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    • 2. 发明申请
    • ULTRASONIC THERAPEUTIC DEVICES
    • 超声治疗装置
    • US20090318945A1
    • 2009-12-24
    • US12418667
    • 2009-04-06
    • Hideto YoshimineManabu IshikawaKenichi KimuraSusumu Komagata
    • Hideto YoshimineManabu IshikawaKenichi KimuraSusumu Komagata
    • A61B17/32
    • A61B17/320068A61B17/320016A61B17/320092A61B17/32056A61B17/3207
    • An ultrasonic surgical instrument comprises an ultrasonic transducer producing ultrasonic vibration, a transmission member transmitted ultrasonic vibration from the proximal end to the distal end, a sheath in which the transmission member is inserted, a procedural unit provided to the distal end of the transmission member so that it projects from the distal end of the sheath, and treating a surgical target portion using ultrasonic vibration, a procedural unit main body provided in the procedural unit, a procedural member provided in the sheath so that it projects from the distal end of the sheath to treat the surgical target portion, and a procedural member main body provided at the distal end of the procedural member. In the ultrasonic surgical instrument, the procedural member main body overlaps with the procedural unit main body, and thereby, the procedural member main body and the procedural unit main body treat the portion.
    • 超声波手术器械包括产生超声波振动的超声波换能器,从近端向远端传递超声波振动的传递部件,插入有传动部件的护套,设置在传递部件的前端的手术部件 其从护套的远端突出,并且使用超声波振动治疗手术对象部分,设置在手术单元中的手术单元主体,设置在护套中的程序构件,使得其从护套的远端突出 以治疗手术对象部分,以及设置在程序构件的远端处的程序构件主体。 在超声波手术器械中,程序构件主体与程序单元主体重叠,由此程序构件主体和程序单元主体对该部分进行处理。
    • 4. 发明授权
    • Ultrasonic therapeutic devices
    • 超声波治疗仪
    • US08236018B2
    • 2012-08-07
    • US12418667
    • 2009-04-06
    • Hideto YoshimineManabu IshikawaKenichi KimuraSusumu Komagata
    • Hideto YoshimineManabu IshikawaKenichi KimuraSusumu Komagata
    • A61B17/32
    • A61B17/320068A61B17/320016A61B17/320092A61B17/32056A61B17/3207
    • An ultrasonic surgical instrument comprises an ultrasonic transducer producing ultrasonic vibration, a transmission member transmitted ultrasonic vibration from the proximal end to the distal end, a sheath in which the transmission member is inserted, a procedural unit provided to the distal end of the transmission member so that it projects from the distal end of the sheath, and treating a surgical target portion using ultrasonic vibration, a procedural unit main body provided in the procedural unit, a procedural member provided in the sheath so that it projects from the distal end of the sheath to treat the surgical target portion, and a procedural member main body provided at the distal end of the procedural member. In the ultrasonic surgical instrument, the procedural member main body overlaps with the procedural unit main body, and thereby, the procedural member main body and the procedural unit main body treat the portion.
