Abstract: Computing devices comprise a releasably attachable display assembly to secure a display to a device housing. The display assembly comprises a cover glass to which a display is attached. A retention frame attached to the perimeter of the cover glass comprises a plurality of hooks along one edge and a plurality of snaps along the remaining edges. The hooks and snaps engage with internal retention features along the interior of the housing to secure the display assembly to the housing. A liquid adhesive secures the cover glass to the retention frame. The display assembly further comprises an energy absorber to form a seal between the frame and the housing. The display assembly allows for computing devices with displays that are easily removable for improved serviceability and narrower bezels for improved industrial design.

Abstract: In accordance with an example embodiment of the present invention an apparatus (100) is provided, comprising: a first housing (101) comprising a first user interface (103), the first user interface extends along a first plane, and a second housing (102) comprising a second user interface (104), the second user interface extends along a second plane; the apparatus configured to provide a first position which is a compact position, and a second position in which the second user interface is exposed, and in which the second plane has been moved relatively toward the first plane; and a constraint member configured to constrain movement of the second user interface when the first user interface and second user interface are at least partly overlapping.

Abstract: Disclosed herein is an apparatus. The apparatus includes a first housing section, electronic circuitry, and a second housing section. The first housing section forms a front face and a first side of the apparatus. The electronic circuitry is mounted in the first housing section. The second housing section is movably connected to the first housing section. The second housing section is configured to be movable between a first position and a second position. The second housing section partially houses components from the first housing section when the second housing section is in the first position. The second housing section forms a majority of a back face of the apparatus when the second housing section is in the first position.

Abstract: Disclosed herein is an apparatus. The apparatus includes a first housing section, electronic circuitry, and a second housing section. The first housing section forms a front face and a first side of the apparatus. The electronic circuitry is mounted in the first housing section. The second housing section is movably connected to the first housing section. The second housing section is configured to be movable between a first position and a second position. The second housing section partially houses components from the first housing section when the second housing section is in the first position. The second housing section forms a majority of a back face of the apparatus when the second housing section is in the first position.

Abstract: A portable electronic device including a device printed wiring board; an electrical connector connected to the device printed wiring board; and a camera coupled to the device printed wiring board by the electrical connector at a sliding height connection. The sliding height connection allows the camera to slide relative to the electrical connector along a first axis to allow positioning of the camera relative to the electrical connector at one of a plurality of different heights along the first axis.

Abstract: A mobile phone (50) having a one base part (10) integrated of a hard body part (11), a phone window (4) and a soft middle part (12), which is connecting the mentioned parts (4, 11) and that the phone window (4) is foldable against the hard body part (11) along a hinge line (13) created in the soft middle part (12).

Abstract: A mobile communication apparatus including a display unit, wherein the display unit includes a first and a second display arranged back-to-back, a light source, and a single reflective layer arranged between the first display and the second display is disclosed. Each of the first and second displays includes a light guide arranged to transmit light from the light source to backlight the displays.

Abstract: The present invention relates to hinge mechanisms for electronic devices with folding casings and to a double articulated hinge mechanism for aforesaid electronic devices offering advantageous characteristics for electric conductors to be passed through the inventive hinge mechanism. The mechanism allows pivoted junction of at least two casing parts constituting a folding casing of an electronic device, wherein each casing part includes electric components. The hinge mechanism has at least a hinge body component and a flexible electrical conductor for connecting the electronic components included by different casing parts. The hinge body component enables establishing two independent, substantially parallel and at a predefined distance separated pivot axes. Further the hinge body component provides a passage, which is adapted to receive the flexible electrical conductor for being routed though the hinge mechanism.

Abstract: The invention concerns electronic equipment including a body structure in which a place is arranged for at least one display and belonging in connection with the body structure display means including at least one said display, whereby the said display allows use of the equipment in at least two operating modes, and user interface means for inputting information to the equipment and including at least one input part being constantly on view, and which equipment and especially its at least one said display can be adapted to at least two operating modes for presenting the information, of which in the first operating mode, being the mobile-station operating mode, the said display is adapted to merge with the body structure of the equipment being in the place arranged for it, and in the second operating mode, the display is raised from its place, and in both operating modes information is adapted to be inputted to the equipment by the user interface means.

Abstract: A portable electronic device including a device printed wiring board; an electrical connector connected to the device printed wiring board; and a camera coupled to the device printed wiring board by the electrical connector at a sliding height connection. The sliding height connection allows the camera to slide relative to the electrical connector along a first axis to allow positioning of the camera relative to the electrical connector at one of a plurality of different heights along the first axis.

