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    • 2. 发明申请
    • FINE DRY SILICA PARTICLES
    • 精细干燥二氧化硅颗粒
    • US20090253851A1
    • 2009-10-08
    • US12303535
    • 2007-05-22
    • Masakazu OharaYukihiro TakataHiroo AokiMasahide Ueda
    • Masakazu OharaYukihiro TakataHiroo AokiMasahide Ueda
    • C08K3/36B32B5/16C01B33/12
    • C08K3/36C01B33/181G03G9/09725Y10T428/2982
    • Fine dry silica particles are produced by combustion by using a burner of a multiple-pipe structure, feeding a mixed gas of a gas of a siloxane compound without containing halogen in the molecules thereof and an oxygen gas at a ratio of 0.3 to 1.5 into the center pipe of a burner, and feeding a combustible gas into the first annular pipe on the outer side of the center pipe of the burner. The fine dry silica particles has a BET specific surface area of 20 to 55 m2/g, and wherein the water suspension containing the fine silica particles at a concentration of 1.5% by weight has an optical absorbance τ for the light of a wavelength of 700 nm satisfying the following formula (1): τ≦240S−1.4−0.07  (1) wherein S is the BET specific surface area (m2/g) of the fine dry silica particles. The fine dry silica particles do not almost contain coarse particles or aggregated particles, have a sharpe grain size distribution, excellently disperse in the resins, suppress a rise in the viscosity when highly filled, and impart sufficiently large strength to the resin compound.
    • 通过使用多管结构的燃烧器通过燃烧产生细干二氧化硅颗粒,将不含卤素的硅氧烷化合物的气体的混合气体以0.3〜1.5的比例向氧气中进料到 燃烧器的中心管,并且将可燃气体供给到燃烧器的中心管的外侧上的第一环形管中。 细干二氧化硅颗粒的BET比表面积为20〜55m 2 / g,其中含有浓度为1.5重量%的二氧化硅微粒的水悬浮液具有波长为700的光的吸光度τ nm满足下式(1):τS-1.4-0.07(1)其中S是细干二氧化硅颗粒的BET比表面积(m2 / g)。 微细的干燥二氧化硅粒子几乎不含有粗粒子或凝集粒子,具有尖锐的粒度分布,在树脂中分散良好,抑制高填充时的粘度上升,赋予树脂化合物足够大的强度。
    • 3. 发明授权
    • Apparatus and method for forming three-dimensional object
    • 用于形成三维物体的装置和方法
    • US06506477B1
    • 2003-01-14
    • US09461034
    • 1999-12-15
    • Masahide UedaNaoki KuboAkiyoshi KamisakiFumiya Yagi
    • Masahide UedaNaoki KuboAkiyoshi KamisakiFumiya Yagi
    • B32B2714
    • B41J2/01B29C64/141B32B7/04B41J2/0057G03G15/224G03G2215/00835G03G2215/0177Y10T428/12014Y10T428/2476Y10T428/24802
    • Data defining an outline shape of a section, color-region image data and adhesion-region image data are generated, color toners are transferred onto a color region and an adhesion region on a sheet in accordance with the respective image data, the sheet is aligned on processed sheets and laminated thereon. Next, a laminated body of the sheets is bonded by heating and pressurizing, and the laminated and bonded sheets are cut along the sectional outline shape. Further, sectional shape data of a solid model are generated and a transparent toner is transferred as an adhesive onto the adhesion region of the sheet. Then, after aligning and laminating the sheet on the processed sheets, the transparent toner is melted to bond the sheets. Color toners are transferred onto the color region of the sheet and the sheet is cut along the outline shape. Furthermore, the color region is defined on a transparent sheet in accordance with the sectional shape of the solid model. After entirely covering the color region with a white toner layer, a three-primary-color toner layer in which the three primary color toners are spatially tone-distributed is applied to the color region, to form a colored layer of double-layered structure. Alternatively, a colored layer is formed of one-layered structure in which the white toner fills clearances of dots of the three primary color toners.
