Abstract: A wireless earbud (100) for in-ear use has an earbud housing (110), a loudspeaker (130), a rechargeable battery (140), a first microphone (132) and a second microphone (134). The first microphone (132) is adapted to pick up sound internally from an ear canal of a user wearing the wireless earbud. The second microphone (134) is adapted to pick up sound externally from outside of the ear canal of the user wearing the wireless earbud. Disclosed is also a storage and charging capsule (200) for at least one wireless earbud (100a, 100b). The capsule has an elongate insert part (240) having an earbud chamber (246) adapted to receive the or each wireless earbud (100a, 100b). A cover part (260) slidably receives the elongate insert part (240) and is placeable in an open position in which the cover part is retracted from the elongate insert part to allow insertion/removal of the or each wireless earbud (100a, 100b) into/from the earbud chamber (246) of the elongate insert part (240).

Abstract: A wireless earbud (100) for in-ear use has an earbud housing (110), a loudspeaker (130), a rechargeable battery (140), a first microphone (132) and a second microphone (134). The first microphone (132) is adapted to pick up sound internally from an ear canal of a user wearing the wireless earbud. The second microphone (134) is adapted to pick up sound externally from outside of the ear canal of the user wearing the wireless earbud. Disclosed is also a storage and charging capsule (200) for at least one wireless earbud (100a, 100b). The capsule has an elongate insert part (240) having an earbud chamber (246) adapted to receive the or each wireless earbud (100a, 100b). A cover part (260) slidably receives the elongate insert part (240) and is placeable in an open position in which the cover part is retracted from the elongate insert part to allow insertion/removal of the or each wireless earbud (100a, 100b) into/from the earbud chamber (246) of the elongate insert part (240).

Abstract: The invention relates to a mobile terminal comprising a lid unit arranged to substantially block an opening in a mobile terminal housing in an assembled state of the mobile terminal and arranged to allow access through the opening into the interior of the mobile terminal when removed from the opening, wherein the mobile terminal lid unit comprises at least one key device for controlling at least one function on the mobile terminal.

Abstract: The present invention relates to a camera and a method for assembling a camera. The camera comprises a sensor, a lens, and a housing. The method comprises: adjusting a position of at least one of the sensor and the lens such that the sensor is positioned at a predetermined angle in relation to an optical axis of the lens, and laser welding the at least one of the sensor and the lens in relation to the housing such that the sensor and the lens are fixed in relation to each other.

Abstract: The invention relates to a mobile terminal comprising a lid unit arranged to substantially block an opening in a mobile terminal housing in an assembled state of the mobile terminal and arranged to allow access through the opening into the interior of the mobile terminal when removed from the opening, wherein the mobile terminal lid unit comprises at least one key device for controlling at least one function on the mobile terminal.

Abstract: The invention relates to a mobile terminal comprising a lid unit arranged to substantially block an opening in a mobile terminal housing in an assembled state of the mobile terminal and arranged to allow access through the opening into the interior of the mobile terminal when removed from the opening, wherein the mobile terminal lid unit comprises at least one key device for controlling at least one function on the mobile terminal.

Abstract: The present invention relates to a camera and a method for assembling a camera. The camera comprises a sensor, a lens, and a housing. The method comprises: adjusting a position of at least one of the sensor and the lens such that the sensor is positioned at a predetermined angle in relation to an optical axis of the lens, and laser welding the at least one of the sensor and the lens in relation to the housing such that the sensor and the lens are fixed in relation to each other.

Abstract: A mobile electronic device comprising a processor configured to control the operation of said mobile electronic device, and a front-facing display screen coupled to said processor and arranged on a front side of said mobile electronic device. Also the mobile electronic device comprises a mechanically rotatable camera, said camera being rotatable around a rotation axis and configured to capture images around said rotation axis, and said camera being coupled to said processor, and a rotating motor coupled to said rotatable camera for mechanically rotating the mechanically rotatable camera and said rotating motor coupled to said processor, and wherein said processor is configured to control a rotational orientation of the mechanically rotatable camera by control of the rotating motor for mechanically rotating the mechanically rotatable camera.

