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
    • 2. 发明授权
    • Rotation angle detecting device
    • 旋转角度检测装置
    • US07078893B2
    • 2006-07-18
    • US11289647
    • 2005-11-30
    • Yuji NakanoRyo SanoAkira FurukawaShinji Ishida
    • Yuji NakanoRyo SanoAkira FurukawaShinji Ishida
    • G01B7/30
    • G01D5/145
    • A rotation angle detecting device includes a magnet (4), a magnetic substance unit (5), and a non-contact magnetic detection element (7). The magnet (4) rotates with an object to be measured and includes two ends magnetized so as to have opposite polarities. The magnetic substance unit (5) forms a predetermined air gap with the two ends of the magnet (4) and is divided into magnetic members (6) so as to provide plane symmetry with respect to a vertical plane perpendicularly crossing a rotational center axis of the magnet (4) to form a magnetic detection gap (9) by the division. The non-contact magnetic detection element (7) is provided in the magnetic detection gap (9) between the magnetic members (6) so as to output a signal corresponding to a density of a magnetic flux passing through the magnetic detection gap (9). The rotation angle of the object to be measured is detected based on the output signal from the magnetic detection element (7). The magnetic members (6) include reverse warp parts (34) so that the air gap suddenly increases when the magnet (4) rotates at a predetermined rotation angle from a state where the air gap is minimum in a direction in which the air gap increases.
    • 旋转角度检测装置包括磁体(4),磁性体单元(5)和非接触磁性检测元件(7)。 磁体(4)与要测量的物体一起旋转,并且包括被磁化以具有相反极性的两端。 磁性物质单元(5)与磁体(4)的两端形成预定的气隙,并被分成磁性构件(6),以便相对于垂直于垂直于磁体的旋转中心轴 磁体(4)通过分割形成磁检测间隙(9)。 非接触磁检测元件(7)设置在磁性部件(6)之间的磁检测间隙(9)中,以输出与通过磁检测间隙(9)的磁通密度对应的信号, 。 基于来自磁检测元件(7)的输出信号来检测被测量物体的旋转角度。 磁性构件(6)包括反向经线部分(34),使得当磁体(4)在空气间隙增加的方向上从气隙最小的状态以预定的旋转角度旋转时,气隙突然增加 。
    • 3. 发明申请
    • ROTATION ANGLE DETECTING DEVICE
    • 旋转角度检测装置
    • US20060119353A1
    • 2006-06-08
    • US11289647
    • 2005-11-30
    • Yuji NakanoRyo SanoAkira FurukawaShinji Ishida
    • Yuji NakanoRyo SanoAkira FurukawaShinji Ishida
    • G01B7/30
    • G01D5/145
    • A rotation angle detecting device includes a magnet (4), a magnetic substance unit (5), and a non-contact magnetic detection element (7). The magnet (4) rotates with an object to be measured and includes two ends magnetized so as to have opposite polarities. The magnetic substance unit (5) forms a predetermined air gap with the two ends of the magnet (4) and is divided into magnetic members (6) so as to provide plane symmetry with respect to a vertical plane perpendicularly crossing a rotational center axis of the magnet (4) to form a magnetic detection gap (9) by the division. The non-contact magnetic detection element (7) is provided in the magnetic detection gap (9) between the magnetic members (6) so as to output a signal corresponding to a density of a magnetic flux passing through the magnetic detection gap (9). The rotation angle of the object to be measured is detected based on the output signal from the magnetic detection element (7). The magnetic members (6) include reverse warp parts (34) so that the air gap suddenly increases when the magnet (4) rotates at a predetermined rotation angle from a state where the air gap is minimum in a direction in which the air gap increases.
