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    • 2. 发明授权
    • Electrical connection structure for piezoelectric element and head suspension with the electrical connection structure
    • 电气连接结构用于压电元件和磁头悬挂与电气连接结构
    • US08582245B2
    • 2013-11-12
    • US13401275
    • 2012-02-21
    • Masao HanyaIsamu Kuchiwaki
    • Masao HanyaIsamu Kuchiwaki
    • G11B5/55G11B5/56
    • G11B5/4873G11B5/4826G11B5/4853H05K3/321H05K2201/10083
    • An electrical connection structure for a piezoelectric element and a head suspension with the piezoelectric element employing the electrical connection structure are provided. The electrical connection structure fixes and connects a terminal of a wiring member to an electrode of the piezoelectric element, which is arranged to face the terminal, with a conductive adhesive so that no peeling due to thermal expansion occurs between the terminal and the conductive adhesive. The electrical connection structure includes a through hole formed through the terminal and a connection part formed around the through hole on an opposite side of a piezoelectric element on the terminal. The conductive adhesive is applied and solidified so that the conductive adhesive extends between a surface of the connection part and a surface of the electrode of the piezoelectric element through the through hole.
    • 提供了一种用于压电元件的电连接结构和具有采用电连接结构的压电元件的磁头悬架。 电气连接结构通过导电粘合剂将布线构件的端子固定并连接到布置成面向端子的压电元件的电极,使得端子和导电粘合剂之间不会发生由于热膨胀而产生的剥离。 电连接结构包括通过端子形成的通孔和在端子上的压电元件的相对侧上的通孔周围形成的连接部。 导电粘合剂被施加和固化,使得导电粘合剂通过通孔在连接部分的表面和压电元件的电极的表面之间延伸。
    • 3. 发明申请
    • ELECTRICAL CONNECTION STRUCTURE FOR PIEZOELECTRIC ELEMENT AND HEAD SUSPENSION WITH THE ELECTRICAL CONNECTION STRUCTURE
    • 电气元件电气连接结构和电气连接结构的头枕
    • US20120224282A1
    • 2012-09-06
    • US13401275
    • 2012-02-21
    • Masao HanyaIsamu Kuchiwaki
    • Masao HanyaIsamu Kuchiwaki
    • H05K1/11G11B5/48
    • G11B5/4873G11B5/4826G11B5/4853H05K3/321H05K2201/10083
    • An electrical connection structure for a piezoelectric element and a head suspension with the piezoelectric element employing the electrical connection structure are provided. The electrical connection structure fixes and connects a terminal of a wiring member to an electrode of the piezoelectric element, which is arranged to face the terminal, with a conductive adhesive so that no peeling due to thermal expansion occurs between the terminal and the conductive adhesive. The electrical connection structure includes a through hole formed through the terminal and a connection part formed around the through hole on an opposite side of a piezoelectric element on the terminal. The conductive adhesive is applied and solidified so that the conductive adhesive extends between a surface of the connection part and a surface of the electrode of the piezoelectric element through the through hole.
    • 提供了一种用于压电元件的电连接结构和具有采用电连接结构的压电元件的磁头悬架。 电气连接结构通过导电粘合剂将布线构件的端子固定并连接到布置成面向端子的压电元件的电极,使得端子和导电粘合剂之间不会发生由于热膨胀而产生的剥离。 电连接结构包括通过端子形成的通孔和在端子上的压电元件的相对侧上的通孔周围形成的连接部。 导电粘合剂被施加和固化,使得导电粘合剂通过通孔在连接部分的表面和压电元件的电极的表面之间延伸。
    • 4. 发明授权
    • Head suspension and piezoelectric actuator
    • 头悬挂和压电执行器
    • US08094416B2
    • 2012-01-10
    • US12284669
    • 2008-09-24
    • Masao HanyaToshiki Ando
    • Masao HanyaToshiki Ando
    • G11B21/10
    • G11B5/596G11B5/4833G11B5/4873G11B5/5552H01L41/0986
    • A head suspension with a piezoelectric element involves simple wiring and realizes high reliability, the head suspension has a base plate, a load beam connected to the base plate, a flexure attached to the load beam, and a piezoelectric actuator having a piezoelectric element arranged between the base plate and the load beam, the piezoelectric element is configured to deform according to a state of applied voltage and move a front end of the load beam in a sway direction according to the deformation, and the piezoelectric element has first and second piezoelectric parts that are oppositely polarized and deform according to a state of applied voltage, a common electrode formed over first surfaces of the first and second piezoelectric parts, a first electrode formed on a second surface of the first piezoelectric part, and a second electrode formed on a second surface of the second piezoelectric part.
