Abstract: The invention relates to a method of initializing an electronic radio communication module making it possible to execute a radio communication program, stored in a first non-volatile memory, the initialization being based on values of calibration parameters. According to the invention, the method comprises the following steps, performed by the module when it executes the program: reading (E11) of at least one compressed calibration parameter in a second non-volatile memory; decompressing (E12) each compressed calibration parameter read, so as to obtain a decompressed calibration parameter; and initializing (E14) the module, based on the values of the decompressed calibration parameters.

Abstract: The invention relates to a method of initialising an electronic radio communication module making it possible to execute a radio communication programme, stored in a first non-volatile memory, the initialisation being based on values of calibration parameters. According to the invention, the method comprises the following steps, performed by the module when it executes the programme: reading (E11) of at least one compressed calibration parameter in a second non-volatile memory; decompressing (E12) each compressed calibration parameter read, so as to obtain a decompressed calibration parameter; and initialising (E14) the module, based on the values of the decompressed calibration parameters.

Abstract: The disclosure relates to a method for connecting a radiocommunication device to a data transfer device, whereby said transfer device is connected to said radiocommunication device via a housing for receiving and connecting a removable electronic card (SIM).

Abstract: Strips (20), housed in the slave arms (10) of a remote handling device and used for transmitting to the pair of gripping pliers borne by this arm orientation and tightening movements remote controlled by an operator, rotate pinions (26a) mounted at the extremity of the slave arm (10). These pinions (26a) are normally geared onto pinions (30a) mounted in a ball and socket joint (16) inserted between the pliers and the slave arm. When the ball and socket joint is dismounted, any attempt to remove the strips (20) is made impossible by the locking devices (60a) which come to rest onto the flanks of the pinions (26a) under the action of the spring (72). Any breakage of the strips due to their being pulled during dismantling of the ball and socket joint is thus avoided.