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    • 3. 发明专利
    • IMAGE RECORDER
    • JP2000158636A
    • 2000-06-13
    • JP33332198
    • 1998-11-25
    • RICOH KK
    • KAWAKUBO TOSHIOTAKAHASHI TOMOKOHASEBE MITSUOTOMITA SATORUYANAGAWA NOBUYUKI
    • B41J2/01B41J11/00B41M5/00
    • PROBLEM TO BE SOLVED: To obtain a stable image by a chemical setting agent by utilizing a printer having a structure which is not changed so much from a conventional one. SOLUTION: A chemical setting agent 11 is coated on a surface of a transfer medium 21 while the transfer medium 21 passes through a recording layer coating means 10. After that, the transfer medium 21 is conveyed to a recording means 30 and liquid drops are ejected in accordance with an image signal to form a visible image. A transfer paper 42 supplied from a paper supplying means 40 is fed to a transferring means 50 in synchronism with a visible image region of the transfer medium 21 and the visible image is transferred to the transfer paper 42, then the transfer paper 42 is discharged from a paper discharge means 60 to be stocked. The chemical setting agent 11 remaining on the transfer medium 21 is removed by means of a cleaning means 70 on an as-needed basis. When a second or a third paper supplying means is added, it is possible to print on a paper directly and to print thereon after coating the chemical setting agent thereon. When a paper reversing means and paper resupplying means are provided, it is possible to perform perfecting printing.
    • 8. 发明专利
    • ELECTRODEPOSITION DEVICE
    • JPH0412431A
    • 1992-01-17
    • JP11539490
    • 1990-05-01
    • RICOH KK
    • KATO IKUOTOMITA SATORU
    • H01J9/227
    • PURPOSE:To simply perform electrodeposition with high mass productivity by moving an unelectrodeposited substrate along a substrate guide section, fitting it, moving a substrate holding section near an opposite electrode so as to keep the relative position between a segment electrode on the substrate and the opposite electrode, and electrodepositing it. CONSTITUTION:When an unelectrodeposited substrate 1 is to be fitted to a substrate holding section 4, the positional relation between the substrate holding section 4 and a substrate holding section main body 5 is changed, and an unelectrodeposited substrate 1 is moved along the substrate guide section 11 of the holding section 4 and inserted into the holding section 4. The unelectrodeposited substrate 1 is fixed to the holding section 4 after it is inserted with a substrate fixing means 13 or concurrently with it. The holding section 4 is moved near an opposite electrode 3 and fixed to the substrate holding section main body 5 so as to keep the relative position between a segment electrode 2 on the substrate 1 and the opposite electrode 3, the main body 5 is dipped in an electrodeposition liquid with the unelectrodeposited substrate 1 fitted, and the main body 5 is lifted and dried after electrodeposition.
    • 9. 发明专利
    • PHOSPHOR DOTTED ARRAY TUBE
    • JPH03289032A
    • 1991-12-19
    • JP8975290
    • 1990-04-04
    • RICOH KK
    • HATTORI HITOSHISUDO KOZOTOMITA SATORU
    • H01J31/15H01J63/06
    • PURPOSE:To obtain a phosphor dotted array tube having no diversity of lumi nous brightness by providing the part to be formed in the longitudinal direction of a substrate on the wiring pattern on the substrate of the phosphor dotted array tube. CONSTITUTION:In a phosphor dotted array tube composed so that thermions generated from a cathode electrode are accelerated and controlled by a grid electrode and the thermions are collided with the phosphor 2 to make the phos phor 2 luminous, and a conductive wiring pattern 6 is provided with uniform parts to be formed in the longitudinal direction of a substrate without gap in the uniform density. Thereby, when the phosphor 2 is to be stuck, electric fields of the circumference of the anode electrodes 1, whereto phosphor 2 is to be stuck, are made uniform so as to form phosphor dots of the uniform size in order to obtain the phosphor dotted array tube having small diversity of the luminous brightness.