Abstract: A communication device outside-connected incoming call indicator and an earphone device having such an incoming call indicator are provided. The incoming call indicator has a first communication port connected to a communication device, which is used to receive the incoming call; and an incoming call indication module used to detect the incoming signal and send out an incoming call indication. The earphone device with the incoming call indicator has a connector, which is used to connect to a communication device provided with an insertion hole, and receive the incoming call signal transmitted from the communication device; an incoming call indicator, which is used to receive the incoming call signal and send out an incoming call indication; and an earphone, which is used to receive and broadcast the voice signals transmitted from the communication device. A signal wire is used to connect the connector, the incoming call indicator, and the earphone.

Abstract: An external-electrode fluorescent lamp has two external electrodes disposed on its ends, wherein each external electrode has an extended portion flattened to form two substantially flat circumferential areas. With such flattened circumferential areas, the electric contact made to the conductive strip can be improved. For mounting a row of external-electrode fluorescent lamps, a mounting base with two electrically conductive strips are used. Each electrically conductive strip has a plurality of curved sections to fit the extended portion of the external electrode. The curved section has two substantially sidewalls to make contact with the flat circumferential areas of the extended portion of the external electrode. The extended portion can also be slightly tapered.

Abstract: An external megaphone system of the mobile phone for broadcasting an incoming call sound signal of the mobile phone is provided. The mobile phone has a body with a sound interface and a built-in megaphone provided therein. When the external megaphone device is inserted into the sound output hole (not the earphone output) of the mobile phone by a user, an incoming call ringtone signal of a sound interface is output to the external megaphone device and the built-in megaphone. Also, the sound output hole of external megaphone system of the mobile phone is further provided with a mechanical switch or an electronic switch as so to control the communication between the sound interface and the external megaphone device to output the incoming call ringtone signal of the sound interface.

Abstract: A dual prompting device for incoming call of a mobile phone is provided. When a mobile phone receives an incoming signal, prompting ring or music of an incoming call not only can be sent out by a mobile phone's own speaker but also can be sent out by an externally wired speaker that placed in an earpiece wire. This device can allow people who always place their mobile phones in bags, in particular of females, to avoid mishearing of an incoming ring or music so that to avoid missing a phone call, because mobile phones are placed in bags.

Abstract: A battery cartridge includes a pair of outer frame members for receiving unit cells and an inner frame member disposed between the outer frame members. The unit cells are mounted between the outer and inner frame members. The inner frame member has a plurality of through-holes, which communicate with the outside while the unit cells are mounted between the outer and inner frame members. An opened type battery module includes such a battery cartridge. The battery cartridge and the battery module have a high structural integration and mechanical strength. Consequently, the present invention has the effect of minimizing the size of a battery system, stably mounting unit cells having low mechanical strength, and effectively removing heat from the unit cells.

Abstract: A display having a substrate, a plurality of pixel units, a plurality of driver chips, a group of bonding pads, a first group of wires, a second group of wires, and a flexible printed circuit film is provided. The substrate has a display area and a peripheral area. The pixel units are arrayed on the display area. The driver chips are connected in cascade and arranged on the peripheral area. The first group of wires is utilized for connecting to the group of bonding pads and two of the driver chips simultaneously. The second group of wires is utilized for connecting the driver chips in cascade. The flexible printed circuit film is utilized for connecting to the group of bonding pads and utilized for applying signals to the driver chips.

Abstract: A backlight module. The backlight module comprises first to fourth fixed seats, first and second conductive devices, and lamps. The first and second fixed seats have grooves. The first and second conductive devices have V-shaped scallops electrically connected with one another. Each V-shaped scallop is disposed in a corresponding groove. The lamps are disposed parallel to one another, each having a first and second ends respectively disposed in the grooves of the third and fourth fixed seats, for fixing the lamps. Depth and area of each V-shaped scallop both exceed a diameter of the lamp. A liquid crystal display device utilizing the backlight module is also disclosed.

Abstract: A backlight module. The backlight module comprises first to fourth fixed seats, first and second conductive devices, and lamps. The first and second fixed seats have grooves. The first and second conductive devices have V-shaped scallops electrically connected with one another. Each V-shaped scallop is disposed in a corresponding groove. The lamps are disposed parallel to one another, each having a first and second ends respectively disposed in the grooves of the third and fourth fixed seats, for fixing the lamps. Depth and area of each V-shaped scallop both exceed a diameter of the lamp. A liquid crystal display device utilizing the backlight module is also disclosed.

