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    • 1. 发明申请
    • Image forming apparatus, image forming method and, computer readable medium and computer signal
    • 图像形成装置,图像形成方法以及计算机可读介质和计算机信号
    • US20080044021A1
    • 2008-02-21
    • US11723863
    • 2007-03-22
    • Hidefumi NishigaiKatsuhiko OnoMasato Tsuji
    • Hidefumi NishigaiKatsuhiko OnoMasato Tsuji
    • H04N1/44
    • H04N1/448
    • An image forming apparatus comprises: an output part that outputs variable information varying in a time-dependent manner in the image forming apparatus; a first encrypt part that encrypts the variable information outputted from the output part using a first encrypt key read out from a memory; a second encrypt key create part that creates a second encrypt key according to the variable information outputted from the output part; a second encrypt part that encrypts inherent information for specifying the image forming apparatus using the second encrypt key created by the second encrypt key create part; a generate part that generates code data according to the variable information encrypted in the first encrypt part and the inherent information encrypted in the second encrypt part; and an image form part that forms on a recording member a code image based on the code data generated in the generate part.
    • 一种图像形成装置包括:输出部,输出在图像形成装置中以时间依赖的方式变化的可变信息; 第一加密部分,使用从存储器读出的第一加密密钥加密从输出部分输出的可变信息; 第二加密密钥创建部分,其根据从输出部分输出的可变信息创建第二加密密钥; 第二加密部分,使用由第二加密密钥生成部分创建的第二加密密钥加密用于指定图像形成装置的固有信息; 生成部,其根据在第一加密部中加密的变量信息和在第二加密部中加密的固有信息生成代码数据; 以及基于在生成部中生成的代码数据,在记录部件上形成代码图像的图像形成部。
    • 2. 发明授权
    • Image forming apparatus, image forming method and, computer readable medium and computer signal
    • 图像形成装置,图像形成方法以及计算机可读介质和计算机信号
    • US08331562B2
    • 2012-12-11
    • US11723863
    • 2007-03-22
    • Hidefumi NishigaiKatsuhiko OnoMasato Tsuji
    • Hidefumi NishigaiKatsuhiko OnoMasato Tsuji
    • H04N1/44
    • H04N1/448
    • An image forming apparatus comprises: an output part that outputs variable information varying in a time-dependent manner in the image forming apparatus; a first encrypt part that encrypts the variable information outputted from the output part using a first encrypt key read out from a memory; a second encrypt key create part that creates a second encrypt key according to the variable information outputted from the output part; a second encrypt part that encrypts inherent information for specifying the image forming apparatus using the second encrypt key created by the second encrypt key create part; a generate part that generates code data according to the variable information encrypted in the first encrypt part and the inherent information encrypted in the second encrypt part; and an image form part that forms on a recording member a code image based on the code data generated in the generate part.
    • 一种图像形成装置包括:输出部,输出在图像形成装置中以时间依赖的方式变化的可变信息; 第一加密部分,使用从存储器读出的第一加密密钥加密从输出部分输出的可变信息; 第二加密密钥创建部分,其根据从输出部分输出的可变信息创建第二加密密钥; 第二加密部分,使用由第二加密密钥生成部分创建的第二加密密钥加密用于指定图像形成装置的固有信息; 生成部,其根据在第一加密部中加密的变量信息和在第二加密部中加密的固有信息生成代码数据; 以及基于在生成部分中生成的代码数据,在记录部件上形成代码图像的图像形成部。
    • 4. 发明授权
    • Machine tool, machining method, program and NC data generation device
    • 机床,加工方法,程序和NC数据生成装置
    • US08838265B2
    • 2014-09-16
    • US13332267
    • 2011-12-20
    • Akira KimuraKatsuhiko Ono
    • Akira KimuraKatsuhiko Ono
    • G06F19/00G05B13/00B25J9/16G05B19/18G05B19/25G05B19/23
    • G05B19/184G05B2219/35128G05B2219/50353G05B2219/50355
    • A work having a non-circular cross-section is machined by relative movement between the work and a tool, as the relative position and angle between the work and tool are changed at least within a plane including the cross-section of the work. In machining along a preset tool path, the difference between the relative angle at a point on the preset tool path which machining is started and that point on the preset tool path at which machining is finished is calculated. Time needed in machining along the preset tool path is equally divided by a preset number at equal time divisions, and positions on the tool path corresponding to equal time divisions are set as tool path points. When the tool moves through each point, the relative angle is continuously changed an angle corresponding to division of the difference of the relative angles by the preset number of equal time divisions.
    • 具有非圆形横截面的工件通过工件和工具之间的相对运动来加工,因为工件和工具之间的相对位置和角度至少在包括工件的横截面的平面内改变。 在沿着预设刀具路径进行加工时,计算加工开始的预设刀具路径上的点处的相对角度与加工完成的预设刀具路径上的点之间的差。 沿着预设刀具路径加工所需的时间,以相等的时间间隔除以预设的数字,刀具路径上相当于时间分割的位置设置为刀具路径点。 当工具移动通过每个点时,相对角度连续地改变与相对角度差的除法相等预定数量的相等时间分割的角度。
    • 6. 发明授权
    • Plasma processing apparatus and method
    • 等离子体处理装置及方法
    • US5622593A
    • 1997-04-22
    • US658557
    • 1996-06-05
    • Masashi ArasawaKatsuhiko OnoHiroshi NishikawaKazuo Tsuchiya
    • Masashi ArasawaKatsuhiko OnoHiroshi NishikawaKazuo Tsuchiya
    • H01L21/302C23C16/458H01J37/32H01L21/205H01L21/3065H01L21/00
    • C23C16/466C23C16/4586H01J37/32431H01J2237/2001
    • A plasma processing apparatus comprises a first passage opened in a top of suscepter at a peripheral area thereof, a first gas supply source for supplying heat exchange gas into a small clearance between the suscepter and a wafer through the first passage, a first vacuum pump for exhausting the clearance through the first passage, a second passage opened in the top of the suscepter at a center area thereof, a second gas supply source for supplying heat exchange gas into the clearance through the second passage, a second vacuum pump for exhausting the clearance through the second passage, and a controller for controlling the first and second gas supply sources and the first and second vacuum pumps independently of the others in such a way that backpressure caused in the second passage by the second gas supply source and vacuum pump can become lower than backpressure caused in the first passage by the first gas supply source and vacuum pump.
