Abstract: An electronic device processes received messages, such as text messages, text-based emails, and push notifications, received by the electronic device. The electronic device extracts event information from the received messages. The electronic device enters the extracted event information in a calendar system of the electronic device.

Abstract: A notebook PC includes a main body, a cover rotatably mounted to the main body, a projector detachably received in the cover and electrically connected to the cover, a holding mechanism received in the cover, and a driving mechanism received in the cover. The holding mechanism releasably holds the projector in place when the projector is received in the cover, and the driving mechanism drives the projector out of the cover when the projector is released by the holding mechanism.

Abstract: A communication device and a method for data management include setting a birth month and a birth day of each contact in a contact list. The method further includes arranging all the contacts in the contact list according to the birth month of each contact, and arranging contacts having the same birth month according to the birth day of each contact sharing the same month.

Abstract: A communication device and a method for data management include setting relevant information for contacts in a contact list to one or more social network applications, and confirming contacts associated with a specific social network application when the communication device runs the specific social network application. The method includes obtaining current status of the confirmed contacts from the social network application, arranging all the contacts in the contact list according to the current status of the confirmed contacts and showing the contact list in an arranged order on a display.

Abstract: An exemplary portable electronic device includes a housing, a sensing unit, a signal converting unit, and a processor. The sensing unit, the signal converting unit, and the processor are electrically connected in series and mounted in the housing. The housing includes an operating section formed at one end of the housing as part of the housing. The sensing unit is mounted in the operating section, and configured for detecting the direction of elastic deformation and relative displacement of the operating section in different directions to generate a corresponding command signal. The signal converting unit is configured for transforming the command signal from the sensing unit. The processor receives the signal from the signal converting unit, and generates a control signal to achieve different operations corresponding to the direction of elastic deformation and the relative displacement of the operating section.

Abstract: A notebook PC includes a main body, a cover rotatably mounted to the main body, a projector detachably received in the cover and electrically connected to the cover, a holding mechanism received in the cover, and a driving mechanism received in the cover. The holding mechanism releasably holds the projector in place when the projector is received in the cover, and the driving mechanism drives the projector out of the cover when the projector is released by the holding mechanism.

Abstract: A wireless communication device includes a main terminal for communicating with other conventional wireless communication devices through wireless communication systems, and at least one subsidiary terminal communicating with the main terminal using short distance wireless communication signals. Audio signals, messages and instruction input into the subsidiary terminal are sent to the main terminal by the subsidiary terminal and sent to other wireless communication devices by the main terminal. Wireless signals corresponding to audio signals and/or messages received from other wireless communication devices by the main terminal are sent to the subsidiary terminal to be played and/or displayed.

Abstract: A portable electronic device includes a main body and a peripheral component. The main body includes a first display, a first keypad, a MPU, a first display module, a first inputting module, and a storage module. The first display and the first keypad are disposed on a surface thereof. The first display module supports first display to display information received from the MPU. The first inputting module supports the first display or the first keypad to input information to the MPU. The storage module stores commands, programs, and data of the MPU. The peripheral component includes a second display and a second keypad disposed a surface thereon. When the main body is assembled with the peripheral component, the main body and the peripheral component can transmit signals to each other, and the MPU of the main body controls the second display and the second keypad.

Abstract: A capacitive touch control module includes a touch screen, an indium tin oxide conducting layer and a shell. The touch screen has an outer surface and an opposite inner surface. The indium tin oxide conducting layer is disposed on the inner surface of the touch screen and thus forms a touch sensing circuit. The shell is substantially concave frame shape and a shell surrounds the periphery of the touch screen. An outer periphery flange of the shell is higher than an inner circumference flange of the shell. The plane of the touch screen is lower than the outer periphery flange of the shell.

Abstract: A projector for showing images displayed by an electronic device includes a projecting unit and a power supply unit. The projecting unit is connected to the electronic device to receive signals from the electronic device and show the images according to the signals. The power supply unit is connected to the projecting unit to supply electric power to the projecting unit. The power supply unit includes a power output connector and outputs electric power through the power output connector.