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公开(公告)号：JPS6438251A
公开(公告)日：1989-02-08
申请号：JP19366287
申请日：1987-08-04
Applicant: CANON KK
Inventor： TAKENOUCHI MASANORI , HAYAKAWA NAOJI , KAN FUMITAKA , NAKAMURA KENJI , AGARI YASUO , HAKAMATA ISAO
Abstract: PURPOSE:To enable high speed recording, ultra high fine recording, simple process, and clear good color reproducing full color recording to be simultaneously satisfied, by a method wherein a transfer recording medium of which properties are quickly changed when heat energy owing to light and electron beam are simultaneously applied, is used. CONSTITUTION:An electron beam pulse based on an signal is given with a solid electron beam generator 54 to an ink donor film (IDF) 1, a multicolor recording medium prepared by arranging a transfer recording layer of which melt viscosity or softering point increases by irradiation of light under a state of being melted or softened by heat sent from a feed roll to a film. A heat pulse is given to the IDF 1 and at the same time, light of a different wavelength is successively applied from lamps 53c-3f synchronized with the heat pulse based on the (color) image signal. A transfer image is formed on a transfer recording layer 1a with the solid electron beam generator 54 and the lamps 53c-3f, and is transferred to a medium 60 to be transferred by a heat roll 58 and a pinch roller 59.
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公开(公告)号：JPS63151173A
公开(公告)日：1988-06-23
申请号：JP29677086
申请日：1986-12-15
Applicant: CANON KK
Inventor： KAN FUMITAKA , HAYAKAWA NAOJI , MAJIMA TOSHIAKI , TAKENOUCHI MASANORI , NOMURA ICHIRO , YAMAMOTO MITSURU , SUZUKI HIDETOSHI
Abstract: PURPOSE:To reduce a cost, and to reduce an electrical power consumption simultaneously by raising the sum of the maximum values (absolute value) of a voltage, supplied to a first group of electrodes and to a second group of the electrodes, higher than the maximum value of the ignition voltage of respective light emitting point, and besides, making a difference between the same ones be between the minimum value of the ignition voltage of the respective light emitting point and the maximum value of a sustained voltage. CONSTITUTION:Because of the dispersion of the characteristics of respective picture elements, the sustained voltage is dispersed within Vso-Vsm, and the ignition voltage is dispersed within Vfo-Vfm. Wherein, notations are defined as follows. Vfm: the maximum value of the ignition voltage (the voltage, the last cell is ignited thereby), Vfo: the minimum value of the ignition voltage (the voltage, a first cell is ignited thereby), Vsm: the maximum value of the sustained voltage (the voltage, the first cell is blown out therein), Vso: the minimum value of the sustained voltage (the voltage, the last cell is blown out therein). The maximum values of the absolute values of the voltage supplied to a scanning electrode Xi and a signal electrode Yi are assumed to be Vw and Vi respectively. The voltage are set so as to realize following relations. Vw+Vi>=Vfm, Vfo>=Vw-Vi>=Vsm. Thus, because a low voltage resisting element can be used in numerous signal electrode side driving circuits, the cost of the drive circuit can be reduced, and the power consumption can be reduced as well.
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公开(公告)号：JPS63131222A
公开(公告)日：1988-06-03
申请号：JP27809286
申请日：1986-11-20
Applicant: CANON KK
Inventor： SUZUKI HIDETOSHI , MAJIMA TOSHIAKI , NOMURA ICHIRO , HAYAKAWA NAOJI , KAN FUMITAKA , YAMAMOTO MITSURU , TAKENOUCHI MASANORI
Abstract: PURPOSE:To make a coordinate input simple and accurate by arranging a line-shaped deflecting elements group on a light beam and its optical path and also arranging a reflection optical member opposite to the above-mentioned elements and providing a photodetector, etc. CONSTITUTION:An optical coordinate input device is provided with a light source (laser diode) and a deflecting plate 11, a beam splitter 12, a quarter- wavelength plate 13 and a deflecting element array 14 are arranged along the optical path. The array 14 is unified by arranging (n) number of deflecting elements X1-n in a line along the optical path and the reflection optical member 15 is arranged in a position opposite to the array 14. And the laser beam from the light source 10 passes through the above-mentioned optical path and deflected by 90 deg. in the deflecting element X to be incident perpendicular to the reflection optical member 15. The light beam is vertically reflected in the member 15 and deflected in the corresponding deflecting element X, the quarter wavelength plate 13 and the beam splitter 12 so as to be incident on the photodetector 16 and photoelectrically converted. Therefore, by shielding the light beam on a scanning plane with a pencil 20, etc., a reading output signal is not outputted from the photodetector 16 and the coordinate is detected.
