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
    • 8. 发明授权
    • Hard drive actuator arm with reduced skew variation
    • 硬盘驱动器执行器臂具有减小的偏差变化
    • US07072147B2
    • 2006-07-04
    • US10600879
    • 2003-06-20
    • Joel David LimmerZine-Eddine BoutaghouWayne Allen Bonin
    • Joel David LimmerZine-Eddine BoutaghouWayne Allen Bonin
    • G11B5/55
    • G11B5/4813G11B5/5521
    • A rotary actuator system includes an actuator block, a head mounting block, and a linkage arm connecting the actuator block and the head mounting block. The system further includes an actuator motor operatively connected to the actuator block for rotating a link. The linkage arm includes a drive link which is rotated by the actuator motor and a guide link spaced apart from the drive link. The drive link has a first end and a second end; the drive link is pivotally connected to the actuator block at the first end and connected to the head mounting block at the second end. The guide link has a first end and a second end; the guide link is connected to the actuator block at the first end and connected to the head mounting block at the second end.
    • 旋转致动器系统包括致动器块,头部安装块和连接致动器块和头部安装块的连杆臂。 该系统还包括可操作地连接到致动器块的致动器马达用于旋转连杆。 联动臂包括由致动器马达旋转的驱动连杆和与驱动连杆间隔开的导向连杆。 驱动连杆具有第一端和第二端; 驱动连杆在第一端处枢转地连接到致动器块,并且在第二端处连接到头部安装块。 导向连杆具有第一端和第二端; 导向连杆在第一端处连接到致动器块,并在第二端连接到头部安装块。
    • 9. 发明授权
    • Gimbal strut shape to increase buckling load
    • 万向支柱形状增加屈曲载荷
    • US07057856B2
    • 2006-06-06
    • US10702336
    • 2003-11-06
    • Wayne Allen BoninZine-Eddine BoutaghouAdam Karl Himes
    • Wayne Allen BoninZine-Eddine BoutaghouAdam Karl Himes
    • G11B5/48
    • G11B5/4826
    • The present invention includes gimbal having an attachment portion and a head support structure spaced apart from the attachment portion. A first strut connects the attachment portion and the head support structure. The first strut has an increased center portion and two end portions on opposite sides of the center portion. The increased center portion has a greater thickness than the two end portions. The gimbal also includes a second strut spaced apart from the first strut and is connected to the attachment portion and the head support structure. The second strut has an increased center portion and two end portions on opposite sides of the increased center portion. The increased center portion of the second strut has a greater thickness than the two end portions.
    • 本发明包括具有附接部分的万向架和与安装部分间隔开的头部支撑结构。 第一支柱连接附接部分和头部支撑结构。 第一支柱在中心部分的相对侧上具有增加的中心部分和两个端部部分。 增加的中心部分具有比两个端部部分更大的厚度。 万向节还包括与第一支柱间隔开的第二支柱,并连接到附接部分和头部支撑结构。 第二支柱在增加的中心部分的相对侧上具有增加的中心部分和两个端部部分。 第二支柱的增加的中心部分具有比两个端部更大的厚度。
    • 10. 发明授权
    • Disc drive actuation system having an injection molded magnetic micro-actuator with metal beam inserts and its method of fabrication
    • US06198606B1
    • 2001-03-06
    • US09539444
    • 2000-03-30
    • Zine-Eddine BoutaghouWayne Allen BoninPeter Crane
    • Zine-Eddine BoutaghouWayne Allen BoninPeter Crane
    • G11B555
    • G11B5/4826G11B5/483G11B5/484G11B5/5552
    • A method of fabricating a disc drive actuation system having a head level magnetic micro-actuation assembly utilizing flexible beam inserts and the disc drive actuation system thereby produced are provided. The method comprises the steps of: (a) forming a mold with a first cavity for a micro-actuator body and a second cavity for a slider body; (b) placing a plurality of magnets in a magnet keeper; (c) placing the magnet keeper in the second cavity of the mold; (d) etching a flexible beam insert from a flexible material such as sheet stainless steel; (e) placing the flexible beam insert into the mold, (f) filling the mold with a fluid; (g) solidifying the fluid to form the micro-actuator body and the slider body; (h) removing the micro-actuator body and slider body from the mold; and (i) inserting a slider into the slider body, thereby forming the magnetic micro-actuator assembly; and (j) installing the magnetic micro-actuator assembly into a disc drive assembly, and thereby producing the disc drive actuation system having a head level magnetic micro-actuator assembly utilizing flexible beam inserts. This fabrication process involves a single injection-molding step, a tremendous cost and fabrication advantage over conventional MEMS processing. The resultant disc drive actuation system has a magnetic micro-actuator assembly which is an injection-molded micro-actuator body and an injection-molded slider body, having flexible beams metal inserts extending from the micro-actuator body to the slider body. The slider body supports a slider with a transducing head. The micro-actuator body acts as a stator of a motor and the slider body acts as a rotor of a motor. The flexible beams allow movement between the micro-actuator body and the slider body. The movement of the slider body allows for a finer movement of the transducing head over a disc seated in a disc drive.