Nokia Corporation

Sulvanuss Capital L.l.c.

Santtu Naukkarinen

Tapani Ryhänen

Kari Tapani Hjelt

Kai Inha

Timo Tapani Vitikainen

Jukka Nihtilä

Jari Hyyryläinen

Kjell Nybergh

The invention relates to a mobile electronic system. In order to expand and enhance the usability of the mobile electronic system, it is proposed that it comprises a 3D magnetometerperforming magnetic measurements in three dimensions and providing data indicative of the current posture of the mobile electronic system based on these measurements. Further, it is proposed that the mobile electronic system comprises processing meansprocessing the data provided by the 3D magnetometerfor enabling a posture related presentation of information via output meansof the mobile electronic system. The invention relates equally to components of such a system and to a corresponding method.

Mobile electronic system

A system for managing physiological information includes a mobile terminal and at least one destination. The terminal is capable of transferring physiological information relating to a terminal user. The destination(s), in turn, are capable of receiving the physiological information and performing at least one operation based upon the physiological information. The destinations can return content to the terminal, where the content is selected based upon the operation(s) performed by the destination(s). Upon receiving the content, then, the terminal is also capable of performing at least one operation based upon the content. The system can also include a mobile station for facilitating the transfer of physiological information and content between the terminal and the destination(s).

System, method and computer program product for managing physiological information relating to a terminal user

A system and method measures a parameter of body fat using body fat monitoring circuitry provided with a mobile communications device or device cover. A mobile terminal device includes a housing supporting a display, a processor, and a user interface for facilitating user interaction with the mobile terminal device. Body fat monitoring circuitry of the mobile terminal device includes a tactile interface supported by one or both of the housing and a cover of the housing. The monitoring circuitry communicates monitoring signals to a portion of a user's body via the tactile interface. The processor computes a resistance to the communication of the monitoring signals and computes the user's body fat parameter using the computed resistance. An acceleration sensor may be included to provide various pedometer functions.

Body fat monitoring system and method employing mobile terminal

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Espoo, Finland

Santtu Naukkarinen