Abstract: A method, computer system, and a computer program product for meeting schedule conflict resolution are provided. A registration for a first virtual meeting that includes a first list of persons scheduled to virtually attend, a first meeting time, and a host is received. A registration for a second virtual meeting that includes a second list of persons scheduled to virtually attend, a second meeting time, and another host is received. A time overlap of the first meeting time and the second meeting time is identified. A meeting schedule conflict that includes a first person being in the first list and in the second list is identified. The meeting schedule conflict is resolved via generating and transmitting a coordinating message to at least one of the host and the other host.

Abstract: The portable terminal includes a receiving unit for selecting a channel and receiving a program, an obtaining unit for obtaining the program guide for each channel received by the receiving unit, a display unit for displaying the program guide obtained by the obtaining unit, a memory for storing setting information set up to view the program received by the receiving unit, a remaining battery capacity detecting unit for detecting the remaining capacity of the battery, and a control unit for determining the possible viewing time according to the operation mode stored in the memory and the remaining capacity of the battery detected by the remaining battery capacity detecting unit and controlling the display unit so as to identifiably display the possible viewing segment corresponding to the possible viewing time in the program guide.

Abstract: The portable terminal includes a receiving unit for selecting a channel and receiving a program, an obtaining unit for obtaining the program guide for each channel received by the receiving unit, a display unit for displaying the program guide obtained by the obtaining unit, a memory for storing setting information set up to view the program received by the receiving unit, a remaining battery capacity detecting unit for detecting the remaining capacity of the battery, and a control unit for determining the possible viewing time according to the operation mode stored in the memory and the remaining capacity of the battery detected by the remaining battery capacity detecting unit and controlling the display unit so as to identifiably display the possible viewing segment corresponding to the possible viewing time in the program guide.

Abstract: In order to provide a program guide display apparatus that improves the user convenience by performing identification display to a program guide according to a reception state of the broadcast, the program guide display apparatus of the present invention comprises a 1seg reception unit 203 and a M-FLO reception unit 211 for receiving a program by selecting a selected channel, a display unit 306 for displaying a program guide that shows each program of each channel and a control unit 301 for controlling so that identification display corresponding to reception state of the 1seg reception unit 203 and the M-FLO reception unit 211 is performed, and the control unit 301 controls so that identification display corresponding to the reception state of the 1seg reception unit 203 and the M-FLO reception unit 211 is performed per channel or per program.

Abstract: A printing control apparatus having a semiconductor storage device of a reduced capacity allows an inexpensive printer to provide large-sized, high-resolution and high-quality printout. The apparatus comprises a band buffer and a page buffer. The band buffer formed in a semiconductor storage device develops therein part of print bit image data. The page memory formed in an external storage device stores one page of print bit image data. With incoming print bit image data developed in the band buffer, the developed print bit image data are transferred from the band buffer to the page memory for printout.

Abstract: A print control apparatus for use with a printer for forming a print output based on command data generated by a computer. The print control apparatus includes a line segment data conversion unit for converting computer-generated command data to successive pieces of line segment data each having a position and a length in a raster direction, and a raster image data conversion unit for converting the line segment data to raster image data based on which printing is performed by the printer.

Abstract: In an image forming device using a laser beam having light components of three wavelengths, a pair of photosensor units are provided at a point adjacent the start of the scan line to calibrate or adjust the focus of the component wavelengths at the same impact point prior to printing. Each of the two photosensor units has three phototransistors, one phototransistor sensitive to each wavelength. The first photosensor unit detects the laser beam components and sends a detection pulse that synchronizes the control circuits for each of the three component wavelengths and initiates a time delay in each circuit. The second photosensor is connected to a time delay circuit for each of the component wavelengths and is also connected to a LED associated with each component wavelength to indicate its strike on the appropriate phototransistor.

Abstract: A method for forming a lens at an end portion of an optical apparatus, such as an optical fiber assembly, a fiber optical CRT or an LED array, which method comprises a dipping step wherein the end portion of the optical apparatus is dipped into an unsolidified photo-setting resin and a lighting step wherein the photo-setting resin is solidified according to an intensity distribution of the light outputted from the optical apparatus. Further, an optical information processing apparatus and an optical signal transmission apparatus have a lens array formed by the above method.

Abstract: An image forming apparatus for irradiating an image light on a photosensitive recording medium having at least one photosensitive wavelength range on the basis of an image information to thereby form an image on the photosensitive recording medium, comprising a semiconductor laser for emitting an image light or a thermal cathode for emitting thermoelectrons having the image information, a photomultiplier or microchannel plate for converting the image light or the thermoelectrons into secondary electrons while the image forming information is kept, and multiplying the secondary electrons, and a fluorescent screen for converting the multiplied secondary electrons into an intensified image light. The intensified image light may be supplied on a photosensitive recording medium while the image forming information is kept, thereby forming an image on the photosensitive recording medium.

Abstract: In an image forming device using a laser beam having light components of three wavelengths, a separate memory is provided for storing image data for each of the three light components. A reading controller for each of the light components reads the image data for that light component stored in the memory in accordance with a clock circuit. Each clock circuit has a clock frequency that is set variously according to the wavelength of the light component to correct chromatic distortion (chromatism) in the optics. As such, each color frquency is set to be in proportion to an image width resulting from a scan line for each wavelength of light in order to maintain coincidence between colors at the start of the scan line and at the end of the scan line.

Abstract: An image exposure apparatus exposes a photosensitive recording medium to an image corresponding to an image displayed on the screen of a cathode-ray tube which is used as a light source. A video image detector substantially detects whether there is a video image supplied to the cathode-ray tube or not. A microprocessor starts an exposure in response to an exposure command given by an exposure command switch only when it is detected by the video image detector that there is a video signal.

Abstract: An image forming apparatus has a cathode ray tube as a light source which is controlled by a control circuit including an image signal inverting circuit for inverting a polarity of an image signal and a vertical deflecting circuit for inverting an image formed on the cathode ray tube in a mirror image relationship on the basis of the vertical synchronizing signal. Thus, the image forming apparatus can provide two kinds of color images obtained by using a microcapsule sheet or a silver chloride sheet.

Abstract: Disclosed is a photo-pressure sensitive recording sheet developing apparatus in which vibratory pressure generated by an ultrasonic wave generating means is applied to a photo/pressure sensitive recording sheet using microcapsules carrying a latent image formed through exposure to thereby develop the photo/pressure sensitive recording sheet by the vibratory pressure. Preferably, the ultrasonic wave generating means is formed as a single resonance system and has parallel surfaces opposite to each other, each of the opposite surfaces having a vibration mode so that the opposite surfaces are displaced in the directions opposite to each other and substantially along a vertical axis of the opposite surfaces.