Abstract: The invention relates to a method of dynamically encoding flight data in a video, implemented in a drone, the drone comprising a video sensor and attitude sensors and/or altitude sensors. This method comprises, for successive images captured, a step of capturing flight data (E22) of the drone from the attitude sensors and/or the altitude sensors and a step of encoding the captured image (E23). It further includes a step of storing (E24), in a data container, the encoded image, a step of adding (E25) to the encoded image, in the data container, all or part of the flight data captured, and a step of storing (E26) said data container in a memory of the drone (10), and/or of transmission (E27), by the drone (10), of said data container to a remote device (16). The encoding of the video images comprises an MPEG-4 encoding (ISO/IEC 14496), and the data container is a track according to MPEG-4 Part 12, multiplexing according to a common clock said encoded image and said associated flight data.

Abstract: A method for mounting a microcircuit module in a card body to make the card non-detachable without damage includes fixing the module (22) in a cavity (12) of the card body (11) with a resin after adjusting the adherence of the resin (30) on the wall of the cavity (12) so that it is markedly higher than its adherence on the module (22).

Abstract: The invention concerns a contact-free microcircuit card (10) used in combination with a receiver (40) for carrying out an electronic transaction, incorporating a keyboard (12) for inputting data used during the transaction.

Abstract: A method for mounting a microcircuit module in a card body to make the card non-detachable without damage includes fixing the module (22) in a cavity (12) of the card body (11) with a resin after adjusting the adherence of the resin (30) on the wall of the cavity (12) so that it is markedly higher than its adherence on the module (22).

Abstract: The invention concerns a contact-free microcircuit card (10) used in combination with a receiver (40) for carrying out an electronic transaction, incorporating a keyboard (12) for inputting data used during the transaction.

Abstract: A method of fabricating a microcircuit card provides better control of the spreading of a hardenable coating material during fabrication of the microcircuit card. The surface of a support is treated to define at least two areas with different surface states and both extending beyond a predetermined location of the microcircuit. The deposit of the material is delimited by the configuration of these areas. The treatment is preferably applied by means of a laser beam.