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    • 1. 发明公开
    • Rotary transformer
    • RotierenderÜbertrager。
    • EP0635823A3
    • 1995-12-13
    • EP94111194.0
    • 1994-07-18
    • SHARP KABUSHIKI KAISHA
    • Yoshimoto, AkihitoOhtsuka, HideshiYoshida, MitsunobuOkuda, Tohru
    • G11B5/53
    • G11B5/53G11B5/531H01F38/18
    • A rotary transformer includes a rotary magnetic member (11a), a stationary magnetic member (11b), and a plurality of coils (13a, 13b, 14a, 14b, 16a, 16b). These two magnetic members have respective counter surfaces opposing to each other with a small space (S) interposed therebetween. A plurality of pairs of coil grooves (12a, 12b) opposing to each other for receiving the plurality of coils on the two counter surfaces are provided. At the same time, a plurality of wiring grooves (18a, 18b) are formed so as to cross the coil grooves to join the same. A pair of lead lines extending from one of the coils (13a, 13b, 14a, 14b) disposed in the coil grooves are drawn out outside of the rotary transformer without crossing other coils simultaneously transferring signals in the wiring groove.
    • 旋转变压器包括旋转磁性构件(11a),固定磁性构件(11b)和多个线圈(13a,13b,14a,14b,16a,16b)。 这两个磁性构件具有彼此相对的各自的相对表面,其间具有小的空间(S)。 提供了相对的多对线圈槽(12a,12b),用于在两个对置面上容纳多个线圈。 同时,多个布线槽(18a,18b)形成为与线圈槽交叉以使其相互接合。 从设置在线圈槽中的一个线圈(13a,13b,14a,14b)延伸的一对引线在旋转变压器外部被抽出,而不会与其他线圈交叉,同时在布线槽中传送信号。
    • 5. 发明公开
    • Colour imaging apparatus
    • 彩色图像设备
    • EP0836330A2
    • 1998-04-15
    • EP97117746.4
    • 1997-10-14
    • SHARP KABUSHIKI KAISHA
    • Yamada, EijiHarada, ToshiakiIwaki, TetsuoOkuda, Tohru
    • H04N9/07
    • H04N9/045H04N5/349H04N2209/046
    • An imaging apparatus in which the influence of the movement of hands and of the motion of an object to a high resolution picture image is reduced is provided. Picture image light from the object passes through an optical system (33) and light-transmitting domains (L) of a color filter provided at the light incident side of an imaging device (34). The light-transmitting domains (PD) transmit only predetermined chromatic lights of the picture image light to input to corresponding photo-receiving domains (PD) of the imaging device (34). The imaging device (34) is a two-picture element mixed reading type device. In a high resolution mode, an image forming point of the picture image light is moved to two places in parallel and the picture image light is formed at each image forming point to image the picture image light. Then, the signal processing circuit (44) combines the two original picture image signals whose image forming points during the imaging operation are different to generate a single output picture image signal. Thereby, an equivalent imaging time in imaging a single output picture image may be shortened.
    • 7. 发明公开
    • Image shifting mechanism and imaging device
    • Bildverschieb机械和Bildaufnahmevorrichtung
    • EP0745881A2
    • 1996-12-04
    • EP96303708.0
    • 1996-05-24
    • SHARP KABUSHIKI KAISHA
    • Okada, HideoNishikawa, MasayukiOkuda, Tohru
    • G02B27/64
    • G02B27/646G02B26/0875H04N5/349
    • In an image shifting mechanism (10, 100), a pair of bimorph type piezoelectric elements (22a, 22b, 122a, 122b) are disposed on both sides of a refraction plate (21, 121). The bimorph type piezoelectric elements (22a, 22b, 122a, 122b) have a cantilever structure. The base end sides of the bimorph type piezoelectric elements are bonded and secured to a stage (25), and the free end sides are sandwiched between an upper holding plate (23) and a lower holding plate (24) so as to support one end of the refraction plate (21, 121). When the bimorph type piezoelectric elements (22a, 22b; 122a, 122b) are displaced, the refraction plate (21, 121)can be inclined around its rotation center O. In the case of this structure, the specifications of the refraction plate and the bimorph type piezoelectric elements (22a, 22b: 122a, 122b) are determined so that the relationship between the moment of inertia Ic around the rotation center of the moving portions of the image shifting mechanism and the moment of inertia Ig around the center of gravity of the image shifting mechanism is Ic/Ig ≦ 1.6.
