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    • 21. 发明授权
    • Storage apparatus, control method, control device, and program which can control flying height of head accurate
    • 存储装置,控制方法,控制装置和程序,可以控制头部的飞行高度准确
    • US07468854B2
    • 2008-12-23
    • US11645189
    • 2006-12-22
    • Satoshi YamashitaSyunji SaitouYukio AbeShigenori Yanagi
    • Satoshi YamashitaSyunji SaitouYukio AbeShigenori Yanagi
    • G11B21/02G11B5/00
    • G11B5/607
    • An amplitude measurement unit measures an amplitude of a read signal from a preamble unit in a servo area of a predetermined frame number m per one rotation of the recording medium for a predetermined cycle number n while increasing an electric power amount distributed to the heater in the state in which the head is positioned to a track on the recording medium, and a mean amplitude calculating unit calculates a mean amplitude from an amplitude measurement value which is measured by the number which is the frame number m multiplied by the cycle number n. A contact determination unit calculates a mean amplitude variation amount per a unit heater electric power amount as a contact determination value, and determines that the head is in contact with the recording medium when the contact determination value is lower than a predetermined threshold value, and a flying height calculating unit which calculates a flying height of the head with respect to the surface of the recording medium from the heater electric power amount at the point when contact is determined.
    • 幅度测量单元在预定周期数n的每一记录介质旋转的预定帧数m的伺服区域中的前导码单元中测量读取信号的幅度,同时增加分配给加热器的电力量 头部位于记录介质上的轨迹的状态,平均幅度计算单元根据作为帧数m乘以周期数n的数量测量的振幅测量值来计算平均振幅。 接触确定单元计算每单位加热器电力量的平均幅度变化量作为接触确定值,并且当接触确定值低于预定阈值时,确定头与记录介质接触,并且 飞行高度计算单元,其根据确定接触点处的加热器电力量,计算头部相对于记录介质表面的飞行高度。
    • 26. 发明授权
    • Automatic molten metal distribution system
    • 自动熔融金属配送系统
    • US5269362A
    • 1993-12-14
    • US836513
    • 1992-02-18
    • Satoshi Yamashita
    • Satoshi Yamashita
    • B22D39/04B22D18/04B22D37/00B22D45/00B22D46/00B22D35/00
    • B22D18/04B22D37/00
    • Herein disclosed is an automatic molten metal distribution system having a function to automatically decide what one of the reserving furnaces 31 of a plurality of casting machines 30 the molten metal 36 is to be distributed. The automatic molten metal distribution system comprises: a molten metal distributor 20 for distributing the molten metal 36 to the individual reserving furnaces 31 of the plurality of casting machines 30; cast amount metering apparatus 39 for metering the individual cast amounts cast by the casting machines 30; and distributor control apparatus 22 for controlling the distributor 20 so as to distribute the molten metal 36, when the cast amount cast by any casting machine metered by the cast amount metering apparatus 39 reaches a preset cast amount set for each of the casting machines 30, to the reserving furnace 31 of said any casting machine 30.
    • 这里公开了一种自动熔融金属分配系统,其具有自动确定熔融金属36的多个铸造机30的预留炉31中的哪一个将被分配的功能。 自动熔融金属分配系统包括:熔融金属分配器20,用于将熔融金属36分配到多个铸造机30的各个储存炉31; 铸造量计量装置39,用于计量由铸造机30铸造的各个铸造量; 以及用于控制分配器20以便分配熔融金属36的分配器控制装置22,当由铸造量计量装置39计量的任何铸造机铸造的铸造量达到为每个铸造机30设定的预设铸造量时, 到所述任何铸造机30的储存炉31。
    • 27. 发明授权
    • Apparatus for melting down chips
    • 用于调整落地灯的装置
    • US5135202A
    • 1992-08-04
    • US684918
    • 1991-06-28
    • Satoshi YamashitaAkira Kinoshita
    • Satoshi YamashitaAkira Kinoshita
    • F27B3/04C22B7/00C22B21/00C22B21/06
    • C22B21/0092C22B21/066C22B7/003Y02P10/218Y10S266/901
    • An apparatus for melting down chips of, e.g., aluminum into a molten bath of a melting furnace for, e.g., aluminum. A charging vessel (10) is installed in the molten bath (2) of the melting furnace (1), and has an opening (11) kept above the surface (3) of the molten bath, an inlet port (12) through which molten metal (2) flows from the melting furnace (1 ) into the charging vessel (10), and an outlet port (13) located below the surface (3) of the molten bath. A discharge pipe (20) is attached to the discharge side of a pump (30) for conveying the molten metal (2), and has a sidewall provided with an intake port (24) connected with the outlet port (13) of the charging vessel (10) for returning the molten metal (2) into the melting furnace (1) through the discharge pipe (20). The apparatus can realize a drastically improved efficiency in melting chips (5), while preventing the oxidation of the chips (5).
