Abstract: The present invention provides a display panel driving circuit and compensation method thereof. The display panel driving circuit comprises a near end load, a far end load, an operating circuit and a pre-charging control circuit. The operating circuit is configured to receive display data. The pre-charging control circuit is coupled to the near end load and the far end load respectively. The pre-charging control circuit outputs a first signal and a second signal to the near end load and the far end load respectively according to the display data that a first waveform from the near end load is the same as a second waveform from the far end load.

Abstract: A driving circuit applied to a LCD apparatus includes N driver chips, a signal source, a WOA wire, a COF wire. Each driver chip is COF-packaged and correspondingly coupled to L output channels. N and L are positive integers and N?2. The signal source is coupled to L output channels of the first driver chip. One terminal of WOA wire is coupled to L output channels of the second driver chip. One terminal of the COF wire is coupled between the signal source and a first output channel of the first driver chip and another terminal of the COF wire is coupled to another terminal of WOA wire. The resistance of COF wire is far smaller than a first internal resistance between the first output channel and L-th output channel of first driver chip and the resistance of WOA wire is substantially equal to first internal resistance.

Abstract: A random chopper control circuit is disclosed. The random chopper control circuit is coupled to an operational amplifier. The random chopper control circuit includes a random generator. The random generator is configured to generate a random chopper control signal and output the random chopper control signal to the operational amplifier to control an operation of the operational amplifier.

Abstract: A source driving circuit is disclosed. The source driving circuit includes a first integrated source driver and a second integrated source driver. The first integrated source driver includes a first receiving unit, a timing controller, a first source-driving-unit and a first transmission unit. The first receiving unit receives an original image data through a displayport (DP) interface, and decodes the original image data to a first display data and a second display data. The timing controller transmits a first control signal and a second signal. The first source-driving-unit receives the first control signal and the first display data. The first transmission unit receives the second display data, and the second integrated source driver receives the second control signal and the second display data, so as to elevate the compatibility between the source driver and the DP interface.

Abstract: A water guiding duct positioning structure in a faucet valve base is disclosed, which may include a valve seat, at least two water guiding ducts, and a position limiting member, wherein a valve chamber is located at upper portion of the valve seat to receive a water control valve, and bottom portion of the valve seat is connected with two water inlet tubes and a water outlet tube, which have horizontal slits located at the outer periphery of the water inlet and outlet tubes for the position limiting member to plug in. The water guiding duct has a connector collar, which is installed with a water sealing ring and has at least one ring slot. The position limiting member has a horizontal holding plate, one end of which has a shoulder portion extending both sides from the holding plate.

Abstract: A water guiding duct positioning structure in a faucet valve base is disclosed, which may include a valve seat, at least two water guiding ducts, and a position limiting member, wherein a valve chamber is located at upper portion of the valve seat to receive a water control valve, and bottom portion of the valve seat is connected with two water inlet tubes and a water outlet tube, which have horizontal slits located at the outer periphery of the water inlet and outlet tubes for the position limiting member to plug in. The water guiding duct has a connector collar, which is installed with a water sealing ring and has at least one ring slot. The position limiting member has a horizontal holding plate, one end of which has a shoulder portion extending both sides from the holding plate.

Abstract: A photoelectric recovery device for use in a lighting device includes a controller unit; at least one light emission element, each light emission element being electrically connected to the controller unit; at least one light recovery module, each light recovery module being electrically connected to the controller unit, each light recovery module being arranged adjacent to the light emission element; and an electricity accumulation unit, the electricity accumulation unit being electrically connected to the controller unit, the electricity accumulation unit storing electricity from the light recovery module. Each light recovery module is mounted in the lighting device and each light recovery module receives extra light from the light emission element of the lighting device, which is subjected to photoelectric conversion from optical energy into electrical energy. The electrical energy is stored in the electricity accumulation unit for secondary use.

Abstract: A source driving circuit is disclosed. The source driving circuit includes a first integrated source driver and a second integrated source driver. The first integrated source driver includes a first receiving unit, a timing controller, a first source-driving-unit and a first transmission unit. The first receiving unit receives an original image data through a displayport (DP) interface, and decodes the original image data to a first display data and a second display data. The timing controller transmits a first control signal and a second signal. The first source-driving-unit receives the first control signal and the first display data. The first transmission unit receives the second display data, and the second integrated source driver receives the second control signal and the second display data, so as to elevate the compatibility between the source driver and the DP interface.

Abstract: A driving method is disclosed, and the driving method is applied into a liquid crystal display apparatus. The driving method includes steps as follows: receiving an original display data; rearranging the original display data to a new display data according to at least one scan driving mode; adjusting sequence of scan driving corresponding to the scan driving mode according to a sequence signal; transmitting the new display data to a display panel through data line, wherein sequence of the original display data corresponds to sequence of scan driving before adjusting, and sequence of the new display data corresponds to sequence of scan driving after adjusting according to the scan driving mode.

