会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Method and apparatus for accurate die-cutting
    • 用于精确切割的方法和装置
    • US3882745A
    • 1975-05-13
    • US31916372
    • 1972-12-29
    • KOPPERS CO INC
    • GARRETT CLYDE BARNERTHAYER WILLIAM STANSBURY
    • B26D1/40B26D5/00B26F1/38F16H61/02H02P5/50B23D25/16B26D1/56
    • H02P5/50B26D5/00B26D5/08B26D5/086B26D5/20B26D7/00B26F1/384F16H61/0202F16H2718/16Y10T83/0519Y10T83/141Y10T83/4693Y10T83/4737Y10T83/4743Y10T83/4838Y10T83/8745
    • Inaccurate cuts often occur in paperboard blanks passing between a pair of cooperating die and anvil cylinders because of anvil cylinder wear, irregular blank velocity, and other factors. Such inaccuracies are reduced by the method of driving the die cylinder at a preselected angular velocity and driving the anvil cylinder at an angular velocity proportional to the angular velocity of the die cylinder with the preselected proportion being maintained during changes in angular velocity of the die cylinder. The apparatus generally preferred for performing the method includes a mechanical variable speed transmission having an input driven by the die cylinder and an output for driving the anvil cylinder at an angular velocity corresponding to the angular velocity of the input and with the output velocity being selectively variable with respect to the input to provide an output velocity selectively proportional to the input velocity. However, the apparatus primarily preferred for performing the method includes a sensor means for sensing the velocity of the die cylinder, a variable speed motor means for driving the anvil cylinder, and a motor controller means responsive to the sensor means for controlling the output speed of the motor means to proportionally correspond to the velocity of the die cylinder, the controller means also including variable speed control means for changing the proportion of the anvil cylinder velocity to the die cylinder velocity by changing the output speed of the motor means. Another embodiment utilizes a mechanical variable speed transmission means in lieu of the motor means and a ratio control motor means responsive to the sensor through a similar motor controller means for varying the output of the transmission means to achieve a preselected proportion which is maintained during changes in velocity of the die cylinder.
    • 由于砧筒磨损,不规则的坯料速度和其他因素,通常会在通过一对配合的模具和砧座缸之间的纸板坯料中发生不精确的切割。 通过以预选的角速度驱动模具缸的方法来减小这种不准确度,并且以与模具缸的角速度成比例的角速度驱动砧筒,并且在模具缸的角速度的变化期间保持预选比例 。 通常优选用于执行该方法的装置包括具有由模具缸驱动的输入的机械变速传动装置和用于以对应于输入的角速度的角速度驱动砧筒的输出,并且输出速度是选择性变化的 相对于输入提供与输入速度成正比的输出速度。 然而,主要优选用于执行该方法的装置包括用于感测模具缸的速度的传感器装置,用于驱动砧筒的变速马达装置和响应于传感器装置控制输出速度的马达控制装置 马达意味着成比例地对应于模具缸的速度,控制器装置还包括变速控制装置,用于通过改变马达装置的输出速度来改变砧筒速度与模具缸速度的比例。 另一实施例利用机械变速传动装置代替电动机装置,以及比率控制电动机装置,其通过类似的电动机控制装置响应于传感器,用于改变变速装置的输出,以实现在变更期间保持的预选比例 模具缸的速度。
    • 6. 发明授权
    • Method and apparatus for accurate die-cutting
    • 用于精确切割的方法和装置
    • US3899945A
    • 1975-08-19
    • US41194173
    • 1973-11-01
    • KOPPERS CO INC
    • GARRETT CLYDE BARNERTHAYER WILLIAM STANSBURY
    • B26D5/00B26F1/38F16H61/02H02P5/50B23D25/12B26D1/56
    • H02P5/50B26D5/00B26D5/08B26D5/086B26D5/20B26F1/384F16H61/0202F16H2718/16Y10T83/0519Y10T83/141Y10T83/4693Y10T83/4743Y10T83/4838Y10T83/8745
    • Inaccurate cuts often occur in paperboard blanks passing between a pair of cooperating die and anvil cylinders because of anvil cylinder wear, irregular blank velocity, and other factors. Such inaccuracies are reduced by the method of driving the die cylinder at a preselected angular velocity and driving the anvil cylinder at an angular velocity proportional to the angular velocity of the die cylinder with the preselected proportion being maintained during changes in angular velocity of the die cylinder. The apparatus generally preferred for performing the method includes a mechanical variable speed transmission having an input driven by the die cylinder and an output for driving the anvil cylinder at an angular velocity corresponding to the angular velocity of the input and with the output velocity being selectively variable with respect to the input to provide an output velocity selectively proportional to the input velocity. However, the apparatus primarily preferred for performing the method includes a sensor means for sensing the velocity of the die cylinder, a variable speed motor means for driving the anvil cylinder, and a motor controller means responsive to the sensor means for controlling the output speed of the motor means to proportionally correspond to the velocity of the die cylinder, the controller means also including variable speed control means for changing the proportion of the anvil cylinder velocity to the die cylinder velocity for changing the output speed of the motor means. Another embodiment utilizes a mechanical variable speed transmission means in lieu of the motor means and a ratio control motor means responsive to the sensor through a similar motor controller means for varying the output of the transmission means to achieve a preselected proportion which is maintained during changes in velocity of the die cylinder.
