Abstract: An apparatus comprising at least one processor and at least one memory including computer program code the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform determining a change in position and/or orientation of an apparatus, and processing at least two audio signals dependent on the change in position and/or orientation to generate at least one output signal wherein the processing of the two audio signals dependent on the change in position and/or orientation produces the output signal comprising a representation of acoustic energy from a first direction.

Abstract: An apparatus comprising at least one processor and at least one memory including computer program code the at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to perform determining a change in position and/or orientation of an apparatus, and processing at least two audio signals dependent on the change in position and/or orientation to generate at least one output signal wherein the processing of the two audio signals dependent on the change in position and/or orientation produces the output signal comprising a representation of acoustic energy from a first direction.

Abstract: A portable electronic device having a main body, the device including a camera arrangement for capturing images in a plurality of directions relative to the main body of the device; a lighting element; and a reflector, at least a portion of which is movable about the lighting element to change the direction of light reflected from the lighting element.

Abstract: An actuator element comprises at least two actuator arms. Each of the at least two actuator arms is fixed to a first mount part at a first end of the actuator arm and to a second mount part at a second end of the actuator arm. The at least two actuator arms are configured to cause moving of the first mount part and the second mount part in respect of each other by application of an electric field to the at least two actuator arms. A lens element may comprise the actuator element and a lens mounted on the first mount part. An electronic device may comprise the actuator element or the lens element.

Abstract: An actuator element comprises at least two actuator arms. Each of the at least two actuator arms is fixed to a first mount part at a first end of the actuator arm and to a second mount part at a second end of the actuator arm. The at least two actuator arms are configured to cause moving of the first mount part and the second mount part in respect of each other by application of an electric field to the at least two actuator arms. A lens element may comprise the actuator element and a lens mounted on the first mount part. An electronic device may comprise the actuator element or the lens element.

Abstract: A portable electronic device having a main body, the device comprising: including a camera arrangement for capturing images in a plurality of directions relative to the main body of the device; a lighting element; and a reflector, at least a portion of which is movable about the lighting element to change the direction of light reflected from the lighting element.

Abstract: A display window for placement in registration with a display is disclosed. The display is viewable through the window. A first surface of the window is for exposure to a user, and a second surface of the window is for placement adjacent the display. The second surface is provided with a grating to distribute light from an associated source of illumination in the direction of the display. Also disclosed is a display assembly and a portable telephone.

Abstract: This invention discloses a filter structure for a video image sensing device. The filter structure consists of a red colour filter and a blue colour filter and these are combined in a sensing block with non-colour or apertured windowed sensors i.e. grey sensors.

Abstract: Dead reckoning is used to solve a location problem when a user is out of range of GPS coverage. A starting position is determined by tracking movements from a first position where GPS coverage is not available to a second position where GPS coverage is available. The starting position is then determined by backtracking from this known position.

Abstract: Dead reckoning is used to solve a location problem when a user is out of range of GPS coverage. A starting position is determined by tracking movements from a first position where GPS coverage is not available to a second position where GPS coverage is available. The starting position is then determined by backtracking from this known position.

Abstract: A display window for placement in registration with a display is disclosed. The display is viewable through the window. A first surface of the window is for exposure to a user, and a second surface of the window is for placement adjacent the display. The second surface is provided with a grating to distribute light from an associated source of illumination in the direction of the display. Also disclosed is a display assembly and a portable telephone.

Abstract: This invention provided a mobile phone having a camera module (262) which is provided with a mirror (2020) that is pivotally or slidably mounted in relation to the camera so that flipping or sliding of the mirror relative to the camera (202) provides a range of images to the camera. Movement of the camera to take a plurality of images is thus unnecessary.