Abstract: A driving method is disclosed, and the driving method is adopted to a liquid crystal display apparatus. The driving method includes steps as follows: receiving an original display data; rearranging the original display data to a new display data according to at least a scan driving mode; adjusting a sequence of scan driving so as to correspond to the scan driving mode according to a control signal; transmitting a new display data to a display panel through a data line, wherein the sequence of the original display data corresponds to the sequence of scan driving before adjusting, and a sequence of the new display data corresponds to the sequence of scan driving after adjusting according to the scan driving mode.

Abstract: A computer power supply with low standby power has a power inlet wired to an external AC power supply, a DC conversion circuit wired to convert AC into DC, a power control switch operating an AC switch, a power supply circuit connected to the power control switch, a power outlet connected to the power control switch, a starting circuit, a power bus connected to the power supply circuit to transfer DC to the host computer, and a start button connected to a starting circuit. The start button starts the power supply circuit, supplies power to the hose computer, and transmits switching signals of the computer.

Abstract: A faucet control structure includes an outlet head, a switch rod and a valve body. The outlet head is provided therein with a through-hole, a downward outlet end and an inlet chamber. The outlet end and the inlet chamber are separated by the through-hole. One end of the switch rod is enlarged to form a pulling head, and the other end is provided with a restricting groove. The valve body has a partitioning plate whose front surface is provided with two clamping claws. An inverted U-shaped flexible piece is integrally formed atop the valve body. Both sides of the flexible piece are provided with a bending section respectively. The bending sections provide a force for supporting the valve body when the valve body is compressed by an external force, and provide a restoring force to the valve body after the external force is removed.

Abstract: A faucet control structure includes an outlet head, a switch rod and a valve body. The outlet head is provided therein with a through-hole, a downward outlet end and an inlet chamber. The outlet end and the inlet chamber are separated by the through-hole. One end of the switch rod is enlarged to form a pulling head, and the other end is provided with a restricting groove. The valve body has a partitioning plate whose front surface is provided with two clamping claws. An inverted U-shaped flexible piece is integrally formed atop the valve body. Both sides of the flexible piece are provided with a bending section respectively. The bending sections provide a force for supporting the valve body when the valve body is compressed by an external force, and provide a restoring force to the valve body after the external force is removed.

Abstract: A faucet capable of accepting different types of control valves includes an adapter disk, whereby a precise ceramic control valve can be mounted to the faucet. When the faucet is used alone without the adapter disk, a safety control valve can be mounted in the faucet. In this way, the faucet can accept two different kinds of control valves, thereby increasing the functionality thereof.

Abstract: A computer power supplier with a built-in power saving controller has a power input socket connected to external AC power supply. A DC switch circuit is connected to AC power and converts AC into DC. A control switch is connected to the AC power. A computer power supply circuit is connected to the AC power of the control switch and converts the AC into DC. A power output socket is connected to the AC power of the control switch and supplies power to peripheral equipment. A power start-up circuit is connected to the DC power of the DC switch circuit and the control switch, and operates the control switch to transmit AC power. A cluster cable transmits the DC power to the mainframe. A boot button is connected both to the start-up circuit and mainboard, so as to convert the AC into DC for the mainframe and start-up circuit.

Abstract: An emergency communication and dispatching system has an operating console and a plurality of 2-way radios. 2-way radios are carried separately by the staff on duty and communicated with the operating console or other staff. Of which, the operating console could receive the event information and pictures from the reporting source and transmit them to the 2-way radio of any staff, while a camera could be used by the staff to take the pictures at the scenes. The 2-way radio is used to transmit the pictures and position data to the operating console or the receiver of other staff, so as to improve the communication and execution efficiency of public security or military personnel.

Abstract: A faucet module has a base, a valve chamber formed in the base, a cold water inlet port, a hot water inlet port and an outlet port in communications with a cold water inlet pipe, a hot water inlet pipe and an outlet pipe respectively, a first threaded section formed at an outer periphery of an opening of the valve chamber, a flange formed around all the pipes at a predetermined position away from the bottom face of the base, a protrusion having a second threaded section respectively formed at an end of each pipe below the flange, each of the base, the valve chamber, the cold water inlet port, the hot water inlet port, the outlet port, the cold water inlet pipe, the hot water inlet pipe, the outlet pipe, the first threaded section, the flange, the protrusion and the second threaded section formed as an entire unit.

Abstract: A touch sensing apparatus sensing a touch point on a touch panel through an ITO sensor is disclosed. The ITO sensor includes first lines arranged along a first direction and second lines arranged along a second direction. The touch sensing apparatus includes first pins, second pins, a driving/sensing control module, and a data processing module. The first pins are coupled to the first lines, and the second pins are coupled to the lines. At a first time, the driving/sensing control module outputs a driving voltage to the first pins and receives a first sensing signal from the second pins; at a second time, the driving/sensing control module outputs a driving voltage to the second pins and receives a second sensing signal from the first pins. The data processing module computes the first sensing signal and the second sensing signal to generate a touch point sensing result.