会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Audio signal storing apparatus having a function for converting speech
speed
    • 具有转换语音速度功能的音频信号存储装置
    • US5717818A
    • 1998-02-10
    • US301994
    • 1994-09-09
    • Yoshito NejimeYukio KumagaiTadashi TakamiyaYasunori KawauchiNobuo HataokaJuichi Morikawa
    • Yoshito NejimeYukio KumagaiTadashi TakamiyaYasunori KawauchiNobuo HataokaJuichi Morikawa
    • G10L21/04H04R1/00H04R25/00G10L3/02
    • H04R1/005G10L21/04H04R25/70
    • The speed of an input speech is changed without any change of the pitch of the input speech. Raw data of a speech are stored so that the speed of the speech can be modulated continuously on the basis of the raw data of the speech. In the speech speed conversion method, a speech speed conversion process for the input speech is carried out in a period designated when speech speed conversion is needed, which the speech speed conversion is not carried out in the other period. Further, in the speech speed conversion apparatus having a unit for inputting a speech, a speech speed conversion unit for changing the speed of the input speech, and a unit for supplying the output of the speech speed conversion unit as an output speech to listener's ears, the apparatus further includes a speech speed conversion switch, and a unit for outputting a speech while changing the speech speed of the input speech in a period in which the speech speed conversion switch is turned on, but for outputting a speech without any change of the input speech in the other period in which the speech speed conversion switch is turned off.
    • 改变输入语音的速度,而不改变输入语音的音高。 存储语音的原始数据,使得可以基于语音的原始数据连续地调制语音的速度。 在语音速度转换方法中,在需要语音速度转换时指定的时间段中进行用于输入语音的语音速度转换处理,而在另一个周期中不执行语音速度转换。 此外,在具有用于输入语音的单元的语音速度转换装置中,用于改变输入语音的速度的语音速度转换单元和用于将语音速度转换单元的输出作为输出语音提供给听众的耳朵的单元 该装置还包括语音速度转换开关,以及用于在语音速度转换开关导通的时段中改变输入语音的语音速度而输出语音的单元,但是用于输出语音而不改变语音 在语音速度转换开关关闭的另一周期中的输入语音。
    • 3. 发明授权
    • Rotary magnetic head device with rotary transformer having high coupling
coefficient
    • 具有高耦合系数的旋转变压器的旋转磁头装置
    • US5126906A
    • 1992-06-30
    • US508705
    • 1990-04-13
    • Toshio OhjiJuichi MorikawaHideo Zama
    • Toshio OhjiJuichi MorikawaHideo Zama
    • G11B5/53H01F38/18
    • G11B5/53H01F38/18
    • A rotary magnetic head device and a rotary transformer used therefor are disclosed. A pair of througholes, through which the starting extremity and the ending extremity of each of a plurality of coil conductors disposed on the rotor core and the stator core constituting the rotary transformer are led to the respective rear surfaces, are linked by a linking slit. Alternatively one throughhole, through which both the starting extremity and the ending extremity of each of the coil conductors are led, is divided into two throughholes by disposing therein a non-magnetic partitioning member having a thermal expansion coefficient close to that of the magnetic body within a region of 15%. In this way, the two throughholes behave magnetically as if the starting extremity and the ending extremity of each of coil conductors passed through one throughhole, so that magnetic field components produced at the starting portion and the ending portion cancel each other and that the coupling coefficient between the rotor core and the stator core is increased.
    • 公开了一种用于其的旋转磁头装置和旋转变压器。 将设置在转子铁芯上的多个线圈导体中的每一个的起始末端和末端与构成旋转变压器的定子铁心引导到各个后表面的一对电路通过连接缝连接。 或者,通过在其中设置一个通过其中引导每个线圈导体的起始末端和末端的两个通孔,其中设置有具有接近磁体的热膨胀系数的非磁性分隔构件, 一个15%的地区。 以这种方式,两个通孔的动作就好像每个线圈导体的起始末端和末端都穿过一个通孔一样,使得起始部分和末端部分产生的磁场分量相互抵消,并且耦合系数 在转子芯和定子芯之间增加。
    • 7. 发明授权
    • Coil assembly for rotary magnetic head apparatus
    • 旋转磁头设备用线圈组件
    • US5363263A
    • 1994-11-08
    • US857314
    • 1992-03-25
    • Toshio OhjiJuichi MorikawaHideo Zama
    • Toshio OhjiJuichi MorikawaHideo Zama
    • G11B5/02G11B5/53G11B5/52
    • G11B5/53
    • A rotary magnetic head apparatus comprises a transformer core, including a rotor core and a stator core, a rotary drum, a stationary drum, and magnetic heads provided in the outer peripheral portion of the rotary drum. Signal transmission coils are disposed in a plurality of grooves formed concentrically in a surface of the core to transmit signals to and from the magnetic heads. Windings of each of the coils are positioned and lined with a flexible insulating layer so as to keep their mutual positional relation unchanged. The insulating layer is removed from the coil at portions corresponding to starting and terminating ends of the winding thereof. The insulating layer is bonded to the bottoms of the grooves. Through holes are formed in the core at positions corresponding to the starting and terminating end portions of the windings of the coil. Conductive junction members extend in the through holes and are electrically connected to the starting and terminating end portions of the windings of the coils to transmit signals to and from the magnetic heads.
