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    • 4. 发明申请
    • Magnetic detection circuit and encoder
    • 磁检测电路和编码器
    • US20050200352A1
    • 2005-09-15
    • US11080155
    • 2005-03-15
    • Hiroshi HagaMamoru Yamashita
    • Hiroshi HagaMamoru Yamashita
    • G01B7/00G01B7/14G01D5/16G01D5/245G01R17/00G01R33/09
    • G01R33/093B82Y25/00G01D5/145
    • To provide a low-cost magnetic detection circuit, in which the differential detection function accomplished by outputting differential signals may not be lost, and which may be hardly affected by temperature fluctuations and may be resistant to noise, and in which the number of magnetic detection elements may be reduced, and to provide an encoder, the costs of which may be further reduced by using such a magnetic detection circuit for the multi-revolution detection part, etc., a magnetic detection circuit includes a bridge circuit formed by two bridge sections between the current-source terminal and the grounding terminal. The first bridge section and the second bridge section of the bridge circuit include magnetic detection elements MR1, MR2, respectively, and, viewed from the output-signal output points, the magnetic detection elements MR1, MR2 in the two bridge sections are arranged on only one of the sides that include the current-source side and the grounding-terminal side. An encoder includes such a magnetic detection circuit.
    • 为了提供一种低成本的磁检测电路,其中通过输出差分信号实现的差分检测功能可能不会丢失,并且其可能几乎不受温度波动的影响并且可能抵抗噪声,并且其中磁检测的数量 可以减少元件,并且为了提供一种编码器,通过使用这种用于多次旋转检测部件的磁检测电路等,可以进一步降低其成本,磁检测电路包括由两个桥接部分形成的桥接电路 在电流源端子和接地端子之间。 桥电路的第一桥接部分和第二桥接部分分别包括磁检测元件MR 1,MR 2,并且从输出信号输出点观察两个桥接部分中的磁检测元件MR 1,MR 2 仅布置在包括电流源侧和接地端子侧的一侧。 编码器包括这种磁检测电路。
    • 5. 发明授权
    • Magnetic detection circuit and encoder
    • 磁检测电路和编码器
    • US07391206B2
    • 2008-06-24
    • US11080155
    • 2005-03-15
    • Hiroshi HagaMamoru Yamashita
    • Hiroshi HagaMamoru Yamashita
    • G01B7/30
    • G01R33/093B82Y25/00G01D5/145
    • To provide a low-cost magnetic detection circuit, in which the differential detection function accomplished by outputting differential signals may not be lost, and which may be hardly affected by temperature fluctuations and may be resistant to noise, and in which the number of magnetic detection elements may be reduced, and to provide an encoder, the costs of which may be further reduced by using such a magnetic detection circuit for the multi-revolution detection part, etc., a magnetic detection circuit includes a bridge circuit formed by two bridge sections between the current-source terminal and the grounding terminal. The first bridge section and the second bridge section of the bridge circuit include magnetic detection elements MR1, MR2, respectively, and, viewed from the output-signal output points, the magnetic detection elements MR1, MR2 in the two bridge sections are arranged on only one of the sides that include the current-source side and the grounding-terminal side. An encoder includes such a magnetic detection circuit.
