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    • 62. 发明专利
    • FACSIMILE EQUIPMENT
    • JPH03153159A
    • 1991-07-01
    • JP29127089
    • 1989-11-10
    • HITACHI LTD
    • OKUNA KENJITAKIZAWA SHIRONAKAZAWA HIDEONAKAJIMA ISAO
    • H04N1/00
    • PURPOSE:To make the equipment small and to reduce the mount space required for the actual operation by arranging a paper cassette to almost the entire width of an equipment bottom, arranging a stacker with recorded paper discharged therefrom and a recording section onto the paper cassette adjacently and arranging an original read section above the stacker. CONSTITUTION:A paper cassette 300 is loaded from a loading port 2 at the left side at the bottom of a main body 1 and the entire size of the cassette is contained to the bottom of the equipment. Piled paper sheets 301 are contained in the paper cassette 300 and a pickup roller 171 to supply paper is arranged in press contact onto the paper at the end of the paper cassette. The stacker 400 is arranged above the paper cassette 300 adjacent to the recording mechanism. A read mechanism 200 reading a transmission original 351 is arranged above the stacker 400 and the upper part is formed tiltedly.
    • 64. 发明专利
    • DISCHARGE PAPER TRAY
    • JPS62153059A
    • 1987-07-08
    • JP29260885
    • 1985-12-27
    • HITACHI LTD
    • NAKAZAWA HIDEOYAMASHITA TAICHIROENDO HIROSHI
    • H04N1/00B65H31/02G03G15/00
    • PURPOSE:To prevent accumulated paper from dropping from the upper of a tray due to newly discharged paper, by providing a protrusive part in the side end central part opposite to the mounting side of the discharge paper tray and flexing both ends of the accumulated paper to be weighed down so that close attachability increases between the papers. CONSTITUTION:A protrusive part 3 is provided in the side surface central part opposite to the mounting side of a discharge paper tray 2. Even a stopper 4 can be provided in the point end of the protrusive part 3. Paper, discharged by a paper discharging mechanism 1, is accumulated as accumulated paper 5 on the discharge paper tray 2 and the protrusive part 3. Here the accumulated paper 5 forms its point end into a shape such that the both ends hang down by the protrusive part 3 provided in the point end central part of the discharge paper tray 2. Accordingly, the accumulated paper 5, whose closely attaching force to each other increases, can be prevented from dropping from the tray 2 due to pressing force of newly discharged paper.
    • 65. 发明专利
    • Vacuum chuck
    • 真空罐
    • JPS5914437A
    • 1984-01-25
    • JP11850882
    • 1982-07-09
    • Hitachi Ltd
    • SAITOU SAKAEKAWAMURA YOSHIOYAMAGUCHI SUMIOMATSUMURA YASUHIDENAKAZAWA HIDEOKAWAGUCHI KOUJI
    • B23Q3/08B25B11/00
    • B25B11/005
    • PURPOSE:To certainly secure a plane surface holding a wafer by dint of suction force as well as to make a back cover detachable, by forming the back cover into an extremely pliable structure as compared with a suction surface constituent member, in case of a vacuum chuck for wafer suction use. CONSTITUTION:A back cover 12 is detachably installed on the backside of a suction block 11. A central part 18 of the back cover 12 consists of an extremely pliable structure as compared with a suction surface constituent member 11''. The degree of the pliability is as follows that the back cover 12 is deformed by receiving bending force by the atmospheric pressure at exhaustion in exhaust spaces 14 and 15, and the bending force is made to oppose another bending force that a suction surface 11' being in the opposite direction receives by the atmospheric pressure through contact with the backside of the suction surface 11', thereby making the amount of deformation in the suction surface 11' extremely reducible. When the exhaust of these exhaust spaces 14 and 15 takes place in order to attract a wafer, the back cover 12 is also deformed by receiving the bending force by the atmospheric pressure, so that the suction surface keeps its highly accurate flatness.
    • 目的:为了确保通过吸力保持晶片的平面,以及使后盖可拆卸,通过将后盖与吸力表面构成构件相比形成极其柔软的结构,在真空的情况下 卡盘用于晶片吸引使用。 构成:后盖12可拆卸地安装在抽吸块11的背面上。后盖12的中心部分18由与吸附表面构成构件11“相比非常柔软的结构构成。 柔性的程度如下:后盖12通过在排气空间14和15中的排气时受到大气压力的弯曲力而变形,并且弯曲力与吸入面11'为 在相反方向上通过与吸力表面11'的背面接触而受到大气压力的接收,从而使吸入表面11'中的变形量极度可降低。 当为了吸引晶片而进行这些排气空间14和15的排气时,通过接受大气压力的弯曲力,后盖12也变形,使得吸入面保持其高精度的平坦度。