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    • 114. 发明授权
    • Multi-level crossing maze toy
    • 多级交叉迷宫玩具
    • US4861036A
    • 1989-08-29
    • US265581
    • 1988-11-01
    • Tsutomu Watanabe
    • Tsutomu Watanabe
    • A63F7/04
    • A63F7/042A63F2007/3662A63F9/12
    • In a multi-level crossing maze toy, nine kinds of single cubes of the same size in the number as desired are combined longitudinally, laterally and thicknesswise to form a combined cube, the combined cube being formed in two surface thereof with an entrance and an exit open thereto, opening of the cube are singly associated when the combined cube is formed, and a dead end passage, a linear passage, a curved passage, a T-passage, a right-angle three-forked passage, a cross passage, a five-forked passage and a six-forked passage formed interiorly of a single cube are freely placed in communication with one another to form a multi-level crossing maze. Therefore, a ball is introduced into the multi-level crossing maze from the entrance of the combined cube to which is connected the single cube, and the combined cube is operated to move the ball and remove it from the exit.
    • 在多级交叉迷宫玩具中,按照需要的数量将9种相同尺寸的单个立方体纵向,横向和厚度组合以形成组合立方体,该组合立方体在其两个表面中形成有入口和 在形成组合的立方体时,立方体的开口单独关联,并且具有死角通道,直线通道,弯曲通道,T通道,直角三叉通道,十字通道, 一个五叉形通道和一个立方体内部形成的六叉通道自由地彼此连通,形成一个多级交叉迷宫。 因此,将球从与单个立方体连接的组合立方体的入口引入多级交叉迷宫中,并且组合的立方体被操作以移动球并将其从出口移除。
    • 116. 发明授权
    • Transfer-printing sheet separating system for electrophotographic
copying apparatus
    • 用于电子照相复印设备的转印印张分离系统
    • US4408861A
    • 1983-10-11
    • US181054
    • 1980-08-25
    • Minolu HukudaTsutomu Watanabe
    • Minolu HukudaTsutomu Watanabe
    • B65H29/56B65H37/06G03G15/00G03G15/14
    • G03G15/6532B65H29/56B65H37/06Y10S271/90
    • A transfer-printing sheet separating system including a device for bending the leading end portion of a transfer-printing sheet having a pair of rotary members interposed between a sheet feeding device and a transfer-printing station near the periphery of a photosensitive member and disposed on opposite sides of the path of travel of the transfer-printing sheet, and a separating member disposed downstream of the transfer-printing station with respect to the direction of travel of the transfer-printing sheet and having a forward end spaced apart from the periphery of the photosensitive member a predetermined distance. The transfer-printing sheet has its leading end portion bent or curved before being fed to the transfer-printing station, and separated from the periphery of the photosensitive member by the separating member after a toner image is printed thereon. Rotation of the rotary members may be temporarily stopped or a pair of registration rollers may be used for obtaining registration of the leading end of the transfer-printing sheet with the leading end of the toner image on the periphery of the photosensitive image at the transfer-printing station.
