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    • 2. 发明授权
    • Apparatus, method, and computer program for resource request arbitration
    • 用于资源请求仲裁的装置,方法和计算机程序
    • US07007138B2
    • 2006-02-28
    • US10413758
    • 2003-04-15
    • Tetsuji MochidaKosuke YoshiokaTokuzo Kiyohara
    • Tetsuji MochidaKosuke YoshiokaTokuzo Kiyohara
    • G06F13/16
    • G06F13/1642
    • In a resource request arbitration apparatus according to the present invention, a request masking unit masks a memory access request REQ that is issued by a resource requesting device at over a minimum frequency needed for the resource requesting device, and an arbitrating unit acknowledges one of the memory access requests RREQ that are not suspended by the request masking unit, based on a predetermined static order of priority. With this resource request arbitration apparatus, the arbitrating unit do not have to concern anything other than the predetermined priority order among the memory access requesting units, and an easy and plain arbitration system based on the static priority order ensures the minimum frequency for acknowledging the resource requests that each memory access requesting unit needs.
    • 在根据本发明的资源请求仲裁设备中,请求屏蔽单元以资源请求设备所需的最小频率对由资源请求设备发出的存储器访问请求REQ进行掩码,并且仲裁单元确认 基于优先级的预定静态顺序,请求屏蔽单元未暂停的存储器访问请求RREQ。 在该资源请求仲裁装置中,仲裁单元不需要涉及存储器访问请求单元之间的预定优先级顺序以外的任何其他事项,并且基于静态优先级顺序的容易且简单的仲裁系统确保用于确认资源的最小频率 请求每个存储器访问请求单元需要。
    • 3. 发明申请
    • Optical information recording medium, method for manufacturing the same, and initialization device
    • 光信息记录介质,其制造方法和初始化装置
    • US20030012115A1
    • 2003-01-16
    • US10171239
    • 2002-06-12
    • Matsushita Electric Industiral Co., Ltd.
    • Tetsuya AkiyamaNaoyasu MiyagawaKenichi NishiuchiTakashi Nishihara
    • G11B007/135G11B007/24
    • G11B7/1369G11B7/1275G11B7/13925G11B7/14G11B7/24038G11B7/268G11B2007/0013
    • An optical information recording medium includes a plurality of recording layers, a reflectance of at least one of the plurality of the recording layers in a non-initialized state with respect to a light beam for initialization being smaller than a reflectance of the same in an initialized state with respect to the light beam for initialization. The recording layers are initialized by irradiating, among the plurality of recording layers, the recording layer positioned farther from a light beam irradiation side with the light beam prior to irradiating the recording layer positioned closer to the light beam irradiation side, so that the initialized recording layers have no initialization irregularities. In initialization, at a position at a same distance in a radial direction on the optical information recording medium, the recording layer positioned farther from a light beam irradiation side is irradiated with one light beam before the recording layer positioned closer to the light beam irradiation side is irradiated with another light beam so that the plurality of recording layers are initialized at the same time by a light beam projecting operation in which the light beams are focused at different positions. This ensures the initialization without irregularities within a short time.
    • 光学信息记录介质包括多个记录层,相对于初始化用光束,非初始化状态的多个记录层中的至少一个记录层的反射率小于初始化的光束的反射率 相对于光束进行初始化的状态。 通过在照射位于更靠近光束照射侧的记录层之前,在多个记录层之间照射位于离光束照射侧更远离光束的记录层,以便初始记录 层没有初始化不规则。 在初始化中,在光信息记录介质上沿径向相同距离的位置处,在距离光束照射侧更靠近的记录层之前,照射距光束照射侧更远的记录层 用另一光束照射,使得多个记录层通过其中光束聚焦在不同位置的光束投影操作同时被初始化。 这确保了在短时间内没有不规则的初始化。
    • 4. 发明授权
    • Bearing unit manufacturing method bearing unit and motor using the
bearing unit
    • 轴承单元制造方法轴承单元和电机采用轴承单元
    • US06120188A
    • 2000-09-19
    • US94560
    • 1998-06-15
    • Hiroyasu FujinakaShigeru Otsuka
    • Hiroyasu FujinakaShigeru Otsuka
    • F16C33/10F16C33/12G11B19/20F16C17/02
    • F16C33/107F16C17/026F16C17/105F16C33/104F16C33/12G11B19/2009F16C2204/60F16C2370/12Y10S384/902
    • An inexpensive bearing unit having a high rotational accuracy and a high reliability is provided for use in information and video-acoustic equipments. In the case of an oil-impregnated sintered bearing (1) in which an inner surface (2) sliding together with a shaft is formed on the bearing body (1) made of a porous sintered alloy, a plurality of concavities (4) are transferred to a tapered portion of the bearing inner surface (2) by forming a part or the whole of the inner surface (2) into a tapered shape or a tapered-like shape at the time of molding a green compact of the sintered alloy and press-fitting a pin (5) formed with protrusions (6) in the subsequent process and moreover, concavities (7) in which the shaft sliding surface is closed are formed by sizing the tapered portion straight at the time of sizing. Because the concavities (7) making a superior dynamic-pressure effect can be formed in a simple process, it is possible to provide an inexpensive bearing unit having a high rotational accuracy.
