the second user comes into contact with or grazes a surface of the transmitter device and via a channel using the electromagnetic wave capabilities of the body of the first user when the first user comes into contact with or grazes the second user, and obtains, from this radio signal, the biometric signature of the second user. The biometric signature is stored in a secure memory space of the terminal in order to be used subsequently during an authentication of the first user.

Abstract: A method for recognizing a user carrying a terminal capable of receiving a radio signal coming from a device equipped with an antenna suitable for transmitting the signal. The signal is intended to be transmitted between the device and the terminal by using electromagnetic wave conduction capacities of the body of the user when at least one part of his/her body is in the vicinity of the antenna. When the user makes a characteristic movement, to move the part of his/her body close to the antenna, the device transmits a characteristic signal of the movement. The method includes: receiving a signal coming from the device; generating a characteristic datum of the movement; obtaining at least one signature; comparing the characteristic datum with the signature; and depending on the results of the comparison, recognizing the user.

Abstract: A method for controlling the authentication of a user by an authentication device, the authentication being implemented by verification, by the authentication device, that a code entered by the user on an interaction interface of the authentication device corresponds to a predetermined code associated with the user is disclosed. A signal representative of a radio signal characteristic of an interaction of the user on the interaction interface of the authentication device is received by the user's terminal. The radio signal is transmitted by an antenna of the authentication device via a channel using electromagnetic wave conduction capacities of the user's body when the user enters the code. It is verified that the radio signal corresponds to a previously stored reference signal, and, in the event of a positive verification, a piece of data representative of the user's identity is transmitted to the authentication device for verification with the user's identity.

Abstract: A method and a device for authenticating a user. A signal representative of at least one character traced by the user on a surface of a transmitter device is received by the authentication device. The transmitter device includes an antenna able to transmit a radio signal to a terminal of the user via a channel using the electromagnetic wave conduction capabilities of the body of the user when the hand of the user traces the at least one character on or close to the surface of the transmitter device. The authentication device checks whether the received signal corresponds to a previously stored control signal and, in the event of a positive check, confirms authentication of the user.

Abstract: A method for recognizing a user carrying a terminal capable of receiving a radio signal coming from a device equipped with an antenna suitable for transmitting the signal. The signal is intended to be transmitted between the device and the terminal by using electromagnetic wave conduction capacities of the body of the user when at least one part of his/her body is in the vicinity of the antenna. When the user makes a characteristic movement, to move the part of his/her body close to the antenna, the device transmits a characteristic signal of the movement. The method includes: receiving a signal coming from the device; generating a characteristic datum of the movement; obtaining at least one signature; comparing the characteristic datum with the signature; and depending on the results of the comparison, recognizing the user.

Abstract: One embodiment relates to a message management method comprising an interception process for intercepting a first message sent to a device of a user; an estimation process for estimating a level referred to as the “user interruptibility level” representing the extent to which the user can be interrupted in their current activity; an estimation process for estimating a level of importance of the first message; and a processing process for processing the first message as a function of the user interruptibility level and of the importance level of the first message.

Abstract: One embodiment relates to a message management method comprising an interception process for intercepting a first message sent to a device of a user; an estimation process for estimating a level referred to as the “user interruptibility level” representing the extent to which the user can be interrupted in their current activity; an estimation process for estimating a level of importance of the first message; and a processing process for processing the first message as a function of the user interruptibility level and of the importance level of the first message.

Abstract: The invention relates to a device for securizing a document incorporating a processing module, which calculates and associates with each document page (10), comprising a zone (11) containing the text of the information to be certified, a graphic seal (12) representing it in the form of interlaced bar codes.The invention also relates to a process for securizing a document and a graphic authentification code.Particular application to the securized storage of documents and to securizing transmissions by fax.

Abstract: The invention relates to a secured apparatus for the transmission of documents by facsimile or fax, which comprises on the emitter side a securing module placing in the binary file transmitted and representing the document a graphic signature of the "morse" type placed on a page of the document and including on the recipient side a module for decoding and checking the graphic signature. The invention also relates to a process for securing the transmission of documents by fax and an image authentication graphic code.