Abstract: A printing medium includes: a rectangular lens sheet that has a surface formed in a predetermined lens shape; and a thin base that is fixed to a rear surface of the lens sheet on which no lens is formed and has an extending portion extending from one side of the lens sheet to the outside. In the printing medium, when a region corresponding to the rear surface of the lens sheet is referred to as a unit region, the extending portion includes a plurality of unit regions adjacent to one another with adjacent portions, which are common sides, interposed therebetween, and a first printing surface and a second printing surface having predetermined images formed thereon are formed in corresponding unit regions on one surface of the base that is fixed to the rear surface of the lens sheet or the other surface of the base. In addition, at least one unit region is additionally interposed between the unit region where the first printing surface is formed and the unit region where the second printing surface is formed.

Abstract: A print medium of the present invention has a structure in which a substrate 30 has an extending portion 10b extending from the portion fixed to a lenticular sheet 10a to the right in the drawing and adjacent to the rectangular lenticular sheet 10a. Printing “parallactic images”, “an addressee”, and “a fold” on an ink permeating layer 50, a print paper 60, and the ink permeating layer 50 of the print medium 10, respectively, and folding the extending portion 10b with respect to the “fold” facilitates bonding the portion on which the addressee is printed to the back surface of the lenticular sheet 10a.

Abstract: The video processing device plays the video on an interface screen 250, and receives from a Digest button 203 designation of frame image data chosen by the user for use in digest video. The video processing device, on the basis of frame evaluation levels, displays Best-frame indicators 209 and Division indicators 210 serving as reference indicators when the user designates frame image.

Abstract: A print medium of the present invention has a structure in which a substrate 30 has an extending portion 10b extending from the portion fixed to a lenticular sheet 10a to the right in the drawing and adjacent to the rectangular lenticular sheet 10a. Printing “parallactic images”, “an addressee”, and “a fold” on an ink permeating layer 50, a print paper 60, and the ink permeating layer 50 of the print medium 10, respectively, and folding the extending portion 10b with respect to the “fold” facilitates bonding the portion on which the addressee is printed to the back surface of the lenticular sheet 10a.

Abstract: A printing medium includes: a rectangular lens sheet that has a surface formed in a predetermined lens shape; and a thin base that is fixed to a rear surface of the lens sheet on which no lens is formed and has an extending portion extending from one side of the lens sheet to the outside. In the printing medium, when a region corresponding to the rear surface of the lens sheet is referred to as a unit region, the extending portion includes a plurality of unit regions adjacent to one another with adjacent portions, which are common sides, interposed therebetween, and a first printing surface and a second printing surface having predetermined images formed thereon are formed in corresponding unit regions on one surface of the base that is fixed to the rear surface of the lens sheet or the other surface of the base. In addition, at least one unit region is additionally interposed between the unit region where the first printing surface is formed and the unit region where the second printing surface is formed.

Abstract: This invention provides a moving picture data processing method for extracting a portion of moving picture data from moving picture data. The method comprises: a frame picture evaluation step of evaluating each of a plurality of frame picture data included in the moving picture data on a basis of a specific condition, for generating first picture evaluation values depending on the evaluations; and a moving picture data extraction step of extracting moving picture data including a plurality of frame picture data that meet a specific condition, in response to the first picture evaluation values.

Abstract: A ferroelectric memory device equipped with a plate line control section that selects a specified plate line that is connected to a specified memory cell, thereby discharging a data accumulation charge to a specified bit line connected to the specified memory cell, and discharges a reference accumulation charge to the specified bit line when the specified bit line is discharged; a device that, by successively connecting the specified bit line to a first sense amplifier line and a second sense amplifier line based on a change in the potential on the specified plate line, retains at the first sense amplifier line a potential on the specified bit line when the data accumulation charge is discharged, and retains at the second sense amplifier line a potential on the specified bit line when the reference accumulation charge is discharged; and a sense amplifier that judges the predetermined data based on potentials on the first sense amplifier line and the second sense amplifier line.

Abstract: The video processing device plays the video on an interface screen 250, and receives from a Digest button 203 designation of frame image data chosen by the user for use in digest video. The video processing device, on the basis of frame evaluation levels, displays Best-frame indicators 209 and Division indicators 210 serving as reference indicators when the user designates frame image.

Abstract: A ferroelectric memory device equipped with a plate line control section that selects a specified plate line that is connected to a specified memory cell, thereby discharging a data accumulation charge to a specified bit line connected to the specified memory cell, and discharges a reference accumulation charge to the specified bit line when the specified bit line is discharged; a device that, by successively connecting the specified bit line to a first sense amplifier line and a second sense amplifier line based on a change in the potential on the specified plate line, retains at the first sense amplifier line a potential on the specified bit line when the data accumulation charge is discharged, and retains at the second sense amplifier line a potential on the specified bit line when the reference accumulation charge is discharged; and a sense amplifier that judges the predetermined data based on potentials on the first sense amplifier line and the second sense amplifier line.

Abstract: A FSK demodulation circuit using counter techniques to distinguish between two transmitted frequencies, provides a delay preceding the change points of the demodulated signal to reduce signal distortion. Presettable counters reduce the number of data bits for processing, and a plurality of counters count an equal plurality of zero-cross intervals to reduce distortion. Registers and multiplexer further reduce circuit complexity.

Abstract: An FSK demodulation circuit especially suited for integrated construction is provided. The demodulating circuit uses N counters and a counter selector circuit for sequentially switching the counters at every zero-cross point in the received FSK signal. Sensitivity of demodulation is improved by N-time zero-cross detection rather than counting the time between two adjacent zero-cross points. The FSK demodulation circuit uses a Switched Capacitor Bandpass Filter whose characteristics are changed by changing the frequency of an internal clock using simple dividing circuitry.

Abstract: A light crystal display device which includes a liquid crystal panel and a light pen. The liquid crystal panel includes a plurality of display dots defined by spaced electrodes having a twisted nematic liquid crystal therebetween. The display dots are selectively driven by a drive circuit between light-transmissive and non-transmissive states in a predetermined flickering timing. The light pen selectively directs light to the display dots which is caused to flicker thereby. The flickered light is detected by a sensor in the light pen and produces positioning data signals representative of the sequence of dots selected.

Abstract: An improved digital display driving circuit for driving digital display cells forming a ditigal display is provided. The driving circuit includes an interfacing circuit that in response to being energized receives a first data signal for selectively energizing certain of the display cells and a second drive signal for effecting AC driving of the display cells selectively energized by the data signal. The improved driving circuit is characterized by a DC supply coupled to the interfacing circuit, the AC supply being adapted to energize the interfacing circuit, and a detecting circuit coupled intermediate the DC supply and the interfacing circuit for selectively controlling the energizing of the interfacing circuit by the DC supply in response to the presence or absence of the drive signal being applied to the interfacing circuit to thereby prevent DC driving of the display cells.

Abstract: An electronic timepiece assembly for automatically correcting the time displayed by a digital display electronic timepiece is provided. A first time standard electronic timepiece accurately counts present time, such standard electronic timepiece including a transmitter for selectively transmitting setting signals representative of the present time counted by the time standard timepiece. A further digital display electronic timepiece includes a timekeeping circuit for producing timekeeping signals and digital display means for displaying the present time in response to the timekeeping signals. The further electronic timepiece includes a receiver for selectively receiving the setting signals transmitted by the time standard electronic timepiece transmitter, and correction circuitry coupled to the timekeeping circuitry for automatically correcting the count of the timekeeping circuit in response to the setting signals selectively received by the receiver.