Abstract: A vibrator assembly includes an electric motor, a shaft driven by the motor, and a cylindrical weight coaxially positioned on the shaft free end, wherein the cylindrical weight has a center of gravity that is radially offset from the shaft axis. The cylindrical weight includes a first portion that is lighter in weight than a second portion. When the vibrator assembly is installed within an electronic device, the cylindrical shape of the weight limits the amount of shaft deflection that can occur when the electronic device is dropped or subjected to other impact forces.

Abstract: A space-efficient card reader for various electronic devices includes a plurality of adjacent, spaced-apart electrical connector pins extending outwardly from a portion of a printed circuit board (PCB) in an electronic device. A cover is configured to overlie the PCB portion, and includes a plurality of adjacent, spaced-apart apertures formed therein. Each aperture is configured to receive a respective one of the connector pins therethrough when the cover is in a secured position overlying the PCB portion. A receptacle is secured to an outer surface of the cover, and is configured to removably receive a card therein such that electrical contacts on the card make contact with the connector pins extending through the apertures in the cover.

Abstract: A device includes a housing capable of forming an internal space during operation of the device. The device also includes a camera having an optical zoom portion provided within the housing. The optical zoom portion is capable of expanding into the internal space when the camera is in use.

Abstract: The present invention relates to a cooling system for a mobile terminal for wireless communication comprising a rotating fan (1) for reducing the heat generated by the mobile terminal and at least one weight (3) for causing an unbalance of the rotation of the fan (1) in order to cause vibration of the fan, whereby said weight is activated when the rotational speed of the fan (1) exceeds a predefined level.

Abstract: A device includes a housing capable of forming an internal space during operation of the device. The device also includes a camera having an optical zoom portion provided within the housing. The optical zoom portion is capable of expanding into the internal space when the camera is in use.

Abstract: A device includes a housing capable of forming an internal space during operation of the device. The device also includes a camera having an optical zoom portion provided within the housing. The optical zoom portion is capable of expanding into the internal space when the camera is in use.

Abstract: The present invention relates to a portable communication device and an antenna system. The device comprises an antenna feeding circuit and at least a first part having a hollow interior where different electrical elements are provided and provided with a main section having a certain width, length and a first height, and an antenna system. The antenna system comprises a ground plane (22, 24) located within and extending along essentially the whole width and length of at least the main section and an antenna element (28) located within the first part. The ground plane is provided in one piece and the only electrical elements of the first part being electrically connected to say ground plane are radio transmission elements.

Abstract: A vibrator assembly includes an electric motor, a shaft driven by the motor, and a cylindrical weight coaxially positioned on the shaft free end, wherein the cylindrical weight has a center of gravity that is radially offset from the shaft axis. The cylindrical weight includes a first portion that is lighter in weight than a second portion. When the vibrator assembly is installed within an electronic device, the cylindrical shape of the weight limits the amount of shaft deflection that can occur when the electronic device is dropped or subjected to other impact forces.

Abstract: A vibrator assembly includes an electric motor, a shaft driven by the motor, and a cylindrical weight coaxially positioned on the shaft free end, wherein the cylindrical weight has a center of gravity that is radially offset from the shaft axis. The cylindrical weight includes a first portion that is lighter in weight than a second portion. When the vibrator assembly is installed within an electronic device, the cylindrical shape of the weight limits the amount of shaft deflection that can occur when the electronic device is dropped or subjected to other impact forces.

Abstract: A space-efficient card reader for various electronic devices includes a plurality of adjacent, spaced-apart electrical connector pins extending outwardly from a portion of a printed circuit board (PCB) in an electronic device. A cover is configured to overlie the PCB portion, and includes a plurality of adjacent, spaced-apart apertures formed therein. Each aperture is configured to receive a respective one of the connector pins therethrough when the cover is in a secured position overlying the PCB portion. A receptacle is secured to an outer surface of the cover, and is configured to removably receive a card therein such that electrical contacts on the card make contact with the connector pins extending through the apertures in the cover.