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公开(公告)号：JPS63124356A
公开(公告)日：1988-05-27
申请号：JP26987786
申请日：1986-11-14
Applicant: CANON KK
Inventor： KAN FUMITAKA , HAYAKAWA NAOJI , TAKENOUCHI MASANORI , MAJIMA TOSHIAKI , SUZUKI HIDETOSHI , YAMAMOTO MITSURU , NOMURA ICHIRO
Abstract: PURPOSE:To suppress cross talk and to obtain a discharge luminous element with enough resolution for the use of a light source in hard copy equipment by forming a shading means on the part except for the vicinity of a group of respective cross points. CONSTITUTION:Shading members 10 and a shading layer and the like are formed as a shading means on the part except for the vicinity of a group of respective cross points formed from a group of scanning electrodes 3 and a group of signal electrodes 5. Therefore, light generated by discharge in the region of short wavelength is guided to an element surface by the shading means of these layers. When a face plate 8 and the shading means are set to be prescribed values in their thickness, diffusion of light is suppressed on the surface and so the light is radiated in a spotted shape, and this element can be formed without blur and with high resolution. Moreover, cross talk generated due to interaction between discharge points can be suppressed by the members 10.
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公开(公告)号：JPS6348100A
公开(公告)日：1988-02-29
申请号：JP19185486
申请日：1986-08-15
Applicant: CANON KK
Inventor： NAKAMURA KENJI , KAN FUMITAKA , HAYAKAWA NAOJI , TAKENOUCHI MASANORI , SHIMODA ISAMU , OKUNUKI MASAHIKO
Abstract: PURPOSE:To generate a desired ultrasonic wave at the inside of a substrate or on its surface by generating intensity-modulated electron beams in the respective electron beam sources of an electron generating means by separately controlling them, and radiating the beams on the substrate. CONSTITUTION:The titled method is formed with an electron beam generating means EBH in which the plural electron beam source EBS separately controllable are arrayed two-dimensionally, and the substrate SUB, and the intensity- modulated electron beams are generated and controlled by the electron beam sources of the electron beam generating means. The substrate is radiated with thus thus generated electron beams, and generates a ultrasonic wave. To the electron beam sources EBSs, common electrodes X1, X2,... Y1, Y2,... in matrix form in vertical and horizontal directions are connected. The other ends of the electrodes X1, X2,... are connected to a control circuit CONT 1 and those of the electrodes Y1, Y2,... are connected to a control circuit CONT 2. For instance, if the control circuit CONT 1 selects the electrode X3 and the control circuit CONT 2 selects the electrode Y4, the electron beam source EBS 34 in a third column and in a fourth row is selected to be driven.
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Patent Agency Ranking
公开(公告)号：JPS6348011A
公开(公告)日：1988-02-29
申请号：JP19185286
申请日：1986-08-15
Applicant: CANON KK
Inventor： NAKAMURA KENJI , KAN FUMITAKA , TAKENOUCHI MASANORI , HAYAKAWA NAOJI , SHIMODA ISAMU , OKUNUKI MASAHIKO
IPC: H01L27/14 , G11C11/34 , G11C11/401 , H01J31/00 , H01L27/10 , H03K19/018 , H03K19/08 , H03K19/14
Abstract: PURPOSE:To attain logical operation in parallel at a high speed by selecting and executing OR and AND operations in a memory unit utilizing an electron ray. CONSTITUTION:Memory units MU1, MU2 each provided with plural units U each comprising an electron ray detection means D, a drive means T and an electron ray source E are provided oppositely, a shift register SR1 is provided at the upper part of the memory unit MU1 and a shift register SR2 is arranged at the lower part and a power supply VA is provided between the memory units MU1 and MU2. Moreover, a deflection electrode SE1 as an electromagnetic field generating means is arranged above the memory units MU1, MU2 and a deflection electrode SE2 is arranged under them. Thus, the electron ray radiated in two-dimensionally in response to information is deflected by the electromagnetic field generating means and made incident sequentially in the electron ray detection means, and OR/AND is selected at once from plural sets of information included in the 2-dimensional parallel information is selected and operated by utilizing the threshold value of the electron ray detection means.
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公开(公告)号：JPS6347739A
公开(公告)日：1988-02-29
申请号：JP19186186
申请日：1986-08-15
Applicant: CANON KK
Inventor： NAKAMURA KENJI , KAN FUMITAKA , HAYAKAWA NAOJI , TAKENOUCHI MASANORI , SHIMODA ISAMU , OKUNUKI MASAHIKO
Abstract: PURPOSE:To deflect light beams transmitted in a medium within a wide angle range by generating plural electron beams whose intensity is modulated from an electron beam generator while individually controlling them and radiating the electron beams to a medium having an acoustic-optical effect to generate a required ultrasonic wave. CONSTITUTION:In case of deflecting incident light Li by ultrasonic waves APW with high frequency, the wavelength of the ultrasonic waves APW is reduced, so that the incident angle of the incident light Li should be set up to a large value to satisfy Bragg's condition. Namely, the ultrasonic waves APW are generated so as to be transmitted with an inclination to the incident side of the incident light Li from the normal on the surface of a substrate SUB and an angle formed by the wave surface of the ultrasonic waves APW and the incident light Li is set up so as to satisfy Bragg's condition. In case of deflecting light beams by ultrasonic waves with low frequency, the wavelength of the ultrasonic waves APW is increased, so that the incident angle of the incident light Li is reduced to satisfy the Bragg's condition, the ultrasonic waves APW are generated so as to be transmitted with an inclination to the opposite side against the incident side of the incident light Li and an angle formed by the wave surface of the ultrasonic waves APW and the incident light Li is set up so as to satisfy Bragg's condition.
