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    • 1. 发明授权
    • Shade guide, method for discriminating tooth colors, artificial tooth manufacturing method
    • 阴影指导,牙齿鉴别方法,人造牙制造方法
    • US09173727B2
    • 2015-11-03
    • US12667794
    • 2007-07-06
    • Makoto YamamotoRyuichi YosimotoNoriyuki NegoroMasuhito YasuiKouji Shou
    • Makoto YamamotoRyuichi YosimotoNoriyuki NegoroMasuhito YasuiKouji Shou
    • A61C19/10A61C5/10A61C5/00
    • A61C19/10A61C5/20A61C5/77
    • In a shade guide, a plurality of shade tabs whose colors are mutually different are arranged regularly based on the colors. The arrangement of the plurality of shade tabs is an arrangement determined based on: S values and V values that are determined according to to which areas, from among areas partitioned by a plurality of straight lines in an L*-C* plane, the coordinates of the colors of the shade tabs belong, and H values that are determined according to to which areas, from among areas partitioned by a plurality of straight lines in an a*-b* plane, the coordinates belong. S groups, each of which is a shade tab group having a common S value, are arranged in the shade guide. V rows, each of which is a shade tab group having a common V value, are arranged in each S group. In each V row, the plurality of shade tabs have mutually different H values and are aligned in an order that is in accordance with the H values. Using this shade guide enables precisely and easily discriminating the color of an evaluation target tooth.
    • 在阴影引导件中,颜色相互不同的多个阴影片基于颜色而规则地布置。 多个阴影片的布置是基于以下方式确定的布置:根据由L * -C *平面中的多条直线分隔的区域中的哪些区域确定的S值和V值,坐标 阴影标签的颜色属于,并且根据由a * -b *平面中的多条直线分割的区域中的哪些区域确定的H值属于该坐标。 S组,其中每个都是具有公共S值的遮光片组,布置在阴影指南中。 在每个S组中布置V行,每行都是具有公共V值的阴影标签组。 在每个V行中,多个阴影片具有相互不同的H值,并且按照与H值相一致的顺序排列。 使用这个遮光板导向器能够精确且容易地区分评估对象牙齿的颜色。
    • 2. 发明申请
    • SHADE GUIDE, METHOD FOR DISCRIMINATING TOOTH COLORS, ARTIFICIAL TOOTH MANUFACTURING METHOD
    • 用于分辨牙齿颜色的方法,人造牙科制造方法
    • US20100173257A1
    • 2010-07-08
    • US12667794
    • 2007-07-06
    • Makoto YamamotoRyuichi YosimotoNoriyuki NegoroMasuhito YasuiKouji Shou
    • Makoto YamamotoRyuichi YosimotoNoriyuki NegoroMasuhito YasuiKouji Shou
    • A61C19/10A61C13/08A61C5/10A61C13/003
    • A61C19/10A61C5/20A61C5/77
    • In a shade guide, a plurality of shade tabs whose colors are mutually different are arranged regularly based on the colors. The arrangement of the plurality of shade tabs is an arrangement determined based on: S values and V values that are determined according to to which areas, from among areas partitioned by a plurality of straight lines in an L*-C* plane, the coordinates of the colors of the shade tabs belong, and H values that are determined according to to which areas, from among areas partitioned by a plurality of straight lines in an a*-b* plane, the coordinates belong. S groups, each of which is a shade tab group having a common S value, are arranged in the shade guide. V rows, each of which is a shade tab group having a common V value, are arranged in each S group. In each V row, the plurality of shade tabs have mutually different H values and are aligned in an order that is in accordance with the H values. Using this shade guide enables precisely and easily discriminating the color of an evaluation target tooth.
    • 在阴影引导件中,颜色相互不同的多个阴影片基于颜色而规则地布置。 多个阴影片的布置是基于以下方式确定的布置:根据由L * -C *平面中的多条直线分隔的区域中的哪些区域确定的S值和V值,坐标 阴影标签的颜色属于,并且根据由a * -b *平面中的多条直线分割的区域中的哪些区域确定的H值属于该坐标。 S组,其中每个都是具有共同S值的遮光片组,布置在阴影指南中。 在每个S组中布置V行,每行都是具有公共V值的阴影标签组。 在每个V行中,多个阴影片具有相互不同的H值,并且按照与H值相一致的顺序排列。 使用这个遮光板导向器能够精确且容易地区分评估对象牙齿的颜色。
    • 5. 发明申请
    • INFORMATION COLLECTION APPARATUS, SEARCH ENGINE, INFORMATION COLLECTION METHOD, AND PROGRAM
    • 信息收集设备,搜索引擎,信息收集方法和程序
    • US20110119263A1
    • 2011-05-19
    • US13003875
    • 2009-08-14
    • Seiji HamadaMakoto Yamamoto
    • Seiji HamadaMakoto Yamamoto
    • G06F17/30
    • G06F17/30864
    • The present invention provides an information collection apparatus, an information collection method, and a program capable of collecting information from information resources on a network effectively as well as a search engine that searches the information resources collected. An information collection apparatus of the present invention that collects information from information resources on a network includes an extraction unit that acquires data from an information resource via the network to extract a link-destination address included in the data, a calculation unit that calculates, by comparing each link-destination address with a collection rule describing a set of addresses qualified for a collection target, a score for each link-destination address that reflects a distance from the set to a link-destination information resource indicated by the link-destination address, and a judgment unit that judges whether the link-destination information resource is to be included in the collection target or not in accordance with the score calculated for the link-destination information resource.