    • 提供具有高旋转精度和高可靠性的便宜的轴承单元用于信息和视听设备中。 在由多孔烧结合金制成的轴承体(1)上形成有与轴一起滑动的内表面(2)的油浸式烧结轴承(1)的情况下,多个凹部(4) 通过在烧结合金的生坯成型时将内表面(2)的一部分或整体形成为锥形或锥形,转移到轴承内表面(2)的锥形部分,以及 在随后的工艺中压入形成有突起(6)的销(5),此外,通过在上浆时将锥形部分直线调整,来形成其中滑动面关闭的凹部(7)。 由于能够以简单的过程形成具有优异动态压力效果的凹部(7),所以可以提供具有高旋转精度的便宜的轴承单元。
    • 6. 发明申请
    • NOISE-CANCELING FREQUENCY-TO-DIGITAL CONVERTERS
    • 噪声消除频率到数字转换器
    • US20100027725A1
    • 2010-02-04
    • US12182457
    • 2008-07-30
    • Paul Cheng-Po Liang
    • Paul Cheng-Po Liang
    • H04B1/10H04L7/00
    • H03M1/0682H03M1/60
    • Methods and apparatuses for reducing noise in frequency to digital converters (FDCs). An FDC apparatus includes a first FDC, a second FDC and a combiner. The first and second FDCs are configured to independently sample an input signal according to a sample clock to generate first and second digital signals, each representing the instantaneous frequency of the input signal. The combiner is configured to form a resultant digital signal from the first and second digital signals. The first and second FDCs are designed and combined in the noise-canceling FDC apparatus so that the first and second signals they generate have correlated noise profiles in a frequency range of interest. When combined by the combiner to form the resultant digital signal, the resultant digital signal has a signal power to noise power ratio greater than the signal power to noise power ratios characterizing the first and second digital signals of the individual first and second FDCs.
    • 降低频数转换器(FDC)噪声的方法和装置。 FDC装置包括第一FDC,第二FDC和组合器。 第一和第二FDC被配置为根据采样时钟独立地对输入信号进行采样,以产生第一和第二数字信号,每个数字信号表示输入信号的瞬时频率。 组合器被配置为从第一和第二数字信号形成合成的数字信号。 第一和第二FDC在噪声消除FDC装置中被设计和组合,使得它们产生的第一和第二信号具有在感兴趣的频率范围内的噪声分布。 当由组合器组合以形成所得到的数字信号时,所得到的数字信号具有大于表征各个第一和第二FDC的第一和第二数字信号的信号功率与功率比的信号功率与噪声功率比。
    • 7. 发明授权
    • Horizontal shift clock pulse selecting circuit for driving a color LCD panel
    • 用于驱动彩色LCD面板的水平移位时钟脉冲选择电路
    • US07113161B2
    • 2006-09-26
    • US10704153
    • 2003-11-10
    • Yoshio NirasawaYuji AmanoNorihide Kinugasa
    • Yoshio NirasawaYuji AmanoNorihide Kinugasa
    • G09G3/36
    • G09G5/18G09G3/20G09G3/3611G09G2310/0224
    • An influence of a switching noise caused by a horizontal shift clock to an oscillation frequency of a voltage controlled oscillator should be eliminated, to prevent an image shift in a PAL skip period. For this purpose, an odd number line horizontal shift clock from an odd number line horizontal shift clock generator and an even number line horizontal shift clock from an even number line horizontal shift clock generator are switched by a horizontal shift clock switching circuit, to be input to a color LCD panel. The horizontal shift clock switching circuit selects and outputs either the odd number line horizontal shift clock or the even number line horizontal shift clock according to a line identifying signal, in a normal period. By contrast, in a PAL skip period a selecting state of the shift clock is inverted immediately upon start of a PAL skip period, from a selecting state right before the start of the skip period, and the selecting state is again inverted in half a cycle of a horizontal scanning period.
    • 应该消除由水平移位时钟引起的开关噪声对压控振荡器的振荡频率的影响,以防止PAL跳跃期间的图像偏移。 为此,来自奇数行水平移位时钟发生器的奇数行水平移位时钟和来自偶数行水平移位时钟发生器的偶数行水平移位时钟由水平移位时钟切换电路切换为输入 到彩色液晶面板。 在正常周期中,水平移位时钟切换电路根据线路识别信号选择并输出奇数行水平移位时钟或偶数行水平移位时钟。 相反,在PAL跳过时段中,从跳过时段开始之前的选择状态开始,跳闸时钟的选择状态立即反转,并且选择状态在半个周期内再次反转 的水平扫描期间。
    • 9. 发明授权
    • Electronic component mounting apparatus
    • 电子元件安装装置
    • US6144452A
    • 2000-11-07
    • US171593
    • 1998-10-22
    • Eiichi Hachiya
    • Eiichi Hachiya
    • H05K13/04G01B11/14
    • H05K13/08
    • The electronic component mounting apparatus includes: a tray feed section (4) for feeding an electronic component (2) to be placed; an x-axis robot (5) and a y-axis robot (6) for moving the electronic component (2) to be placed; a head section (7) for holding and moving the electronic component; a 3D sensor (8); and an image memory for storing height data as three-dimensional image data, thus enabling the positioning and the three-dimensional component configuration check of the electronic component (2) to be accomplished simultaneously in one process.
    • PCT No.PCT / JP97 / 01385 Sec。 371日期:1998年10月22日 102(e)日期1998年10月22日PCT 1997年4月22日PCT PCT。 出版物WO97 / 40657 日期1997年10月30日电子部件安装装置包括:托盘供给部(4),用于供给待放置的电子部件(2) 用于移动要放置的电子部件(2)的x轴机器人(5)和y轴机器人(6) 用于保持和移动电子部件的头部(7); 3D传感器(8); 以及用于将高度数据存储为三维图像数据的图像存储器,从而能够在一个处理中同时完成电子部件(2)的定位和三维部件配置检查。