    • 一种等离子体处理装置,包括:在其周边区域的开口的顶部开口的第一通路;第一气体供给源,其通过第一通路将热交换气体供给到所述容器和晶片之间的小间隙;第一真空泵, 通过第一通道排出间隙,第二通道在其中心区域处在容器的顶部开口,第二气体供应源,用于通过第二通道将热交换气体供应到间隙中;第二真空泵,用于排出间隙 通过第二通道,以及用于独立于其他方式控制第一和第二气体供给源以及第一和第二真空泵的控制器,使得由第二气体供应源和真空泵在第二通道中产生的背压可以变成 低于由第一气体供应源和真空泵在第一通道中引起的背压。
    • 7. 发明申请
    • MACHINE TOOL, MACHINING METHOD, PROGRAM AND NC DATA GENERATION DEVICE
    • 机床,加工方法,程序和NC数据生成装置
    • US20120197424A1
    • 2012-08-02
    • US13332267
    • 2011-12-20
    • Akira KimuraKatsuhiko Ono
    • Akira KimuraKatsuhiko Ono
    • G05B19/19
    • G05B19/184G05B2219/35128G05B2219/50353G05B2219/50355
    • A work having a non-circular cross-section is machined by relative movement between the work and a tool, as the relative position and angle between the work and tool are changed at least within a plane including the cross-section of the work. In machining along a preset tool path, the difference between the relative angle at a point on the preset tool path which machining is started and that point on the preset tool path at which machining is finished is calculated. Time needed in machining along the preset tool path is equally divided by a preset number at equal time divisions, and positions on the tool path corresponding to equal time divisions are set as tool path points. When the tool moves through each point, the relative angle is continuously changed an angle corresponding to division of the difference of the relative angles by the preset number of equal time divisions (FIG. 3).
    • 具有非圆形横截面的工件通过工件和工具之间的相对运动来加工,因为工件和工具之间的相对位置和角度至少在包括工件的横截面的平面内改变。 在沿着预设刀具路径进行加工时,计算加工开始的预设刀具路径上的点处的相对角度与加工完成的预设刀具路径上的点之间的差。 沿着预设刀具路径加工所需的时间,以相等的时间间隔除以预设的数字,刀具路径上相当于时间分割的位置设置为刀具路径点。 当工具移动通过每个点时,相对角度连续地改变一个对应于相对角度差除以相等时间间隔的预定数量的角度(图3)。
    • 9. 发明申请
    • Rotary body protecting apparatus
    • 旋转体保护装置
    • US20080098914A1
    • 2008-05-01
    • US11975238
    • 2007-10-17
    • Hiroyuki SugiyamaKatsuhiko Ono
    • Hiroyuki SugiyamaKatsuhiko Ono
    • B41F33/14
    • B41F13/42B41F33/0018B41F33/14B41P2233/20B65H2402/441B65H2407/10F16P3/08F16P3/125F16P3/144
    • A rotary body protecting apparatus includes first and second rotary bodies, a cover, a cover detection unit, an optical detector, and a control device. The second rotary body is arranged in the same axial direction as that of the first rotary body and rotates while opposing the first rotary body. The cover opens/closes an opposing position of the first second rotary bodies. The cover detection unit detects a closed state of the cover. The optical detector is close to the opposing position of the first and second rotary bodies and arranged in the vicinity of the ends of the first and second rotary bodies. The optical detector includes a light-projecting portion which projects light in the axial directions of the first and second rotary bodies, and a light-receiving portion which receives the light from the light-projecting portion. The control device stops rotation of the first and second rotary bodies when the optical detector detects that the light-receiving portion does not receive the light from the light-projecting portion. The control device performs one of control of disabling the optical detector and control of invalidating a detection output of the optical detector when the cover detection means detects the closed state of the cover.
    • 旋转体保护装置包括第一和第二旋转体,盖,盖检测单元,光检测器和控制装置。 第二旋转体与第一旋转体相同的轴向配置,与第一旋转体相对旋转。 盖打开/关闭第一第二旋转体的相对位置。 盖检测单元检测盖的关闭状态。 光学检测器靠近第一和第二旋转体的相对位置,并布置在第一和第二旋转体的端部附近。 光检测器包括在第一和第二旋转体的轴向上突出的光的投光部和从该光投射部接受的光的受光部。 当光检测器检测到光接收部分没有接收到来自光投射部分的光时,控制装置停止第一和第二旋转体的旋转。 当盖检测装置检测到盖的关闭状态时,控制装置执行禁用光学检测器的控制和使光检测器的检测输出无效的控制。