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    • 21. 发明申请
    • SERVO AMPLIFIER WITH REGENERATIVE FUNCTION
    • 具有再生功能的伺服放大器
    • US20090230898A1
    • 2009-09-17
    • US12356928
    • 2009-01-21
    • Shunsuke MatsubaraYasusuke IwashitaShinichi HorikoshiNaoyuki Suzuki
    • Shunsuke MatsubaraYasusuke IwashitaShinichi HorikoshiNaoyuki Suzuki
    • H02P3/14
    • H02P3/18
    • A servo amplifier for a robot capable of avoiding an excessive capacity for dealing with a regenerative power to achieve downsizing, cost reduction and energy saving of the device. A servo amplifier for driving servomotors of a robot to perform an operation using an electric power from a power source. The servo amplifier comprises a changeable converter connected with the power source and a plurality of inverters electrically connected with the converter and the servomotors. The changeable converter is selectively provided as a converter having a regenerative function of returning a regenerative power generated in the servomotors to the power source, or a converter having a regenerative function of discharging the regenerative power through a resistor, depending on conditions of the operation by the robot.
    • 一种用于机器人的伺服放大器,其能够避免用于处理再生电力的过剩能力,以实现装置的小型化,降低成本和节能。 一种伺服放大器,用于驱动机器人的伺服电动机,以使用来自电源的电力进行操作。 伺服放大器包括与电源连接的可变换器和与转换器和伺服电机电连接的多个逆变器。 可选择地提供可变转换器作为转换器,其具有将在伺服电动机中产生的再生电力返回到电源的再生功能,或者具有通过电阻器再生功率放电的再生功能的转换器,这取决于根据操作的条件 机器人。
    • 22. 发明授权
    • Method of and an apparatus for protecting a regenerative resistor in an
inverter for driving a servomotor
    • 用于保护用于驱动伺服电动机的逆变器中的再生电阻器的方法和装置
    • US5814954A
    • 1998-09-29
    • US765855
    • 1996-12-23
    • Naoyuki SuzukiShinichi Horikoshi
    • Naoyuki SuzukiShinichi Horikoshi
    • H02H5/04H02H6/00H02H7/122H02P3/18H02P3/22H02P3/14
    • H02H6/00H02H5/047H02P3/18H02P3/22H02H7/1222Y10T307/636
    • A protecting method and apparatus for a regenerative resistor in which a regenerative resistor is satisfactorily protected from a thermal breakage caused by an over-regeneration by combining a projection of the regenerative resistor by a thermostat and a protection of the regenerative resistor by an analog simulation circuit and by coordinating protective regions of these two protections. The heat-responsive switch (2) stops power supply to a DC link (10) when the temperature of the regenerative resistor is increased to a predetermined value or greater value. The analog simulation circuit (1) is provided with a charge-discharge circuit to be charged and discharged in response to a regenerative pulse signal from a level detector (7), estimates the quantity of heat accumulated in the regenerative resistor (5) by means of the charge-discharge circuit, and stops power supply to the DC link (10) when a predetermined threshold value is exceeded by the estimated value. A fusing region of the regenerative resistor (5) is covered by at least one of the protective regions based on the heat-responsive switch (2) and the analog simulation circuit (1).
    • PCT No.PCT / JP96 / 01185 Sec。 371日期:1996年12月23日 102(e)1996年12月23日PCT PCT 1996年4月30日PCT公布。 WO96 / 34450 PCT公开 日期:1996年10月31日一种用于再生电阻器的保护方法和装置,其中再生电阻器通过将恒温器的再生电阻器的投影与再生电阻器的保护组合而令人满意地防止由过度再生造成的热断裂 通过模拟仿真电路和通过协调这两个保护的保护区域。 当再生电阻器的温度升高到预定值或更大值时,热响应开关(2)停止向DC链路(10)供电。 模拟仿真电路(1)具有响应于来自电平检测器(7)的再生脉冲信号而被充放电的充放电电路,通过装置估计再生电阻器(5)中累积的热量 并且当预定阈值超过估计值时停止对DC链路(10)的电力供应。 基于热响应开关(2)和模拟仿真电路(1),再生电阻器(5)的熔融区域由至少一个保护区域覆盖。
    • 24. 发明授权
    • Motor insulation deterioration detection device
    • 电机绝缘劣化检测装置
    • US07898264B2
    • 2011-03-01
    • US12623920
    • 2009-11-23
    • Shinichi HorikoshiHiroyasu SatoAkira Hirai
    • Shinichi HorikoshiHiroyasu SatoAkira Hirai
    • G01R31/02
    • G01R31/1263G01R31/343G01R31/346
    • Disclosed is an insulation deterioration detection device that can accurately detect insulation deterioration in multiple motors by a simple circuit configuration. When detecting insulation deterioration, one end A of a smoothing capacitor is connected via a first switch to ground, and the other end B is connected via a second switch to motor windings; in this condition, link voltage is measured by a voltage measuring circuit provided in a converter unit, and the measured link voltage value is transmitted to a microcomputer in each inverter unit via serial communication. Current flowing via motor insulation resistance Z1, Z2 is measured by a current measuring circuit provided in each inverter unit, and the microcomputer calculates the value of the insulation resistance Z1, Z2 from the link voltage value and the current value.
