Abstract: A secure communication session is established between a first endpoint and a second endpoint. The first endpoint can contact the second endpoint via a first communication network and via a second communication network. The first communication network is more trusted than the second communication network. The first endpoint determines that a secure communication session is required. A security association is established between the endpoints for the communication session on a connection via the first communication network. Service is received on a connection via the second communication network using the previously established security association. The step of establishing a security association can comprise authenticating the second endpoint and negotiating a shared secret and the step of receiving service on a connection via the second communication network can occur without any further negotiation of key material or authentication between the endpoints via the second communication network.

Abstract: A mobile terminal comprises a screen adapted to display graphic objects, including widgets corresponding to their respective applications, said widgets being partial interfaces of the applications to which they correspond in each case. The mobile terminal (4.4) determines the dimensions of at least one variable-size widget and/or of at least one graphic representation of at least one widget, based on at least one request notification for at least one application to which at least one of the widgets displayed corresponds. The mobile terminal then updates (4.5) the widget display based on the dimensions it has determined. The dimensions of widgets and/or graphic representations of widgets therefore change in line with the requests for the applications to which they correspond.

Abstract: A mobile terminal displays on a screen a panel from among a plurality of man-machine interface panels on which graphic objects relative to the applications installed on the mobile terminal may be placed. Each application is associated with at least one application category. The mobile terminal determines (4.2) at least one application category to which is associated the panel displayed on the screen, and decides (4.4) to authorize or not authorize whether the graphic objects are placed on the displayed panel, depending on the application category or categories associated with the displayed panel. A menu, comprising graphic objects relative to the applications and from which graphic objects relative to the applications installed on the mobile terminal may be installed on the displayed panel, is organized depending on the application category or categories associated with the displayed panel.

Abstract: A mobile terminal (1.0) comprises, in a casing, a plurality of elements including, at least, one screen (1.2), one keypad (1.11), one battery, one printed circuit on which is placed at least one central processor of the mobile terminal. The printed circuit is connected to the battery. The casing comprises a first part (1.1) comprising the screen and a second part (1.4) comprising the keypad, the second part of the casing being assembled in a mobile manner between a retracted position and a deployed position in a cavity (1.7) formed in the first part of the casing. The first part of the casing comprises a first element (1.8) from among the battery and the printed circuit, and the second part of the casing comprises the second element (1.9) from among the battery and the printed circuit. The first element from among the battery and the printed circuit and the cavity are positioned on both sides of a plane perpendicular to the screen.

Abstract: The invention relates to a USB stick comprising an oblong body which comprises electronic components and a USB connector electrically connected to the electronic components, the oblong body comprising a first part and a second part which are fixed to each other by means of a hinge connection, the first part comprising the USB connector and being rotatable with respect to the second part between a storage position in which the USB connector is stored inside the oblong body and a first use position in which the USB connector extends from the oblong body, the hinge mechanism comprising a spring mechanism for moving the first part. The hinge connection comprises a blocking mechanism, provided for releasably blocking the first part in the first use position or a second use position located between the first use position and the storage position.

Abstract: The invention relates to a USB stick comprising an oblong body which comprises electronic components and a USB connector electrically connected to the electronic components, the oblong body comprising a first part and a second part which are fixed to each other by means of a hinge connection, the first part comprising the USB connector and being rotatable with respect to the second part between a storage position in which the USB connector is stored inside the oblong body and a first use position in which the USB connector extends from the oblong body, the hinge mechanism comprising a spring mechanism for moving the first part. The electronic components are included in the second part of the oblong body and the USB connector is connected through to the second part by means of a connecting cable at the hinge connection.

Abstract: The present invention relates to a method of transferring an image of a mobile telephony device named transmitter (T) to another mobile telephony device named receiver (R), the method comprising of step (1) for the preparation of the transfer in which the user selects an image (P) stored in a memory of the transmitter (T), a receiver (R) is selected after a searching phase and a radio frequency communication is established between the transmitter and the receiver, step (3) of validation of this transfer by the user and step (2) of effective transfer of the selected image (P) in which begins the effective transfer of the image. The method is characterized in that the said step (2) of effective transfer of the selected image (P) follows step (1) of preparation of the transfer of this image (P) and is prior to step (3) of validation of the transfer by the user. The present invention also relates to an image transfer system, a mobile telephony device and a computer program.

Abstract: A mobile phone powered by a battery (60) and including a solar panel (70) for recharging the battery (60). The phone includes a light detector (80) and an alarm (81), the alarm (81) being turned on, at least for a moment, repeated or not, when the amount of light received by the light detector (80) is greater than a predetermined threshold.

Abstract: The present invention relates to a mobile phone comprising a casing (11) provided to house the various components of the phone, the said casing (11) being provided in order to receive a window (12), and a loudspeaker (40) mounted on the side of the casing (11) which is opposite to that which receives the window (12), the said phone having a marking (M). According to the present invention, it comprises a marking system for presenting the said marking (M) which consists of an opening (121) formed in the window (12) and a projection (111) on the casing (11) in a general form of marking (M) and provided to pass inside of the opening (121), and in that the said loudspeaker (40) is mounted in line with the marking system, transmission means being provided to enable sound waves emitted by the said loudspeaker (40) to be transmitted by the said opening (121).

