Abstract: A light-generating unit includes at least one light source group and a power supply module. The light source group includes a plurality of light sources each emitting a light of a different color from each other and each having a different effective light-emitting area from each other, so as to generate a white light including a mixture of lights emitted from the light sources. The power supply module applies one driving voltage to the light sources. Thus, a white light having a desired wavelength distribution may be generated while one driving voltage is applied to the light sources of the light-generating unit.

Abstract: A backlight assembly supplies a guided light to a display panel having a main display part on which a main image is selectively displayed, and a sub display part on which a sub image is constantly displayed. The backlight assembly includes a light source and a light guiding unit. The light source generates a light. The light guiding unit includes a light incident surface, a light exiting surface, and a corresponding surface. The light from the light source is incident into the light incident surface. The light exiting surface has a main region and a sub region, the sub region having an optical pattern increasing a luminance of the light. The guided light exits the light exiting surface. The corresponding surface corresponds to the light exiting surface. A luminance uniformity and a luminance when viewed on a plane are increased.

Abstract: A display device is provided, which includes: first and second panel units; a first connector attached to one side of the first panel unit; a second connector attached to one side of the second panel unit; and a flexible printed circuit film attached to a portion of the first connector and a portion of the second connector.

Abstract: In a two-way backlight assembly and a two-way LCD apparatus, the two-way backlight assembly provides light emitted from one light source to a first direction where a main LCD panel is placed and to a second direction where a sub LCD panel is placed. Also, a sub mold part for receiving the sub LCD panel comprises a black-colored material so as to prevent reflection of the light. Accordingly, thickness and power consumption of the backlight assembly may be reduced and display quality may be also improved by preventing leakage of the light at ends of the sub LCD panel.

Abstract: In a light guide plate and a display apparatus having the light guide plate, the light guide plate includes an incident face and a first exiting face. The incident face receives a light provided from an exterior. The first exiting face includes a first area and a second area. A first light-controlling pattern is formed in the second area. The first exiting face guides the incident light to the first area by the first light-controlling pattern and exits the guided light.

Abstract: Disclosed is a display device preventing the quality of display from being deteriorated and preventing malfunctions caused by foreign particles. The display device of the present invention includes two or more panel units and a fixing member exposing at least one panel among the panel units to the outside. The circumference of an opening of the fixing member is sealed.

Abstract: A display device is provided. The display device includes a main display panel, a sub-display panel, and a plurality of lamps simultaneously supplying light to the first and second display panels; an openness sensing unit in which an output signal is defined based on a degree of openness of the display device; and a lamp controlling unit selecting one of the display panels based on the output signal from the openness sensing unit and defining the number of lamps to be turned on based on the selected display panel, and supplying the light to the main and sub-display panels by lighting the defined number of lamps. In one embodiment, the display device is a display device for a mobile phone, and the lamps are light emitting diodes. Accordingly, the number of lamps to be turned on is varied based on the selected display panel, and consumption power therefore decreases.

Abstract: In a two-way backlight assembly and a two-way LCD apparatus, the two-way backlight assembly provides light emitted from one light source to a first direction where a main LCD panel is placed and to a second direction where a sub LCD panel is placed. Also, a sub mold part for receiving the sub LCD panel comprises a black-colored material so as to prevent reflection of the light. Accordingly, thickness and power consumption of the backlight assembly may be reduced and display quality may be also improved by preventing leakage of the light at ends of the sub LCD panel.

Abstract: Disclosed is a solid electrolytic capacitor, wherein a capacitor element has a front surface from which an anode lead wire is protruded. A cathode layer is formed on an outer surface of the capacitor element. A flat-shaped cathode lead frame is surface-contacted with an entire rear surface of the capacitor element. A flat-shaped anode lead frame has a concave portion formed at a central end portion thereof, in which the anode lead wire of the capacitor element is seated and electrically connected to the concave portion. A mold is formed to surround the capacitor element, to partially surround the anode lead frame, and to contact a face of the cathode lead frame which is surface-contacted with the capacitor element.

Abstract: In a two-way backlight assembly and a two-way LCD apparatus, the two-way backlight assembly provides light emitted from one light source to a first direction where a main LCD panel is placed and to a second direction where a sub LCD panel is placed. Also, a sub mold part for receiving the sub LCD panel comprises a black-colored material so as to prevent reflection of the light. Accordingly, thickness and power consumption of the backlight assembly may be reduced and display quality may be also improved by preventing leakage of the light at ends of the sub LCD panel.

Abstract: A solid electrolytic capacitor includes a capacitor element, an anode wire extending from a first side of the capacitor element by a predetermined length, and an anode lead frame forming an anode terminal. The anode lead frame has a groove at a first end thereof for receiving an end portion of the terminal end of the anode wire thereon, and has a second end thereof mounted on a PCB. A cathode lead frame forms a cathode terminal and has a first end attached to an external surface of the capacitor element and a second end mounted on the PCB. An epoxy case covers the capacitor element, the anode lead frame, and the cathode lead frame. The anode wire is welded to the anode lead frame.

Abstract: Disclosed is a solid electrolytic capacitor, comprising a capacitor element, an anode wire extended from a first side of the capacitor element in a predetermined length, and an anode lead frame formed as an anode terminal. The anode lead frame has a groove at a first end thereof for mounting an end portion of the terminal end of the anode wire thereon, and is mounted at a second end thereof on a PCB. A cathode lead frame is formed as a cathode terminal. This cathode lead frame has a first end attached to an external surface of the capacitor element and a second end mounted on the PCB. An epoxy case covers the capacitor element, the anode lead frame, and the cathode lead frame. The anode wire is welded to the anode lead frame by melting a portion of the anode lead frame in contact with an end portion of the anode wire positioned on the groove, using a heat source.

Abstract: The present invention discloses a system and method for financial transactions. The system for financial transactions includes: a database for storing information of a mobile terminal subscriber; a subscriber service interface for interfacing a service for the subscriber through a communication network; and a service control unit for processing the financial transactions according to the message from the subscriber service interface, and transmitting a result message to the interface. In accordance with the present invention, the B to P or the P to P commerce employs various settlement methods through a portable terminal. Moreover, a virtual account is issued to the mobile terminal subscriber, and money is freely transferred between the virtual account and a real bank account. The financial transactions are executed through the portable terminal, thereby improving security and easily settling an account.

Abstract: A tantalum chip capacitor with a cut-grooved anode lead frame is disclosed. The cut-grooved lead frame is designed to allow the tantalum element set in the small-sized epoxy mold package of the capacitor to have a desired size, thus restricting an increase in impedance of the tantalum chip capacitor regardless of a reduction in the size of the package according to the recent trend of smallness of the tantalum chip capacitors. This tantalum chip capacitor has a tantalum element, a anode lead wire extending from the tantalum element, and a cathode lead frame attached at its inside end to the tantalum element and forming a mounting terminal at its outside end. The cut-grooved anode lead frame is welded at its inside end to the lead wire while overlapping a part of the lead wire at the inside end having the cut groove. This anode lead frame also forms a mounting terminal at its outside end.