Abstract: A light emitting diode bulb includes a cover, a lighting module, a driving circuit module, a holder, and a conductive connector. The lighting module is arranged at one side of the cover and includes a plurality of light emitting diodes. The driving circuit module is arranged at the other side of the cover. The holder is assembled with the cover such that the lighting module is arranged between the holder and the cover. The conductive connector is assembled with the holder and opposite to the cover.

Abstract: An electronic device includes a touch-sensitive display; a storing module, an accessing module, a display controller, a sensing module, and a file operating module. The accessing module obtains a folder representative icon from the storage module. The display controller displays the folder representative icon on the touch-sensitive display. The sensing module detects a first slide operation along a first direction on the folder representative icon. The file operating module spreads out a first display window, along the first direction from a side of the folder representative icon to display the sub-folder representative icon. The sensing module further detects a second slide operation on the sub-folder representative icon. The file operating module further spreads out the second display window, along a second direction substantially perpendicular to the first direction, from a side of the sub-folder representative icon.

Abstract: An electronic device includes a touch-screen display, a processor, a memory, and one or more modules stored in the memory. The one or more modules are adapted to be executed by the processor to enter into a user-interface alarm state from a user-interface non-alarm state in responds to an alarm trigger condition. The one or more modules are adapted to display one or more contact areas on the touch-screen display in the user-interface alarm state. The one or more modules are adapted to change locations of the one or more contact areas on the touch-screen display. The one or more modules are adapted to detect one or more contact actions on each of the one or more contact areas on the touch-screen display. The one or more modules are adapted to change the electronic device to the user-interface non-alarm state.

Abstract: A light emitting device includes a body, at least one light emitting unit, at least one heat dissipating element and a power connecting element. The body has a supporting portion and a locking portion. The supporting portion is disposed on one end of the locking portion. The light emitting unit is disposed on the supporting portion. The heat dissipating element has an opening. The heat dissipating element is connected detachably with the locking portion. The power connecting element is connected with the body. The light emitting device having detachable heat dissipating elements can not only reduce the cost and time of research/development and manufacture but also increase the flexibility of the products.

Abstract: An electronic device includes an enclosure, a retaining piece, and a battery. The enclosure defines a battery space. The retaining piece is located at a side of the enclosure. The retaining piece can move elastically along a first direction. The battery is laid in the battery space and adapted to move along a second direction which is perpendicular to the first direction. The retaining piece is adapted to move from a compressed state to an ejected state. The battery pressed the retaining piece in the compressed state. The battery is moved into the battery space along the second direction and is blocked by the retaining piece.

Abstract: An electronic device includes an enclosure, a retaining piece, and a battery. The enclosure defines a battery space. The retaining piece is located at a side of the enclosure. The retaining piece can move elastically along a first direction. The battery is laid in the battery space and adapted to move along a second direction which is perpendicular to the first direction. The retaining piece is adapted to move from a compressed state to an ejected state. The battery pressed the retaining piece in the compressed state. The battery is moved into the battery space along the second direction and is blocked by the retaining piece.

Abstract: An electronic device includes a touch-sensitive display; a storing module, an accessing module, a display controller, a sensing module, and a file operating module. The accessing module obtains a folder representative icon from the storage module. The display controller displays the folder representative icon on the touch-sensitive display. The sensing module detects a first slide operation along a first direction on the folder representative icon. The file operating module spreads out a first display window, along the first direction from a side of the folder representative icon to display the sub-folder representative icon. The sensing module further detects a second slide operation on the sub-folder representative icon. The file operating module further spreads out the second display window, along a second direction substantially perpendicular to the first direction, from a side of the sub-folder representative icon.

Abstract: An electronic book reader includes a display, a back panel, and a touch panel. The display displays an electronic book. The touch panel is connected between the display and the back panel. An obtuse angle is defined between the display and a touch panel. The touch panel receives finger sliding signals from a user for controlling the display of the electronic book.

Abstract: A mobile terminal includes a resistive touch panel, a gravity sensing module, an obtaining module, a calculating module, and a value displaying module. The gravity sensing module is used to detect a gravity direction of an object and calculate an angle between the resistive touch panel and the gravity direction. The obtaining module obtains a touch resistance when the object is placed on the resistive touch panel. The calculating module calculates a weight of the object according to the touch resistance and the angle. The value display module displays the weight on the resistive touch panel.

Abstract: An electronic device includes a display, a storing module, an accessing module, a displaying controller, a sensing module, and a file operating module. The storing module stores a folder and a plurality of files. The folder is displayed as a folder representative icon on the touch-sensitive display. Each file is displayed as a file representative icon on a display window. The accessing module obtains the folder representative icon. The displaying controller displays the folder representative icon on the display. The sensing module detects a slide operation along a first direction on the touch sensitive display by a finger/stylus on the folder representative icon. The file operating module outspreads the displaying window, along a first direction corresponding to the slide operation from a side of the folder to display the file representative icon when the slide operation is detected.

Abstract: An electronic device includes a touch-screen display, a processor, a memory, and one or more modules stored in the memory. The one or more modules are adapted to be executed by the processor to display a page on the touch-screen display. The one or more modules are adapted to detect one or more contact actions on the page on the touch-screen display. The one or more modules are adapted to transform the page into a predefined artifact in response to the one or more contact actions. The one or more modules are adapted to receive a predefined command action to the predefined artifact displayed in the touch-screen display. The one or more modules are adapted to perform an operation on the predefined artifact in response to the predefined command action.

Abstract: An electronic device includes a touch screen, a processor, a storage device, and one or more modules stored in the storage device. The one or more modules are executed by the processor to display a first area of a drawing on the touch screen. When the first area receives a drawing operation, the one or more modules detect a contact path on the first area of the touch screen. Then, the one or more modules split a first sub-area with first content in the first sub-area from the first area along the contact path upon a condition determining the contact path substantially moves across a first edge and a second edge of the first area.

Abstract: An electronic device includes a touch-screen display, a processor, a memory, and one or more modules stored in the memory. The one or more modules are adapted to be executed by the processor to enter into a user-interface alarm state from a user-interface non-alarm state in responds to an alarm trigger condition. The one or more modules are adapted to display one or more contact areas on the touch-screen display in the user-interface alarm state. The one or more modules are adapted to change locations of the one or more contact areas on the touch-screen display. The one or more modules are adapted to detect one or more contact actions on each of the one or more contact areas on the touch-screen display. The one or more modules are adapted to change the electronic device to the user-interface non-alarm state.

Abstract: An electronic device includes a motherboard, a touch screen, an input module, and an identifying module connected to the touch screen and the input module. The touch screen is connected to the motherboard and attached to the front of the electronic device, the input module is disposed at the rear of the electronic device. The indentify module identifies whether input information has come from the touch screen or from the input module and after any discrimination which may be necessary sends the input information to the motherboard which executes instructions according to the input information. A method for inputting information into the electronic device is also disclosed.

Abstract: An electronic device includes a touch-screen display, a processor, a memory, and one or more modules stored in the memory. The one or more modules are adapted to be executed by the processor to detect one or more contact actions on the touch-screen display when the user interface of the electronic device is locked. The one or more modules are adapted to allow and detect the rotation of an unlock image relative to a background image in accordance with the one or more contact actions, wherein the unlock image and the background image are graphical, and the unlock image is an interactive user-interface object. The one or more modules are adapted to determine one or more positions of the unlock image relative to the background image from the one or more contact actions.