    • 旋转磁头装置包括变压器铁芯,包括转子铁芯和定子铁心,旋转磁鼓,固定磁鼓和设置在旋转磁鼓的外周部分中的磁头。 信号传输线圈设置在同心地形成在芯的表面中的多个沟槽中,以将信号传送到磁头和从磁头传输信号。 每个线圈的绕组被定位并且衬有柔性绝缘层,以保持它们的相互位置关系不变。 在对应于其绕组的起始端和终端的部分处,从线圈除去绝缘层。 绝缘层结合到槽的底部。 在芯线的与线圈的绕组的起始端和终端部对应的位置处形成通孔。 导电接合构件在通孔中延伸并且电连接到线圈的绕组的起始端和终端部分以将信号传输到磁头和从磁头传输信号。
    • 8. 发明授权
    • Multiplex rotating magnetic head system for multiply recording and
erasing audio and video signals
    • 用于多重记录和擦除音频和视频信号的多路旋转磁头系统
    • US5057944A
    • 1991-10-15
    • US232935
    • 1988-08-16
    • Shinji OzakiJuichi MorikawaHideo ZamaMashanori KochiMakoto Ibe
    • Shinji OzakiJuichi MorikawaHideo ZamaMashanori KochiMakoto Ibe
    • G11B5/024G11B5/008G11B15/12H04N5/7826
    • G11B15/125G11B5/0086H04N5/7826
    • A multiplex recording/reproducing system with at least four video signal recording/reproducing magnetic heads mounted on a rotating body with a predetermined interval in the direction of rotation of the rotating body. At least four audio signal recording/reproducing magnetic heads are mounted on the rotating body, alternately with the video signal recording/reproducing magnetic heads. The magnetic tape is forwarded while being wrapped on the rotating body over a region extending at least a multiple of the predetermined interval. Recording/reproducing circuits record and reproduce the video signal and the audio signal while switching over the video signal and the audio signal recording/reproducing magnetic heads in a predetermined order for every predetermined period. An erase signal is supplied to at least one of the audio signal recording/reproducing magnetic heads, which is disposed preceding to the video signal recording/reproducing magnetic head, which records the video signal on a magnetic tape track, during a period of time where no audio signal is supplied thereto.
    • 一种复用记录/再现系统,具有至少四个视频信号记录/再现磁头,其以旋转体的旋转方向以预定的间隔安装在旋转体上。 至少四个音频信号记录/再现磁头与视频信号记录/再现磁头交替地安装在旋转体上。 当磁带被卷绕在旋转体上并延伸至少预定间隔的倍数的区域时,磁带被转送。 记录/再现电路在每隔预定时间以预定顺序切换视频信号和音频信号记录/再现磁头时,记录和再现视频信号和音频信号。 擦除信号被提供给在视频信号记录/再现磁头之前设置的音频信号记录/再现磁头中的至少一个,该磁头将视频信号记录在磁带上,在一段时间内 没有提供音频信号。
    • 9. 发明授权
    • Hydrodynamic grooved bearing device
    • 流体动力槽轴承装置
    • US4961122A
    • 1990-10-02
    • US46563
    • 1987-05-06
    • Kazuo SakaiTakao TerayamaJuichi Morikawa
    • Kazuo SakaiTakao TerayamaJuichi Morikawa
    • F16C33/10G11B5/53G11B15/61
    • F16C33/107F16C17/107G11B15/61G11B5/53
    • A hydrodynamic grooved bearing device in which a shaft is inserted into a hole formed in a bearing housing and one of the shaft and bearing housing is rotated, thereby the rotated member being supported includes a plurality of grooves formed on the shaft or an inner peripheral surface of the bearing housing for generating a dynamic pressure of fluid filled between the shaft and the bearing housing. The plurality of grooves are arranged side by side with a substantially certain pitch in a direction of rotation. Each of the grooves comprises a pair of groove portions slanted relative to the direction of rotation such that a distance between the pair of groove portions becomes narrower towards the direction of rotation and a connecting groove portion connecting the narrowest distance between the slanted groove portions. The connecting groove portion is extended in a direction substantially perpendicular to the direction of rotation. The provision of the dynamic pressure generating grooves enables a high bearing load and a stable bearing performance with a minimum degree of whirling compared with conventional V-grooved bearing.
    • 一种流体动力槽式轴承装置,其中轴插入形成在轴承壳体中的孔中,轴和轴承壳体中的一个旋转,由此被支撑的旋转构件包括形成在轴上的多个槽或内周面 的轴承壳体,用于产生填充在轴和轴承壳体之间的流体的动态压力。 多个凹槽沿旋转方向以大致一定的间距并排布置。 每个槽包括相对于旋转方向倾斜的一对槽部,使得一对槽部之间的距离朝向旋转方向变窄,连接槽部连接在倾斜槽部之间的最窄距离。 连接槽部分在基本上垂直于旋转方向的方向上延伸。 与传统的V型槽轴承相比,提供动压发生槽能够以最小的旋转角度实现高的轴承载荷和稳定的轴承性能。