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    • 1. 发明授权
    • Method of butt-welding hot-rolled steel materials by laser beam and apparatus therefor
    • 通过激光束对接热轧钢材的方法及其设备
    • US06770840B2
    • 2004-08-03
    • US10254330
    • 2002-09-25
    • Katsuhiro MinamidaHiroyuki YamamotoMotoi Kido
    • Katsuhiro MinamidaHiroyuki YamamotoMotoi Kido
    • B23K2600
    • B23K26/1435B23K26/1436B23K26/1437B23K26/1438B23K26/147B23K26/26B23K35/3053B23K2103/04
    • In order to make the depth of penetration in the weld bead portion uniform and obtain a bead shape having a flat bottom without spiking and meltdown during continuous hot rolling by bonding a plurality of hot-rolled steel materials using a laser beam, the following methods are employed: (A) a method of butt welding wherein center gas is blown against the welding portion symmetrically to the optical axis of the laser beam while side gas is being blown thereagainst from the side, the method comprising conducting welding while the center of laser-induced plasma is shifted in the welding direction from the center of the laser beam by a distance 0.2 to 0.5 times as much as a reference plasma diameter determined from the laser output and the beam diameter, and the type and flow rate of the center gas; or (B) a method comprising scanning the butt line with the laser beam during the laser welding at a speed of 2 to 10 m/min, and simultaneously oscillating the laser beam in the direction vertical to the butt line at a frequency of 40 to 80 Hz at an amplitude of 0.4 to 1.0 mm. Alternatively, (C) in order to prevent formation of blow holes in the weld bead, to make the depth of penetration in the weld bead portion uniform, and to obtain a bead shape having a flat bottom without spiking and excessive penetration, laser welding is conducted while a filler wire of an iron series base material, containing from 0.05 to 3% of one or at least two elements selected from aluminum, silicon, titanium and manganese, is being supplied to the welding portion. Moreover, (D) in order to stably supply a filler wire to the butt portion with high supply accuracy, the filler wire W is passed through a wire supply nozzle having a curved portion, and the filler wire is supplied toward the welding point along the welding line.
    • 为了使焊缝部分的穿透深度均匀,并且通过使用激光束接合多个热轧钢材料,在连续热轧期间获得具有平坦的底部而没有尖峰和熔化的焊道形状,以下方法是 (A)一种对接焊接方法,其中中心气体相对于激光束的光轴对称地吹向焊接部分,同时从侧面吹出侧面气体,该方法包括在激光束的中心处进行焊接, 感应等离子体从激光束的中心沿焊接方向偏移距离由激光输出和光束直径确定的参考等离子体直径的中心气体的类型和流量的0.2至0.5倍的距离; 或(B)包括在激光焊接期间以2〜10m / min的速度用激光束扫描对接线的方法,同时使激光束沿垂直于对接线的方向以40〜 80Hz,振幅为0.4〜1.0mm。 或者,(C)为了防止在焊缝中形成气孔,使焊缝部分的贯通深度均匀,得到平坦的底部而没有尖峰和过度穿透的焊道形状,激光焊接 在焊接部分供给包含0.05-3%的选自铝,硅,钛和锰中的一种或至少两种元素的铁系列基材的填充线。 此外,(D)为了稳定地以高供给精度将填充线供给到对接部,填充线W通过具有弯曲部的焊丝供给喷嘴,并且沿着焊接点向焊接点供给焊丝 焊接线。
    • 2. 发明授权
    • Image processing apparatus with power supply/stop control
    • 具有电源/停止控制的图像处理装置
    • US09060088B2
    • 2015-06-16
    • US13767236
    • 2013-02-14
    • Hiroyuki Yamamoto
    • Hiroyuki Yamamoto
    • G06K15/00H04N1/00
    • H04N1/00891H04N1/00925H04N2201/0094
    • There is provided an image processing apparatus including an image processing section, a power source section, a power source operation section, and a controller. The controller may be configured to perform determining whether or not a state of the image processing apparatus is a special state when a power control operation is started, determining whether or not the power control operation is the special power control operation, and controlling the power source section to carry out an operation according to the power control operation when the state is not the special state, or when the state is the special state and when the power control operation is the special power control operation, but controlling the power source section not to carry out the operation when the state is the special state and when the power control operation is not the special power control operation.
    • 提供了一种包括图像处理部分,电源部分,电源操作部分和控制器的图像处理装置。 控制器可以被配置为执行在开始功率控制操作时图像处理装置的状态是否是特殊状态,确定功率控制操作是否是特殊功率控制操作,以及控制电源 部分在状态不是特殊状态时进行根据功率控制操作的操作,或者当状态是特殊状态时,以及当电力控制操作是特殊功率控制操作时,但是控制电源部不是 在状态为特殊状态时进行动作,电力控制动作不是特殊的动力控制动作。
    • 3. 发明授权
    • Attachment structure and attachment unit
    • 附件结构和附件单元
    • US09004804B2
    • 2015-04-14
    • US13500488
    • 2010-10-12
    • Hiroyuki YamamotoTomoaki Nagayama
    • Hiroyuki YamamotoTomoaki Nagayama
    • F16B21/00F16B5/12
    • F16B5/126Y10T29/53Y10T403/60Y10T403/66
    • An elastically deformable bridging piece includes an engaging protruding part between two ends of the piece, insertion of a portion of an attaching member in a direction intersecting a longitudinal direction of the bridging piece is permitted by elastically deforming the bridging piece by contacting with the engaging protruding part with the portion, and the engaging protruding part engages an engaging hole formed in the portion at an insertion terminating position by elastically returning the bridging piece. A restricting part restricting elastic deformation of the bridging piece is provided. When inserting the portion, the restricting part inclines the bridging piece to position the engaging protruding part on the obliquely downward side, and when a force in a reverse direction to the inserting direction acts on the portion located at the insertion terminating position, the restricting part restricts inclination of the bridging piece, which is reversely-oriented to the former inclination.
