Abstract: The present invention relates to a photovoltaic panel (3) comprising: at least one photovoltaic cell (7) suitable for converting solar energy into electricity; an electrical connection configured to connect the panel (3) to an electrical facility; a fastening device (30); characterized in that the fastening device (30) of the panel (3) comprises: a first part (310) that acts as a support and that is intended to be fastened to a surface; a second part (330) secured to the panel; the first and second parts (310 and 330) being intended to cooperate mechanically, according to a pivot connection, to fasten the panel (3) to a surface via the first part (310).

Abstract: The present invention relates to a storage method of digital files carried out by a determinist avionic network with predetermined routing. This method comprises a phase (PE) for writing digital files comprising the steps of determining by an end system sending a digital file to be stored, associating a time reference with the digital file to be stored, sending the digital file to be stored with the associated time reference to K separate switches using one or several data frames, generating, via at least some of the switches, a copy of the digital file to be stored and storing this copy in the storage unit of each of these switches with the associated time reference.

Abstract: The present invention relates to a storage method of digital files carried out by a determinist avionic network with predetermined routing. This method comprises a phase (PE) for writing digital files comprising the steps of determining by an end system sending a digital file to be stored, associating a time reference with the digital file to be stored, sending the digital file to be stored with the associated time reference to K separate switches using one or several data frames, generating, via at least some of the switches, a copy of the digital file to be stored and storing this copy in the storage unit of each of these switches with the associated time reference.

Abstract: The detection of a compression pad in a mammography apparatus is automated. A rear face of the pad is provided with identifying and positioning readable by the sensors of a mobile carriage of the mammography apparatus. The reading is converted into a binary word that enables the mammography apparatus to obtain the operating parameters and to automatically associate reading keys with an image. A reading key is, for example, the name of the examination/image associated with the pad.

Abstract: The detection of a compression pad in a mammography apparatus is automated. A rear face of the pad is provided with identifying and positioning readable by the sensors of a mobile carriage of the mammography apparatus. The reading is converted into a binary word that enables the mammography apparatus to obtain the operating parameters and to automatically associate reading keys with an image. A reading key is, for example, the name of the examination/image associated with the pad.