Abstract: A control device controls a television. The control device includes a touch module. The control device displays a menu containing a number of soft keys on a screen. The soft keys are activated to control the television to carry out corresponding functions. All positions on the menu are associated with all positions on the touch module correspondingly. As a result, a user can select desired soft keys to carry out corresponding functions by viewing the menu on the television and touching the touch module, rather than viewing the touch module.

Abstract: A control method is applied to a handheld electronic device. The handheld electronic device comprising a display module, and a back light to drive the display module, the display module displaying information and sensing touches on the display module; the control method includes steps of: generating a power saving instruction in response to a user's command; turning off the backlight in response to the power saving instruction; determining whether an operation occurs; determining whether the operation is a predetermined operation and generating a control instruction to manipulate a household electronic device when the operation is the predetermined operation.

Abstract: A monitoring device communicates with a handheld device and at least one image capturing device, the handheld device is capable of communicating with the image capturing device. The monitoring device responds with a warning signal from the handheld device and controls the handheld device to detect whether the image capturing device is connected with the handheld device, and obtains the identification information of the image capturing device when the image capturing device is detected to be connected with the handheld device, and further controls the image capturing device to capture video and/or image of the emergency scene surrounding the handheld device according to the identification. As a result, the user of the monitoring device can get a visual of the emergency scene. A handheld device and a monitoring method are also provided.

Abstract: A communication device capable of automatically selecting to directly communicate with an external device using a first communication technology with a first predetermined bandwidth or indirectly communicate with the external device comprises a determining module, a detecting module, a comparing module, and a control module. The determining module generates a detecting signal when the communication device establishes a communication with an electronic device capable of using a second communication technology with a second predetermined bandwidth. The detecting module detects a remained bandwidth of the second communication technology in response to the detecting signal. When comparing module determines that the first predetermined bandwidth is less than the remained bandwidth, the control module controls the communication device communicate with the external device via the electronic device using the second communication technology.

Abstract: A handheld device communicates with an electronic device. The handheld device includes a setting unit, an audio sampling unit, and a controlling unit. The setting unit is used for setting a standard volume. The audio sampling unit samples a volume of the electronic device. The controlling unit calculates a difference value between the volume of the electronic device sampled by the audio sampling unit and the standard volume, and generates an adjusting signal for adjusting the volume of the electronic device to the standard volume.

Abstract: A television is manipulated by a control device. The control device transmits position information mapped with a position on the control device in response to an operation. The television includes a screen to display a number of icons associated with a plurality of functions. Positions on the screen are mapped with positions on the control device correspondingly. A control method is applied to the television to cause the television to detect whether the position information is received from the control device; generate a cursor and calculate a position on the screen based on the position information; and display the cursor on the calculated position on the screen to select the icon located on the calculated position.

Abstract: A control system for controlling an external device based on images obtained by a control device comprises a detecting module, an obtaining module, and a determining module. The detecting module generates an obtaining signal when the control device establishes a communication with the external device. The obtaining module obtains an image of the current environment around the external device in response to the obtaining signal. The determining module determines whether at least one predefined object contained in the obtained image. When there is no predefined object contained in the obtained image, the determining module further determines whether the external device is in a first state and generates a first control signal when the external device is not in the first state. The external device switches to a first state for powering off the backlight of the external device in response to the first control signal.

Abstract: An exemplary electronic device with integrated circuit chips being on one circuit board and required connector circuits being on another, connectable, circuit board provides modularization and interchangeability for ease of adaptation in manufacture of electronic products utilizing the electronic device. In particular, the IC chips are mounted on a first circuit board, and the connector circuits are mounted on a second circuit board. The first circuit board is mountable to the second circuit board and is electrically connected to the second circuit board.

Abstract: An electronic device for controlling a display device includes a computing module, an adjusting module and a first communication module. The computing module computes a distance D between the electronic device and the display device capable of communicating with the electronic device. The adjusting module generates an adjusting signal according to the distance D. The first communicating module is configured to transmit the adjusting signal to the display device, for adjusting the size of an image displayed on the display device corresponding to the adjusting signal.

