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    • 2. 发明授权
    • Apparatus for placing veneer pieces in edge-abutting relationship
    • 用于将胶合板放在边缘邻接关系中的装置
    • US4615759A
    • 1986-10-07
    • US623949
    • 1984-06-25
    • Masayuki Ota
    • Masayuki Ota
    • B27D1/10
    • B27D1/10Y10T156/1749Y10T156/1751
    • An apparatus for placing veneer pieces in edge-abutting relationship, which comprises an infeed section for flat-feeding the veneer pieces, one by one, in the horizontal direction perpendicular to the fibers of the pieces, including at least one positive feeder at one end of the infeed section, and a crowder section comprising a plurality of upper and lower longitudinal rotating rollers extending in the feeding direction and spaced in parallel to each other so as to define a free transporting passage following the infeed section. The veneer pieces are, in turn, held and pressurized from top and bottom by the upper and lower rollers with their respective edges being in contact with the edges of the adjacent veneer pieces. A succeeding veneer piece is fed by the positive feeder and, just before the positive feeding ceases, the front edges of the succeeding piece come into contact with the rear edges of a preceding veneer piece which has been held at the crowder section.
    • 一种用于将胶合板放置在边缘邻接关系中的装置,其包括用于在垂直于所述件的纤维的水平方向上逐一平坦地供给单板的进料部分,其包括在一端的至少一个正进料器 并且包括多个沿进给方向延伸并且彼此平行地间隔开的上下纵向旋转辊的较大部分,以便在进料部分之后限定自由运送通道。 胶合板又由顶部和底部由上辊和下辊保持和加压,其相应的边缘与邻近的单板的边缘接触。 后续的单板由正式进料器供给,正好在进料停止之前,后续件的前边缘与保持在挤压部分的前一个单板的后边缘接触。
    • 4. 发明申请
    • MOTOR ROTATION IRREGULARITY DETECTION CIRCUIT
    • 电机旋转异常检测电路
    • US20100019706A1
    • 2010-01-28
    • US12498019
    • 2009-07-06
    • Kazumasa NAKAIMasayuki Ota
    • Kazumasa NAKAIMasayuki Ota
    • H02P6/16
    • H02P29/0241
    • A motor rotation irregularity detection circuit includes a first integrator for integrating a rotation detection signal that is output from a driver of a sensor-less motor; a differentiator for outputting a difference between a binary signal based on the integral in the first integrator and the rotation detection signal; a second integrator for integrating an output signal of the differentiator; a comparator for making a comparison between the integral in the second integrator and a reference voltage to output an irregularity detection signal; and an output terminal for outputting a signal coming from the comparator.
    • 电动机旋转不规则检测电路包括:第一积分器,用于积分从无传感器电动机的驱动器输出的旋转检测信号; 用于输出基于第一积分器中的积分的二进制信号与旋转检测信号之间的差的微分器; 第二积分器,用于积分微分器的输出信号; 比较器,用于比较第二积分器中的积分和参考电压,以输出不规则检测信号; 以及用于输出来自比较器的信号的输出端子。
    • 5. 发明授权
    • Motor rotation irregularity detection circuit
    • 电机旋转不规则检测电路
    • US08138698B2
    • 2012-03-20
    • US12498019
    • 2009-07-06
    • Kazumasa NakaiMasayuki Ota
    • Kazumasa NakaiMasayuki Ota
    • H02P6/16
    • H02P29/0241
    • A motor rotation irregularity detection circuit includes a first integrator for integrating a rotation detection signal that is output from a driver of a sensor-less motor; a differentiator for outputting a difference between a binary signal based on the integral in the first integrator and the rotation detection signal; a second integrator for integrating an output signal of the differentiator; a comparator for making a comparison between the integral in the second integrator and a reference voltage to output an irregularity detection signal; and an output terminal for outputting a signal coming from the comparator.
    • 电动机旋转不规则检测电路包括:第一积分器,用于积分从无传感器电动机的驱动器输出的旋转检测信号; 用于输出基于第一积分器中的积分的二进制信号与旋转检测信号之间的差的微分器; 第二积分器,用于积分微分器的输出信号; 比较器,用于比较第二积分器中的积分和参考电压,以输出不规则检测信号; 以及用于输出来自比较器的信号的输出端子。
    • 7. 发明授权
    • Cold cathode discharge lamp lighting circuit
    • 冷阴极放电灯点亮电路
    • US06281639B1
    • 2001-08-28
    • US09495173
    • 2000-02-01
    • Shinichi SuzukiKoichiro SuzukiMasayuki Ota
    • Shinichi SuzukiKoichiro SuzukiMasayuki Ota
    • G05F100
    • H05B41/2824H05B41/3925Y10S315/04Y10S315/07
    • To reduce a change in an electric current flowing through a cold cathode discharge lamp caused by a change in power source voltage. There is provided a cold cathode discharge lamp lighting circuit, in which a secondary high voltage of a transformer 13 is changed by controlling an oscillating period of a ROYER oscillating circuit 12 by a duty ratio of a PWM signal, to thereby control an amount of the electric current flowing through a cold cathode discharge lamp 11. In this lighting circuit, a resistor Rx is additionally connected between an inversion input terminal of a comparator X4 for generating the PWM signal and a power source, and a power source voltage divided by resistors Rx and R20 is inputted to the inversion input terminal. Thus, when the power source voltage is changed in an increase direction, an oscillating voltage is increased and the electric current flowing through the cold cathode discharge lamp begins to increase. However, since a voltage inputted to the comparator X4 through the resistor Rx is increased, an H (high voltage) period of the PWM signal is shortened and the oscillating period of the ROYER oscillating circuit is shortened, so that the electric current flowing through the cold cathode discharge lamp is reduced. The change in the electric current caused by the change in the power source voltage is reduced by this operation in a reverse direction.
    • 为了减少由电源电压变化引起的流过冷阴极放电灯的电流的变化。 提供了一种冷阴极放电灯点亮电路,其中变压器13的次级高压通过控制ROYER振荡电路12的振荡周期通过PWM信号的占空比来改变,从而控制 流过冷阴极放电灯11的电流。在该点亮电路中,电阻器Rx另外连接在用于产生PWM信号的比较器X4的反相输入端和电源之间,以及由电阻Rx分压的电源电压 并且R20被输入到反相输入端子。 因此,当电源电压沿增加方向改变时,振荡电压增加,并且流过冷阴极放电灯的电流开始增加。 然而,由于通过电阻器Rx输入到比较器X4的电压增加,PWM信号的H(高电压)周期被缩短,并且ROYER振荡电路的振荡周期缩短,使得流过 冷阴极放电灯减少。 通过在相反方向的该操作来减小由电源电压的变化引起的电流的变化。