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    • 1. 发明专利
    • Agent for optical resolution and optical resolution therewith
    • 光学分辨率和光学分辨率的代理
    • JPS595198A
    • 1984-01-12
    • JP11334682
    • 1982-06-30
    • Masayuki MutoSeiwa Kasei Kk
    • MUTOU MASAYUKI
    • C07B57/00B01D15/08C07B31/00C07C51/487C07C67/00C07F15/06C08G77/02
    • C08G77/02B01D15/3833C07C51/487C07C59/50
    • NEW MATERIAL:A compound of formula I or II [(Si-O-Si-, silica gel molecule; R is divalent hydrocarbon radical; (Nch) is divalent ligand that has 2 amino groups and coordinates with cobalt (III) atom; (N)
      4 is 2 divalent ligands or 1 tetravalent ligand containing 4 amino nitrogen atoms coordinating cobalt (III) atom; X
      3 is trivalent anion].
      EXAMPLE: The compound of formula III.
      USE: An agent for optical resolution that can be used over a wide range of fields with scarce limitation in eluents and samples.
      PREPARATION: An optically active Co (III) complex coordinating with 2 monovalent ligands or 1 divalent ligand that can cause coordination exchange with 4 amino N atoms and 2 N atoms such as Δ-[CoCO
      3 (phen)
      2 ]Ce is made to react with a silicon dioxide bearing organic groups containing 2 N atoms to act as divalent ligand at its terminals such as (Si-O-Si)-(CH
      2 )
      3 -NH-(CH
      2 )
      2 -NH
      2 in a solvent.
      COPYRIGHT: (C)1984,JPO&Japio
    • 新物质:式Ⅰ或Ⅱ的化合物[(Si-O-Si-,硅胶分子; R是二价烃基;(Nch))是具有2个氨基并与钴(Ⅲ)原子配位的二价配体; N)4是2配位体或含4个配位钴(III)原子的氨基氮原子的1价四价配体; X3是三价阴离子]实施例:式III化合物用途:可用于 配制:与2个一价配位体配位的光学活性Co(III)配合物或可与4个氨基N原子和2个N原子如DELTA- [ 使CoCO3(phen)2] Ce与含有2N原子的含二氧化硅的有机基团反应,在其末端例如(Si-O-Si) - (CH2)3-NH-(CH2) 2-NH 2在溶剂中。
    • 6. 发明授权
    • Ink jet recording apparatus of the continuous jet type and automatic ink
jet jetting axis adjusting method of the same
    • 连续喷射型喷墨记录装置和自动喷墨喷射轴调整方法相同
    • US5325112A
    • 1994-06-28
    • US19675
    • 1993-02-19
    • Masayuki Muto
    • Masayuki Muto
    • B41J2/125B41J2/12B41J2/02
    • B41J2/12
    • An ink jet recording apparatus of the continuous jet type and an automatic ink jet jetting axis adjusting method of the same wherein the position of an ink jet jetting axis or nozzle axis can automatically be adjusted to an optimum position by a deflecting electric field are disclosed. When a carriage is at its home position, jetting of ink from a nozzle is started, and an MPU changes over a change-over switch to a test signal generator side. The test signal generator generates a test signal, which is a sum of an amplified recording signal and a bias potential outputted from a bias power source, and applies the test signal to a controlling electrode. The MPU checks an output of a current detector (jet current) based on charged ink drops caught by a conductive drop catcher to discriminate the positional relationship between an ink jet jetting axis and a knife edge. The MPU then changes the bias potential of the bias power source in accordance with a result of the discrimination. Consequently, the controlling signal applied to the controlling electrode is varied to adjust the ink jet jetting axis to its optimum position.
    • 公开了一种连续喷射型喷墨记录装置及其自动喷墨喷射轴调整方法,其中喷墨喷射轴或喷嘴轴线的位置可以通过偏转电场自动调节到最佳位置。 当托架处于其原始位置时,开始从喷嘴喷射墨水,并且MPU将转换开关切换到测试信号发生器侧。 测试信号发生器产生测试信号,该测试信号是从偏置电源输出的放大记录信号和偏置电位之和,并将测试信号施加到控制电极。 MPU基于由导电滴捕获器捕获的带电墨滴来检查电流检测器(射流)的输出,以区分喷墨喷射轴和刀刃之间的位置关系。 然后MPU根据鉴别的结果改变偏置电源的偏置电位。 因此,施加到控制电极的控制信号被改变以将喷墨喷射轴调整到其最佳位置。