Abstract: An extensible base pad module and an electrical device with the same are disclosed. The electrical device has a base and an extensible base pad module. The base has an opening. The extensible base pad module has a push bar, a flange and a pad. The push bar is able to be levelly moved in the opening, and has a through hole thereon. The flange is disposed in the base, and has an arc-shaped rail of which two ends are respectively close and remote from the opening. One end of the pad is moveably provided in the arc-shaped rail, the other end is extensible in the through hole.

Abstract: A portable electrical device includes an upper unit, a lower unit and a connection unit having a first end and a second end opposite with each other. The upper unit is pivoted on the first end of the connection unit with a first pivotal portion having a first elastic member. The lower unit is pivoted on the second end of the connection unit with a second pivotal portion having a second elastic member. Therefore, by releasing the first elastic member and the second elastic member, the connection unit is rotated to leave the lower unit, and the upper unit is rotated to contact with the lower unit.

Abstract: An operation method for a computer system includes: a capacitance button controller detecting whether a capacitance button group is touched; if a capacitance power button of the capacitance button group is touched, a system platform receiving a power button signal in a first logic state and changing an operation state of the system platform; if the capacitance power button is touched for longer than a predetermined time, shutting down the system platform; if the capacitance power button is touched for not longer than the predetermined time, the system platform receiving the power button signal in a second logic state and determining a subsequent operation status of the system platform and the capacitance button controller based on a system status signal; and if the capacitance button group is touched but the capacitance power button is not touched, the capacitance button controller entering into a power-saving state.

Abstract: An electronic device is provided. The electronic device includes a first body, a second body, a speaker cabinet and a link mechanism. The second body rotates relative to the first body by a hinge. The speaker cabinet, disposed in the first body, is selectively lengthened or shortened. The link mechanism connects the hinge with the speaker cabinet. When the second body is closed relative to the first body, the speaker cabinet is concealed in the first body, and when the second body is opened relative to the first body, the hinge drives the link mechanism to press the speaker cabinet, enabling the speaker to be lengthened or to be shortened.

Abstract: A touch module disposed on a display panel of a touch display is provided. The touch module includes a glass substrate, a polymer layer, a lateral-side light sensor and a vertical-side light sensor. The polymer layer is transparent and flexible. The lateral-side and the vertical-side light sensors are sandwiched between the glass substrate and the polymer layer, and disposed on a lateral edge and a vertical edge of the substrate. A transparent transmission layer is formed between the glass substrate and the polymer layer. When a touch event is triggered on the polymer layer, the backlight corresponding to the touch point is transformed into a side-oriented backlight, which is transmitted in the transparent transmission layer and captured by the lateral-side and the vertical-side light sensor.

Abstract: An antenna module includes first, second, and third conductor arms. The second conductor arm has first and second end portions, and is coupled to an end portion of the first conductor arm to form a substantially T-shaped connection. The third conductor arm is spaced apart from the first and second conductor arms by first and second gaps, respectively, and is disposed parallel to the first conductor arm. The first end portion of the second conductor arm and the third conductor arm are electrically coupled to a coaxial cable for receiving two signals therefrom, respectively. The second end portion of the second conductor arm is electrically coupled to a ground cable for grounding.

Abstract: A verification method including a set flow and the identification flow is provided. The set flow includes: displaying an original outline pattern; executing a coloring operation on the original outline pattern in response to a user encryption coloring event to generate and display a colored outline pattern; storing the colored outline pattern. The identification flow includes: displaying an original outline pattern; executing a coloring operation on the original outline pattern in response to a user verification coloring event to generate and display a to-be identified colored outline pattern; determining whether the to-be identified colored outline pattern is equal to the colored outline pattern; if yes, triggering the verification pass event; if not, triggering the verification fail event.

Abstract: A calibrating apparatus for an image processing apparatus is disclosed. The calibrating apparatus comprises a first operating module and a second operating module. The first operating module determines a third indicating point and a fourth indicating point according to a first indicating point, a second indicating point, and a specific point, and determines a calibration point (i.e. the predetermined position of a sensor) according to a first line through the first indicating point and third indicating point and a second line through the second indicating point and fourth indicating point. The second operating module forms reference lines according to reference points and the calibration point, forms reference angles according to the reference lines and a parallel line, generates reference coordinates of the reference points in an image and generates a calibration function according to the reference coordinates of the reference points and the reference angles.