    • 一种转印印刷纸分离系统,包括用于弯曲转印印刷纸张的前端部分的装置,该转印印刷纸张具有一对旋转部件,该转印部件插入在感光部件的周边附近的送纸装置和转印印刷台之间, 转印印刷纸的行进路径的相对侧,以及分离部件,其相对于转印印刷纸的行进方向设置在转印站的下游,并且具有与转印印刷纸的周边间隔开的前端 感光构件预定距离。 转印印刷纸的前端部分在被馈送到转印站之前弯曲或弯曲,并且在其上印刷有调色剂图像之后通过分离部件与感光部件的周边分离。 可以暂时停止旋转构件的旋转,或者可以使用一对定位辊来获得转印印刷用纸的前端与转印纸上的感光图像的周边上的调色剂图像的前端对准, 印刷站。
    • 117. 发明授权
    • Method of fluidification of liquid between plane parallel plates by
jetting the liquid
    • 通过喷射液体在平面平行板之间流化液体的方法
    • US4272334A
    • 1981-06-09
    • US109078
    • 1980-01-02
    • Shuzo FukudaTsutomu WatanabeMasahiro Abe
    • Shuzo FukudaTsutomu WatanabeMasahiro Abe
    • B05C3/02B05D1/18C25D5/08C25D7/06C25F1/04C25F7/00C25D21/10
    • C25D5/08C25D7/0685
    • In an electrolytic treating on a strip of metal, namely electroplating, electrolytic degreasing or any other electrolytic treatment on a strip of metal, in order to fludify the liquid between the plane parallel plate electrodes immersed inside the tank or between the plane parallel electrodes and the metal strip passed therebetween by jetting the liquid from the nozzles into the tank, a plane dummy plate or plates are arranged between the nozzles and the plane parallel plate electrodes to adjoin the electrodes and extend in the direction of the nozzles in the same planes as the electrodes to thereby prevent the damping of the jet flow velocity. Moreover, the plane parallel plate electrodes have their edges on the nozzle side arranged in positions at which the half-value width of the nozzle jets from the nozzles overlap each other to thereby ensure a uniform distribution of the jet flow velocity.
    • 在金属条上进行电解处理,即电镀,电解脱脂或金属条上的任何其他电解处理,以便在浸入槽内或平面平行电极之间的平面平行板电极和 通过将液体从喷嘴喷射到罐中而将金属条通过,在喷嘴和平面平行板电极之间设置平面虚拟板或板,以邻接电极并沿与喷嘴相同的平面中的喷嘴方向延伸 电极,从而防止喷射流速度的阻尼。 此外,平面平行板电极在其喷嘴侧的边缘布置在喷嘴的半值宽度彼此重叠的位置处,从而确保射流流速的均匀分布。
    • 118. 发明授权
    • Sheet feed apparatus for electrostatic copying machine or the like
    • 静电复印机等的送纸装置
    • US4155545A
    • 1979-05-22
    • US857663
    • 1977-12-05
    • Nobuyuki YanagawaTsutomu Watanabe
    • Nobuyuki YanagawaTsutomu Watanabe
    • G03G15/16B65H3/06B65H5/06B65H5/08B65H29/04G03G15/00B65H5/02B65H5/14
    • G03G15/6529B65H3/0669B65H5/062B65H5/085
    • A clamp which spans a pair of endless chains grips the leading edge of a sheet to convey the same into engagement with a photoconductive drum of an electrostatic copying machine or the like. A primary feed roller is driven through one rotation to feed the top sheet from a stack into the bite of the clamp. A cam follower actuated by a cam integral with the primary feed roller moves a release member into engagement with the clamp to open the same and further disengages secondary feed rollers between which the top sheet passes from the stack to the clamp. At the completion of rotation of the cam, the cam follower disengages the clamp to grip the leading edge of the sheet and engages the secondary feed rollers to feedingly grip the sheet. The secondary drive rollers are interconnected with the chains for integral driving movement after the sheet is gripped by the clamp and secondary feed rollers.
