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    • 1. 发明专利
    • INK SHEET TYPE PRINTER
    • JP2002127574A
    • 2002-05-08
    • JP2000321252
    • 2000-10-20
    • SHARP KK
    • SHIMONAGA SADAAKIABE SHINGO
    • B41J2/355B41J17/12B41J31/00B41J33/54
    • PROBLEM TO BE SOLVED: To obtain an ink sheet type printer in which print image quality is enhanced while using an ink sheet 2 efficiently to avoid waste thereof. SOLUTION: A roll ink sheet 2 in divided imaginarily into a plurality (q) of groups (D0-D(q-1)) in the sub-scanning direction 6 wherein a plurality (p) of print areas R1-Rp are formed on each group while being shifted in the sub- scanning direction 6. Each print area is divided imaginarily into a plurality of blocks over the main scanning direction 7 and the sub-scanning direction. For each block 15, a second accumulated print rate η2 by an image being printed next is operated using a first accumulated print rate η1 after printing, and an evaluation value G is operated for each print area dependent on the second accumulated print rate η2 among a plurality of print areas comprising only such blocks as the second accumulated print rate η2 is not higher than a predetermined value η0. Based on the evaluation value, a print area requiring a small quantity of ink is used and printed.
    • 8. 发明专利
    • IMAGE SENSOR
    • JP2001103236A
    • 2001-04-13
    • JP27305799
    • 1999-09-27
    • SHARP KK
    • ABE SHINGO
    • H04N1/028G02B6/42
    • PROBLEM TO BE SOLVED: To provide an inexpensive image sensor with high image read accuracy and high reliability. SOLUTION: The image sensor 11 is provided with a light guide array 12 provided with a plurality of light guides 18, a micro lens array 13 provided with a micro lens for each light guide 18 and arranged on a light incident plane 12a of the array 12, a CCD array 14 provided with a CCD for each light guide 18 provided to a light emission face 12b of the array 12 and a tabular thermal expansion suppressing member 15 adhered to an upper face 12c at the end of the light emission side of the light guide array 12 by an adhesive layer 16. The thermal expansion suppressing member 15 has a smaller linear expansion coefficient and a higher Young's modulus than those of the light guide array 12 and the flatness of the contact face 15a of the thermal expansion suppressing member 15 with the light guide array 12 is selected to be smaller than that of the other faces 15b, 15c.