Abstract: A beverage cup for containing a beverage includes a beverage ingredient container installed in the beverage cup for placing beverage ingredients, and a cup lid fastened to the mouth of the beverage cup. The beverage ingredient container has an upper cup and a lower cup concavely and downwardly formed for placing the beverage ingredients, and a beverage through hole formed at the bottom of the upper cup. The cup lid includes a cover, a straw protruded from the cover, and a straw cap connected to an edge of cup lid by a strip for covering the straw, so that the straw cap can cover a straw mouth to prevent beverage leakage and keep the straw mouth clean. When drinking, the beverage enters into the beverage ingredient container through the beverage through hole and flows together with the beverage ingredient towards the straw to achieve the effect of drinking the beverage together with the beverage ingredients.

Abstract: A beverage cup for containing a beverage includes a beverage ingredient container installed in the beverage cup for placing beverage ingredients, and a cup lid fastened to the mouth of the beverage cup. The beverage ingredient container has an upper cup and a lower cup concavely and downwardly formed for placing the beverage ingredients, and a beverage through hole formed at the bottom of the upper cup. The cup lid includes a cover, a straw protruded from the cover, and a straw cap connected to an edge of cup lid by a strip for covering the straw, so that the straw cap can cover a straw mouth to prevent beverage leakage and keep the straw mouth clean. When drinking, the beverage enters into the beverage ingredient container through the beverage through hole and flows together with the beverage ingredient towards the straw to achieve the effect of drinking the beverage together with the beverage ingredients.

Abstract: A common voltage compensation device suitable for a display panel of a liquid crystal display is provided. The common voltage compensation device includes a timing controller and a compensation circuit. The timing controller receives an image signal and generates control signals to the compensation circuit according to a determination mechanism. The compensation circuit sends a common voltage compensation signal to the display panel according to the control signals outputted from the timing controller in order to compensate the common voltage on the display panel. The determination mechanism performs an analysis of a gray scale distribution of a horizontal line signal of the image signal, and determines whether to compensate the common voltage according to an analysis result, and determines a polarity required to be compensated to perform the compensation when the compensation is needed.

Abstract: A flat panel display, an image correction circuit and method thereof are provided. The image correction circuit mainly includes a digital to analog conversion unit and a data processing unit. The digital to analog conversion unit includes a temperature sensor and a gamma voltage generator. The gamma voltage generator is adopted for generating a plurality of gamma voltages, and the temperature sensor is electrically connected to the gamma voltage generator and adopted for sensing the working temperature of the gamma voltage generator. The data processing unit is electrically connected to the digital to analog conversion unit. When the working temperature of the gamma voltage generator changes to higher (or lower) than the room temperature, the data processing unit selects and outputs applicable digital data to the digital to analog conversion unit. Therefore, the digital to analog conversion unit outputs a predetermined gamma voltage at room temperature according to the digital data.

Abstract: A common voltage compensation device suitable for a display panel of a liquid crystal display is provided. The common voltage compensation device includes a timing controller and a compensation circuit. The timing controller receives an image signal and generates control signals to the compensation circuit according to a determination mechanism. The compensation circuit sends a common voltage compensation signal to the display panel according to the control signals outputted from the timing controller in order to compensate the common voltage on the display panel. The determination mechanism performs an analysis of a gray scale distribution of a horizontal line signal of the image signal, and determines whether to compensate the common voltage according to an analysis result, and determines a polarity required to be compensated to perform the compensation when the compensation is needed.

Abstract: A flat panel display, an image correction circuit and method thereof are provided. The image correction circuit mainly includes a digital to analog conversion unit and a data processing unit. The digital to analog conversion unit includes a temperature sensor and a gamma voltage generator. The gamma voltage generator is adopted for generating a plurality of gamma voltages, and the temperature sensor is electrically connected to the gamma voltage generator and adopted for sensing the working temperature of the gamma voltage generator. The data processing unit is electrically connected to the digital to analog conversion unit. When the working temperature of the gamma voltage generator changes to higher (or lower) than the room temperature, the data processing unit selects and outputs applicable digital data to the digital to analog conversion unit. Therefore, the digital to analog conversion unit outputs a predetermined gamma voltage at room temperature according to the digital data.

Abstract: A driving device, suitable for driving a liquid crystal display panel, comprises a gate driving unit, a source driving unit, a power supply, a unit for reducing tide phenomenon and a current/voltage limit unit. The gate driving unit and the source driving unit are electrically connected with the liquid crystal display panel respectively. The power supply is electrically connected with the gate driving unit and the source driving unit. The unit for reducing tide phenomenon is electrically connected with the gate driving unit, and the current/voltage limit unit is electrically connected with the power supply and the gate driving unit. The current/voltage limit unit is used for limiting the voltages or currents from the power supply to the gate driving unit while reducing the tide phenomenon of the liquid crystal display panel, so as to decrease the possibility of the bonding pads damaged by the rush currents.

Abstract: A source driving device and a driving method for a display panel of a liquid crystal display are provided. The source driving device comprises a source driver and a current regulator. The source driver receives image data and then outputs image data via a plurality of source lines to drive the display panel. The current regulator is electrically connected to the source driver. By evaluating the image data received by the source driver, when the voltage difference between any two adjacent source lines caused by the image data is larger than a predetermined value, the current regulator is activated to adjust the driving current on the source lines, such as reducing the driving current, to prevent the block dim phenomenon.

Abstract: A driving circuit for use in a liquid crystal display (LCD) device includes: a drive signal generator for supplying a gate low voltage (VGL) signal, wherein the voltage swing of the VGL signal is substantially zero; a drive signal modifier coupled to the drive signal generator for generating a modified drive signal according to the VGL signal, wherein the voltage swing of the modified drive signal is substantially not zero; and a gate driving circuit coupled to the drive signal modifier for driving a plurality of scan lines of the liquid crystal display device according to the modified drive signal.