Abstract: A telephone comprises a camera, a display and processing and communication circuitry. The camera is located in a first body part of the telephone and the display is located in a second body part of the telephone. The body parts are joined via a tilt and swivel hinge, which allows movement of the body parts between at least a first and a second position relative to each other. The first relative position is such that the camera and the display are facing in a first direction. The second relative position is such that the camera and the display are facing in substantially different directions. The hinge can actuate electric switching means connected to the circuitry in the telephone when allowing movement of the body parts between the two positions relative to each other. The processing and communication circuitry is configured to detect the actuation of the electric switching means.

Abstract: The present invention relates to a communication apparatus having a first housing member pivotally coupled to a second housing member, a controller operable in a plurality of operation states, and a detector associated with the first and second housing members and connected to the controller. The detector is adapted to detect an angle position related to the first and second housing members and supply an angle position detection signal to the controller. The controller is adapted to enter one of a plurality of operating states when said angle position detection signal represents an angle position within one of a plurality of intervals, respectively. The invention further relates to a method comprising detecting the angle position related to the first and second housing members, and entering one of the plurality of operating states of the communication apparatus related to one of the plurality of intervals, respectively, for operating the communication apparatus.

Abstract: A telephone comprises a first housing part (301) and a second housing part, where the first and second housing parts are electrically and mechanically joined via a tilt and swivel hinge. The hinge is configured to allow movement of the first and second housing parts between a plurality of positions relative to each other, and the hinge comprises a tilt shaft (309) and a swivel shaft arranged along a tilt axis (320) and a swivel axis, respectively. The tilt shaft is arranged at least partly within the first housing part (301) and the first housing part is configured to engage with a hinge lock device (340), which is configured to prevent the tilt shaft (309) from moving relative to the first housing part (301) along the tilt axis.

Abstract: A telephone comprises a camera, a display and processing and communication circuitry. The camera is located in a first body part of the telephone and the display is located in a second body part of the telephone. The body parts are joined via a tilt and swivel hinge, which allows movement of the body parts between at least a first and a second position relative to each other. The first relative position is such that the camera and the display are facing in a first direction. The second relative position is such that the camera and the display are facing in substantially different directions. The hinge can actuate electric switching means connected to the circuitry in the telephone when allowing movement of the body parts between the two positions relative to each other. The processing and communication circuitry is configured to detect the actuation of the electric switching means.