    • 由于砧筒磨损,不规则的坯料速度和其他因素,通常会在通过一对配合的模具和砧座缸之间的纸板坯料中发生不精确的切割。 通过以预选的角速度驱动模具缸的方法来减小这种不准确度,并且以与模具缸的角速度成比例的角速度驱动砧筒,并且在模具缸的角速度的变化期间保持预选比例 。 通常优选用于执行该方法的装置包括具有由模具缸驱动的输入的机械变速传动装置和用于以对应于输入的角速度的角速度驱动砧筒的输出,并且输出速度是选择性变化的 相对于输入提供与输入速度成正比的输出速度。 然而,主要优选用于执行该方法的装置包括用于感测模具缸的速度的传感器装置,用于驱动砧筒的变速马达装置和响应于传感器装置控制输出速度的马达控制装置 电动机意味着成比例地对应于模具缸的速度,控制器装置还包括用于改变砧座气缸速度与模具缸速度的比例的变速控制装置,用于改变电动机装置的输出速度。 另一实施例利用机械变速传动装置代替电动机装置,以及比率控制电动机装置,其通过类似的电动机控制装置响应于传感器,用于改变变速装置的输出,以实现在变更期间保持的预选比例 模具缸的速度。
    • 7. 发明授权
    • Automatically and continuously variable transmission
    • 自动,连续不变的传输
    • US3823620A
    • 1974-07-16
    • US25486772
    • 1972-05-19
    • BRICOUT R
    • BRICOUT R
    • B60K6/365B60K6/445B60K6/48B60W10/26F16H3/44F16H3/56F16H3/72F16H61/02F16H37/06F16H37/10
    • F16H61/0202B60K6/365B60K6/445B60K6/48B60W10/26F16H3/44F16H3/56F16H3/72F16H3/727F16H3/728F16H2037/088F16H2718/16F16H2720/00Y02T10/6221Y02T10/6239Y10S903/91
    • The invention relates to an automatically and continuously variable transmission for changing the velocity of a driven shaft relative to the velocity of a drive shaft. The transmission includes three epicyclic trains, namely an input train, a control train and an intermediate train. The input train includes an element driven by the drive shaft and another element connected to the driven shaft. The control train is a high ratio train including a planetary gear system, the planet-carrier of which is driven by an electric motor of variable velocity and low power, of the order of 1 percent of the power to be transmitted from the drive shaft to the driven shaft. A first sun-wheel of the planetary gear system is connected to the third element of the input train and a second-sun-wheel is connected to an element of the intermediate train, the two remaining elements of which are respectively connected to the input train and to either of the drive or the driven shafts. The control motor provides a constant reaction torque and consists of a double squirrel-cage, asynchronous electric motor, the stator of which is supplied by an alternator driven by the transmission so as to produce a field rotating permanently in the same direction. The control motor is so constructed as to have a torque of between 1 percent and 3 percent of the maximum transmitted torque, the ratio of the epicyclic train which drives it being selected accordingly.
    • 本发明涉及一种用于改变从动轴相对于驱动轴的速度的速度的自动且无级变速的传动装置。 变速器包括三个行星列车,即输入列车,控制列车和中间列车。 输入列包括由驱动轴驱动的元件和连接到从动轴的另一元件。 控制系列是一种高比例系列,包括一个行星齿轮系统,其行星架由电动机驱动,速度和功率可变,功率从驱动轴传递到电动机的1% 从动轴。 行星齿轮系统的第一太阳轮连接到输入列的第三元件,第二太阳轮连接到中间列车的元件,其余的元件分别连接到输入列 和驱动轴或从动轴中的任一个。