    • 产生定义部分的轮廓形状,颜色区域图像数据和粘附区域图像数据的数据,根据各自的图像数据,将彩色调色剂转印到片材上的颜色区域和粘附区域上, 在加工的片材上并层压在其上。 接下来,通过加热加压将片材的层叠体接合,并且沿着截面轮廓形状切割层压和结合片材。 此外,产生实体模型的截面形状数据,并且将透明调色剂作为粘合剂转印到片材的粘附区域上。 然后,在经处理的片材上对准和层压片材之后,将透明调色剂熔化以粘合片材。 将彩色调色剂转印到片材的颜色区域上,并沿着轮廓形状切割片材。 此外,根据实体模型的截面形状,将颜色区域限定在透明片材上。 在用白色调色剂层完全覆盖颜色区域之后,将三原色调色剂在空间上分散的三原色调色剂层施加到颜色区域,以形成双层结构的着色层。 或者,着色层由单层结构形成,其中白色调色剂填充三原色调色剂的点的间隙。
    • 5. 发明申请
    • DRIVING FORCE DISTRIBUTION DEVICE
    • 驱动力分配装置
    • US20100252348A1
    • 2010-10-07
    • US12731696
    • 2010-03-25
    • Masahide UedaJiro Hara
    • Masahide UedaJiro Hara
    • B60K17/346
    • B60K23/04
    • In the case where a difference between rotational speeds of right and left wheels detected by wheel speed sensors is less than a predetermined value, a right and left wheel power transmission control section distributes driving force between the right and left wheels so that a total value of the driving force of the right and left wheels does not exceed a limit value set up by a front and rear wheels power transmission control section. In the case where the difference between the rotational speeds of the right and left wheels is the predetermined value or more, the right and left wheel power transmission control section transmits the driving force up to a driving force upper limit for each wheel to the respective right and left rear wheels regardless of the total value of the driving force of the right and left rear wheels.
    • 在由车轮速度传感器检测到的左右车轮的转速差小于规定值的情况下,左右车轮动力传递控制部分在左右车轮之间分配驱动力, 左右车轮的驱动力不超过由前后轮动力传递控制部设定的极限值。 在左右车轮的转速差为规定值以上的情况下,左右车轮动力传递控制部将各车轮的驱动力上限传递至各自的右侧的驱动力上限 和左后轮,而不管左右后轮的驱动力的总值。
    • 6. 发明授权
    • Fine dry silica particles
    • 细干二氧化硅颗粒
    • US07803341B2
    • 2010-09-28
    • US12303535
    • 2007-05-22
    • Masakazu OharaYukihiro TakataHiroo AokiMasahide Ueda
    • Masakazu OharaYukihiro TakataHiroo AokiMasahide Ueda
    • C01B33/12
    • C08K3/36C01B33/181G03G9/09725Y10T428/2982
    • Fine dry silica particles are produced by combustion by using a burner of a multiple-pipe structure, feeding a mixed gas of a gas of a siloxane compound without containing halogen in the molecules thereof and an oxygen gas at a ratio of 0.3 to 1.5 into the center pipe of a burner, and feeding a combustible gas into the first annular pipe on the outer side of the center pipe of the burner. The fine dry silica particles has a BET specific surface area of 20 to 55 m2/g, and wherein the water suspension containing the fine silica particles at a concentration of 1.5% by weight has an optical absorbance τ for the light of a wavelength of 700 nm satisfying the following formula (1): τ≦240S−1.4−0.07  (1) wherein S is the BET specific surface area (m2/g) of the fine dry silica particles. The fine dry silica particles do not almost contain coarse particles or aggregated particles, have a sharpe grain size distribution, excellently disperse in the resins, suppress a rise in the viscosity when highly filled, and impart sufficiently large strength to the resin compound.
