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    • 3. 发明授权
    • Weight inspecting apparatus
    • 重量检查仪
    • US06696649B2
    • 2004-02-24
    • US09911410
    • 2001-07-25
    • Norikazu SuzukiMasaki Usui
    • Norikazu SuzukiMasaki Usui
    • G01G1500
    • B29C45/7686G01G13/026G01G15/00
    • The total weight of a plurality of resin products is set as a reference value, and a first upper-limit threshold and a first lower-limit threshold are respectively stored in a control circuit 38 on the upper limit side and the lower limit side with respect to the reference value. A second upper-limit threshold which is yet greater than the first upper-limit threshold and a second lower-limit threshold which is yet smaller than the first lower-limit threshold are stored in the control circuit 38. When the total weight of the resin products is greater than the first upper-limit threshold, a determination is made by the control circuit 38 as to whether or not the total weight of the resin products is yet greater than the second lower-limit threshold. Further, when the total weight of the resin products is less than the first upper-limit threshold, a determination is made by the control circuit 38 as to whether or not the total weight of the resin products is yet less than the second lower-limit threshold.
    • 将多个树脂制品的总重量设定为基准值,将第一上限阈值和第一下限阈值分别存储在上限侧和下限侧的控制电路38中 参考值。 另外,在控制电路38中存储了大于第一上限阈值的第二上限阈值和小于第一下限阈值的第二下限阈值。当树脂的总重量 产品大于第一上限阈值时,控制电路38确定树脂产品的总重量是否还大于第二下限阈值。 此外,当树脂产品的总重量小于第一上限阈值时,通过控制电路38确定树脂产品的总重量是否还不到第二下限 阈。
    • 4. 发明授权
    • Weight checker for moldings
    • 模具重量检查
    • US5817988A
    • 1998-10-06
    • US512907
    • 1995-08-09
    • Norikazu Suzuki
    • Norikazu Suzuki
    • B29C45/17B29C45/76G01G19/52
    • B29C45/7686B29C45/1769
    • An apparatus for measuring the weight of a molded resin article in conjunction with an injection molding cycle and judging whether the molded article is acceptable or rejective. A belt conveyor is provided below a mold for injection molding. Articles (connector housings) molded with the mold are dropped out of the mold onto the belt conveyor when the mold is opened, and transported to a weight checker by means of the belt conveyor. In the weight checker, the weight of the transported articles is measured. The measured weight is compared with a predetermined reference weight. If the measured weight is within a predetermined permissible range with respect to the reference weight, it is judged that the molded articles are acceptable, and then the molded articles are dropped into an acceptance box. On the other hand, if the measured weight is out of the predetermined permissible range with respect to the reference weight, it is judged that the molded articles possibly include a reject, and then the molded articles are dropped into a rejection box.
    • 一种用于测量模制树脂制品与注射成型循环的重量并判断模塑制品是否可接受或拒绝的装置。 带式输送机设置在模具的下方用于注射成型。 当模具打开时,用模具成型的制品(连接器壳体)从模具中脱出到带式输送机上,并通过带式输送机输送到重量检验器。 在重量检查器中,测量运送物品的重量。 将测量的重量与预定的参考重量进行比较。 如果测量的重量相对于参考重量在预定的允许范围内,则判断模制品是可接受的,然后将模制品落入接受盒中。 另一方面,如果测量的重量相对于参考重量超出预定允许范围,则判断模制品可能包括拒绝物,然后将模制品落入拒收盒中。
    • 7. 发明授权
    • Vibration suppressing device for machine tool
    • 机床振动抑制装置
    • US08229598B2
    • 2012-07-24
    • US12190780
    • 2008-08-13
    • Norikazu SuzukiEiji ShamotoAkihide Hamaguchi
    • Norikazu SuzukiEiji ShamotoAkihide Hamaguchi
    • G06F19/00
    • B23Q11/0039B23Q17/0976F16F15/002
    • A calculating member carries out Fourier analysis of a vibrational acceleration to calculate a maximum acceleration and frequency thereof. The calculating member then compares the maximum acceleration with a threshold value, and when the acceleration exceeds the threshold value, the calculating member calculates a k-value and phase information, and stores each calculated value. When retrying is selected, the calculating member determines a type of a current chatter vibration from the phase information, determines the existence of a chatter vibration which is different from the determined chatter vibration, and calculates each new phase information according to the determined chatter vibration and an existence of a different chatter vibration which had been generated before generation of the current vibration. The calculating member then calculates a k1-value from new phase information, calculates the optimum rotation speed by using the k1-value, and changes the rotation speed to the optimum rotation speed.
    • 计算部件进行振动加速度的傅立叶分析,计算其最大加速度和频率。 然后,计算部件将最大加速度与阈值进行比较,当加速度超过阈值时,计算部件计算k值和相位信息,并存储各计算值。 当选择重试时,计算部件根据相位信息确定当前振动振动的种类,确定与所确定的振动振动不同的振动振动的存在,并且根据所确定的振动振动来计算新的相位信息, 存在在产生当前振动之前产生的不同颤振振动。 然后,计算部件根据新的相位信息计算k1值,利用k1值计算最佳转速,并将转速变更为最佳转速。
    • 8. 发明申请
    • VIBRATION SUPPRESSING DEVICE FOR MACHINE TOOL
    • 用于机床的振动抑制装置
    • US20090069927A1
    • 2009-03-12
    • US12190780
    • 2008-08-13
    • Norikazu SuzukiEiji ShamotoAkihide Hamaguchi
    • Norikazu SuzukiEiji ShamotoAkihide Hamaguchi
    • G06F19/00
    • B23Q11/0039B23Q17/0976F16F15/002
    • A calculating member carries out Fourier analysis of a vibrational acceleration to calculate a maximum acceleration and frequency thereof. The calculating member then compares the maximum acceleration with a threshold value, and when the acceleration exceeds the threshold value, the calculating member calculates a k-value and phase information, and stores each calculated value. When retrying is selected, the calculating member determines a type of a current chatter vibration from the phase information, determines the existence of a chatter vibration which is different from the determined chatter vibration, and calculates each new phase information according to the determined chatter vibration and an existence of a different chatter vibration which had been generated before generation of the current vibration. The calculating member then calculates a k1-value from new phase information, calculates the optimum rotation speed by using the k1-value, and changes the rotation speed to the optimum rotation speed.
    • 计算部件进行振动加速度的傅立叶分析,计算其最大加速度和频率。 然后,计算部件将最大加速度与阈值进行比较,当加速度超过阈值时,计算部件计算k值和相位信息,并存储各计算值。 当选择重试时,计算部件根据相位信息确定当前振动振动的种类,确定与所确定的振动振动不同的振动振动的存在,并且根据所确定的振动振动来计算新的相位信息, 存在在产生当前振动之前产生的不同颤振振动。 然后,计算部件根据新的相位信息计算k1值,利用k1值计算最佳转速,并将转速变更为最佳转速。