36 results about "SCART" patented technology

A method for switching on / off double CPU television set through SCART interface, which contains setting sub-CPU for signal detection and awakening, setting No 1 and No 2 SCART interface, writing the level detection switching on information zone bit of ADC1 and ADC2 in EEPROM of CPU, sub-CPU detecting the switching signal in SCART1 or SCART2 interface and reading out user SCART setting, judging corresponded zone bit, if it 1 then switching on, if it is 0 then no any operation until the remote controller key signal coming and switching according to normal mode, when switching off, the main CPU receiving SCART switching off signal and executing switching off operation according to normal mode. Said invention can reduce power consumption.

A new karaoke system intended for use in private homes. The complete system is included on a Karaoke-DVD-Disc playable in a DVD-player intended for use in private homes. The system is manoeuvred by the remote control of the DVD-player and program instructions on the DVD-disc. A microphone with a SCART-connector can be connected between the DVD-player and the TV-set. The music-video, the text of the lyrics and the songs are stored on the DVD-disc. The sound and the pictures are presented on the TV-set.

A method for switching on / off double CPU television set through SCART interface, which contains setting sub-CPU for signal detection and awakening, setting No 1 and No 2 SCART interface, writing the level detection switching on information zone bit of ADC1 and ADC2 in EEPROM of CPU, sub-CPU detecting the switching signal in SCART1 or SCART2 interface and reading out user SCART setting, judging corresponded zone bit, if it 1 then switching on, if it is 0 then no any operation until the remote controller key signal coming and switching according to normal mode, when switching off, the main CPU receiving SCART switching off signal and executing switching off operation according to normal mode. Said invention can reduce power consumption.

The invention provides an SCART / UART interface multiplexing circuit and electronic equipment adopting the same. The SCART / UART interface multiplexing circuit comprises an SCART interface unit, a transmitting mode judging unit, and a multiplexing control unit, wherein the SCART interface unit is used for transmitting audio-video data or serial data; the transmitting mode judging unit is used for judging the data transmitting mode selected by a main chip; the data transmitting modes comprise an audio-video data transmitting mode and a serial data transmitting mode; the multiplexing control unit is used for controlling the SCART interface unit to transmit the audio-video data when the audio-video data transmitting mode is selected, and controlling the SCART interface unit to transmit serial data when the serial data transmitting mode is selected. According to the invention, the SCART interface and the UART interface can be multiplexed; interface quantity is reduced, so as to meet requirements of lighting and thinning of electronic equipment, and beautify the appearance of products.

A video processing device includes a processor, a voltage conversion circuit, and a Syndicat des Constructeurs d'Appareils Radiorécepteurs et Téléviseurs (SCART) chip. The processor is operable to process video signals, and control a GPIO (general purpose input output) pin to output different mode controlling signals according to different video signal formats. The voltage conversion circuit connected to the GPIO pin is operable to receive the mode controlling signals, and output different voltage signals according to the different format controlling signals. The SCART chip connected to the voltage conversion circuit is operable to receive the video signals and the voltage signals, and process the video signals according to the corresponding voltage signals.

The invention relates to electronic equipment using an SCART interface control circuit, which can control the video output format of an SCART interface. The electronic equipment comprises a processing chip, the SCART interface and a control circuit; the processing chip is used for sending at least two groups of voltage signals to the control circuit; the control circuit comprises a first switching circuit, a second switching circuit and a voltage dividing circuit, wherein, the first switching circuit and the second switching circuit are respectively connected with the processing chip so as to respectively receive the two groups of voltage signals sent by the processing chip and control the voltage dividing circuit to output different voltage controlling signals according to the two groups of voltage signals; the voltage dividing circuit includes a third resistor, a fourth resistor and a fifth resistor in serial connection; and the SCART interface is connected with the control circuit and is used for adjusting the video output format according to different control signals output by the control circuit. The electronic equipment controls the video output format of the SCART interface according to the voltage signals sent by the processing chip, is easy to operate and can omit the use of other control chips or devices.

