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    • 71. 发明授权
    • Initial loading core
    • 初始加载核心
    • US6141396A
    • 2000-10-31
    • US254183
    • 1999-03-02
    • Akiko KandaKatsumasa HaikawaAkihiro YamanakaKenmi NaritaJunichi YamashitaJunichi Koyama
    • Akiko KandaKatsumasa HaikawaAkihiro YamanakaKenmi NaritaJunichi YamashitaJunichi Koyama
    • G21C3/326G21C5/02
    • G21C5/02G21C3/326Y02E30/38
    • Several unit loading patterns are arranged in the central area of an initial core to which the present invention is applied. The unit loading pattern is composed of one square-shaped unit cell and four cross-shaped control rods 3 which surround the unit cell. The unit cell is composed of one low enrichment fuel assembly 7, two high enrichment fuel assemblies 8 and one high enrichment fuel assembly 9. The low enrichment fuel assemblies 7 of each unit loading pattern adjoin each other and are arranged to constitute the first control cell 2a being square-shaped. The high enrichment fuel assemblies 9, obliquely adjoining the low enrichment fuel assembly 7 in each unit loading pattern, adjoin each other and are arranged to constitute the second control cell 2b being square-shaped. The high enrichment fuel assembly 9 constituting the unit loading pattern is divided into a control rod side area and an anticontrol rod side area by a diagonal line L1, and the number of Gd fuel rods in the control rod side area is 2 or more than the number in the anticontrol rod side area. By providing this structure, the increase of the local peaking factor on the control rod side can be suppressed and the thermal margin can be sufficiently secured, even if the control rod 3 of the second control cell 2b is extracted after the second operation cycle.
    • PCT No.PCT / JP96 / 02501 Sec。 371日期1999年3月2日 102(e)1999年3月2日PCT PCT 1996年9月4日PCT公布。 公开号WO98 / 10426 日期1998年3月12日几个单元加载模式布置在应用本发明的初始核心的中心区域中。 单元加载模式由一个方形单位单元和围绕单位单元的四个十字形控制杆3组成。 单元电池由一个低浓度燃料组件7,两个高浓缩燃料组件8和一个高浓缩燃料组件9组成。每个单元装载模式的低浓缩燃料组件7彼此邻接并且被布置成构成第一控制单元 2a为方形。 在每个单元装载模式中与低浓缩燃料组件7倾斜相邻的高浓缩燃料组件9相互邻接并被布置成构成正方形的第二控制单元2b。 构成单元装载图案的高浓缩燃料组件9通过对角线L1分为控制棒侧区域和反向推杆侧面区域,控制棒侧区域中的Gd燃料棒的数量为2个以上 抗电极杆侧面的数量。 通过提供这种结构,即使在第二操作周期之后提取第二控制单元2b的控制棒3,也可以抑制控制棒侧的局部峰值系数的增加,并且可以充分确保热裕度。
    • 72. 发明授权
    • Recording head and recording apparatus using such recording head
    • 使用这种记录头的记录头和记录装置
    • US5988796A
    • 1999-11-23
    • US508539
    • 1995-07-28
    • Akihiro Yamanaka
    • Akihiro Yamanaka
    • B41J2/05B41J2/14
    • B41J2/14072
    • A recording head is structured so that its elements are not easily destructed by the fusion of wiring due to electrostatic discharge, and a recording apparatus uses such recording head. A part of GND wiring on a wiring board is exposed. A base plate and the GND wiring on the wiring board is electrically connected by caulking a caulking pin arranged for such exposed portion. The resistance of the connected path is made lower than that of wires and others on a heater board. Also, even in a case where the base plate and the GND wiring on the wiring board are not directly in contact, the exposed portion of the GND wiring on the wiring board and the base plate are arranged to be extremely close to each other, hence making it possible to form such a low-resistance path.