    • 具有压电元件的磁头悬架涉及简单的布线并且实现高可靠性,磁头悬架具有基板,连接到基板的负载梁,附接到负载梁的挠曲件和压电致动器,压电元件布置在压电元件之间 基板和负载梁,压电元件被构造成根据施加电压的状态变形,并且根据变形使摇摆方向的负载梁的前端移动,并且压电元件具有第一和第二压电部件 相对极化并根据施加电压的状态变形,形成在第一和第二压电部件的第一表面上的公共电极,形成在第一压电部件的第二表面上的第一电极和形成在第一压电部件的第二表面上的第二电极 第二压电部件的第二表面。
    • 5. 发明授权
    • Head suspension
    • 头部悬挂
    • US07688549B2
    • 2010-03-30
    • US11393138
    • 2006-03-29
    • Eiji WatadaniMasao Hanya
    • Eiji WatadaniMasao Hanya
    • G11B5/48G11B21/21
    • G11B5/486G11B5/4833G11B5/4846
    • A head suspension for a hard disk drive is thin from an arm to a head and involves a minimum step between the arm and a load beam. The head suspension includes a load beam that includes a rigid part and a resilient part. The load beam applies load onto a head that is arranged at a front end of the load beam to write and read data to and from a disk arranged in the hard disk drive. The head is connected to read/write wiring patterns of a flexure. The flexure supports the head and is attached to a disk-facing surface of the rigid part. An arm is attached to a carriage of the hard disk drive and is turned around a spindle. The arm supports the resilient part that is attached to a base end of the rigid part. A disk-facing surface of the arm is arranged within the total of thicknesses of the rigid part and head.
    • 用于硬盘驱动器的磁头悬架从臂到头是薄的,并且涉及臂和负载梁之间的最小的台阶。 磁头悬架包括负载梁,其包括刚性部分和弹性部分。 负载梁将负载施加到布置在负载梁前端的磁头上,以便将数据写入并从布置在硬盘驱动器中的磁盘读取数据。 头部连接到挠曲的读/写布线图案。 挠曲件支撑头部并且附接到刚性部件的面向盘的表面。 臂连接到硬盘驱动器的托架上,并绕主轴转动。 臂支撑附接到刚性部分的基端的弹性部分。 臂的面向盘的表面布置在刚性部件和头部的总厚度内。
    • 6. 发明申请
    • Suspension for disc drive
    • 悬挂磁盘驱动器
    • US20070247760A1
    • 2007-10-25
    • US11787086
    • 2007-04-13
    • Masao HanyaEiji WatadaniKenichi Takikawa
    • Masao HanyaEiji WatadaniKenichi Takikawa
    • G11B5/48
    • G11B5/4833G11B5/486
    • A suspension for a disc drive has a load beam, a flexure, a slider, etc. A tongue portion and a pair of outrigger portions are formed on the flexure. Slits are formed between the outrigger portions and opposite side edges of the tongue portion. The tongue portion and the outrigger portions are connected by connecting portions. Limiter members are formed on the load beam. Each limiter member has a bent portion, which is inserted in its corresponding slit, and an extending portion. The extending portion faces its corresponding connecting portion. A trace member is electrically connected to the slider. The trace member passes outside the limiter members and extends along the outrigger portions.
