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    • 3. 发明授权
    • Bodily sensed vibration generator system
    • 身体感应振动发生器系统
    • US07005811B2
    • 2006-02-28
    • US10717070
    • 2003-11-19
    • Hiroshi WakudaTakahiro Kawauchi
    • Hiroshi WakudaTakahiro Kawauchi
    • H02K3/00
    • B06B1/0215B06B1/045H02K33/16
    • A vibration generator system is capable of generating vibrations of a frequency that can be bodily sensed by humans, notwithstanding a small size, and making setting of a configuration of vibrations easy. When a drive signal composed of a set of an accumulation signal and a damping signal is given as a natural frequency of a movable body, a vibrational waveform of the movable body makes an envelope. Since a frequency of the envelope is in a lower frequency band than the natural frequency of the movable body, humans can surely sense vibrations. When the number of and a current quantity of excitation signals and reverse excitation signals included in the accumulation signal are changed and the number of and a current quantity of inhibition signals and reverse inhibition signals included in the damping signal are changed, the envelope can be changed in frequency and amplitude, so that it becomes possible to generate a variety of vibrations.
    • 振动发生器系统能够产生能够被人身体感测的频率的振动,尽管体积小,并且使得振动结构的设置变得容易。 当由一组累积信号和阻尼信号组成的驱动信号作为可移动体的固有频率给出时,可移动体的振动波形成为包络线。 由于信封的频率处于比可移动体的固有频率更低的频带,因此人们可以肯定地感测振动。 当包含在积累信号中的激励信号和反向激励信号的数量和当前数量被改变,包括在阻尼信号中的抑制信号和反向禁止信号的数目和当前量的数量和当前量被改变时,可以改变包络 在频率和幅度上,使得可以产生各种振动。
    • 6. 发明授权
    • Track-follow control device
    • 跟踪控制装置
    • US5959952A
    • 1999-09-28
    • US7396
    • 1998-01-15
    • Hiroshi Wakuda
    • Hiroshi Wakuda
    • G11B5/596G11B7/095G11B21/10G11B7/00
    • G11B7/0953G11B21/10G11B21/106G11B5/59605G11B5/59622
    • A track-follow control device uses a positional error signal representing the positional error between a target track on a recording medium and a head for recording information to or reproducing information from the recording medium. The track-follow control device controls an actuator to follow the target track by means of a signal from a sub-controller for outputting a correction signal by using its gain circuit for performing gain correction in accordance with an output result from a main-controller for outputting a positioning control signal to the actuator and a band-pass filter for allowing the passage of a predetermined frequency of the positional error signal. The sub-controller extracts only an eccentric frequency, which prevents the correction signal from breaking.
    • 跟踪跟踪控制装置使用表示记录介质上的目标轨道与用于向记录介质记录信息或从信息再现信息的磁头之间的位置误差的位置误差信号。 轨道跟随控制装置控制致动器通过来自子控制器的信号跟随目标轨道,以通过使用其增益电路来输出校正信号,该增益电路根据来自主控制器的输出结果执行增益校正 向所述致动器输出定位控制信号,以及带通滤波器,用于允许位置误差信号的预定频率的通过。 子控制器仅提取偏心频率,防止校正信号断开。
    • 7. 发明申请
    • INPUT DEVICE
    • 输入设备
    • US20080028309A1
    • 2008-01-31
    • US11774924
    • 2007-07-09
    • Hiroshi WakudaTetsuya Mitsuishi
    • Hiroshi WakudaTetsuya Mitsuishi
    • G06F3/01
    • G06F3/0238
    • An input device performs various input operations in a secure manner on the same operation plane. A sheet-like display member formed of an organic electroluminescence selectively displays a keyboard input display pattern, a specific operation plane display pattern, and a pad input section display pattern. Additionally, a partial pressing member is configured to press operation areas of the display patterns from downside so that the operations areas are partially deformed in a protruding manner. As a result, the protruding operation areas are clearly sensed by means of sight and touch. Furthermore, a contact position of a finger is detected by an electrostatic capacitance type sheet-like detection member laminated on the sheet-like display member.
