公开(公告)号：KR1020010027853A

公开(公告)日：2001-04-06

申请号：KR1019990039812

申请日：1999-09-16

Applicant: 한국표준과학연구원

Inventor： 박포규 ,  쉬프린,야콥슨블라드렌 ,  정정효

IPC: H01F27/42

Abstract: PURPOSE: A method and apparatus for improving uniformity of magnetic field of solenoid using single current source is provided to achieve an improved performance of the sensor or valve using the solenoid by improving uniformity of magnetic field in the internal center of the solenoid. CONSTITUTION: A current(I0) is applied to a circuit having a main solenoid resistance(Rms) by using a single current source, in such a manner that a number of different currents are produced by a single power supply device and a shunt resistance(Rm) and supplied to a multi-layer solenoid. The shunt resistance is arranged in front of the main solenoid resistance. An optimum condition for obtaining the maximum uniformly around the center point of the interior of the solenoid, is obtained by Legendre polynomial. Subsequently, circuits consisting of auxiliary current adjustment resistances(R1m,R2m) and auxiliary solenoids(R1s,R2s), respectively, are arranged at both ends of the shunt resistance. Thus, a plurality of solenoids are superposed, and currents(I1,I2) being applied to each solenoids are distributed differently, so as to expand the uniform magnetic field space.

Abstract translation: 目的：提供一种使用单电流源改善螺线管磁场均匀性的方法和装置，通过提高螺线管内部中心的磁场均匀性来实现使用螺线管的传感器或阀门性能的改进。 构成：通过使用单个电流源将电流（I0）施加到具有主电磁线圈电阻（Rms）的电路，使得由单个电源装置产生多个不同的电流和分流电阻（ Rm）并提供给多层螺线管。 分流电阻布置在主电磁铁电阻的前面。 通过勒让德多项式获得用于获得螺线管内部中心点均匀最大的最佳条件。 随后，分流电阻的两端分别配置由辅助电流调节电阻（R1m，R2m）和辅助电磁线圈（R1s，R2s）组成的电路。 因此，多个螺线管被叠加，并且施加到每个螺线管的电流（I1，I2）被不同地分布，以便扩大均匀的磁场空间。

公开(公告)号：KR101137788B1

公开(公告)日：2012-04-20

申请号：KR1020100126065

申请日：2010-12-10

Applicant: 한국표준과학연구원

Inventor： 박포규 ,  김영균 ,  김완섭 ,  쉬프린,야콥슨블라드렌

IPC: H01F13/00 ,  H01F5/00

Abstract: PURPOSE: An external magnetism offsetting apparatus is provided to offset external magnetism since current for offsetting external magnetism is applied to an external magnetism offsetting coil. CONSTITUTION: A reference frequency generator(210) generates reference frequency signals. The external magnetism offsetting coil(220) has the inner diameter greater than the inner diameter of a magnetic field generating coil(120). The external magnetism offsetting coil is arranged in the shape of a concentric having the same central axis with a magnetic field generating coil. A magnetic field sensor(230) senses the magnetic field created from the magnetic field generating coil. A resonant frequency generator(240) creates resonant frequency signals compared with the magnetic field detected through the magnetic field sensor. A phase comparator(250) creates the current for offsetting the external magnetism. A current amplifier(260) amplifies the current of the phase comparator.

Abstract translation: 目的：提供外部磁性偏移装置以抵消外部磁性，因为用于抵消外部磁性的电流被施加到外部磁性偏移线圈。 构成：参考频率发生器（210）产生参考频率信号。 外部磁性偏移线圈（220）的内径大于磁场产生线圈（120）的内径。 外部磁性偏移线圈以具有与磁场产生线圈相同的中心轴的同心形状设置。 磁场传感器（230）感测从磁场产生线圈产生的磁场。 与通过磁场传感器检测的磁场相比，谐振频率发生器（240）产生谐振频率信号。 相位比较器（250）产生用于抵消外部磁性的电流。 电流放大器（260）放大相位比较器的电流。

公开(公告)号：KR100314424B1

公开(公告)日：2001-11-15

申请号：KR1019990039812

申请日：1999-09-16

Applicant: 한국표준과학연구원

Inventor： 박포규 ,  쉬프린,야콥슨블라드렌 ,  정정효

IPC: H01F27/42

Abstract: 본발명은단전류원을사용한솔레노이드내부의자장균일도향상방법에관한것으로, 그목적은 Legendre 다항식을이용하여솔레노이드내부의중심점부근에서최대균일도를얻는최적조건(주전류외에보조전류의크기및 위치)을구하여이를솔레노이드에적용시킨방법및 장치를제공하는데있다. 본발명은솔레노이드내부의자장균일도향상방법에있어서, 1개의전원공급장치와분류저항을사용하여여러개의다른전류를만들어다층솔레노이드에공급하도록단전류원을사용하여주솔레노이드저항(R)을가진회로에전류(I)를인가하되, 이주솔레노이드저항(R) 이전에분류저항(R)을설치하고, Legendre 다항식을이용하여솔레노이드내부의중심점부근에서최대균일도를얻는최적조건(주전류외에보조전류의크기및 위치)을구한후, 분류저항(R)의양단에각각의보조전류조정저항(R, R) 및보조솔레노이드(R,R)로이루어진회로를구성하여여러개의솔레노이드가중첩되고, 각각의솔레노이드에인가하는전류(II)를차등적으로분포시켜내부의균일자장공간을넓히는방법및 이방법이적용된장치를그 요지로한다.