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    • 1. 发明申请
    • NMR measurement method and apparatus for same
    • NMR测定方法及装置
    • US20060158186A1
    • 2006-07-20
    • US11330207
    • 2006-01-12
    • Minseok ParkShuya HagiwaraHideta Habara
    • Minseok ParkShuya HagiwaraHideta Habara
    • G01V3/00
    • G01R33/4633G01R33/4625
    • In an NMR measurement method using an NMR apparatus which converts a received signal to digital data using an analog/digital converter and performs a spectral analysis, a folding and aliasing count is decided from a variation in a peak frequency and frequency discrimination is performed. More specifically, a Nyquist frequency is changed to cause a variation of the peak frequency. Since the Nyquist frequency is inversely proportional to an increment of an evolution time t1 which is a feature of multi-dimensional NMR, the Nyquist frequency can be changed by changing the increment of the evolution time. Furthermore, the Nyquist frequency is changed in such a way that a ratio between different Nyquist frequencies is not a ratio between natural numbers n1 and n2 which are greater than 0 and smaller than or equal to the maximum folding and aliasing count.
    • 在使用使用模拟/数字转换器将接收信号转换为数字数据并执行频谱分析的NMR装置的NMR测量方法中,根据峰值频率的变化来确定折叠和混叠计数,并且执行频率鉴别。 更具体地,奈奎斯特频率被改变以引起峰值频率的变化。 由于奈奎斯特频率与作为多维NMR特征的演化时间t 1的增量成反比,可以通过改变演化时间的增量来改变奈奎斯特频率。 此外,奈奎斯特频率的改变使得不同奈奎斯特频率之间的比率不是大于0且小于或等于最大折叠和混叠计数的自然数n 1和n 2之间的比率。
    • 2. 发明授权
    • NMR measurement method and apparatus utilizing nyquist frequency changes
    • NMR测量方法和设备利用奈奎斯特频率变化
    • US07282912B2
    • 2007-10-16
    • US11330207
    • 2006-01-12
    • Minseok ParkShuya HagiwaraHideta Habara
    • Minseok ParkShuya HagiwaraHideta Habara
    • G01V3/00
    • G01R33/4633G01R33/4625
    • In an NMR measurement method using an NMR apparatus which converts a received signal to digital data using an analog/digital converter and performs a spectral analysis, a folding and aliasing count is decided from a variation in a peak frequency and frequency discrimination is performed. More specifically, a Nyquist frequency is changed to cause a variation of the peak frequency. Since the Nyquist frequency is inversely proportional to an increment of an evolution time t1 which is a feature of multi-dimensional NMR, the Nyquist frequency can be changed by changing the increment of the evolution time. Furthermore, the Nyquist frequency is changed in such a way that a ratio between different Nyquist frequencies is not a ratio between natural numbers n1 and n2 which are greater than 0 and smaller than or equal to the maximum folding and aliasing count.
    • 在使用使用模拟/数字转换器将接收信号转换为数字数据并执行频谱分析的NMR装置的NMR测量方法中,根据峰值频率的变化来确定折叠和混叠计数,并且执行频率鉴别。 更具体地,奈奎斯特频率被改变以引起峰值频率的变化。 由于奈奎斯特频率与作为多维NMR特征的演化时间t 1的增量成反比,可以通过改变演化时间的增量来改变奈奎斯特频率。 此外,奈奎斯特频率的改变使得不同奈奎斯特频率之间的比率不是大于0且小于或等于最大折叠和混叠计数的自然数n 1和n 2之间的比率。
    • 3. 发明申请
    • Nuclear magnetic resonance spectrometer and method for operation thereof
    • 核磁共振光谱仪及其操作方法
    • US20050206383A1
    • 2005-09-22
    • US11059372
    • 2005-02-17
    • Minseok ParkHiroshi MoritaHideta Habara
    • Minseok ParkHiroshi MoritaHideta Habara
    • G01R33/30G01R33/34G01V3/00
    • G01R33/30
    • There is providesd a nuclear magnetic resonance spectrometer having a high sensitiveness by simultaneously realizing a high uniformity of a static magnetic field and a high measuring sensitiveness. A sample tube used in the nuclear magnetic resonance spectrometer is constructed in a structure in which the shape of a sample placed in a measuring space can be changed. The change in shape of the sample can be achieved by controlling the pressure applied to the sample. There is at least one surface of contact between the sample placed in the measuring space and a gas existing around the sample, and the shape of such surface is maintained by the surface tension of the sample. In this case, a central portion of a magnet, into which the sample tube is inserted, filled with a sterilizing gas having a pressure higher than the atmospheric pressure, and the sample having a surface of contact with the gas is maintained in a sterile state. A measuring coil used in the nuclear magnetic resonance spectrometer is disposed on a rotatable curved surface symmetrical with respect to a rotational axis provided by a longitudinal center axis of the sample tube.