    • 公开了一种能够通过简单的电路配置精确地检测多个电动机的绝缘劣化的绝缘劣化检测装置。 当检测到绝缘劣化时,平滑电容器的一端A经由第一开关连接到地,另一端B经由第二开关连接到电动机绕组; 在这种情况下,通过设置在转换器单元中的电压测量电路来测量链路电压,并且通过串行通信将测量的链路电压值发送到每个逆变器单元中的微型计算机。 通过电动机绝缘电阻Z1,Z2流动的电流由设在每个逆变器单元中的电流测量电路测量,并且微计算机根据链路电压值和当前值计算绝缘电阻Z1,Z2的值。
    • 25. 发明申请
    • MOTOR INSULATION DETERIORATION DETECTION DEVICE
    • 电机绝缘检测装置
    • US20100171511A1
    • 2010-07-08
    • US12623920
    • 2009-11-23
    • Shinichi HorikoshiHiroyasu SatoAkira Hirai
    • Shinichi HorikoshiHiroyasu SatoAkira Hirai
    • G01R31/00
    • G01R31/1263G01R31/343G01R31/346
    • Disclosed is an insulation deterioration detection device that can accurately detect insulation deterioration in multiple motors by a simple circuit configuration. When detecting insulation deterioration, one end A of a smoothing capacitor is connected via a first switch to ground, and the other end B is connected via a second switch to motor windings; in this condition, link voltage is measured by a voltage measuring circuit provided in a converter unit, and the measured link voltage value is transmitted to a microcomputer in each inverter unit via serial communication. Current flowing via motor insulation resistance Z1, Z2 is measured by a current measuring circuit provided in each inverter unit, and the microcomputer calculates the value of the insulation resistance Z1, Z2 from the link voltage value and the current value.
    • 公开了一种能够通过简单的电路配置精确地检测多个电动机的绝缘劣化的绝缘劣化检测装置。 当检测到绝缘劣化时,平滑电容器的一端A经由第一开关连接到地,另一端B经由第二开关连接到电动机绕组; 在这种情况下,通过设置在转换器单元中的电压测量电路来测量链路电压,并且通过串行通信将测量的链路电压值发送到每个逆变器单元中的微型计算机。 通过电动机绝缘电阻Z1,Z2流动的电流由设在每个逆变器单元中的电流测量电路测量,并且微计算机根据链路电压值和当前值计算绝缘电阻Z1,Z2的值。
    • 28. 发明授权
    • Encoder and control apparatus for motor
    • 电机编码器及控制装置
    • US07012397B2
    • 2006-03-14
    • US11061544
    • 2005-02-18
    • Mitsuyuki TaniguchiKeisuke ImaiIchirou NagatomoShinichi HorikoshiTakashi Harada
    • Mitsuyuki TaniguchiKeisuke ImaiIchirou NagatomoShinichi HorikoshiTakashi Harada
    • H02P5/00H03M1/48
    • H03M1/109H03M1/485
    • In a control apparatus, a “characteristic value calculation” block calculates a characteristic value (such as amplitude value, offset value, or waveform distortion for each phase of two-phase sinusoidal signals optically input from an encoder, or phase difference between the two phase signals) for each of the two-phase sinusoidal signals, and an “alarm detection” block checks the presence or absence of an excursion outside a predetermined allowable range and, if such an excursion is detected, produces an alarm indication or the like. Each time the “present characteristic value” is input, a “characteristic value comparison” block compares it with “previous characteristic values”, and analyzes the result of the comparison. That is, the difference between the present value and each previous data is calculated, and the largest amount of variation (with plus or minus sign) is obtained; if this amount is larger than a predetermined value, a signal indicating an “imminent failure” is output. In an alternative method, the present value is compared with a characteristic value calculated from an encoder reference signal. Further, the characteristic value monitoring and comparison may be performed within the encoder. In this way, data useful for the prediction of encoder failure, etc. is provided.
    • 在控制装置中,“特征值计算”块计算从编码器光输入的两相正弦信号的各相的幅值,偏移值或波形失真或两相之间的相位差的特征值 信号),并且“报警检测”块检查在预定允许范围之外的偏移的存在或不存在,并且如果检测到这样的偏移,则产生报警指示等。 每当输入“当前特征值”时,“特征值比较”块将其与“先前特征值”进行比较,并分析比较结果。 也就是说,计算当前值和每个先前数据之间的差异,并且获得最大的变化量(具有加号或减号); 如果该量大于预定值,则输出表示“即将发生故障”的信号。 在替代方法中,将当前值与从编码器参考信号计算的特征值进行比较。 此外,可以在编码器内执行特征值监视和比较。 以这种方式,提供了用于预测编码器故障等的数据。