Abstract: Examples disclosed herein provide a retractable structure for a computing device. The computing device can include a base member and a hinge assembly to couple a display member to the base member. The structure can be disposed within the base member such that the structure can be retractable within a rear sidewall of the base member and extendable from the rear sidewall when the hinge assembly is in an open position with respect to the base member.

Abstract: Examples disclosed herein provide, a retractable structure r a computing device. The computing device can include a base member and a hinge assembly to couple a display member to the base member. The structure can be disposed within the base member such that the structure can be retractable within a rear sidewall of the base member and extendable from the rear sidewall when the hinge assembly is an open position with respect to the base member.

Abstract: A signal detecting device and a light-emitting apparatus using the same are provided. The signal detecting device includes an electromagnetic generator and a first switch. The electromagnetic generator includes a first receiving terminal and a second receiving terminal to receive an input signal from the first receiving terminal and the second receiving terminal and generate electromagnetic induction according to the input signal. A first terminal of the first switch is coupled to a first signal source. A second terminal of the first switch is coupled to an output terminal of the signal detecting device. The first switch determines whether the two terminals of the first switch are conducted according to the electromagnetic induction caused by the input signal.

Abstract: An integral keyboard assembly is provided. The integral keyboard assembly includes a top casing, a keyboard module, and a support plate. The first surface of the top casing is defined a keyboard bonding area where a plurality of openings is arranged as a keyboard structure distribution. The keyboard module includes multiple keys with interspaces formed therebetween. Each of the keys is inserted into a corresponding one of the openings. The support plate is coupled to the top casing so that the keyboard module is sandwiched between the top casing and the support plate. By implementing the present invention, the keyboard assembly has better integrity and space impression. Furthermore, the keyboard module is provided with improved support by utilizing the support plate.

Abstract: A connection structure having guiding mechanism includes a female connector, a sensing unit and a status-indicating unit arranged on an electronic device, and a male connector, a trigger element and a status-indicating unit arranged a docking station. While the electronic device is close to the docking station, the sensing unit will sense the trigger element and activate the status-indicating unit. Once the status-indicating unit is aligned to the position-marking unit by a user, the female connector will be aligned to the male connector.

Abstract: An integral keyboard assembly is provided. The integral keyboard assembly includes a top casing, a keyboard module, and a support plate. The first surface of the top casing is defined a keyboard bonding area where a plurality of openings is arranged as a keyboard structure distribution. The keyboard module includes multiple keys with interspaces formed therebetween. Each of the keys is inserted into a corresponding one of the openings. The support plate is coupled to the top casing so that the keyboard module is sandwiched between the top casing and the support plate. By implementing the present invention, the keyboard assembly has better integrity and space impression. Furthermore, the keyboard module is provided with improved support by utilizing the support plate.

Abstract: A device includes a screen back cover, a screen protective cover frame, a roller, and a screen protective cover. The screen back cover is configured to mount a screen to a computer. The screen protective cover frame includes a roller chamber, and is configured to snap fit with the screen back cover. The roller is disposed within the roller chamber, and is configured to guide a battery of the computer and to inhibit the battery from being placed in physical communication with the screen when the battery is inserted into the computer. The screen protective cover is in physical communication with the screen protective cover frame, and is configured to hold the roller within the roller chamber.

Abstract: An arrangement of a computer host with high compatibility is disclosed. The computer host has a housing. A motherboard is disposed in right half of the housing. The motherboard is provided with an indention for accommodating a heat dissipation unit. A hard disk drive is disposed in left half of the housing. The hard disk drive substantially aligns with the heat dissipation unit. This arrangement can be applied in various computer hosts.

Abstract: A device includes a screen back cover, a screen protective cover frame, a roller, and a screen protective cover. The screen back cover is configured to mount a screen to a computer. The screen protective cover frame includes a roller chamber, and is configured to snap fit with the screen back cover. The roller is disposed within the roller chamber, and is configured to guide a battery of the computer and to inhibit the battery from being placed in physical communication with the screen when the battery is inserted into the computer. The screen protective cover is in physical communication with the screen protective cover frame, and is configured to hold the roller within the roller chamber.

Abstract: A method and device for executing battery auto-learning applied to a portable data processor with a rechargeable battery and a current gauge is disclosed. The device includes a charging device, a first switch and a second switch controlled by the portable data processor. The notebook computer can control the first switch, the second switch and the charging device automatically so that the battery learning process can be executed automatically instead of being operated manually. It can save a lot of manufacturing cost and time. Moreover, if the user wants to eliminate the memory effect of the rechargeable battery, he can set the executing times for executing the battery auto-learning to achieve the purpose.