    • 输入装置在相同的操作平面上以安全的方式执行各种输入操作。 由有机电致发光元件形成的片状显示元件选择性地显示键盘输入显示图案,特定的操作面显示图案和垫输入部显示图案。 此外,部分按压部件被配置为从下侧按压显示图案的操作区域,使得操作区域以突出的方式部分地变形。 结果,突出的操作区域通过视觉和触摸被清楚地感测到。 此外,通过层压在片状显示构件上的静电电容型片状检测构件来检测手指的接触位置。
    • 8. 发明授权
    • Catheter with balloon
    • 导管与气球
    • US07052507B2
    • 2006-05-30
    • US10168791
    • 2000-12-21
    • Hiroshi WakudaMasato ShimagamiYoshiharu Yamazaki
    • Hiroshi WakudaMasato ShimagamiYoshiharu Yamazaki
    • A61M29/00
    • A61M25/10A61M25/1002A61M25/1006A61M2025/0004A61M2025/0079A61M2025/1013
    • A catheter with a balloon for mitral valve formative operation includes a double tube having an inner tube and an outer tube disposed concentrically. A balloon is fastened at one end to the inner tube and at the other end to the outer tube. A balloon-extending pipe stopper is disposed at the tip of the inner tube and includes an entry diameter at one end sized to receive a balloon-extending pipe with an allowance. An inner diameter of the balloon-extending pipe stopper at an opposite end is smaller than the entry diameter. The inner diameter of the extending pipe stopper is substantially equivalent to a diameter of the balloon-extending pipe. In use, the balloon-extending pipe is inserted into the inner tube and brought into contact with the balloon-extending pipe stopper for axially extending the balloon for contraction in diameter.
    • 具有用于二尖瓣形成手术的气囊的导管包括具有内管和同心设置的外管的双管。 气囊的一端固定在内管上,另一端固定在外管上。 气囊延伸的管塞设置在内管的尖端处,并且包括在一端的入口直径,以便容纳具有余量的气囊延伸管。 另一端的球囊延伸管挡块的内径小于入口直径。 延伸管塞的内径基​​本上等于球囊延伸管的直径。 在使用中,将气球延伸管插入内管中并与球囊延伸管塞接触,用于轴向延伸用于收缩直径的气囊。
    • 9. 发明授权
    • Head control unit in a disk apparatus
    • 磁头设备中的磁头控制单元
    • US06606217B1
    • 2003-08-12
    • US09416254
    • 1999-10-12
    • Hiroshi WakudaAkira Mitani
    • Hiroshi WakudaAkira Mitani
    • G11B5596
    • G11B5/5547G11B21/083G11B21/12
    • A zone where a head is positioned is determined in a track to be one of zones 1 to 4 according to a combination of the polarities of phase-A and phase-B detection outputs having different phases, and the positional deviation of the head from the current position to the center of the target track is obtained from the phase-B detection output in the zone. The phase-B detection output is provided with a dead zone corresponding to a range where both detection outputs have a phase-difference error. Therefore, even if the phase difference has an error, the positional deviation of the head is accurately calculated.
    • 根据具有不同相位的相位-A和相位-B检测输出的极性的组合,将磁头定位的区域在轨道中确定为区域1至4之一,并且磁头与 从该区域的相位B检测输出获得到目标轨道的中心的当前位置。 相位B检测输出具有对应于两个检测输出具有相位差误差的范围的死区。 因此,即使相位差存在误差,也能够精确地计算头部的位置偏差。
    • 10. 发明申请
    • TACTILE STIMULUS GENERATION APPARATUS
    • 触发刺激发生装置
    • US20130063394A1
    • 2013-03-14
    • US13603798
    • 2012-09-05
    • Hiroshi Wakuda
    • Hiroshi Wakuda
    • G06F3/044
    • G06F3/016G06F3/044
    • A tactile-stimulus generation apparatus is enabled to apply an electric stimulus to a fingertip of a user, and a tactile-stimulus generation sheet configured by arranging a tactile-sensation generation electrode group on an insulating layer is installed on a front surface of a capacitive type coordinate input device. The tactile-sensation generation electrode group is distributed at positions where tactile-sensation generation electrodes overlap first or second electrodes of the coordinate input device as seen in plan view. If the fingertip is in proximity with the insulating layer, the fingertip is capacitively coupled to positive and negative electrodes of the tactile sensation generation electrode group to which a differential voltage is applied, and thus, a portion of a current directing from the positive electrode to the negative electrode passes through the fingertip, so that an electric stimulus is applied to the user due to the current.
    • 触敏刺激发生装置能够对用户的指尖施加电刺激,并且将通过在绝缘层上布置触感发生电极组而构成的触觉刺激产生片安装在电容器的前表面上 型坐标输入装置。 触觉感觉发生电极组分布在俯视图中,触觉发生电极与坐标输入装置的第一或第二电极重叠的位置。 如果指尖位于绝缘层附近,则指尖电容耦合到施加有差分电压的触觉发生电极组的正极和负极,因此,从正极引导的一部分电流 负极通过指尖,使得由于电流而向用户施加电刺激。