    • 旋转角度检测装置包括磁体(4),磁性体单元(5)和非接触磁性检测元件(7)。 磁体(4)与要测量的物体一起旋转,并且包括被磁化以具有相反极性的两端。 磁性物质单元(5)与磁体(4)的两端形成预定的气隙,并被分成磁性构件(6),以便相对于垂直于垂直于磁体的旋转中心轴 磁体(4)通过分割形成磁检测间隙(9)。 非接触磁检测元件(7)设置在磁性部件(6)之间的磁检测间隙(9)中,以输出与通过磁检测间隙(9)的磁通密度对应的信号, 。 基于来自磁检测元件(7)的输出信号来检测被测量物体的旋转角度。 磁性构件(6)包括反向经线部分(34),使得当磁体(4)在空气间隙增加的方向上从气隙最小的状态以预定的旋转角度旋转时,气隙突然增加 。
    • 6. 发明授权
    • Flow control valve
    • 流量控制阀
    • US06289922B1
    • 2001-09-18
    • US09593508
    • 2000-06-14
    • Yuji NakanoShigeru HasegawaHiroshi TakeyamaYasuyoshi Yamada
    • Yuji NakanoShigeru HasegawaHiroshi TakeyamaYasuyoshi Yamada
    • F16K5100
    • F16K31/0655F02M3/06Y10T137/7668
    • A flow control valve having a seating surface formed on a valve element to contact a valve seat when the valve is closed has a shape of a part of a hypothetical spherical surface having a spherical center at a center of a supporting member. Therefore, the distance from the center of the supporting member to the seating surface is kept constant, and the valve element can be seated at a periphery of the valve seat without a gap, even if the shaft is inclined. Thus, the valve leakage is reduced. The supporting member supports a shaft connected to the valve element movable in an axial direction of the shaft. The center of the supporting member is aligned with a center of the valve seat. Movement of the supporting member in a radial direction of the supporting member is prohibited. Therefore, the center of the supporting member is not displaced from the center of the valve seat in the radial direction. Accordingly, the displacement of the shaft in the radial direction can be prevented. Therefore, the valve element is certainly seated on the valve seat, and the valve leakage is prevented.
    • 具有形成在阀体上的座面的阀门阀,当阀关闭时与阀座接触的流量控制阀具有在支撑构件的中心具有球面中心的假想球面的一部分的形状。 因此,即使轴倾斜,从支撑构件的中心到座面的距离保持恒定,并且阀元件可以没有间隙而位于阀座的周边。 因此,阀泄漏减少。 支撑构件支撑连接到可在轴的轴向方向上移动的阀元件的轴。 支撑构件的中心与阀座的中心对准。 支撑构件在支撑构件的径向方向上的移动被禁止。 因此,支撑构件的中心在径向上不从阀座的中心偏移。 因此,可以防止轴在径向上的位移。 因此,阀元件确实位于阀座上,并且防止阀泄漏。
    • 10. 发明授权
    • Digital telephone set capable of being simultaneously used by a
plurality of persons by using one transmission line
    • 数字电话机能够通过使用一条传输线由多个人同时使用
    • US5182768A
    • 1993-01-26
    • US780018
    • 1991-10-21
    • Yuji NakanoFumikazu Hamatani
    • Yuji NakanoFumikazu Hamatani
    • H04M1/253H04M1/723
    • H04M1/253H04M1/723
    • In a digital telephone set connected to a digital data exchange through a transmission line, a plurality of handsets, which are mounted on a telephone body, are for converting input sounds into input analog speech signals and for converting output analog speech signals into output sounds. Connected to the handsets, a plurality of analog-to-digital converters converts the input analog speech signals into input digital speech signals. Connected to the handsets, a plurality of digital-to-analog converters converts output digital speech signals into the output analog speech signals. On the telephone body are mounted a set of dialling keys for producing a numerical signal. Connected to the dialling keys, a control device is for producing input control data in response to the numerical signal and is for producing an output control signal in response to output control data. Connected to the transmission line, the control device, the analog-to-digital converters, and the digital-to-analog converters, a multiplexing/demultiplexing circuit is for transmitting/receiving transmission/reception time division multiplexed signals to/from the digital data exchange through the transmission line. The multiplexing/demultiplexing circuit is for multiplexing the input digital speech signals and the input control data into the transmission time division multiplexed signal and for demultiplexing the reception time division multiplexed signal into the output digital speech signals and the output control data.
    • 在通过传输线连接到数字数据交换机的数字电话机中,安装在电话机上的多个手机用于将输入声音转换为输入的模拟语音信号,并将输出的模拟语音信号转换为输出声音。 多个模数转换器连接到手机,将输入的模拟语音信号转换成输入的数字语音信号。 多个数模转换器连接到手机,将输出的数字语音信号转换为输出的模拟语音信号。 在电话机上安装了一组用于产生数字信号的拨号键。 连接到拨号键,控制装置用于响应于数字信号产生输入控制数据,并且用于响应于输出控制数据产生输出控制信号。 连接到传输线,控制装置,模拟 - 数字转换器和数模转换器,复用/解复用电路用于向/从数字数据发送/接收时分多路复用信号 通过传输线交换。 复用/解复用电路用于将输入的数字语音信号和输入的控制数据复用成传输时分多路复用信号,并将接收时分多路复用的信号解复用为输出数字语音信号和输出控制数据。