Abstract: Some embodiments relate an integrated circuit (IC) including a first substrate. An interconnect structure is disposed over the first substrate. The interconnect structure includes a plurality of metal features that are stacked over one another. A lowermost metal feature of the plurality of metal features is closest to the first substrate, an uppermost metal feature of the plurality of metal features is furthest from the first substrate, and intermediate metal features are disposed between the lowermost metal feature and the uppermost metal feature. A recess extends into the interconnect structure and terminates at a bond pad. A lower surface of the bond pad directly contacts an upper surface of the lowermost metal feature.

Abstract: A fish attracting lamp device includes a rod with at least one fixing portion; at least one lamp frame with a connecting portion fixed to the fixing portion of the rod; a plurality of light sources fixed in the at least one lamp frame to produce light beams to attract fish and each being provided with a coolant input pipe and a coolant output pipe; and a cooling pipe set connected to the coolant input and output pipes of the light sources. A fish attracting lamp system in accordance with the present invention includes plural such fish attracting lamp devices, each of the fish attracting lamp devices has a pipeline inlet connected to a pipeline inlet of a neighboring fish attracting lamp device, and has a pipeline outlet connected to a pipeline outlet of another neighboring fish attracting lamp device.

Abstract: A water cooled power supply device suitable for using open water source as cooling medium includes: a power source box and a circulation module. The power source box includes a box, a power circuit module, and a waterproof unit between the inner space and an outer surface of the box. The power circuit module is disposed in the inner space. The circulation module includes a water cooling base, a pump, an input medium and an output medium. The water cooling base is disposed on the outer surface of the box, and sequentially includes an inlet, a flow space and an outlet which communicate with one another. The input medium has one end connected to the inlet and another end connected to the pump which communicates with the open water source. The output medium has one end connected to the outlet and another end connected to the open water source.

Abstract: A fish attracting lamp device includes a rod with at least one fixing portion; at least one lamp frame with a connecting portion fixed to the fixing portion of the rod; a plurality of light sources fixed in the at least one lamp frame to produce light beams to attract fish and each being provided with a coolant input pipe and a coolant output pipe; and a cooling pipe set connected to the coolant input and output pipes of the light sources. A fish attracting lamp system in accordance with the present invention includes plural such fish attracting lamp devices, each of the fish attracting lamp devices has a pipeline inlet connected to a pipeline inlet of a neighboring fish attracting lamp device, and has a pipeline outlet connected to a pipeline outlet of another neighboring fish attracting lamp device.

Abstract: A display panel includes a plurality of pixels, each of the pixels including a main sub-pixel and a secondary sub-pixel; a plurality of first scan lines, each of the first scan lines being coupled to main and secondary sub-pixels of a row of pixels; a plurality of second scan lines, each of the second scan lines being coupled to secondary sub-pixels of a row of pixels; a plurality of first data lines, each of the first data lines being coupled to main and secondary sub-pixels of (N+1)th and (N+2)th rows of pixels; a plurality of second data lines, each of the second data lines being coupled to main and secondary sub-pixels of (N+3)th and (N+4)th rows of pixels; a scan driver for turning on the main and secondary sub-pixels of the pixels; and a data driver for outputting data signals; wherein N is a multiple of 4, and N?0.

Abstract: A display panel includes a plurality of pixels, each of the pixels including a main sub-pixel and a secondary sub-pixel; a plurality of first scan lines, each of the first scan lines being coupled to main and secondary sub-pixels of a row of pixels; a plurality of second scan lines, each of the second scan lines being coupled to secondary sub-pixels of a row of pixels; a plurality of first data lines, each of the first data lines being coupled to main and secondary sub-pixels of (N+1)th and (N+2)th rows of pixels; a plurality of second data lines, each of the second data lines being coupled to main and secondary sub-pixels of (N+3)th and (N+4)th rows of pixels; a scan driver for turning on the main and secondary sub-pixels of the pixels; and a data driver for outputting data signals; wherein N is a multiple of 4, and N?0.

Abstract: A multi-frame overdriving circuit for use in a liquid crystal display including a counting unit and a multi-frame overdriving unit is provided. The counting unit counts a number m of frame periods for which a pixel data corresponding to a pixel keeps a first gray value, wherein m is a positive integer. When the pixel data changes to a second gray value from the first gray value in a first frame period, the multi-frame overdriving unit respectively outputs y multi-frame overdriving pixel data corresponding to the pixel within successive y frame periods starting from the first frame period. The y multi-frame overdriving pixel data are related to the first gray value, the second gray value and the number m of frame periods, wherein y is a positive integer.

Abstract: An image over-driving device is provided. An image detection device detects a size and a moving speed of an object according to an image signal and outputs an over-driving control signal according to the detected size and moving speed. A first image register receives and temporarily stores first image data of the image signal in a first frame period, and receives second image data of the image signal and outputs the first image data as a buffer data in a sequential second frame period. A first over-driving unit includes first and second lookup tables recording different over-driving parameters. The first over-driving unit generates first and second over-driving signals according to the buffer data and the second image data respectively by using the first and second lookup tables. The first multiplexer selects the first or second over-driving signal according to the over-driving control signal to drive a display device.

Abstract: An image over-driving device is provided. An image detection device detects a size and a moving speed of an object according to an image signal and outputs an over-driving control signal according to the detected size and moving speed. A first image register receives and temporarily stores first image data of the image signal in a first frame period, and receives second image data of the image signal and outputs the first image data as a buffer data in a sequential second frame period. A first over-driving unit includes first and second lookup tables recording different over-driving parameters. The first over-driving unit generates first and second over-driving signals according to the buffer data and the second image data respectively by using the first and second lookup tables. The first multiplexer selects the first or second over-driving signal according to the over-driving control signal to drive a display device.

Abstract: A multi-frame overdriving circuit for use in a liquid crystal display including a counting unit and a multi-frame overdriving unit is provided. The counting unit counts a number m of frame periods for which a pixel data corresponding to a pixel keeps a first gray value, wherein m is a positive integer. When the pixel data changes to a second gray value from the first gray value in a first frame period, the multi-frame overdriving unit respectively outputs y multi-frame overdriving pixel data corresponding to the pixel within successive y frame periods starting from the first frame period. The y multi-frame overdriving pixel data are related to the first gray value, the second gray value and the number m of frame periods, wherein y is a positive integer.

Abstract: The present invention provides a light-emitting eyeglasses structure. The light-emitting eyeglasses structure comprises a frame and light-emitting devices. The frame has two transparent arms on two sides respectively, and each arm has a trench on the outside and a cover adapted to insert into the trench. The light-emitting devices are in the trenches and have a switch, a drive circuit, a light-emitting unit, and a power source. The power source comprises a control circuit, a starting circuit. The power source, the switch, the control circuit, the starting circuit, and the light-emitting unit are electrically conductible, so the power is conducted by the switch or a sensor, such as photo sensor, electricity sensor, and signal sensor, to make light-emitting unit emit a light and the light can passes through the transparent frame or arms. The eyeglasses structure according to the present invention is simple and utility, and can emit light with various means.