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    • 12. 发明申请
    • Method for producing formed wooden article
    • 成型木制品的制造方法
    • US20060261519A1
    • 2006-11-23
    • US11371656
    • 2006-03-08
    • Tatsuya SuzukiHisashi NishimuraHiroyuki Amino
    • Tatsuya SuzukiHisashi NishimuraHiroyuki Amino
    • B29C59/02B28B1/14
    • B27M1/02
    • A method for producing a formed wooden article by cutting out a primary blank member from a raw wood and forming the same into a final three-dimensional shape having a substantially uniform thickness, comprises: a primary compression step in which the primary blank member is compressed by primary molding dies, and the primary blank member is processed into a primary compressed article having a high compression portion in a vicinity of portions of the primary blank member corresponding to a die surface; a secondary blank processing step in which the primary compressed article is cut and processed into a secondary blank member; and a secondary compression step in which the secondary blank member is compressed by using secondary molding dies and the final three-dimensional shape is transferred onto the secondary blank member.
    • 一种用于通过从原木切割初级坯料并将其形成具有基本上均匀厚度的最终三维形状的成型木制品的方法包括:初级压缩步骤,其中主坯料被压缩 通过一次成型模具将主坯料加工成相当于模具表面的主要坯料部分附近具有高压缩部分的一次压缩制品; 第二坯料加工步骤,其中将一次压缩制品切割并加工成二次坯料; 以及二次压缩步骤,其中通过使用二次成型模具对二次坯料进行压缩,并将最终的三维形状转印到二次坯料上。
    • 16. 发明授权
    • Method for producing formed wooden article
    • 成型木制品的制造方法
    • US07670531B2
    • 2010-03-02
    • US11371656
    • 2006-03-08
    • Tatsuya SuzukiHisashi NishimuraHiroyuki Amino
    • Tatsuya SuzukiHisashi NishimuraHiroyuki Amino
    • B28B3/00
    • B27M1/02
    • A method for producing a formed wooden article by cutting out a primary blank member from a raw wood and forming the same into a final three-dimensional shape having a substantially uniform thickness, comprises: a primary compression step in which the primary blank member is compressed by primary molding dies, and the primary blank member is processed into a primary compressed article having a high compression portion in a vicinity of portions of the primary blank member corresponding to a die surface; a secondary blank processing step in which the primary compressed article is cut and processed into a secondary blank member; and a secondary compression step in which the secondary blank member is compressed by using secondary molding dies and the final three-dimensional shape is transferred onto the secondary blank member.
    • 一种用于通过从原木切割初级坯料并将其形成具有基本上均匀厚度的最终三维形状的成型木制品的方法包括:初级压缩步骤,其中主坯料被压缩 通过一次成型模具将主坯料加工成相当于模具表面的主要坯料部分附近具有高压缩部分的一次压缩制品; 第二坯料加工步骤,其中将一次压缩制品切割并加工成二次坯料; 以及二次压缩步骤,其中通过使用二次成型模具对二次坯料进行压缩,并将最终的三维形状转印到二次坯料上。
    • 17. 发明申请
    • Reference signal generation circuit, angle converter, and angle detection apparatus
    • 参考信号发生电路,角度转换器和角度检测装置
    • US20090160436A1
    • 2009-06-25
    • US12317094
    • 2008-12-19
    • Hisashi NishimuraKenichi Nakazato
    • Hisashi NishimuraKenichi Nakazato
    • G01B7/30
    • H03M1/0836H03M1/485
    • A reference signal generation circuit generates a reference signal used in synchronous detection for removing an excitation signal component in an angle calculation section that converts a detection angle θ obtained from two-phase resolver detection signals output from a resolver, to a digital output angle φ. The reference signal generation circuit includes a first multiplier, a second multiplier, and an adder. The first multiplier multiplies one of the resolver detection signals sin θ sin(ωt+Δω) by the sine value sin φ of the digital output angle φ obtained from the angle calculation section. The second multiplier multiplies the other resolver detection signal cos θ sin(ωt+Δω) by the cosine value cos φ of the digital output angle φ obtained from the angle calculation section. The adder adds the output of the first multiplier and the output of the second multiplier to output the sum signal sin(ωt+Δω) as the reference signal.