    • 用于盘驱动器的悬架具有负载梁,挠曲件,滑块等。在弯曲部上形成舌部和一对外伸支架部分。 在舌部的外伸支架部分和相对侧边缘之间形成狭缝。 舌部和外伸支架部分通过连接部分连接。 限位器构件形成在负载梁上。 每个限制器构件具有插入其对应的狭缝中的弯曲部分和延伸部分。 延伸部分面对其相应的连接部分。 轨迹构件电连接到滑块。 轨迹构件通过限制器构件的外部并且沿着外伸支架部分延伸。
    • 9. 发明申请
    • Method of manufacturing head suspension
    • 头悬挂制造方法
    • US20060260118A1
    • 2006-11-23
    • US11429799
    • 2006-05-08
    • Kenichi TakikawaMasao HanyaNoriyuki Saito
    • Kenichi TakikawaMasao HanyaNoriyuki Saito
    • G11B5/127H04R31/00
    • G11B5/4833Y10T29/49025Y10T29/49027Y10T29/4903Y10T29/49032
    • A method of manufacturing a head suspension includes a rigid part chain product manufacturing step forming a rigid part chain product where the rigid parts are provided continuously, including a rigid part framework forming step forming a plate-like framework for formation of the rigid part including formation margins for formation of the rails and forming a deformable part along a longitudinal curve of each formation margin and a rail forming step forming the rails by bending the formation margins to rise, a resilient member chain product manufacturing step forming a resilient member chain product where the resilient members are provided continuously, a flexure manufacturing step forming the flexures, a base manufacturing step forming the bases, a stacking and coupling step stacking and coupling the rigid part chain product, the resilient member chain product, the bases, and the flexures, to form a stacked set, and a cutting step cutting and separating respective head suspensions from the stacked set.
    • 一种头部悬挂的制造方法包括刚性部件链产品制造步骤,形成刚性部件链产品,其中刚性部分连续地设置,包括刚性部分框架形成步骤,形成用于形成包括地层的刚性部分的板状框架 用于形成轨道的边缘并且沿着每个地层边缘的纵向曲线形成可变形部分,以及通过弯曲地层边缘来形成轨道的轨道形成步骤;形成弹性构件链产品的弹性构件链产品制造步骤,其中, 连续地设置弹性构件,形成挠曲件的挠曲制造步骤,形成基座的基底制造步骤,堆叠和联接刚性部件链产品,弹性构件链产品,基部和挠曲件的堆叠和联接步骤, 形成堆叠组,以及切割和分离各个头部悬架的切割步骤 堆叠集。
    • 10. 发明申请
    • Head suspension
    • 头部悬挂
    • US20060221504A1
    • 2006-10-05
    • US11395688
    • 2006-03-30
    • Masao HanyaEiji WatadaniIchiro Takadera
    • Masao HanyaEiji WatadaniIchiro Takadera
    • G11B5/48
    • G11B5/4833G11B5/486
    • A head suspension for a hard disk drive is thin from an arm to a head and involves a minimum step between the arm and a load beam. The head suspension includes a load beam that includes a rigid part and a resilient part. The load beam applies load onto a head that is arranged at a front end of the load beam to write and read data to and from a disk arranged in the hard disk drive. The head is connected to read/write wiring patterns of a flexure. The flexure supports the head and is attached to a disk-facing surface of the rigid part. An arm is attached to a carriage of the hard disk drive and is turned around a spindle. The arm supports the resilient part that is attached to a base end of the rigid part. A disk-facing surface of the arm is arranged within the total of thicknesses of the rigid part and head.
    • 用于硬盘驱动器的磁头悬架从臂到头是薄的,并且涉及臂和负载梁之间的最小的台阶。 磁头悬架包括负载梁,其包括刚性部分和弹性部分。 负载梁将负载施加到布置在负载梁前端的磁头上,以便将数据写入并从布置在硬盘驱动器中的磁盘读取数据。 头部连接到挠曲的读/写布线图案。 挠曲件支撑头部并且附接到刚性部件的面向盘的表面。 臂连接到硬盘驱动器的托架上,并绕主轴转动。 臂支撑附接到刚性部分的基端的弹性部分。 臂的面向盘的表面布置在刚性部件和头部的总厚度内。