Abstract: A backlight module. The backlight module comprises first to fourth fixed seats, first and second conductive devices, and lamps. The first and second fixed seats have grooves. The first and second conductive devices have V-shaped scallops electrically connected with one another. Each V-shaped scallop is disposed in a corresponding groove. The lamps are disposed parallel to one another, each having a first and second ends respectively disposed in the grooves of the third and fourth fixed seats, for fixing the lamps. Depth and area of each V-shaped scallop both exceed a diameter of the lamp. A liquid crystal display device utilizing the backlight module is also disclosed.

Abstract: A method for manufacturing a decorative article includes: preparing a metal mold defining a cavity and a pattern of separated recesses disposed within the cavity; filling the cavity and the recesses in the metal mold with a silicone rubber so as to form a silicone mold; filling the silicone mold with a first molding material, and curing the first molding material so as to form a base that defines a pattern of decorating recesses; and filling the decorating recesses in the base with a second molding material, and curing the second molding material so as to form a pattern of decorative elements in the decorating recesses in the base.

Abstract: A liquid crystal display comprises a front bezel, a frame and a diffuser plate. The front bezel has a first fastened member and the diffuser plate has a second fastened member. The frame is deposited below the front bezel and the diffuser plate is deposited below the frame. The frame has a first fastening member with respect to the first fastened member and a second fastening member with respect to the second fastened member. The first fastening member and the second fastening member are respectively coupled with the first fastened member and with the second fastened member simultaneously so that the front bezel, the frame and the diffuser plate are integrated as a whole.

Abstract: A flat display panel comprises a plurality of driver ICs and one or more flexible printed circuit, a plurality of common wires formed on the substrate to electrically connect the ICs to the one or more flexible printed circuit, and at least one anisotropic conductive film that connects respective connecting terminals of the driver ICs and flexible printed circuit to terminals pads of the common wires. The anisotropic conductive film is laminated over the substrate to cover the terminal pads. The driver ICs and flexible printed circuit are aligned and attached on the anisotropic conductive layer by thermocompression bonding.

Abstract: A multi-panel liquid crystal display and a method for driving same. The multi-panel LCD includes an interface circuit and a LCD module. The interface circuit is used for receiving a first image data and outputting a second image data. The LCD module includes a timing controller, a first panel module and a second panel module. The timing controller receives the second image data and outputting a third image data and a fourth image data responsive to the second image data. The first panel module and the second panel module respectively display a first frame and a second frame responsive to the third and fourth image data.

Abstract: A notebook computer equipped with a printed circuit antenna includes a host and a display device pivotally coupled with each other. The display device includes a casing for housing a display screen on a front side thereof and at least one printed circuit antenna. The printed circuit antenna partly masks the top side of the display screen and is installed in a biased manner between the rear side of the casing and the display screen at a higher elevation thereby to increase signal receiving intensity and improve communication quality.

Abstract: The present invention relates to a liquid crystal display panel having a cell test structure and a method for making the same. The liquid crystal display panel includes a substrate having a plurality of first driving IC mounting areas, a plurality of first conductive wires located on the substrate, a plurality of second conductive wires that are parallel and interlaced with the first conductive wires, a first shorting bar connected to the first conductive wires and passing through all of the first driving IC mounting areas, and a second shorting bar connected to the second conductive wires and passing through all of the first driving IC mounting areas.

Abstract: A backlight module. The backlight module comprises first to fourth fixed seats, first and second conductive devices, and lamps. The first and second fixed seats have grooves. The first and second conductive devices have V-shaped scallops electrically connected with one another. Each V-shaped scallop is disposed in a corresponding groove. The lamps are disposed parallel to one another, each having a first and second ends respectively disposed in the grooves of the third and fourth fixed seats, for fixing the lamps. Depth and area of each V-shaped scallop both exceed a diameter of the lamp. A liquid crystal display device utilizing the backlight module is also disclosed.

Abstract: A liquid crystal display comprises a front bezel, a frame and a diffuser plate. The front bezel has a first fastened member and the diffuser plate has a second fastened member. The frame is deposited below the front bezel and the diffuser plate is deposited below the frame. The frame has a first fastening member with respect to the first fastened member and a second fastening member with respect to the second fastened member. The first fastening member and the second fastening member are respectively coupled with the first fastened member and with the second fastened member simultaneously so that the front bezel, the frame and the diffuser plate are integrated as a whole.

Abstract: A method for identifying at least a display panel of a notebook computer by processing audio signals is to incorporate a resistor on the main circuit board of the notebook computer, and different resistors in different display panels for deriving specific voltages. A control unit generates a strapping signal to pass through the voltage derivation circuit to an audio CODEC. The audio CODEC reads the voltage and transforms it into digital value and finds out the corresponding panel ID with a matching table. Therefore, the corresponding display panel can be identified.