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    • 3. 发明授权
    • Detent mechanism
    • 拘留机制
    • US07619376B2
    • 2009-11-17
    • US11798857
    • 2007-05-17
    • Terukazu HiroeMasahiko MiyataSeiji Ishigaki
    • Terukazu HiroeMasahiko MiyataSeiji Ishigaki
    • H01H21/50
    • H01H5/02B60K37/06B60K2350/102H01H19/54H01H2003/008H01H2003/506
    • A detent mechanism includes: a control member to be operated rotationally; a rotary member including a pair of magnetic poles adapted to rotate in conjunction with the control member; a plurality of electromagnets provided along a rotational path of the magnetic poles of the rotary member; and a detent controller that has a detent energization pattern in which a current energization direction and an energization amount are determined for the plurality of electromagnets. The detent controller gives a detent in operation of the control member by applying an electromagnetic force between at least one of the plurality of electromagnets and the rotary member by energization control for the plurality of electromagnets according to the detent energization pattern.
    • 定位机构包括:旋转操作的控制构件; 旋转构件,包括适于与控制构件一起旋转的一对磁极; 沿旋转体的磁极的旋转路径设置的多个电磁体; 以及具有对多个电磁体确定电流通电方向和通电量的止动通电图形的定位控制器。 制动器控制器通过根据制动器通电模式对多个电磁体进行通电控制,在多个电磁体中的至少一个与旋转部件之间施加电磁力,从而在控制部件的操作中产生制动器。
    • 4. 发明申请
    • Detent device
    • 定位装置
    • US20080173112A1
    • 2008-07-24
    • US12007989
    • 2008-01-17
    • Terukazu HiroeMasahiko MiyataSeiji Ishigaki
    • Terukazu HiroeMasahiko MiyataSeiji Ishigaki
    • G05G5/06
    • H01H3/503G05G5/03H01H19/11H01H21/50H01H2003/008
    • A shaft of an operating member is provided with a rotation detention receiving member having a substantially V-shaped concave portion. A detention giving unit includes a coil spring of a steel wire and a pressing member and presses the pressing member against the concave portion of the rotation detention receiving member to give rotation detention thereto. An electromagnet is arranged on a device base. A rotary encoder is attached to the shaft. Of the rotation detention receiving member and the detention giving unit, as regards the rotation detention receiving member is rotatable integrally to the operating member; and as regards the detention giving unit, while the electromagnet is de-energized, it is rotated integrally to the operating member whereas while the electromagnet is de-energized, it is attracted by the electromagnet so that it is fixed in a non-rotating state.
    • 操作构件的轴设置有具有大致V形的凹部的旋转滞留接收构件。 滞留单元包括钢丝绳的螺旋弹簧和按压部件,并且将按压部件压靠在旋转遮住接收部件的凹部,使其旋转停止。 电磁铁设置在设备基座上。 旋转编码器安装在轴上。 在旋转拘留接收构件和拘留提供单元中,关于旋转拘留接收构件,与操作构件一体地旋转; 关于滞留给予单元,当电磁铁断电时,其一体地旋转到操作构件,而在电磁体被断电的同时,电磁体被电磁体吸引,使得其被固定在非旋转状态 。
    • 5. 发明申请
    • Detent mechanism
    • 拘留机制
    • US20070267283A1
    • 2007-11-22
    • US11798857
    • 2007-05-17
    • Terukazu HiroeMasahiko MiyataSeiji Ishigaki
    • Terukazu HiroeMasahiko MiyataSeiji Ishigaki
    • H01H67/26
    • H01H5/02B60K37/06B60K2350/102H01H19/54H01H2003/008H01H2003/506
    • A detent mechanism includes: a control member to be operated rotationally; a rotary member including a pair of magnetic poles adapted to rotate in conjunction with the control member; a plurality of electromagnets provided along a rotational path of the magnetic poles of the rotary member; and a detent controller that has a detent energization pattern in which a current energization direction and an energization amount are determined for the plurality of electromagnets. The detent controller gives a detent in operation of the control member by applying an electromagnetic force between at least one of the plurality of electromagnets and the rotary member by energization control for the plurality of electromagnets according to the detent energization pattern.
    • 定位机构包括:旋转操作的控制构件; 旋转构件,包括适于与控制构件一起旋转的一对磁极; 沿旋转体的磁极的旋转路径设置的多个电磁体; 以及具有对多个电磁体确定电流通电方向和通电量的止动通电图形的定位控制器。 制动器控制器通过根据制动器通电模式对多个电磁体进行通电控制,在多个电磁体中的至少一个与旋转部件之间施加电磁力,从而在控制部件的操作中产生制动器。