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    • 1. 发明授权
    • Electronic apparatus with ultrasonic motor
    • 带超声波电机的电子设备
    • US5365139A
    • 1994-11-15
    • US36033
    • 1993-03-23
    • Masao KasugaTatsunori InoueJun HirotomiHiroshi Kitamura
    • Masao KasugaTatsunori InoueJun HirotomiHiroshi Kitamura
    • G04C3/12H01L41/04H02N2/00H02N2/14H02N2/16H01L41/08
    • H02N2/14G04C3/12H02N2/163
    • An electronic apparatus which is equipped with an ultrasonic motor and which consumes only a small amount of electric power, is stable in performance, and is capable of accurately controlling the angular position is offered.A driving pulse storage circuit stores driving pulses corresponding to the environment of the components of the ultrasonic motor. A stopping pulse storage circuit stores stopping pulses corresponding to the environment of the components of the motor. An environment detection means detects the environment of the components. An output pulse-selecting circuit receives the output signal from a driving pulse-generating circuit and the output signal from a stopping pulse-generating circuit and produces output pulses corresponding to the output signal from a detection signal-generating circuit to a piezoelectric vibrator-driving circuit. The moving member and the output means are operated by ultrasonic vibration of the vibrating member.
    • 配备有超声波马达并且仅消耗少量电力的电子设备性能稳定,并且能够精确地控制角位置。 驱动脉冲存储电路存储对应于超声波马达的部件的环境的驱动脉冲。 停止脉冲存储电路存储对应于电动机的部件的环境的停止脉冲。 环境检测装置检测部件的环境。 输出脉冲选择电路接收来自驱动脉冲发生电路的输出信号和来自停止脉冲发生电路的输出信号,并产生与从检测信号发生电路到压电振动器驱动的输出信号相对应的输出脉冲 电路。 移动构件和输出装置通过振动构件的超声波振动来操作。
    • 4. 发明授权
    • Qualification screening system and screening method thereof, qualification screening device and device under qualification screening
    • 资格审查制度及其筛选方法,资格筛选装置和资质筛选装置
    • US08713673B2
    • 2014-04-29
    • US11683207
    • 2007-03-07
    • Hiroshi Kitamura
    • Hiroshi Kitamura
    • G06F15/173G06F9/445
    • G06F8/65
    • The present invention provides a qualification screening system which is capable of performing qualification screening on a device under qualification screening using a status of information to be updated that is retained by the device under qualification screening without having to know concrete procedures or methods for updating such information. A qualification screening device estimates the status of information to be updated that is retained by the device under qualification screening from a time at which an information update program that updates the information to be updated, which is independent of update procedures or methods, was activated and update processing was last updated, and compares the information with a time of a scheduled issuance of information to be updated, retained in qualification screening condition information of the qualification screening device itself, to perform qualification screening. A common time at which information exchange was performed between the qualification screening device and the device under qualification screening is used as reference in order to perform an effective comparison using time information among devices that are not synchronized.
    • 本发明提供一种资格筛选系统,其能够在资格筛选下使用在资格筛选下由设备保留的要更新的信息的状态来进行资格筛选,而不必知道用于更新这些信息的具体程序或方法 。 资格审查装置估计在更新被更新的信息更新程序(不同于更新程序或方法)的信息更新程序被激活的时间内,资格筛选所保留的要更新的信息的状态,以及 最后更新更新处理,并将信息与定期发布的要更新信息的时间进行比较,保留在资格审查设备本身的资格筛选条件信息中,以进行资格筛选。 作为参考,在资格筛选装置和资格筛选装置之间进行信息交换的常见时刻为了在不同步的装置之间进行使用时间信息的有效比较。
    • 5. 发明申请
    • COMMUNICATION DEVICE, COMMUNICATION SYSTEM, AND COMMUNICATION METHOD
    • 通信设备,通信系统和通信方法
    • US20140019641A1
    • 2014-01-16
    • US14007076
    • 2012-03-23
    • Hiroshi Kitamura
    • Hiroshi Kitamura
    • H04L12/741
    • H04L45/74H04L12/6418H04L12/66H04L61/1511H04L61/2525H04L61/2539H04L63/0407
    • A communication device having an IP address set therein includes a purpose determining unit that determines a communication purpose of a packet to be transmitted; a source address selection unit that, in the case where the communication purpose determined by the purpose determining unit is a predetermined purpose, selects, as a source address, a formal node identification address provided separately from the set IP address in order to identify the communication device, this formal node identification address having a property such that there exist no communication device that receives, through the formal node identification address, a packet having the formal node identification address set therein as a destination address; and a transmitting unit that transmits a packet having the formal node identification address selected by the source address selection unit set therein as the source address.
