Abstract: There is provided an electrical charger including a base unit and an adaptor unit. The base unit is configured for being coupled to an electronic device. The adaptor unit is configured for being coupled to a power supply. The base unit is configured to co-operate with the adaptor unit such that there is provided an electrically coupled state wherein the base unit is electrically coupled to the adaptor unit, and such that there is also provided an electrically uncoupled state wherein the base unit is electrically uncoupled from the adaptor unit. Effecting a change in state from one of the electrically coupled state or the electrically uncoupled state to the other one of the electrically coupled state and the electrically uncoupled state includes effecting rotation of the base unit relative to the adaptor unit. There is also provided an electrical charger including a base unit and an adaptor unit. The base unit is configured for being electrically coupled to an electronic device.

Abstract: There is provided an electrical charger including a charger assembly and a locking assembly. The charger assembly includes a base unit configured for being electrically coupled to an electronic device, and an adaptor unit configured for being electrically coupled to a power supply. The locking assembly includes at least one operative detent member. There is provided a locked state, wherein the base unit is disposed in an electrical coupling relationship with the adaptor unit and movement of the base unit relative to the adaptor unit, such that the base unit becomes disposed in an electrically uncoupled relationship with the adaptor unit, is resisted. There is also provided an unlocked state wherein the base unit is moveable relative to the adaptor unit.

Abstract: There is provided an electrical charger including a base unit and an adaptor unit. The base unit is configured for being coupled to an electronic device, and includes an electrical connector plug which includes a plurality of electrical connector plug contacts. The adaptor unit is configured for being coupled to a power supply, and includes a plurality of adaptor unit contacts and a receiving aperture defining an opening for an electrical connector plug receiving receptacle configured for receiving the electrical connector plug.

Abstract: There is provided an apparatus for supporting a handheld electronic device including a holster and a clip. The holster defines a pocket for receiving a handheld electronic device and supporting the received handheld electronic device. The clip is coupled to the holster and is configured for movement between an open position and a gripping position and is biased towards the gripping position. In the open position, spacing is provided between the clip and the holster so as to receive an article. In the gripping position, the clip is disposed such that, when an article is disposed between the clip and the holster, the article is gripped by the clip against at least one gripping surface portion of the holster under the force effecting biasing of the clip towards the gripping position. When the clip is disposed in the gripping position, and a handheld electronic device is received and supported by the pocket, coupling of the handheld electronic device to the article is thereby effected.

Abstract: A handheld mobile communication device includes a rechargeable first battery for powering the device. A charger includes a second battery. The charger is configured to be detachably coupled to and supported by the device. The device and the charger can be carried together as a single unit as the charger charges the first battery with power from the second battery.

Abstract: A display for a handheld computing device includes a LCD display panel; a display circuit board carrying display electronics for the display panel; a cover assembly securing the display panel to the display circuit board; and a resilient layer disposed between the display circuit board and a circuit board of the computing device. The resilient layer is configured to support the display panel and to limit impact forces applied to the display panel.

Abstract: A portable battery charger for a mobile device having a rechargeable battery includes battery contacts, a switching regulator, and a charger interface. The battery contacts are configured to receive a battery having a low-voltage value. The switching regulator is coupled to the battery contacts and configured to draw the low-voltage value from the battery and convert the low-voltage value to a charger output. The charger interface is configured to electrically engage the mobile device and is further configured to couple the charger output from the switching regulator to the rechargeable battery in the mobile device.

Abstract: A display for a handheld computing device includes a display panel; a circuit board carrying display electronics for the display panel; a cover assembly securing the display panel to the circuit board; and a resilient layer adhered to the circuit board for securing the display to the computing device.

Abstract: A portable battery charger for a mobile device having a rechargeable battery includes battery contacts, a switching regulator, and a charger interface. The battery contacts are configured to receive a battery having a low-voltage value. The switching regulator is coupled to the battery contacts and configured to draw the low-voltage value from the battery and convert the low-voltage value to a charger output. The charger interface is configured to electrically engage the mobile device and is further configured to couple the charger output from the switching regulator to the rechargeable battery in the mobile device.

Abstract: A portable battery charger for a mobile device having a rechargeable battery includes battery contacts, a switching regulator, and a charger interface. The battery contacts are configured to receive a battery having a low-voltage value. The switching regulator is coupled to the battery contacts and configured to draw the low-voltage value from the battery and convert the low-voltage value to a charger output. The charger interface is configured to electrically engage the mobile device and is further configured to couple the charger output from the switching regulator to the rechargeable battery in the mobile device.