Abstract: A waking device for controlling an electronic device connected to the waking device from a first state to a second state. The electronic device receives signals from a portable external device and is unable to execute a corresponding operation based on the received signal. The waking device comprises storage with a predetermine parameter, a processing module, and a triggering module connected to the processing module. The processing module processes the received signal from the portable external device to obtain a waking parameter and compares the waking parameter with the predetermined parameter in the storage. When the waking parameter matches the predetermined parameter, the processing module generates a waking signal, and the triggering module controls the electronic device to switch from the first state to the second state in response to the waking signal, the electronic device is enable to execute a corresponding operation based on the received signal.

Abstract: A portable electronic device for controlling playback of a media player includes an image gathering unit, an image analyzing unit, and a communicating unit. The image gathering unit takes an image of the media player, including the current video frame and a background view around the media player. The image analyzing unit analyzes a color difference in the gathered image between the current video frame image and the back ground view image, and generates an image compensation signal based on the color difference. The communication unit transmits an image compensation signal to the media player to adjust the output of the video frames being displayed.

Abstract: A color sequential control method adapted to a field sequential color display is provided. The field sequential color display includes a display panel and a backlight module. The backlight module provides a backlight source to the display panel, wherein the backlight source includes a red backlight, a green backlight and a blue backlight. The color sequential control method includes following steps. First, a frame period of the display panel is sequentially divided into a first, a second and a third sub-frame periods. Next, a cyan backlight and the red backlight are provided in sequence during a first backlight period of the first sub-frame period. Then, a magenta backlight and the green backlight are provided in sequence during a second backlight period of the second sub-frame period. Finally, a yellow backlight and the blue backlight are provided in sequence during a third backlight period of the third sub-frame period.

Abstract: A display module includes a first housing, a second housing, a display panel, and a glue. The first housing is disposed on the second housing and has a metal sidewall. A first gap exists between the metal sidewall and a sidewall of the first housing. The display panel is disposed on the first housing and has a side surface facing the sidewall, wherein a second gap exists between the side surface and the inner surface. The glue fills the second gap. A manufacturing method of the display module includes disposing the second housing on the first housing and forming the first gap; providing the glue on the inner face of the sidewall and above the first gap; making the display panel push and graze the glue; disposing the display panel on the first housing and forming the second gap, wherein the glue fills the second gap.

Abstract: A method for control of humidity and auto-dispensing of pills in a pill box includes a box having multiple rooms defined therein which are shifted to be in alignment with an outlet. The method controls the humidity in each of the rooms and provides a control unit which controls a transmission unit to proceed a mechanical action to shift the rooms to be in alignment with the outlet according to a time setting signal so as to dispense at least one pill. The method includes a display unit to display time information and provides a reminder to take pills by way of audio and/or light.

Abstract: A three-band antenna device with resonance generation includes a dielectric layer having an upper surface and a lower surface, a grounding element, a first radiating element, and a second radiating element. The first radiating element is arranged on the upper surface for providing a first frequency band. The second radiating element is arranged on the lower surface and stacked below the first radiating element via the dielectric layer for providing a second frequency band, so as to generate a parasitic capacitance therebetween. A third frequency band is provided by the resonance of the parasitic capacitance and the parasitic inductance in the second radiating element.

Abstract: A method for control of humidity and auto-dispensing of pills in a pill box includes a box having multiple rooms defined therein which are shifted to be in alignment with an outlet. The method controls the humidity in each of the rooms and provides a control unit which controls a transmission unit to proceed a mechanical action to shift the rooms to be in alignment with the outlet according to a time setting signal so as to dispense at least one pill. The method includes a display unit to display time information and provides a reminder to take pills by way of audio and/or light.

Abstract: A color sequential control method adapted to a field sequential color display is provided. The field sequential color display includes a display panel and a backlight module. The backlight module provides a backlight source to the display panel, wherein the backlight source includes a red backlight, a green backlight and a blue backlight. The color sequential control method includes following steps. First, a frame period of the display panel is sequentially divided into a first, a second and a third sub-frame periods. Next, a cyan backlight and the red backlight are provided in sequence during a first backlight period of the first sub-frame period. Then, a magenta backlight and the green backlight are provided in sequence during a second backlight period of the second sub-frame period. Finally, a yellow backlight and the blue backlight are provided in sequence during a third backlight period of the third sub-frame period.

Abstract: A plurality of flat-type lamp plate structures are separately arranged in one or multi-dimensional array to correspond to single back plate or diffuse plate. Each supporter with stacked inlaid portions is inserted between any two of the flat-type lamp plate structures to not only constrain the flat-type lamp plate structures but also support the back plate, diffuse plate and flat-type lamp plate structures.