    • 超声波手术器械包括产生超声波振动的超声波换能器,从近端向远端传递超声波振动的传递部件,插入有传动部件的护套,设置在传递部件的前端的手术部件 其从护套的远端突出,并且使用超声波振动治疗手术对象部分,设置在手术单元中的手术单元主体,设置在护套中的程序构件,使得其从护套的远端突出 以治疗手术对象部分,以及设置在程序构件的远端处的程序构件主体。 在超声波手术器械中,程序构件主体与程序单元主体重叠,由此程序构件主体和程序单元主体对该部分进行处理。
    • 7. 发明授权
    • Ultrasound puncture system
    • 超声穿刺系统
    • US07252648B2
    • 2007-08-07
    • US10791454
    • 2004-03-02
    • Yoshitaka HondaKenji NodaManabu IshikawaShuichi KimuraKenichi KimuraDaisuke Sano
    • Yoshitaka HondaKenji NodaManabu IshikawaShuichi KimuraKenichi KimuraDaisuke Sano
    • A61B17/20
    • A61B17/3476A61B17/320068A61B17/3474A61B2017/0003A61B2017/320084
    • The ultrasound puncture system in accordance with the present invention comprises a handpiece which accommodates an ultrasound vibrator, a puncturing probe for transmitting ultrasound waves to a biological wall which is to be punctured, an outer cover tube covering the probe and attached to the handpiece, and an ultrasound power source unit for driving the ultrasound vibrator, wherein the ultrasound power source unit comprises a termination unit for terminating the energy supply to the ultrasound vibrator, an impedance detector for detecting the puncture state of the probe, and a fluid supply unit for supplying a fluid to the distal end opening of the outer cover tube and probe, wherein the penetration of the probe through the biological wall is detected with the detection unit and the supply of energy to the ultrasound vibrator is terminated based on the detection output.
    • 根据本发明的超声波穿刺系统包括容纳超声波振动器的手持件,用于将超声波发送到待刺穿的生物壁的穿刺探针,覆盖探头并附接到手持件的外覆盖管,以及 用于驱动所述超声波振动器的超声波源单元,其中所述超声波功率源单元包括用于终止对所述超声波振动器的能量供给的终端单元,用于检测所述探针的穿刺状态的阻抗检测器,以及用于供给 流体到外套管和探针的远端开口,其中通过检测单元检测探针穿过生物壁的渗透,并且基于检测输出终止对超声波振动器的能量供应。
    • 8. 发明授权
    • Liquid crystal display device and method of driving the same
    • 液晶显示装置及其驱动方法
    • US09286845B2
    • 2016-03-15
    • US14131239
    • 2012-05-29
    • Kenichi Kimura
    • Kenichi Kimura
    • G09G5/10G09G3/36G09G3/20
    • G09G3/3648G09G3/2003G09G2320/0233G09G2320/0242G09G2320/0252G09G2320/0285G09G2340/16
    • An adjacent gradation correcting unit 11 performs processing for correcting gradations of sub-pixels to a video signal X2 after overshoot processing. When determining that a gradation of a target sub-pixel corresponds to a higher liquid crystal application voltage than that of a gradation of an adjacent sub-pixel, and that a gradation difference between the target sub-pixel and the adjacent sub-pixel is large, the adjacent gradation correcting unit 11 corrects the gradation of the adjacent sub-pixel so as to make the gradation difference smaller. In driving a liquid crystal panel 1, a video signal X3 after correction obtained by the adjacent gradation correcting unit 11 is used. With this, when displaying a specific color, such as red, green, or blue, it is possible to suppress a lateral electric field occurring between two sub-pixels that are adjacent to each other, and to improve response speed of the liquid crystal panel 1.
    • 相邻灰度校正单元11执行用于在过冲处理之后将子像素的灰度校正为视频信号X2的处理。 当确定目标子像素的灰度对应于比相邻子像素的灰度更高的液晶施加电压,并且目标子像素和相邻子像素之间的灰度差大时 相邻灰度校正单元11校正相邻子像素的灰度以使灰度差变小。 在驱动液晶面板1时,使用由相邻灰度校正单元11获得的校正后的视频信号X3。 由此,当显示诸如红,绿或蓝的特定颜色时,可以抑制彼此相邻的两个子像素之间产生的横向电场,并且提高液晶面板的响应速度 1。
    • 9. 发明授权
    • Information recording patch, printed sheet, and authenticity discrimination method therefor
    • 信息记录贴片,印刷品和真伪鉴别方法
    • US08556299B2
    • 2013-10-15
    • US12223459
    • 2007-01-31
    • Noriyuki SutoKenichi Kimura
    • Noriyuki SutoKenichi Kimura
    • B42D15/00G09C3/00B42D15/10
    • G07D7/10B42D25/29
    • This invention provides an information recording patch that allows accurate authenticity discrimination, a printed sheet, and an authenticity discrimination method therefor. An information recording patch includes a protective layer (1), intermediate layer (2), metal layer (3), and adhesive layer (4). The protective layer (1) made of a material having a predetermined dielectric constant is arranged at the uppermost layer. The intermediate layer (2) made of a material having a predetermined dielectric constant has, on its surface, a three-dimensional pattern corresponding to the design of a hologram forming layer including the intermediate layer and the metal layer. The metal layer (3) made of a material having a predetermined conductivity is arranged on the three-dimensional surface of the intermediate layer to form a conductive film. A mirror surface having a three-dimensional pattern, which is formed by the metal layer and the intermediate layer, serves as the main component of the image of the hologram forming layer. The adhesive layer (4) made of a material having a predetermined dielectric constant has the characteristic of a dielectric of itself. When this information recording patch was measured using a leakage microwave sensor, the detected voltage exhibited “medium level” in the conductive region of the metal layer and “low level” in the remaining regions.