    • 记录头被构造为使得其元件不容易被由于静电放电引起的布线的破坏而破坏,并且记录装置使用这种记录头。 接线板上的GND接线部分露出。 接线板上的基板和GND布线通过铆接布置在这样的露出部分的铆接针而电连接。 连接路径的电阻比加热板上的电线等电阻低。 此外,即使在布线基板上的基板和GND布线不直接接触的情况下,布线板和基板上的GND布线的露出部分布置成彼此非常接近,因此 可以形成这样的低电阻路径。
    • 76. 发明授权
    • Testing method and apparatus for judging a printing device on the basis
of a test pattern recorded on a recording medium by the printing device
    • 基于通过打印装置记录在记录介质上的测试图案来判断打印装置的测试方法和装置
    • US5477244A
    • 1995-12-19
    • US222005
    • 1994-04-04
    • Masaru ShibataFumio IchikawaAsao SaitoAkihiro Yamanaka
    • Masaru ShibataFumio IchikawaAsao SaitoAkihiro Yamanaka
    • B41J2/01B41J2/04B41J25/34B41J29/393
    • B41J2/04B41J2/01B41J25/34B41J29/393Y10T29/49401
    • A table having a plurality of holding portions for holding recording heads to be tested is arranged to be pivotal between a printing position and a changing position, so that the recording head located at the changing position can be changed during estimation of the recording head located at the printing position. An estimation pattern in which dots are arranged so as not to contact each other is printed on a recording medium. The printed estimation pattern is read by an image pick-up device, and character amounts in units of dots are extracted from image data obtained by the image pick-up device. Pattern estimated values are calculated according to the dot character amounts and are used to judge whether the recording head is normal. Another printed pattern is read by the image pick-up device, and an edge image is extracted from density image data obtained by the image pick-up device. After enlargement/reduction processing is performed for the edge image, an edge image is extracted again. Shape character values in units of areas separated by edge lines of the edge image are obtained, and the pattern and any stain are discriminated based on the shape character values, thereby detecting a stain state. A one-dimensional average density in the line direction of the pattern is obtained from the density image data, and a line width is obtained based on the average density. A stain is detected on the basis of the line width.
    • 具有用于保持要测试的记录头的多个保持部的工作台布置成在打印位置和改变位置之间枢转,使得位于变化位置的记录头在估计位于 打印位置。 以不相互接触的方式布置点的估计图案被印刷在记录介质上。 打印的估计图案由图像拾取装置读取,并且从由图像拾取装置获得的图像数据中提取以点为单位的字符量。 模式估计值根据点数量计算,并用于判断记录头是否正常。 另一印刷图案由图像拾取装置读取,并且从由图像拾取装置获得的浓度图像数据中提取边缘图像。 在对边缘图像进行放大/缩小处理之后,再次提取边缘图像。 获得由边缘图像的边缘线分隔的区域的单位的形状字符值,并且基于形状字符值来区分图案和任何污点,从而检测染色状态。 从密度图像数据获得图案的线方向上的一维平均密度,并且基于平均密度获得线宽。 基于线宽检测污点。
    • 77. 发明授权
    • Hydraulic circuit of injection cylinder in die-casting apparatus
    • 压铸设备注塑缸液压回路
    • US08561400B2
    • 2013-10-22
    • US13060405
    • 2008-11-04
    • Takao NakamuraAkihiro YamanakaHiroshi YukutomoKenji Fujii
    • Takao NakamuraAkihiro YamanakaHiroshi YukutomoKenji Fujii
    • F15B13/044
    • B22D17/32Y10T137/87249
    • A hydraulic circuit of an injection cylinder in a die-casting apparatus, which can achieve IN restriction and OUT restriction in a quickly switchable manner with a single circuit and which allows manufacturing of a high-quality molded product. The hydraulic circuit includes: a first pressure oil path supplying pressure oil to the injection cylinder; a second pressure oil path returning the pressure oil from the injection cylinder; a first flow control valve controlling a flow of the pressure oil through the first pressure oil path; a second flow control valve controlling a flow of the pressure oil through the second pressure oil path; a bypass pressure oil path connected to the second pressure oil path for bypassing the second flow control valve; a bypass on-off valve provided on the bypass pressure oil path and opening/closing the bypass pressure oil path with the pressure oil; and a controller controlling each valve.
    • 压铸装置中的注射缸的液压回路,其能够通过单个回路以快速切换的方式实现IN限制和OUT限制,并且允许制造高品质的模制产品。 液压回路包括:向注射缸供给压力油的第一压力油路; 第二压力油路将来自注射缸的压力油返回; 控制压力油通过第一压力油路的流量的第一流量控制阀; 控制压力油通过第二压力油路的流量的第二流量控制阀; 连接到所述第二压力油路以绕过所述第二流量控制阀的旁路压力油路; 设置在旁通压力油路上的旁通开闭阀,并且用压力油打开/关闭旁路压力油路; 以及控制每个阀门的控制器。