    • PCT No.PCT / JP90 / 01316 Sec。 371日期1991年6月28日 102(e)日期1991年6月28日PCT 1990年10月12日PCT PCT。 公开号WO91 / 05883 日期1991年5月2日。用于将例如铝的芯片熔化成例如铝的熔炉的熔池的设备。 充电容器(10)安装在熔炉(1)的熔池(2)中,并且具有保持在熔池表面(3)上方的开口(11),入口端口(12) 熔融金属(2)从熔化炉(1)流入充气容器(10),以及位于熔池表面(3)下方的出口(13)。 排出管(20)安装在用于输送熔融金属(2)的泵(30)的排出侧,并且具有设置有与充电的出口(13)连接的进气口(24)的侧壁 容器(10),用于通过排放管(20)将熔融金属(2)返回到熔化炉(1)中。 该装置可以在防止芯片(5)的氧化的同时,实现大大提高熔融芯片(5)的效率。
    • 28. 发明申请
    • AIRBAG DEVICE
    • 安全气囊装置
    • US20130056964A1
    • 2013-03-07
    • US13697418
    • 2011-03-10
    • Satoshi YamashitaHiroshi KobayashiTadaaki Sekino
    • Satoshi YamashitaHiroshi KobayashiTadaaki Sekino
    • B60R21/207
    • B60N2/42718B60N2/42763B60R21/207B60R21/237B60R21/239
    • In an airbag inflatable inside a seating portion of a vehicle's seat, the design flexibility, in terms of shape and height, of the airbag in an inflated state is increased. An airbag device (1) includes an airbag (10) and an inflator (2). The airbag (10) is disposed inside a seating portion of a seat and is inflated under a seated occupant. The inflator (2) generates gas to inflate and deploy the airbag (10). The airbag (10) includes an upper base fabric piece (11), a lower base fabric piece (12), and a pair of side base fabric pieces (13), which are joined to one another and form an air chamber (14) therein. The pair of side base fabric pieces (13) are disposed at part of side portions between the upper base fabric piece (11) and the lower base fabric piece (12) and define the shape of the air chamber (14) in an inflated state.
    • 在汽车座椅的座椅部分内充气的安全气囊中,充气状态下的气囊的形状和高度的设计灵活性增加。 安全气囊装置(1)包括气囊(10)和充气机(2)。 安全气囊(10)设置在座椅的座位部内,并在乘坐人员下方充气。 充气机(2)产生气体以使气囊(10)膨胀和展开。 安全气囊(10)包括彼此接合并形成空气室(14)的上部基底织物片(11),下部底部织物片(12)和一对侧部底部织物片(13) 其中。 一对侧基织物片(13)设置在上基部织物片(11)和下基底片(12)之间的侧部的一部分处,并且将空气室(14)的形状设定为膨胀状态 。
    • 29. 发明授权
    • Storage device, control device, control method, and program
    • 存储设备,控制设备,控制方法和程序
    • US07426090B2
    • 2008-09-16
    • US11522684
    • 2006-09-18
    • Satoshi YamashitaShunji SaitouYukio AbeShigenori Yanagi
    • Satoshi YamashitaShunji SaitouYukio AbeShigenori Yanagi
    • G11B21/02
    • G11B5/6005G11B5/6064
    • A heater for changing a projection distance protrusion value by thermal expansion accompanying electric-power-distributed heating is embedded in a head having a reading element and a recording element. A clearance control information measurement unit measures and saves, at desired correction timing, clearance control information including a clearance required for controlling the clearance between the reading element and the recording medium, heater projection sensitivity protrusion sensitivity, projection distance protrusion value transition time, recording current projection distance protrusion value, and a temperature correction coefficient. The clearance control unit varies the electric power distributed to the heater and changes the projection distance protrusion value of the head, thereby controlling the clearance to a target clearance upon reproduction and recording.
    • 通过伴随电力分配加热的热膨胀来改变投影距离突出值的加热器嵌入具有读取元件和记录元件的头部中。 间隙控制信息测量单元在期望的校正时间测量并保存包括用于控制读取元件和记录介质之间的间隙所需的间隙的间隙控制信息,加热器投影灵敏度突起灵敏度,投影距离突出值转换时间,记录电流 投影距离突出值和温度校正系数。 间隙控制单元改变分配给加热器的电力并改变头部的突出距离突出值,从而在再现和记录时将间隙控制到目标间隙。
    • 30. 发明申请
    • Storage device, control device, control method, and program
    • 存储设备,控制设备,控制方法和程序
    • US20070230014A1
    • 2007-10-04
    • US11522684
    • 2006-09-18
    • Satoshi YamashitaShunji SaitouYukio AbeShigenori Yanagi
    • Satoshi YamashitaShunji SaitouYukio AbeShigenori Yanagi
    • G11B21/02
    • G11B5/6005G11B5/6064
    • A heater for changing a projection distance protrusion value by thermal expansion accompanying electric-power-distributed heating is embedded in a head having a reading element and a recording element. A clearance control information measurement unit measures and saves, at desired correction timing, clearance control information including a clearance required for controlling the clearance between the reading element and the recording medium, heater projection sensitivity protrusion sensitivity, projection distance protrusion value transition time, recording current projection distance protrusion value, and a temperature correction coefficient. The clearance control unit varies the electric power distributed to the heater and changes the projection distance protrusion value of the head, thereby controlling the clearance to a target clearance upon reproduction and recording.
    • 通过伴随电力分配加热的热膨胀来改变投影距离突出值的加热器嵌入具有读取元件和记录元件的头部中。 间隙控制信息测量单元在期望的校正时间测量并保存包括用于控制读取元件和记录介质之间的间隙所需的间隙的间隙控制信息,加热器投影灵敏度突起灵敏度,投影距离突出值转换时间,记录电流 投影距离突出值和温度校正系数。 间隙控制单元改变分配给加热器的电力并改变头部的投影距离突出值,从而在再现和记录时将间隙控制到目标间隙。