Abstract: Method for providing a printed circuit board (16) with an electronic device (1), wherein the electronic device (1) having at least one external soldering pad (11) having a predetermined size for heat dissipation is soldered with the soldering pad (11) onto a printed circuit board substrate of the printed circuit board (16) such that the electronic device (1) is electrically connected to an electrical circuit provided on the printed circuit board substrate, wherein prior to soldering, one or more through holes (12) are provided in the printed circuit board in the area where the soldering pad (12) is to be soldered to the printed circuit board (16) such that the through hole is provided for allowing flux gasses resulting during soldering of the electronic device (1) to the printed circuit board to escape.

Abstract: System in package including a substrate having a first external layer including a first conductive patterned layer and being externally accessible for electrically connecting the system in package to an external electric circuit and a second internal layer including a second conductive patterned layer and being covered by the first layer and electronic devices provided on the substrate and electrically connected to external contact pads of the first conductive patterned layer. The devices and the first and second conductive patterned layer being electrically connected to form an internal electric circuit electronically connected to the external electric circuit, the first and the second layer being adjacently positioned, the electronic devices being enclosed in an overmould compound. At least one of the devices is electrically connected to at least one hidden contact pad of the second conductive patterned layer which is accessible after removal of a removable strip of the first layer.

Abstract: A computer peripheral telecommunications device having an electronic interface for connection to a computer and being configured for adding wireless telecommunication functionality to the computer, the device comprising a movable cover portion for covering the electronic interface while not in use and an antenna integrated in the movable cover portion.

Abstract: The invention relates to a retractable antenna structure for use in a telecommunications device. The antenna structure comprising a slide portion adapted for movably mounting the antenna structure in a cavity of a telecommunications device, such that the antenna structure is retractable into the cavity for storage and extensible from the cavity for operation, and an antenna portion carrying a flat radiation element for establishing at least one wireless network connection. The antenna portion comprises a first wing carrying a first part of the radiation element and a second wing carrying a second part of the radiation element. The wings are pivotally connected to each other between a storage position in which the wings lie on top of each other and an operational position in which the wings are spaced apart. The antenna portion further comprises at least one resilient member acting on at least one of the wings for spacing the wings apart.

Abstract: Method and device for managing simultaneous connections of a mobile telecommunications device to at least a wireless local area network and a mobile telephone network via a single terminal of the mobile telecommunications device, the method including the steps of: (a) establishing a first wireless connection of the terminal with the wireless local area network, (b) establishing a second wireless connection of the terminal with the mobile telephone network, (c) responding to each network at predetermined times, such that the first and second wireless connections are maintained, and (d) preventing simultaneous transmittals of data from the terminal to both networks over the first and second wireless connections.

Abstract: Method for connecting a host computer device to a wireless communication network, the host computer device being provided with an operating system with at least one pre-installed generic driver providing a generic communication protocol (7) for communication between the host computer device and a standard class of computer peripheral devices other than wireless modem devices, the method comprising the steps of: (a) connecting a wireless modem device to the host computer device; (b) setting up, by means of a pre-installed generic driver of the operating system on the computer device, a modem/host communication interface (6) for communication between the wireless modem device and the computer device; (c) connecting the host computer device to a wireless communication network via the wireless modem device; (d) routing data traffic (8-9) between the host computer device and the wireless communication network over the modem/host communication interface (6).

Abstract: A computer peripheral telecommunications device having an electronic interface for connection to a computer and being configured for adding wireless telecommunication functionality to the computer, the device comprising a movable cover portion for covering the electronic interface while not in use and an antenna integrated in the movable cover portion.

Abstract: The invention relates to a retractable antenna structure for use in a telecommunications device. The antenna structure comprising a slide portion adapted for movably mounting the antenna structure in a cavity of a telecommunications device, such that the antenna structure is retractable into the cavity for storage and extensible from the cavity for operation, and an antenna portion carrying a flat radiation element for establishing at least one wireless network connection. The antenna portion comprises a first wing carrying a first part of the radiation element and a second wing carrying a second part of the radiation element. The wings are pivotally connected to each other between a storage position in which the wings lie on top of each other and an operational position in which the wings are spaced apart. The antenna portion further comprises at least one resilient member acting on at least one of the wings for spacing the wings apart.

Abstract: A method for accessing a smart card from a host device, the smart card being connected to the host device via a telecommunications card, the telecommunications card having a command interpreter for interpreting host device commands and a modem with associated smart card reader for enabling the telecommunication and user identification the modem being only accessible to the host device via the command interpreter, the method including: (a) providing an access command on the host device, the access command instructing the command interpreter to pass on any attached command originating from the host device to the smart card reader; (b) attaching an application command to the access command and forwarding both to the command interpreter; (c) performing the application command on the smart card reader; (d) storing a response given by the smart card to the application command in a first buffer which is accessible towards the host device.

Abstract: A telecommunications card comprising a cavity in which an antenna structure is movably mounted between a first position in which the antenna structure is substantially located within the cavity and a second position in which the antenna structure is extended from the cavity, the telecommunications card further comprising moving means for moving the antenna structure from the first position to the second position, the antenna structure comprising a slide portion and an antenna portion which are movably connected to each other, characterised in that the antenna structure further comprises erecting means for erecting the antenna portion from the second position to a third position suitable for wireless communication with a telecommunications network.

Abstract: A telecommunications card which includes a cavity in which an antenna structure is movably mounted between a first position in which the antenna structure is substantially located within the cavity and a second position in which the antenna structure is extended from the cavity, the telecommunications card further including moving mechanism for moving the antenna structure from the first position to the second position, the antenna structure comprising a slide portion and an antenna portion which are movably connected to each other, wherein the antenna structure further including an erecting mechanism for erecting the antenna portion from the second position to a third position suitable for wireless communication with a telecommunications network.