    • 通过使用多管结构的燃烧器通过燃烧产生细干二氧化硅颗粒,将不含卤素的硅氧烷化合物的气体的混合气体以0.3〜1.5的比例向氧气中进料到 燃烧器的中心管,并且将可燃气体供给到燃烧器的中心管的外侧上的第一环形管中。 细干二氧化硅颗粒的BET比表面积为20〜55m 2 / g,其中含有浓度为1.5重量%的二氧化硅微粒的水悬浮液对波长为700的光具有光吸收率τ nm满足下式(1):τ≦̸ 240S-1.4-0.07(1)其中S是细干二氧化硅颗粒的BET比表面积(m2 / g)。 微细的干燥二氧化硅粒子几乎不含有粗粒子或凝集粒子,具有尖锐的粒度分布,在树脂中分散良好,抑制高填充时的粘度上升,赋予树脂化合物足够大的强度。
    • 7. 发明授权
    • Cleaning device for toner detecting sensor
    • 墨粉检测传感器清洁装置
    • US4963929A
    • 1990-10-16
    • US478740
    • 1990-02-09
    • Masahide UedaMasao Tokumoto
    • Masahide UedaMasao Tokumoto
    • G03G15/08
    • G03G15/0849G03G15/0853
    • A toner cleaning device for a toner detecting sensor for cleaning toner without scratching the surface of area to be detected. Two sheets of blades in two different length, one being shorter than the other, are atached to a rotating shaft for cleaning toner. A first blade does not reach the surface of the sensor but removes most of the toner accumulated on the surface to be detected except the toner in the area closely contacted with the surface, while a second blade contacts slidably and softly with the surface to be detected thereby removeing the toner accumulated thereon.
    • 一种用于调色剂检测传感器的调色剂清洁装置,用于清洁调色剂而不刮擦要检测的区域的表面。 两片长度不同的两片叶片,一片短于另一根,分别安装在旋转轴上,用于清洁调色剂。 第一叶片不到达传感器的表面,但除了在与表面紧密接触的区域中的调色剂之外积聚在待检测表面上的大部分调色剂,而第二叶片可滑动地和柔软地接触待检测的表面 从而去除累积在其上的调色剂。
    • 10. 发明授权
    • Image forming apparatus with endless transfer member
    • 具有无端传送构件的图像形成装置
    • US5485257A
    • 1996-01-16
    • US326003
    • 1994-10-19
    • Masahide UedaTomoo IzumiHiroyuki YamasakiAtsuto HiraiMasahiko MatsuuraEiichi SanoYoshihisa TerasakaMasami YamadaSatoshi Yoshida
    • Masahide UedaTomoo IzumiHiroyuki YamasakiAtsuto HiraiMasahiko MatsuuraEiichi SanoYoshihisa TerasakaMasami YamadaSatoshi Yoshida
    • G03G15/01G03G15/00G03G15/16G03G21/00H04N1/00H04N1/29G03G15/14
    • G03G15/50G03G15/1605H04N1/295
    • The present invention relates to a method of producing a plurality sets of prints from a plural-page original in an image forming apparatus having an endless transfer member onto which images are transferred from an image retaining member. The endless transfer member is operable to support a predetermined number (X) of images during one cyclic movement thereof. In this method, a first printing operation is executed in which the predetermined number (X) of images of a first page of the original are formed on the endless transfer member during one cyclic movement thereof when a desired number (Y) of sets of prints exceeds said predetermined number (X). Second, the first printing operation is repeated until a remaining number (M) of image(s) of the first page becomes less than said predetermined number (X). Third, a second printing operation is executed in which the remaining number (M) of image(s) of the first page and a calculated number (X-M) of image(s) of a second page of the original are formed on said endless transfer member during one cyclic movement thereof after the remaining number (M) of image(s) of the first page becomes less than the predetermined number (X).
    • 本发明涉及一种在图像形成装置中从多页原稿生产多组印刷品的方法,该图像形成装置具有从图像保持部件转印到其上的环形转印部件。 无端传送构件可操作以在其一次循环移动期间支撑预定数量(X)的图像。 在该方法中,执行第一打印操作,其中,当期望的数量(Y)的打印集合(Y)的一个循环移动期间,原稿的第一页的预定数量(X)的图像形成在环形转印部件上时, 超过所述预定数(X)。 其次,重复第一打印操作,直到第一页的图像的剩余数(M)变得小于所述预定数(X)为止。 第三,执行第二打印操作,其中在所述循环传送上形成第一页的图像的剩余数量(M)和原稿的第二页的图像的计算数(XM) 在第一页的图像的剩余数(M)变得小于预定数量(X)之后的一个循环移动期间。