Abstract: A method for manufacturing an electronic device; an electronic device and a display element. The device comprises at least a first and a second display, the displays being OLED displays arranged on opposite sides of one and the same part of the device, the first display showing information mainly in a first direction and the second display, correspondingly, mainly in a second direction substantially opposite from the first direction. The first and the second display are arranged such that the second display forms at least a part of the structure protecting the back of the first display.

Abstract: The present invention relates to hinge mechanisms for electric devices with folding casings and to a double articulated hinge mechanism for aforesaid electronic devices offering advantageous characteristics for electric conductors to be passed through the inventive hinge mechanism. The mechanism allows pivoted junction of at least two casing parts constituting a folding casing of an electric device, wherein each casing part includes electric components. The hinge mechanism comprises at least a hinge body component and flexible electrical conductor means for connecting the electric components included by different casing parts. The hinge body component enables establishing two independent, substantially parallel and at a predefined distance separated pivot axes. Further the hinge body component provides a passage, which is adapted to receive the flexible electrical conductor means for being routed though the hinge mechanism.

Abstract: A hinge cover mechanism for an electric device with a folding casing with at least a first casing part and a second casing part adjoined by a hinge mechanism includes a hinge cover component having at least first pivot means which cooperate with the second casing part to allow movement of the hinge cover component about a first cover pivot axis and second pivot means which cooperate with the first casing part to allow both linear movement of the hinge cover component and movement of the hinge cover component about a second cover pivot axis.

Abstract: An expansion card, preferably a wireless communication device, which card is arranged to be fitted in the expansion card connection of an electronic device and which comprises a frame part. In the invention, the card is provided with an antenna rod structure comprising a first end equipped with an antenna part and a second end to be fitted movably inside said frame part, wherein said antenna part is arranged to be movable for inserting the antenna part in said card and for extending the first end outside said card.

Abstract: The present invention relates to a housing (7) which is arranged to constitute at least part of the housing structure protecting at least part of e.g. an electronic device and which comprises at least a front surface (8a), wherein said front surface comprises a recess (10) for the keyboard of said device.

Abstract: A card-like wireless communication device including at least a frame part and an antenna structure, the antenna structure comprising an antenna part and fixing means for arranging the antenna part in connection with the frame part. The card-like wireless communication device also includes a first part and a second part, the parts being arranged to be movable in relation to each other in at least the longitudinal direction of the card-like wireless communication device. The first part is arranged as the frame part and the second part is arranged as the antenna part which can be moved in at least two different positions.

Abstract: The present invention relates to a wireless communication card device, which is for example a standardized expansion card for an electronic device, and which card (CP) comprises at least a cover surface (1) and a bottom surface (2) as well as a frame structure (3) placed therebetween and edging said card (CP), and which card (CP) further comprises at least an antenna structure (ANT). Said antenna structure (ANT) is integrated in said frame structure (3). The antenna structure (ANT) can be arranged primarily on the outer surface (3a) of said frame surface structure (3). The card can be for example a PCMCIA or CF card.

Abstract: The present invention relates to a housing (7) which is arranged to constitute at least part of the housing structure protecting at least part of e.g. an electronic device and which comprises at least a front surface (8a), wherein said front surface comprises a recess (10) for the keyboard of said device.

Abstract: The present invention relates to a cover structure for a wireless communication device arranged at least partly as a standard expansion card, and the cover structure (3) being provided with at least one cover surface (3a, 3b). The cover surface (3a, 3b) is provided with at least one elongated bracing groove (G1 to G3) for increasing the dimensional stability of the cover surface (3a, 3b, 4a, 4b, 4c). In an advantageous embodiment of the cover structure (3), the thickness of the cover structure (3) at the bracing groove corresponds substantially to the thickness of the cover structure (3) at the cover surface (3a, 3b), and the bracing groove (G1 to G3) extends substantially over the cover surface (3a, 3b) and the depth of the bracing groove (G1 to G3) is smaller than the thickness of the cover structure (3) at the cover surface (3a, 3b). The present invention relates also to a method in the manufacture of the cover structure for a wireless communication device.

Abstract: The present invention relates to a cover structure for a wireless communication device arranged at least partly as a standard expansion card, and the cover structure (3) being provided with at least one cover surface (3a, 3b). The cover surface (3a, 3b) is provided with at least one elongated bracing groove (G1 to G3) for increasing the dimensional stability of the cover surface (3a, 3b, 4a, 4b, 4c). In an advantageous embodiment of the cover structure (3), the thickness of the cover structure (3) at the bracing groove corresponds substantially to the thickness of the cover structure (3) at the cover surface (3a, 3b), and the bracing groove (G1 to G3) extends substantially over the cover surface (3a, 3b) and the depth of the bracing groove (G1 to G3) is smaller than the thickness of the cover structure (3) at the cover surface (3a, 3b). The present invention relates also to a method in the manufacture of the cover structure for a wireless communication device.