A multifunction device having a SCART (Society of Manufacturers of Radio Receiver and Television Apparatus) connector configured such that a plurality of devices including first and second devices are incorporated therein, each device having an independent function, and The apparatus includes: a SCART connector to which a connection signal to the external device is connected; and a selection unit that transmits a command to any one of the first and second devices through the SCART connector. In this way, an AV-link can be applied to the multifunction device.

The invention relates to electronic equipment using an SCART interface control circuit, which can control the video output format of an SCART interface. The electronic equipment comprises a processing chip, the SCART interface and a control circuit; the processing chip is used for sending at least two groups of voltage signals to the control circuit; the control circuit comprises a first switching circuit, a second switching circuit and a voltage dividing circuit, wherein, the first switching circuit and the second switching circuit are respectively connected with the processing chip so as to respectively receive the two groups of voltage signals sent by the processing chip and control the voltage dividing circuit to output different voltage controlling signals according to the two groups of voltage signals; and the SCART interface is connected with the control circuit and is used for adjusting the video output format according to different control signals output by the control circuit. The electronic equipment controls the video output format of the SCART interface according to the voltage signals sent by the processing chip, is easy to operate and can omit the use of other control chips or devices.

The invention provides a video switching circuit, comprising a control module and three switch modules (K1), (K2) and (K3); wherein, the input of the (K1) is connected with the output of the Y / G signal of the DVD decoder chip; two ports of the output are respectively connected with the Y input of the chromatic aberration variable port of the television and the S_G input of the SCART port of the television; the input of the (K2) is connected with the output of the U / B signal of the DVD decoder chip; two ports of the output are respectively connected with the U input of the chromatic aberrationvariable port of the television and the S_B input of the SCART port of the television; the input of the (K3) is connected with the output of the V / R signal of the DVD decoder chip, and two ports of the output are respectively connected with the V input of the chromatic aberration variable port of the television and the S_R input of the SCART port of the television; the control module is respectively connected with the control ports of the (K1), (K2) and (K3) to receive the SCART_CON signal, and the SCART_CON signal controls the (K1), (K2) and (K3) to choose the chromatic aberration variable port or the SCART port communicated with the television.

A combination system capable of selectively switching A / V signals supplied from each A / V signal supplying device is provided to control a switch operation only of the combination system without newly setting a connection of an SCART jack cable, thereby selectively supplying A / V signals. An input terminal(210) receives an outer RGB video signal, an outer composite video signal, and an outer audio signal supplied from an outer signal supplying device. A switching portion(240) adaptively selects the received signals, and outputs the selected signals. A selection portion(260a) outputs a reproduction selection signal for one of the first device and the outer signal supplying device. When the reproduction selection signal is applied, a main controller(280) controls the switching portion(240) to adaptively select the signals relative to the selection signal. An output terminal(250) outputs the selected signals to a display device.

The present invention relates to a method of realizing synchronous monitoring on a plurality of VGA sources of a LCD TV; and resolves the technical problem that the LCD TV designed and produced by the method can be simply operated and set to realize the synchronous block-division display and in-phase monitoring of the VGA signal source outputted by a plurality of computers via a TV set. The technical proposal is realized when the TV set has basic configurations including a liquid crystal display, a VGA port and at least two SCART ports with the support of a TV-set central control unit and a management program. The present invention has the advantages that the TV set, which is designed and produced by using the method, can greatly extend the product functionality and effectively save resources without increasing the production cost.

The present invention discloses an apparatus for transmitting SCART and HDMI signals by multiplexing an HDMI interface. The apparatus comprises a signal switching circuit, wherein the signal switching circuit is arranged between a processor and an HDMI interface; the HDMI interface is connected to an SCART signal generating device and an HDMI signal generating device separately via connecting lines; the processor detects high and low electrical levels generated according to two input signals at an electrical level region, so as to enable the signal switching circuit to switch an HDMI signal and an SCART signal to a corresponding signal input interface of the processor. The apparatus disclosed by the present invention enables electric products to be lighter and thinner in the case that transmission of SCART and HDMI signals is achieved.