    • 为了提供一种低成本的磁检测电路,其中通过输出差分信号实现的差分检测功能可能不会丢失,并且其可能几乎不受温度波动的影响并且可能抵抗噪声,并且其中磁检测的数量 可以减少元件,并且为了提供一种编码器,通过使用这种用于多次旋转检测部件的磁检测电路等,可以进一步降低其成本,磁检测电路包括由两个桥接部分形成的桥接电路 在电流源端子和接地端子之间。 桥电路的第一桥接部分和第二桥接部分分别包括磁检测元件MR 1,MR 2,并且从输出信号输出点观察两个桥接部分中的磁检测元件MR 1,MR 2 仅布置在包括电流源侧和接地端子侧的一侧。 编码器包括这种磁检测电路。
    • 8. 发明授权
    • Position measuring device
    • 位置测量装置
    • US07408267B2
    • 2008-08-05
    • US11055438
    • 2005-02-09
    • Mamoru YamashitaHiroshi HagaTakeshi YamamotoAndre Schramm
    • Mamoru YamashitaHiroshi HagaTakeshi YamamotoAndre Schramm
    • B60L1/00
    • G01D3/08H02J1/108Y10T307/625
    • In a position measuring device in which data, which requires buffering, may be held without accommodating a high-capacitance capacitor in the inside of the encoder, a backup current source may be exchanged while the circuits required for the operating capability state remain operable. In addition, current usage during the buffering time may be held low, and the service life of the backup current source may be extended, so that the demand for maintenance may be reduced. The position measuring device may include an encoder main part, arranged to measure the extent of the shift in position of an object to be measured, and a backup current source arranged to supply backup current when main current source, that supplies encoder main part with current, is interrupted. Outside of the encoder main part, an auxiliary current source is provided which, during the exchange of a main battery of the backup current source, undertakes supplying backup current in place of this main battery. The backup current source supplies backup current only to those circuits of the encoder main part which require buffering.
    • 在可以在不在编码器内部容纳高容量电容器的情况下保持需要缓冲的数据的位置测量装置中,可以在操作能力状态所需的电路保持可操作的同时更换备用电流源。 此外,可以将缓冲时间期间的当前使用保持为低,并且可以延长备用电流源的使用寿命,从而可以减少对维护的需求。 位置测量装置可以包括:编码器主要部分,被布置成测量被测量物体的位置偏移的程度;以及备用电流源,被布置成当主电流源向主电流源提供备用电流时,所述主电流源向编码器主要部分提供电流 ,中断了。 在编码器主要部分之外,提供辅助电流源,在备用电流源的主电池交换期间,承担备用电流代替该主电池。 备用电流源仅为需要缓冲的编码器主要部分的电路提供备用电流。
    • 10. 发明申请
    • Position measuring device
    • 位置测量装置
    • US20050285446A1
    • 2005-12-29
    • US11055438
    • 2005-02-09
    • Mamoru YamashitaHiroshi HagaTakeshi YamamotoAndre Schramm
    • Mamoru YamashitaHiroshi HagaTakeshi YamamotoAndre Schramm
    • G01D5/245G01B21/00G01D5/249H02J7/00H02J9/06
    • G01D3/08H02J1/108Y10T307/625
    • In a position measuring device in which data, which requires buffering, may be held without accommodating a high-capacitance capacitor in the inside of the encoder, a backup current source may be exchanged while the circuits required for the operating capability state remain operable. In addition, current usage during the buffering time may be held low, and the service life of the backup current source may be extended, so that the demand for maintenance may be reduced. The position measuring device may include an encoder main part, arranged to measure the extent of the shift in position of an object to be measured, and a backup current source arranged to supply backup current when main current source, that supplies encoder main part with current, is interrupted. Outside of the encoder main part, an auxiliary current source is provided which, during the exchange of a main battery of the backup current source, undertakes supplying backup current in place of this main battery. The backup current source supplies backup current only to those circuits of the encoder main part which require buffering.
    • 在可以在不在编码器内部容纳高容量电容器的情况下保持需要缓冲的数据的位置测量装置中,可以在操作能力状态所需的电路保持可操作的同时更换备用电流源。 此外,可以将缓冲时间期间的当前使用保持为低,并且可以延长备用电流源的使用寿命,从而可以减少对维护的需求。 位置测量装置可以包括:编码器主要部分,被布置成测量被测量物体的位置偏移的程度;以及备用电流源,被布置成当主电流源向主电流源提供备用电流时,所述主电流源向编码器主要部分提供电流 ,中断了。 在编码器主要部分之外,提供辅助电流源,在备用电流源的主电池交换期间,承担备用电流代替该主电池。 备用电流源仅为需要缓冲的编码器主要部分的电路提供备用电流。