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    • 2. 发明授权
    • Apparatus and method for cleaning a driver used in disk drive manufacturing
    • 用于清洁磁盘驱动器制造中使用的驱动器的装置和方法
    • US08092610B1
    • 2012-01-10
    • US12974181
    • 2010-12-21
    • Dean Albert Tarrant
    • Dean Albert Tarrant
    • B08B1/00
    • B08B1/04G11B23/505
    • Disclosed is a cleaning device for cleaning a driver used in a disk drive manufacturing process. The cleaning device includes: a body; a replaceable cleaning pad mounted in the body; and a cover mounted to the body over the cleaning pad, in which, the cover includes an opening to receive the driver and to expose a portion of the cleaning pad to receive and clean the driver. The cleaning device further includes a cleaning pad rotation mechanism mounted in the body that connects to the cleaning pad and rotates the cleaning pad. The cleaning pad rotation mechanism is configured to rotate the cleaning pad such that an unused portion of the cleaning pad is exposed to the opening for receipt of the driver and the cleaning pad rotation mechanism may be activated to rotate the cleaning pad.
    • 公开了一种用于清洁在盘驱动器制造过程中使用的驱动器的清洁装置。 清洁装置包括:主体; 安装在体内的可更换清洁垫; 以及在所述清洁垫上安装到所述主体的盖,其中所述盖包括用于接收所述驱动器的开口并且暴露所述清洁垫的一部分以接收和清洁所述驱动器。 清洁装置还包括安装在主体中的清洁垫旋转机构,其连接到清洁垫并旋转清洁垫。 清洁垫旋转机构构造成旋转清洁垫,使得清洁垫的未使用部分暴露于开口以接收驱动器,并且可以启动清洁垫旋转机构以旋转清洁垫。
    • 3. 发明授权
    • Apparatus and method to grip a disk clamp of a disk drive
    • 夹持磁盘驱动器的磁盘夹的装置和方法
    • US08683676B1
    • 2014-04-01
    • US13097455
    • 2011-04-29
    • David Wuester, Sr.Dean Albert Tarrant
    • David Wuester, Sr.Dean Albert Tarrant
    • G11B5/127H04R31/00
    • G11B17/0287G11B25/043
    • Disclosed is a gripper for use with a disk clamp end effecter in a disk drive manufacturing process used for mounting a disk clamp to a disk in the manufacturing of a disk drive. The gripper comprises: a disk gripper housing, a lip seal gripper mounted to the disk gripper housing, and a vacuum channel. The lip seal gripper includes an upper portion that fits into the disk gripper housing and a lower portion that has a surface. The surface is configured to extend around the disk clamp to press against the disk clamp. The vacuum channel extends from the upper portion of the lip seal gripper to the lower portion of the lip seal gripper to provide a vacuum to the lip seal gripper such that the surface of the lip seal gripper is gripped by the vacuum to the surface of the disk clamp around the disk clamp.
    • 公开了一种用于在盘驱动器的制造中用于将盘夹具安装到盘的磁盘驱动器制造过程中与盘夹紧端执行器一起使用的夹具。 夹持器包括:盘夹持器壳体,安装到盘夹持器壳体的唇形密封夹持器和真空通道。 唇形密封夹持器包括装配到盘夹持器壳体中的上部和具有表面的下部。 表面被配置为围绕盘夹具延伸以压靠盘夹。 真空通道从唇形密封夹持器的上部延伸到唇形密封夹持器的下部,以向唇形密封夹持器提供真空,使得唇形密封夹持器的表面被真空夹持到 盘夹在盘夹周围。
    • 4. 发明授权
    • Precision 2-part epoxy dispensing apparatus and method
    • 精密二部分环氧树脂分配装置及方法
    • US5801951A
    • 1998-09-01
    • US820714
    • 1997-03-18
    • Arthur Edward Burns, IIPeter Michael DavisDean Albert Tarrant
    • Arthur Edward Burns, IIPeter Michael DavisDean Albert Tarrant
    • G06F19/00
    • B05C11/1007
    • A liquid dispense system for dispensing a 2-part epoxy resin compound to form bond beads having weights on the order of 1-20 mg. The dispensing system includes an epoxy resin compound pre-mixing and loading station, an epoxy dispense time and dispense force calibration station, and a plurality of epoxy dispensing third stations. Throughout the process, critical dispense related data is recorded on, and retrieved from, an on-board semiconductor memory device mounted on, and maintained with, the portable dispense syringe structure. Since the viscosity of the mixed epoxy compound is changing over time, any dispensing of constant amounts of the epoxy compound requires adjustments to dispense time and dispense force. These adjustments are made at a dispense station and are based on a calibration sample taken at the calibration station. The calibration step involves dispensing a sample of the loaded epoxy compound in the dispense syringe, and recording data on the memory device pertaining to the number of shots dispensed to produce the sample, the time taken for each shot and the total weight of the sample. At a dispensing station, a process controller reads the recorded data on the memory device and determines the count-down status of the worklife time, prior to dispensing any epoxy compound. On the basis of the data, the adjusted dispense time and dispense force parameters for dispensing a particular bead weight of the epoxy compound are determined in accordance with the ongoing change in viscosity of the curing epoxy resin compound.
    • 一种液体分配系统,用于分配2份环氧树脂化合物以形成重量为1-20mg的粘结珠。 分配系统包括环氧树脂复合预混合装载站,环氧树脂分配时间和分配力校准站以及多个环氧树脂分配第三站。 在整个过程中,关键分配相关数据被记录在安装在便携式分配注射器结构上并由其维持的车载半导体存储器装置上并从其检索。 由于混合环氧化合物的粘度随时间而变化,所以常规量的环氧化合物的任何分配都需要调整以分配时间和分配力。 这些调整是在分配站进行的,并且基于在校准站采集的校准样品。 校准步骤包括将分配注射器中加载的环氧化合物的样品分配到记录装置上,记录分配用于产生样品的照射次数,每次拍摄所花费的时间和样品的总重量。 在分配站处,在分配任何环氧化合物之前,过程控制器读取存储器件上的记录数据并确定工作时间的倒计时状态。 根据数据,根据正在进行的固化环氧树脂化合物的粘度变化来确定用于分配环氧化合物的特定珠粒重量的经调整的分配时间和分配力参数。