    • 跨越一对环形链的夹具夹持片材的前缘以将其传送到与静电复印机等的感光鼓接合。 主进给辊通过一个旋转驱动,以将顶片从堆叠送入夹具的咬合。 由与主进给辊一体化的凸轮致动的凸轮从动件使释放构件与夹具接合以将其打开,并进一步脱离第二进料辊,其中顶片从堆叠传递到夹具。 在凸轮旋转完成时,凸轮从动件使夹具脱开以夹紧片材的前缘并与二次进给辊接合以供给夹持片材。 次级驱动辊与链条互连,用于通过夹具和辅助进给辊夹紧纸张后整体驱动。
    • 119. 发明授权
    • Heat-resistant laminating resin composition and method for using same
    • 耐热层压树脂组合物及其使用方法
    • US3985928A
    • 1976-10-12
    • US572451
    • 1975-04-28
    • Tsutomu WatanabeSigenori Yamaoka
    • Tsutomu WatanabeSigenori Yamaoka
    • B32B15/08C08G59/00C08G59/40C08J5/24C08L33/00C08L33/02C08L35/00C08L63/00C08L79/08H05K1/03C09J7/00
    • C08L35/00C08G59/4042C08J5/24C08L63/00C08L79/085H05K1/0346C08J2379/08Y10S428/901Y10S428/92Y10T428/31525Y10T428/31529Y10T428/31623Y10T428/31721Y10T442/2713Y10T442/3512
    • A heat-resistant resin composition suitable for use in multilayer super high density printed circuit boards, comprising a polyaminobismaleimide, a polyepoxy compound, and an aromatic vinyl copolymer containing as structural unit maleic anhydride and/or an alkyl maleate. This resin composition is excellent in thermal resistance and dimensional stability, which are important properties of a resin composition for practical use in lamination, and when used in lamination, exhibits favorable flow and curing properties so that it can be easily and economically processed under conventional laminating conditions. When used as a multilayer printed circuit board material, it is also characterized by excellent adhesion to a copper foil, particularly in bonding an inner circuit copper foil to the board. Although particularly suitable for use in multilayer printed circuit boards of numerous layers (eight or more layers) bearing highly packed circuits and as an interlayer adhesive sheet, the present resin composition can be used in general heat-resistant printed circuit boards and in general heat-resistant structural laminates.
    • 一种适用于多层超高密度印刷电路板的耐热树脂组合物,其包含聚氨基双马来酰亚胺,聚环氧化合物和含有马来酸酐和/或马来酸烷基酯的结构单元的芳族乙烯基共聚物。 该树脂组合物具有优异的耐热性和尺寸稳定性,这是用于层压的实际应用的树脂组合物的重要性质,并且当用于层压时,表现出良好的流动性和固化性,从而可以在常规层压下容易且经济地加工 条件。 当用作多层印刷电路板材料时,其特征还在于对铜箔具有优异的粘合性,特别是将内部电路铜箔粘合到基板上。 虽然特别适用于承载高密封电路的多层(八层或更多层)的多层印刷电路板和作为层间粘合片,但是本发明的树脂组合物可用于通常的耐热印刷电路板中, 抗结构层压板。
    • 120. 发明授权
    • Image processing apparatus and associated method
    • 图像处理装置及相关方法
    • US08218637B2
    • 2012-07-10
    • US11828102
    • 2007-07-25
    • Tetsujiro KondoTsutomu WatanabeTakafumi Morifuji
    • Tetsujiro KondoTsutomu WatanabeTakafumi Morifuji
    • H04N7/12H04N11/02
    • H04N7/014H04N7/0112H04N7/0145H04N19/136H04N19/159H04N19/40H04N19/44H04N19/46H04N19/513H04N19/56H04N19/61
    • An image data processing method includes selecting a motion compensating vector of a noticed region based on additional information added to student data. The image data processing method also includes classifying the noticed region into one of a plurality of classes based on the motion compensating vector selected by the selecting. In addition, the image data processing method includes constructing a prediction tap of the noticed region based on the motion compensating vector selected by the selecting and learning a prediction coefficient based on the one of the plurality of classes using teacher data corresponding to the constructed prediction tap. The image data processing method additionally includes producing prediction coefficient data for each class, based on the prediction coefficient. The image data processing method further includes storing the prediction coefficient data in a coefficient memory based on a quantization scale and a bit rate.
    • 图像数据处理方法包括基于附加到学生数据的附加信息来选择注意区域的运动补偿矢量。 图像数据处理方法还包括基于通过选择选择的运动补偿矢量将注意区域分类成多个等级之一。 另外,图像数据处理方法包括基于通过使用与构成的预测抽头相对应的教师数据,基于多个类中的一个来选择和学习预测系数而选择的运动补偿矢量来构建注意区域的预测抽头 。 图像数据处理方法还包括基于预测系数产生每个类别的预测系数数据。 图像数据处理方法还包括基于量化尺度和比特率将预测系数数据存储在系数存储器中。