    • 可弹性变形的桥接件包括在件的两端之间的接合突出部分,通过使桥接件与接合突出部接触而使桥接件弹性变形,允许连接构件的一部分沿着与桥接件的纵向相交的方向插入 部分,并且接合突出部通过弹性地返回桥接件而接合形成在插入终止位置处的该部分中的接合孔。 提供限制桥接件的弹性变形的限制部件。 当插入该部分时,限制部分使桥接件倾斜以将接合突出部分定位在倾斜的下侧,并且当与插入方向相反的方向的力作用在位于插入终止位置的部分时,限制部分 限制桥接件的倾斜度,这反过来倾向于前者的倾斜度。
    • 4. 发明授权
    • Tomography apparatus and tomogram correction processing method
    • 断层扫描仪和断层图像校正处理方法
    • US08970849B2
    • 2015-03-03
    • US13375259
    • 2010-06-02
    • Yukio SakagawaMakoto SatoHiroyuki Yamamoto
    • Yukio SakagawaMakoto SatoHiroyuki Yamamoto
    • G01B11/02A61B3/10
    • A61B3/102
    • This invention realizes accurate positional offset correction between a plurality of tomograms captured by using a tomography apparatus. The invention is a tomography apparatus which corrects the positional offsets between a plurality of two-dimensional tomograms constituting a three-dimensional tomogram. This apparatus includes a tomogram analysis unit (120) which extracts feature amounts representing the tissue of a measurement target, a tomogram selection unit (140) which selects a standard two-dimensional tomogram from the plurality of two-dimensional tomograms based on the feature amounts, and a tomogram position correction unit (150) which calculates the positional offset amount between the nth two-dimensional tomogram adjacent to the standard two-dimensional tomogram and the (n−1)th two-dimensional tomogram.
    • 本发明实现了通过使用断层摄影装置捕获的多个断层图像之间的精确的位置偏移校正。 本发明是校正构成三维断层图像的多个二维断层图像之间的位置偏移的断层摄影装置。 该装置包括提取表示测定对象的组织的特征量的断层图像分析部(120),根据特征量从多个二维断层图中选择标准的二维断层图像的断层图像选择部(140) 以及断层图像位置校正单元,其计算与标准二维断层图像相邻的第n个二维断层图像与第(n-1)个二维断层图像之间的位置偏移量。
    • 6. 发明授权
    • Image forming apparatus and driver
    • 图像形成装置和驱动器
    • US08737905B2
    • 2014-05-27
    • US12731246
    • 2010-03-25
    • Hiroyuki Yamamoto
    • Hiroyuki Yamamoto
    • G03G15/00B65H85/00
    • G03G15/234G03G2215/0141
    • An image forming apparatus and a driver for the image forming apparatus are provided. The image forming apparatus includes: a first communication section configured to receive print data; a printing section configured to perform a duplex printing including printing N sheets on first sides thereof and subsequently printing M sheets on second sides thereof, wherein M is equal to or smaller than N; a setting section configured to set the value of N; and a control section configured to control the printing section to perform the duplex printing in accordance with the value of N set by the setting section. The value of N may be set based on a communication speed of the print data when acquired by the acquisition section.
    • 提供了一种用于图像形成装置的图像形成装置和驱动器。 图像形成装置包括:第一通信部,被配置为接收打印数据; 打印部,被配置为执行双面打印,包括在其第一面上印刷N张片,并且随后在其第二面上打印M张,其中M等于或小于N; 设置部,其被配置为设定N的值; 以及控制部,其被配置为根据由所述设置部设置的N的值来控制所述打印部执行所述双面打印。 可以基于由获取部获取的打印数据的通信速度来设定N的值。
    • 10. 发明申请
    • ILLUMINATION DEVICE
    • 照明装置
    • US20130077307A1
    • 2013-03-28
    • US13703251
    • 2011-04-26
    • Hiroyuki Yamamoto
    • Hiroyuki Yamamoto
    • F21V21/00F21V7/00F21V5/00
    • F21V21/00F21S8/026F21V5/007F21V7/0083F21Y2105/10F21Y2115/10
    • A lighting device (1) makes it possible to manufacture a plurality of models at a low cost, which plurality of models are different from each other in brightness. The lighting device (1) includes a plurality of light-emitting sections (4) each having LEDs (8a, 8b) that emit light. At least one of the light-emitting sections (4) have a plurality of mounting areas (7a, 7b) designed to be provided with the respective LEDs (8a, 8b). By changing, to one or two, the number of LEDs to be provided in each of the light-emitting sections (4), it is possible to manufacture, by use of identical transmission units (3), a plurality of types of illumination devices that are different from each other in brightness.
    • 照明装置(1)使得可以以低成本制造多个型号,其中多个型号的亮度彼此不同。 照明装置(1)包括多个发光部(4),每个发光部具有发光的LED(8a,8b)。 至少一个发光部分(4)具有设计成具有各个LED(8a,8b)的多个安装区域(7a,7b)。 通过将每个发光部(4)中的LED的数量改变为一个或两个,可以通过使用相同的传输单元(3)来制造多种类型的照明装置 在亮度上彼此不同。