    • 本发明提供一种信息记录贴片,其允许准确的真实性鉴别,印刷品及其真实性鉴别方法。 信息记录贴片包括保护层(1),中间层(2),金属层(3)和粘合剂层(4)。 由具有预定介电常数的材料制成的保护层(1)布置在最上层。 由具有预定介电常数的材料制成的中间层(2)在其表面上具有与包括中间层和金属层的全息图形成层的设计相对应的三维图案。 由具有预定导电性的材料制成的金属层(3)布置在中间层的三维表面上以形成导电膜。 由金属层和中间层形成的具有三维图案的镜面用作全息图形成层的图像的主要成分。 由具有预定介电常数的材料制成的粘合层(4)具有自身电介质的特性。 当使用泄漏微波传感器测量该信息记录贴片时,检测到的电压在金属层的导电区域中呈现“中等水平”,在其余区域中呈现“低电平”。
    • 10. 发明申请
    • OPTICAL INFORMATION ANALYZER AND OPTICAL INFORMATION ANALYSIS METHOD
    • 光信息分析仪和光信息分析方法
    • US20120154804A1
    • 2012-06-21
    • US13337848
    • 2011-12-27
    • Ken TSUKIIKenichi KimuraToru TakahashiJie Xu
    • Ken TSUKIIKenichi KimuraToru TakahashiJie Xu
    • G01N21/49
    • G01N15/1434G01N2015/1452
    • An optical information analyzer (10) includes a light emitting unit (30) that emits light (excitation light) (L0) to a sample (S), a transmission light receiving unit (50) that receives transmission light (L1), which is the excitation light passing through the sample (S), and detects the received transmission light as a transmission light signal (SG1), scattered light/fluorescence receiving units (60) and (70) that are provided at a plurality of positions, receive side scattered light/fluorescence components (L2) and (L3) from the sample (S), and detect the received side scattered light/fluorescence components as scattered light/fluorescence signals (SG2) and (SG3), and an analyzing unit (90) that measures the optical information of the sample (S) on the basis of the detected scattered light/fluorescence signals (SG2) and (SG3) and the detected transmission light signal (SG1) and analyzes the sample (S) on the basis of the measured optical information.
    • 光信息分析装置(10)包括对样本(S)发光(激发光)(L0)的发光单元(30),接收透射光(L1)的透射光接收单元(50) 通过样品(S)的激发光,并且检测作为透射光信号(SG1)的接收的透射光,设置在多个位置的散射光/荧光接收单元(60)和(70),接收侧 检测来自样品(S)的散射光/荧光成分(L2)和(L3),并检测作为散射光/荧光信号(SG2)和(SG3)的接收侧散射光/荧光成分,以及分析单元(90) 根据检测到的散射光/荧光信号(SG2)和(SG3)和检测到的透射光信号(SG1)来测量样品(S)的光学信息,并基于样品(S) 测量光信息。