    • 通过同时实现静磁场的高均匀性和高测量灵敏度,提供了具有高灵敏度的核磁共振光谱仪。 在核磁共振光谱仪中使用的样品管被构造成可以改变放置在测量空间中的样品的形状的结构。 可以通过控制施加到样品上的压力来实现样品的形状变化。 在放置在测量空间中的样品和存在于样品周围的气体之间存在至少一个接触表面,并且通过样品的表面张力保持这种表面的形状。 在这种情况下,将样品管插入其中的磁体的中心部填充有压力高于大气压的灭菌气体,并且与气体接触的表面的样品保持在无菌状态 。 在核磁共振光谱仪中使用的测量线圈设置在相对于由样品管的纵向中心轴线提供的旋转轴线对称的可旋转曲面上。
    • 6. 发明申请
    • Stabilizer for stabilizing NMR magnetic field and method of the same
    • 用于稳定核磁共振磁场的稳定剂及其方法
    • US20060017441A1
    • 2006-01-26
    • US11187856
    • 2005-07-25
    • Minseok ParkHideta Habara
    • Minseok ParkHideta Habara
    • G01V3/00
    • G01R33/389
    • An NMR apparatus provided with a lock device having improved monotonicity without reducing a control range. In a lock device including a lock transmitter, a lock receiver, a lock detector, a lock corrector, a lock power supply and a lock coil, the lock detector performs complex detection of a detection signal and outputs to the lock corrector an absorption signal SA which is a real number component of the detection signal and a dispersion signal SD which is an imaginary number component of the detection signal; the lock corrector obtains a value SC by multiplying together SD/(SD2+SA2) and a value G, and the lock power supply performs adjustment so that a current flowing through the lock coil is proportional to SC. Different constants G are selectively used according to the value of SD/(SD2+SA2).
    • 一种具有锁定装置的NMR装置,其具有改善的单调性,而不减少控制范围。 在包括锁定发送器,锁定接收器,锁定检测器,锁定校正器,锁定电源和锁定线圈的锁定装置中,锁定检测器执行检测信号的复杂检测,并向锁定校正器输出吸收信号SA 其是检测信号的实数分量和作为检测信号的虚数分量的色散信号SD; 锁定校正器通过将SD /(SD 2 + SA 2>)和值G相乘来获得值SC,并且锁定电源执行调整,使得电流流动 通过锁定线圈与SC成正比。 根据SD /(SD 2 + SA 2)的值选择使用不同的常数G。
    • 7. 发明申请
    • Electromagnetic wave transceiver apparatus and nuclear magnetic resonance analyzing apparatus using it
    • 电磁波收发器装置和使用它的核磁共振分析装置
    • US20060049825A1
    • 2006-03-09
    • US11206273
    • 2005-08-18
    • Hideta HabaraMinseok Park
    • Hideta HabaraMinseok Park
    • G01B7/14
    • G01R33/3607G01R33/3621
    • An electromagnetic transceiver apparatus for a NMR apparatus has an intermediate frequency generator for preparing an intermediate wave, a transmission frequency converter for preparing, on the basis of an intermediate frequency of the intermediate wave, an electromagnetic wave to be radiated from a transmitter coil, a reception frequency converter for processing a signal received by the NMR probe, an analog-digital converter for converting an output of the reception frequency converter into a digital signal, an IQ detector for performing detection on the basis of an output of the analog-digital converter, a phase locked loop and a switch inserted between the analog-digital converter and the reception frequency converter to select either an input from the intermediate frequency generator or an input from the reception frequency converter.