Abstract: A plastic material injection molding system includes a feeding nozzle, a forming mold having a cave therein, and a material-passing mold having a runner therein. The runner communicates both the feeding nozzle and the cave, and has two curved parts therein for slowing down the plastic material injected from the feeding nozzle in order.

Abstract: A portable electronic device includes a main portion, a display portion and a support arm. The main portion has an accommodation area on an upper surface thereof. The support arm is pivotally connected with the main portion at a first end and pivotally connected with the display portion at an opposite second end such that the display portion is rotatable relative to the main portion by means of the support arm. When the display portion is laid against the main portion, the support arm is disposed within the accommodation area.

Abstract: The invention discloses an image capturing device and an image delivery method which is suitably applied to a video conference. The video conference is held between a local terminal and a remote terminal through a network. The device comprises a processor, a video encoder, an encryption engine and a data transmitting interface. The processor is used to process an original video signal for generating a first video signal and a second video signal. The video encoder is for receiving and compressing the first video signal. The encryption engine is for encrypting the compressed first video signal. The data transfer interface is for transmitting the compressed and encrypted first video signal and the second video signal to the local terminal. Wherein, the first video signal is transmitted to the remote terminal by the local terminal through the network and recovered by the remote terminal, and the second video signal is presented at the local terminal.

Abstract: The invention discloses a testing system and a testing method, suitable for testing a DUT with double-sided signal pins. The testing system includes a testing platform and a pick-and-place device. The testing platform includes an electromagnetic shielding chamber and a test-bench module. The electromagnetic shielding chamber has an opening. The test-bench module is disposed in-between the electromagnetic shielding chamber. The pick-and-place device is movably disposed above the testing platform. The pick-and-place device includes an electromagnetic shielding cap and a signal transmission structure. When the pick-and-place device places the DUT on the test-bench module, the electromagnetic shielding cap cooperates with the electromagnetic shielding chamber of the testing platform to form an isolated space for isolating the DUT, and furthermore, the signal pin disposed on an upper surface of the DUT can be electrically connected to the test-bench module through the signal transmission structure.

Abstract: An electronic device and a control method are provided. The electronic device includes a display panel, a touch panel, and a process module. The display panel displays a movable object and an indication object. The movable object is displayed on a first display region of the display panel which corresponds to a first predetermined region of the touch panel, and the indication object is displayed on a second display region of the display panel which corresponds to a second predefined region of the touch panel. When the first predefined region is touched, the processor module detects whether a drag displacement on the touch panel reaches a predefined displacement, so as to determine whether the movable object is dragged to the second predefined region. When the drag displacement is detected as reaching the predefined displacement, the processor module initiates a corresponding function of the indication object.

Abstract: An electronic device, a charging device and an electronic device module using the same are provided. The electronic device is adapted to a charging device for charging. The charging device comprises a first charging electrode and a second charging electrode. The electronic device comprises a main machine, a first device electrode and a second device electrode. The main machine has a display surface and a charging surface opposite to the display surface. The first device electrode and the second device electrode are both located on the charging surface. The main machine is charged in such way that the first device electrode placed on one of the first charging electrode and the second charging electrode and the second device electrode placed on the other of the first charging electrode and the second charging electrode.

Abstract: An image processing method includes the following steps. Firstly, foreground image data and background image data are received, wherein the foreground and the background image data corresponds to the same pixel in a display panel. Then, a foreground ratio and a background ratio are determined in response to an operational event. Next, a first value is obtained by multiplying the foreground image data by the foreground ratio, and a second value is obtained by multiplying the background image data by the background ratio. Then, an output image data is obtained by adding the first value and the second value. After that, the output image data is displayed at the pixel in the display panel.

Abstract: A method of preparing conductive ribs on a chassis includes steps as follows. A plastic case is provided with at least one elastic rib integrally formed thereon. Then, a conductive film is formed to overlay on both an inner surface of the plastic case and the surfaces of the elastic rib. A chassis with conductive ribs and a method of assembling an electric device including the same are also provided in the invention.

Abstract: A portable electronic apparatus and a control method thereof are provided. The portable electronic apparatus comprises a display, a first system and a second system. The first system and the second system comprise a first processor and a second processor, respectively. The first processor executes a first operating system to generate a first operating system image, while the second processor executes a second operating system to display a second operating system image on the display. The first processor and the second processor respectively execute a first remote desktop program and a second remote desktop program to set up network communication protocol. When the display wants to display the first operating system image, the first operating system image is displayed on the display via the network communication protocol.