    • 在图像转换机构(10,100)中,一对双压电晶片型压电元件(22a,22b,122a,122b)设置在折射板(21,121)的两侧。 双压电晶片型压电元件(22a,22b,122a,122b)具有悬臂结构。 双压电晶片式压电元件的基端侧被接合并固定到平台(25)上,并且自由端夹在上保持板(23)和下保持板(24)之间,以支撑一端 的折射板(21,121)。 当双压电晶片型压电元件(22a,22b; 122a,122b)位移时,折射板(21,121)可以围绕其旋转中心O倾斜。在该结构的情况下,折射板和 确定双压电晶片型压电元件(22a,22b,122a,122b),使得图像移动机构的运动部分的旋转中心周围的惯性矩Ic与围绕重心的惯性矩I 1之间的关系 图像转换机构为Ic / Ig = 1.6。
    • 9. 发明公开
    • Tracking control device for magnetic recording/reproducing apparatus
    • Aufzeichnungs- /Wiedergabegerät的定位机构。
    • EP0443810A2
    • 1991-08-28
    • EP91301302.5
    • 1991-02-19
    • SHARP KABUSHIKI KAISHA
    • Iwamatsu, TadashiYamawaki, ChiakiOkuda, Tohru
    • G11B5/55G11B5/58G11B5/584
    • G11B5/5508
    • A tracking control device for a magnetic recording/reproducing apparatus arranged in such a manner that a head unit having a plurality of magnetic heads is successively moved in the widthwise direction of a magnetic tape for switching tracking positions so that data recording/reproducing is, by each of the plurality of magnetic heads, performed along a plurality of data tracks formed on the magnetic tape in parallel to a direction in which the magnetic tape moves. The tracking control device has at least two servo signal reproducing heads provided integrally with the head unit and provided for the purpose of reproducing servo signals for tracking use from a plurality of servo tracks formed in parallel to the data tracks on the magnetic tape, and movement control unit for controlling, at each of the tracking positions, movement of the head unit in the widthwise direction in accordance with the difference in two servo signals reproduced by adjacent two of the servo signal reproducing heads corresponded to each of the tracking positions.
    • 一种用于磁记录/再现装置的跟踪控制装置,其设置成使得具有多个磁头的磁头单元在用于切换跟踪位置的磁带的宽度方向上连续移动,使得数据记录/再现由 多个磁头中的每一个沿着与磁带移动方向平行的磁带上形成的多个数据磁道执行。 跟踪控制装置具有至少两个伺服信号再现头,其与头单元整体设置,并且提供用于再现用于跟踪使用从并行于磁带上的数据轨道的多个伺服轨迹的伺服信号,以及运动 控制单元,用于根据与相应于每个跟踪位置的相邻的两个伺服信号再现头重放的两个伺服信号的差,在每个跟踪位置处控制头单元在宽度方向上的移动。
    • 10. 发明公开
    • Magnetic recording/reproducing apparatus
    • 磁记录/重放装置
    • EP0390555A2
    • 1990-10-03
    • EP90303355.3
    • 1990-03-29
    • SHARP KABUSHIKI KAISHA
    • Iwamatsu, TadashiOkuda, Tohru
    • G11B5/55G11B23/18
    • G11B5/5508
    • A magnetic recording/reproducing apparatus of serpentine system capable of recording/reproducing a large amount of high density data at high speed with a tracking control for precisely positioning a combination head includes a combination head having a magnetic head corresponding to a magnetic tape formed by a plurality of tracks arranged in parallel to one another in a direction in which the magnetic tape runs, and a light emitting unit disposed at a position confronting one side of the magnetic tape for emitting light in a widthwise direction of the magnetic tape. The appratus also includes a light receiving unit having a plurality of light receiving elements disposed at a position confronting the other side of the magnetic tape for receiving the light emitted from the light emitting unit such that the light receiving unit are so disposed that outputs from the light receiving elements have a predetermined relation which governs the feedback control at a time when the magnetic head moved to a predetermined track position, and a head operating unit capable of moving the combination head in the widthwise direction of the magnetic tape. The apparatus further has a slit plate formed integrally with the combination head and having openings whose number is the same as the number of a plurality of tracks confronting the magnetic head in the widthwise end portion and the the other end portion of the magnetic tape.
    • 一种蜿蜒系统的磁记录/再现设备,其能够利用用于精确定位组合头的跟踪控制以高速记录/再现大量高密度数据,包括具有对应于由 在磁带走向的方向上彼此平行布置的多个磁道和布置在与磁带的一侧相对的位置处的发光单元,用于在磁带的宽度方向上发射光。 该设备还包括光接收单元,该光接收单元具有设置在面对磁带另一侧的位置处的多个光接收元件,用于接收从发光单元发射的光,使得光接收单元布置成从 光接收元件具有预定关系,该关系在磁头移动到预定轨道位置时管理反馈控制,以及头部操作单元,能够在磁带的宽度方向上移动组合头。 该设备还具有一个与组合头一体形成的狭缝板,其开孔的数量与磁带宽度方向端部和磁带另一端部中面对磁头的多个轨道的数量相同。