    • 用于NMR装置的电磁收发器装置具有用于制备中间波的中频发生器,用于根据中间波的中频来准备要从发射器线圈辐射的电磁波的发送频率转换器, 用于处理由NMR探头接收的信号的接收频率转换器,用于将接收频率转换器的输出转换为数字信号的模拟数字转换器,用于根据模拟数字转换器的输出进行检测的IQ检测器 插入在模拟数字转换器和接收频率转换器之间的锁相环和开关,以选择来自中频发生器的输入或来自接收变频器的输入。
    • 9. 发明授权
    • Electromagnetic wave transceiver apparatus and nuclear magnetic resonance analyzing apparatus using it
    • 电磁波收发器装置和使用它的核磁共振分析装置
    • US07372272B2
    • 2008-05-13
    • US11206273
    • 2005-08-18
    • Hideta HabaraMinseok Park
    • Hideta HabaraMinseok Park
    • G01V3/00
    • G01R33/3607G01R33/3621
    • An electromagnetic transceiver apparatus for a NMR apparatus has an intermediate frequency generator for preparing an intermediate wave, a transmission frequency converter for preparing, on the basis of an intermediate frequency of the intermediate wave, an electromagnetic wave to be radiated from a transmitter coil, a reception frequency converter for processing a signal received by the NMR probe, an analog-digital converter for converting an output of the reception frequency converter into a digital signal, an IQ detector for performing detection on the basis of an output of the analog-digital converter, a phase locked loop and a switch inserted between the analog-digital converter and the reception frequency converter to select either an input from the intermediate frequency generator or an input from the reception frequency converter.
    • 用于NMR装置的电磁收发器装置具有用于制备中间波的中频发生器,用于根据中间波的中频来准备要从发射器线圈辐射的电磁波的发送频率转换器, 用于处理由NMR探头接收的信号的接收频率转换器,用于将接收频率转换器的输出转换为数字信号的模拟数字转换器,用于根据模拟数字转换器的输出进行检测的IQ检测器 插入在模拟数字转换器和接收频率转换器之间的锁相环和开关,以选择来自中频发生器的输入或来自接收变频器的输入。
    • 10. 发明授权
    • Stabilizer for stabilizing NMR magnetic field and method of the same
    • 用于稳定核磁共振磁场的稳定剂及其方法
    • US07167002B2
    • 2007-01-23
    • US11187856
    • 2005-07-25
    • Minseok ParkHideta Habara
    • Minseok ParkHideta Habara
    • G01V3/00
    • G01R33/389
    • An NMR apparatus provided with a lock device having improved monotonicity without reducing a control range. In a lock device including a lock transmitter, a lock receiver, a lock detector, a lock corrector, a lock power supply and a lock coil, the lock detector performs complex detection of a detection signal and outputs to the lock corrector an absorption signal SA which is a real number component of the detection signal and a dispersion signal SD which is an imaginary number component of the detection signal; the lock corrector obtains a value SC by multiplying together SD/(SD2+SA2) and a value G, and the lock power supply performs adjustment so that a current flowing through the lock coil is proportional to SC. Different constants G are selectively used according to the value of SD/(SD2+SA2).
    • 一种具有锁定装置的NMR装置,其具有改善的单调性,而不减少控制范围。 在包括锁定发送器,锁定接收器,锁定检测器,锁定校正器,锁定电源和锁定线圈的锁定装置中,锁定检测器执行检测信号的复杂检测,并向锁定校正器输出吸收信号SA 其是检测信号的实数分量和作为检测信号的虚数分量的色散信号SD; 锁定校正器通过将SD /(SD 2 + SA 2>)和值G相乘来获得值SC,并且锁定电源执行调整,使得电流流动 通过锁定线圈与SC成正比。 根据SD /(SD 2 + SA 2)的值选择使用不同的常数G。