    • 本发明提供一种能够有效地从网络上的信息资源收集信息的信息收集装置,信息收集方法和程序,以及搜索所收集的信息资源的搜索引擎。 从网络上的信息资源收集信息的本发明的信息收集装置包括提取单元,其经由网络从信息资源获取数据,提取数据中包含的链接目的地地址,计算单元, 将每个链接目的地地址与描述对于收集目标进行限定的一组地址的收集规则进行比较,每个链接目的地地址的得分,其反映从该链路到链路目的地信息资源指示的链路目的地信息资源的距离 以及判断单元,根据针对链接目的地信息资源计算出的得分,判定链接目的地信息资源是否包含在收集对象中。
    • 7. 发明授权
    • Mute circuit
    • 静音电路
    • US07579893B2
    • 2009-08-25
    • US12099500
    • 2008-04-08
    • Kazuhiro ShimomuraMakoto Yamamoto
    • Kazuhiro ShimomuraMakoto Yamamoto
    • H03L5/00
    • H03F3/72
    • An NchMOS transistor (1) is provided for muting of an output terminal (10) to which positive and negative output signals are outputted, and a mute switch circuit (3) is provided for controlling on/off of the transistor (1) by switching a voltage applied to the gate of the transistor (1). When muting is turned off, the back gate of the transistor (1) is biased by resistance division between resistors (R1 and R2) connected in series between the output terminal (10) and a predetermined negative potential (VSS).
    • 提供NchMOS晶体管(1),用于使输出端和输出端输出的输出端子(10)静音,并设置静音开关电路(3),用于通过切换控制晶体管(1)的导通/截止 施加到晶体管(1)的栅极的电压。 当静音被关闭时,晶体管(1)的背栅通过串联连接在输出端子(10)和预定负电位(VSS)之间的电阻器(R1和R2)之间的电阻分压而偏置。
    • 9. 发明申请
    • Tracheal Cannula
    • 气管插管
    • US20080257353A1
    • 2008-10-23
    • US11664071
    • 2005-09-27
    • Makoto YamamotoShuichi Tokunaga
    • Makoto YamamotoShuichi Tokunaga
    • A61M16/04
    • A61M16/04A61M16/0484A61M16/0486A61M2016/0027
    • A tracheal cannula of the invention includes a breathing path for supplying and discharging air formed between a basal end for connection with a breathing tube extending from an external artificial respirator and a distal end for insertion into a patient's trachea, and a trachea side opening formed at the distal end of the breathing path. Besides and along the breathing path, a suction path is provided for sucking phlegm accumulated in the patient's trachea. A phlegm suction opening is formed in a region of a wall of the suction path on the side of the inner wall of the trachea between the distal end of the breathing path and a cuff, the phlegm suction opening facing the inner wall of the trachea.
    • 本发明的气管插管包括用于供给和排出形成在用于与外部人造呼吸器延伸的呼吸管连接的基端和用于插入患者气管的远端之间的空气的呼吸路径,以及形成在气管侧开口 呼吸路径的远端。 除了沿着呼吸道路,还设置有一个吸入路径,用于吸入积聚在病人气管中的痰。 在呼吸路径的远端与袖带之间的气管内壁侧的吸气路径的壁的区域形成痰吸入口,所述痰液吸入口面向气管的内壁。
    • 10. 发明申请
    • AMPLIFIER
    • 放大器
    • US20080129387A1
    • 2008-06-05
    • US11876285
    • 2007-10-22
    • Masato NakakitaMakoto Yamamoto
    • Masato NakakitaMakoto Yamamoto
    • H03G3/32
    • H03G3/3026
    • An amplifier includes: a single-stage or multiple-stage variable gain amplifier that amplifies an input signal with a controlled gain; a AGC control circuit that detects the peak level of a signal outputted from the variable gain amplifier in the final stage, converts the resultant signal to a digital signal, and outputs an AGC control signal for controlling the gain of the variable gain amplifier based on the converted digital signal; an EVR control circuit that outputs an EVR control signal according to a signal of setting an attenuation value or an amplification value for EVR inputted from an electronic variable register control terminal; and a gain control circuit that controls the gain of the variable gain amplifier in accordance with at least one of the AGC control signal and the EVR control signal. The occurrence of “popping” sounds caused by differences in DC voltage due to switching between an AGC circuit and an electronic variable register circuit can be suppressed.
    • 放大器包括:单级或多级可变增益放大器,其以受控增益放大输入信号; AGC控制电路,检测在最终级中从可变增益放大器输出的信号的峰值电平,将得到的信号转换为数字信号,并输出用于控制可变增益放大器的增益的AGC控制信号,该AGC控制信号基于 转换数字信号; EVR控制电路,其根据从电子可变寄存器控制端子输入的用于EVR的衰减值或放大值的信号输出EVR控制信号; 以及增益控制电路,其根据AGC控制信号和EVR控制信号中的至少一个控制可变增益放大器的增益。 可以抑制由于AGC电路和电子可变寄存器电路之间的切换而导致的直流电压差异引起的“弹出”声音的发生。