    • 其中设置有IP地址的通信设备包括确定要发送的分组的通信目的的目的确定单元; 源地址选择单元,在由目的确定单元确定的通信目的是预定目的的情况下,选择与设置的IP地址分开设置的形式节点标识地址作为源地址,以便识别通信 该形式节点识别地址具有这样的属性,使得不存在通过形式节点识别地址将其中设置有形式节点标识地址的分组作为目的地地址接收的通信装置; 以及发送单元,其发送由其中设置的源地址选择单元选择的具有形式节点识别地址的分组作为源地址。
    • 8. 发明申请
    • Fuel cutoff valve
    • 燃油切断阀
    • US20090000669A1
    • 2009-01-01
    • US12213980
    • 2008-06-26
    • Hiroaki KitoKenichiro KanekoHiroshi NishiShoichiro KumagaiHiroshi KitamuraYasuhiro HasegawaShoji Uhara
    • Hiroaki KitoKenichiro KanekoHiroshi NishiShoichiro KumagaiHiroshi KitamuraYasuhiro HasegawaShoji Uhara
    • F16K24/04
    • F16K24/044Y10T137/3099
    • A fuel cutoff valve 10 has a float assembly 52 and an upper valve plug 60 located in a valve chest 30S defined by a casing 20. The float assembly 52 has a valve support member 55 formed in its upper portion to support the upper valve plug 60. The upper valve plug 60 has a support convex 66b held on a support plane 56a of the valve support member 55, where a center of gravity of the upper valve plug 60 is located below a supporting point 55a around which the support convex 66b is balanced on the valve support member 55. The upper valve plug 60 includes a first valve section 61 and a second valve section 65. The first valve section 61 has a first valve body 62 and a sheet member 64. The first valve body 62 is made of POM (polyoxymethylene), while the second valve section 65 is made of PA6 (polyamide) containing 30% of glass fibers. The second valve section 65 is accordingly structured to have a lower density than the first valve body 62. This arrangement ensures the excellent sealing property even in the event of vibration of the fuel cutoff valve 10 submerged in the liquid fuel by inclination of the vehicle body.
    • 燃料切断阀10具有浮子组件52和位于由壳体20限定的阀座30S中的上阀塞60.浮子组件52具有形成在其上部中的阀支撑构件55,以支撑上阀塞60 上阀塞60具有保持在阀支撑构件55的支撑平面56a上的支撑凸起66b,其中上阀塞60的重心位于支撑点55a的下方,支撑凸起66b平衡在支撑点55a的下方 上阀塞60包括第一阀部分61和第二阀部分65.第一阀部分61具有第一阀体62和片状部件64.第一阀体62由 POM(聚甲醛),而第二阀部65由含有30%玻璃纤维的PA6(聚酰胺)制成。 因此,第二阀部65的密度比第一阀体62的密度低。即使在通过车体倾斜而液体燃料淹没的燃料切断阀10的振动的情况下,也能够确保优异的密封性 。
    • 9. 发明授权
    • Air bag connector
    • 气囊连接器
    • US06250952B1
    • 2001-06-26
    • US09485306
    • 2000-02-04
    • Katsumi ShigaHiroshi KitamuraToshio ShinoharaHidehisa Yamagami
    • Katsumi ShigaHiroshi KitamuraToshio ShinoharaHidehisa Yamagami
    • H01R1358
    • H01R13/719F42B3/188F42C19/06
    • The igniter connector comprises an insulating housing having a bead-receiving cavity open at one end, a partition in a center of a bottom wall of the cavity, a ferrite bead disposed in the bead-receiving cavity, and holes in the bottom wall of the bead-receiving cavity for insertion of pin terminals, the ferrite bead that is inserted in the bead-receiving cavity and secured in the insulating housing with the ferrite bead having a central opening through which the partition is passed when the ferrite bead is inserted in the bead-receiving cavity, a pair of electrical contacts having receptacle sections for electrical connection with the pin terminals are arranged in contact-receiving cavities disposed between the partition and the ferrite bead inserted in the bead-receiving cavity and wire-connecting sections for connection to electrical wires, and a cover member enclosing the bead-receiving cavity of the insulating housing is latched to the housing and has posts coaxially aligning the receptacle sections of the electrical contacts with the holes for the pin terminals. The cover member is equipped with a pressure device that exerts pressure on the ferrite bead holding it down against the bottom of the bead-receiving cavity.
    • 点火器连接器包括绝缘壳体,其具有在一端开口的胎圈接收腔,在空腔的底壁的中心的隔板,设置在胎圈接收腔中的铁氧体磁珠,以及位于胎圈接收腔的底壁中的孔 用于插入销端子的胎圈容纳腔,插入胎圈接收腔中的铁氧体磁珠,并且当铁氧体磁珠插入到胎圈接收腔中时固定在具有中心开口的铁氧体磁珠的绝缘壳体中, 胎圈容纳腔,具有用于与销端子电连接的插座部分的一对电触点布置在接触容纳空腔中,接触腔设置在插入胎圈接收腔中的隔板和铁氧体磁珠之间,线连接部分用于连接到 电线和封闭绝缘壳体的胎圈容纳腔的盖构件被锁定到壳体并且具有同轴对准 电触点的插座部分与针脚端子的孔。 盖构件配备有压力装置,其对铁氧体磁珠施加压力,铁氧体磁珠将其保持抵靠胎圈接收腔的底部。