    • 参考信号产生电路产生用于去除角度计算部分中的激励信号分量的同步检测中使用的参考信号,该角度计算部分将从分解器输出的两相分解器检测信号获得的检测角θ转换为数字输出角度phi。 参考信号发生电路包括第一乘法器,第二乘法器和加法器。 第一乘法器将解算检测器检测信号sinθsin(ωgat+ Deltaomega)中的一个与从角度计算部分获得的数字输出角度phi的正弦值sinφ相乘。 第二乘法器将另一个解算器检测信号cosθsin(ωgat+ Deltaomega)乘以从角度计算部分获得的数字输出角度phi的余弦值cos phi。 加法器将第一乘法器的输出和第二乘法器的输出相加,以输出和信号sin(ωgat+ Deltaomega)作为参考信号。
    • 18. 发明授权
    • A/B-phase signal generator, RD converter and angle detection unit
    • A / B相信号发生器,RD转换器和角度检测单元
    • US07973583B2
    • 2011-07-05
    • US12495763
    • 2009-06-30
    • Hisashi NishimuraKenichi Nakazato
    • Hisashi NishimuraKenichi Nakazato
    • G06F1/04H03K3/00
    • G01D5/24476H03M1/485
    • An A/B-phase signal generator wherein an up/down count unit 52C counts up by an up-count command or counts down by a down-count command at fixed intervals, an angle comparison unit 51 compares the count result ACNT of up/down count unit 52C with an input rotation angle θ and generates a count request, which is an up-count request or a down-count request, a count request comparison unit 52B compares a previous count request with a next count request and generates an up-count command or a down-count command only when the previous count request and the next count request are both up-count requests or down-count requests, respectively, and an A/B-phase pulse generator 53 receives a least significant bit and a second least significant bit of up/down count unit 52C and generates and outputs an A-phase pulse signal and a B-phase pulse signal.
    • A / B相信号发生器,其中上/下计数单元52C以递增计数命令向上计数或以固定间隔的递减计数命令递减计数,角度比较单元51将计数结果ACNT与上/ 向下计数单元52C,具有输入旋转角度& 并产生一个计数请求,该计数请求是递增计数请求或递减计数请求,计数请求比较单元52B将先前的计数请求与下一个计数请求进行比较,并且仅产生向上计数命令或递减计数命令 当先前的计数请求和下一个计数请求分别是递增计数请求或递减计数请求时,A / B相脉冲发生器53接收最小有效位和上/下计数的第二最低有效位 单元52C生成并输出A相脉冲信号和B相脉冲信号。
    • 20. 发明授权
    • Image resolution conversion apparatus
    • 图像分辨率转换装置
    • US07567733B2
    • 2009-07-28
    • US11700951
    • 2007-02-01
    • Hisashi Nishimura
    • Hisashi Nishimura
    • G06K9/32
    • G06T3/4007
    • In an image resolution conversion apparatus, a region-determining section establishes an initial value used for determining a region where a new pixel is to be generated based on the number of pixels in a non-line direction included in a pixel group used for converting the resolution attribute of fields, and a resolution conversion magnification ratio. The region-determining section accumulates an integration parameter corresponding to the resolution conversion magnification ratio onto the obtained initial values under the predetermined condition. The region-determining section outputs: a region-control signal; and the newly-established-pixel-position signal, successively based on the accumulation result.
    • 在图像分辨率转换装置中,区域确定部分根据包括在用于转换的像素组中的非线性方向上的像素数量建立用于确定要生成新像素的区域的初始值 字段的分辨率属性和分辨率转换放大率。 区域确定部分在预定条件下将对应于分辨率转换倍率的积分参数累积到获得的初始值上。 区域确定部分输出:区域控制信号; 和新建立的像素位置信号。