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公开(公告)号：JPS6340242A
公开(公告)日：1988-02-20
申请号：JP18273886
申请日：1986-08-05
Applicant: CANON KK
Inventor： KAN FUMITAKA , HAYAKAWA NAOJI , TAKENOUCHI MASANORI , NAKAMURA KENJI , AGARI YASUO , HAKAMATA ISAO
Abstract: PURPOSE:To arrange radiation parts for charged particles in an optional pattern and also extend their length, by arranging a means facing a charged particlesgeneration source to deflect or absorb charged particles such as electrons and ions. CONSTITUTION:Respective fetch electrodes of substrates SU-1 through SU-4 are divided into 2 groups like PE1.m, PE2.m(m=1,2, 3, 4). And, positive potential VPEn'm is applied to the fetch electrodes in such a way as to satisfy VPE1.1 VPE2.2:VPE1.3 VPE2.4. Then, electron beams radiated from axes X1 and X2 are deflected toward X0 direction. As a result, electron beams can be taken out from AEn, 1 through AEn, 4 provided at fixed intervals on the axis X0 of an accelerating electrode AE. Thus, multiple electron beam sources effectively arranged in a straight line can be obtained. While electron beam sources effectively arranged at equal intervals and in extended length like this can be obtained, not only an electron beam sources arrangement at equal intervals in a straight line but their optional arrangement. is also made possible.
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公开(公告)号：JPS6339346A
公开(公告)日：1988-02-19
申请号：JP18273986
申请日：1986-08-05
Applicant: CANON KK
Inventor： KAN FUMITAKA , TAKENOUCHI MASANORI , HAYAKAWA NAOJI , NAKAMURA KENJI , AGARI YASUO , HAKAMATA ISAO
Abstract: PURPOSE:To enable high speed recording by providing an electron beam generator which generates an electron beam for ejection of a recording liquid through a heated nozzle. CONSTITUTION:Electrons generated from an electron beam source EBn by projecting an acceleration voltage into a nozzle W are projected to Wn (n=1, 2...) to heat Wn and at the same time, electrically charge a recording liquid IK in a nozzle Wn. If a heating part H becomes hot at a higher temperature than the evaporation temperature of the recording liquid IK in the nozzle W, bubbles B generate in the heating part H, resulting in the rapid increase of a pressure in the nozzle W. At the same time, part of the recording liquid which exists in a part between an orifice OF and the heating part H is discharged from the orifice OF. The discharged recording liquid becomes liquid droplets which are charged by a high voltage applied to the nozzle W. The liquid droplets hit recording paper A soon to cause a recording liquid to adhere to the surface of the paper. The recording liquid is replenished from a recording liquid supply direction on the orifice OF side and its opposite side following the contraction of the volume of the bubbles B by cutting off the electron beam which is projected to the heating part H.
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公开(公告)号：JPS6339345A
公开(公告)日：1988-02-19
申请号：JP18273686
申请日：1986-08-05
Applicant: CANON KK
Inventor： HAYAKAWA NAOJI , KAN FUMITAKA , TAKENOUCHI MASANORI , NAKAMURA KENJI , AGARI YASUO , HAKAMATA ISAO
Abstract: PURPOSE:To enable high-speed recording and super high precision recording by employing a multinozzle ink ejection device and allowing ink droplets to be charged through projection of an electron beam, especially, employing a solid electron beam generator provided with a plurality of electron beam sources. CONSTITUTION:An electron beam generator 2 has the same number of electron beam source as that of nozzles of a liquid droplet ejector 1, and the electron beam sources are so arranged that the electron beam may be projected to flying liquid droplets ejected from the liquid droplet ejector 1. A deflecting electrode 4 applies a prearranged electric field to liquid droplets, and the liquid droplets reach a recording paper 6 or a recovery plate 5 depending on whether the electron beam is projected by the electron beam generator 2. A desired color pattern is recorded in an ink on the recording paper 6 by controlling the transport rate of the recording paper 6 by a roller 7 and the oscillation frequency of a piezoelectric element 11, and synchronizing the timing of liquid droplet ejection from the liquid droplet ejector 1 and an image signal which is input to a signal terminal 12. If an electrode is provided on the recording paper 6 and a positive potential is given to the electrode, charge liquid droplets are attracted to the recording paper, thus improving a recording speed.
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