Abstract: A method of remotely adjusting a display device is provided which introduces the concept of Pages as a superordinate concept of VCPs known as control or adjustment item codes under current standards, defines the maximum value of the VCP Pages, and controls the VCP Pages from a personal computer, thereby to define and control more VCPs.

Abstract: The object of the present invention is to provide a pharmaceutical composition that inhibits expression of iNOS and COX-2 without inhibiting NF-?B. The pharmaceutical composition that inhibits expression of iNOS and COX-2 without inhibiting NF-?B contains DTCM glutarimide of the Formula (I) as an effective ingredient, thereby being able to inhibit nitric oxide (NO) production and prostaglandin production.

Abstract: The object of the present invention is to provide a pharmaceutical composition that inhibits expression of iNOS and COX-2 without inhibiting NF-?B. The pharmaceutical composition that inhibits expression of iNOS and COX-2 without inhibiting NF-?B contains DTCM glutarimide of the Formula (I) as an effective ingredient, thereby being able to inhibit nitric oxide (NO) production and prostaglandin production.

Abstract: An image display in which occurrence of beat noise can be suppressed without adding noise to an image in a pixel converting process is provided. The frequency of a data clock is preset to a value at which beat noise is not apt to occur (a value such that one of the dot clock frequency of the input analog video signal and the frequency of the data clock is not equal to or close to an integral multiple of the other) for each kind of the input analog video signal and is stored as a frequency correspondence list in a memory MM. In accordance with the kind of the input analog video signal, a control block 4 selects the set frequency of the data clock and allows a data clock generating block 6 to generate a data clock Cd. Consequently, at the time of a pixel converting process performed by a signal processing block 5, without adding noise to an image, occurrence of beat noise is suppressed.

Abstract: A difference in sampling data of continuous two pixels in a digital image signal is detected. A CPU monitors the value of an output signal and determines a control value of a control signal so as to make the difference greatest. In a sampling clock generation section, a sampling clock that is synchronous to a dot clock by a synchronous signal and the control signal is generated. When the difference becomes greatest, it is possible to sample an image signal level that is less susceptible to influences from rounding, and consequently to adjust the phase of the sampling clock without an input signal having a specific pattern.

Abstract: A method of remotely adjusting a display device is provided which introduces the concept of Pages as a superordinate concept of VCPs known as control or adjustment item codes under current standards, defines the maximum value of the VCP Pages, and controls the VCP Pages from a personal computer, thereby to define and control more VCPs.

Abstract: An image display in which occurrence of beat noise can be suppressed without adding noise to an image in a pixel converting process is provided. The frequency of a data clock is preset to a value at which beat noise is not apt to occur (a value such that one of the dot clock frequency of the input analog video signal and the frequency of the data clock is not equal to or close to an integral multiple of the other) for each kind of the input analog video signal and is stored as a frequency correspondence list in a memory MM. In accordance with the kind of the input analog video signal, a control block 4 selects the set frequency of the data clock and allows a data clock generating block 6 to generate a data clock Cd. Consequently, at the time of a pixel converting process performed by a signal processing block 5, without adding noise to an image, occurrence of beat noise is suppressed.

Abstract: In a differential detection section (2), a difference in sampling data of continuous two pixels in a digital image signal (101) is detected. A CPU(4) monitors the value of an output signal (53), and determines a control value of a control signal (54) so as to make the difference greatest. In a sampling clock generation section (3), a sampling clock (50) that is synchronous to a dot clock by a synchronous signal (52) and the control signal (54) is generated. When the difference becomes greatest, it is possible to sample an image signal level that is less susceptible to influences from rounding, and consequently to adjust the phase of the sampling clock without the necessity of an input signal having a specific pattern. Thus, in an image display apparatus which generates the sampling clock that is synchronous to the dot clock used for generating an analog image signal of an output image from a personal computer, etc.

Abstract: An image display apparatus including a display unit 20 having a plurality of pixels, lighting controlling means 5 and 16a for controlling a time for lighting the pixels on the display unit 20 within a predetermined time in order to display a multiple-gradation image, and correcting means 4 and 5 for correcting the lighting time controlled by the lighting controlling means 5 and 16a. Even when characteristic dispersion per pixel of the display unit 20 is large, characteristic dispersion between image display apparatuses can be restrained.

Abstract: An image display apparatus for displaying an image and characters superposed on the image comprising a synchronizing signal dividing unit for dividing the frequency of an input synchronizing signal to generate a divided synchronizing signal, a character generating unit for generating, in response to the divided synchronizing signal, characters to be superposed on the image, and a character speed converting unit for converting the speed of the characters generated by the character generating unit, thereby the number of characters outputted from the character speed converting means in one synchronization period is made to be substantially constant regardless of the frequency of the input synchronizing signal.

Abstract: A horizontal synchronization circuit uses a standard decoder to generate a stable first signal locked in frequency and phase to horizontal synchronizing pulses in a composite video signal. A waveshaping circuit reshapes the first signal to generate a second signal for input to a synchronizing circuit. The synchronizing circuit generates a higher-frequency third signal. A timing generator divides the frequency of the third signal to generate a fourth signal having the same frequency as the first and second signals, and a fifth signal having a higher frequency. The fourth signal is fed back to the synchronizing circuit, and can also be used for synchronization of video signal processing. The fifth signal can be used for horizontal scanning at a rate higher than the standard horizontal frequency.

Abstract: A deviation comparator (10) compares an output signal of a deviation detector (6) with a set limit value to anticipates a runaway, and if the runaway is judged thereby, an object unit (12) is isolated by a switch circuit (11), thereby to prevent destruction of a driving amplifier (9) and the object unit (12).

Abstract: A position detecting circuit for use in an apparatus for performing position control such as an original reading apparatus is disclosed. In the position detecting circuit according to the present invention, emitted light from a light emitting device is received by a CCD image sensor and a peak value of the output signal waveform of the CCD image sensor is detected. Then, the photosensing position of the CCD image sensor is identified according to the position of the peak value in the output signal waveform. The position of a moving member is determined by the photosensing position of the CCD image sensor, whereby the position detecting system is simplified in structure and enhanced in detecting accuracy.