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    • 1. 发明授权
    • Mass spectrometer and ion source
    • 质谱仪和离子源
    • US5532483A
    • 1996-07-02
    • US403980
    • 1995-03-15
    • Yoichi OseKiyomi YoshinariMasayoshi YanoTadao Mimura
    • Yoichi OseKiyomi YoshinariMasayoshi YanoTadao Mimura
    • H01J49/06H01J49/10
    • H01J49/10H01J49/06
    • An ion beam having a good converging property and a good quality is provided by satisfying the limitations controlling both angle of dispersion and the width of beam at the same time. The voltage 12d of a repeller electrode 1f in an ion source of electron bombardment type is input to an ion source state monitor 11 and the ion source state monitor 11 output a predicted value 12e of the voltage applied to an extractor electrode 1g to an extractor power source 9. As for the extractor electrode system, the width of a slit in the acceleration electrode 1b is made larger than the width of a slit of the extractor electrode 1g, and the extractor electrode 1g is set in a position apart from the acceleration electrode 1b by the distance nearly equal to the distance between the acceleration electrode 1b and the ion generating region 2a. By doing so, the electric field leaked from the slit of the acceleration electrode 1b to the inside of the ionization chamber 1a expands to the vicinity of the ion generating region. As the result, the ion beam 2 is effectively extracted to pass through the slits in the acceleration electrode 1b and the extractor 1g. The amount of the current passing through the slits is measured with an ion current monitor 8a and the voltage 12f of a converging electrode 1d is adjusted so that the value of the current becomes the maximum.
    • 通过满足同时控制分散角和宽度的限制来提供具有良好的会聚特性和良好质量的离子束。 电子轰击型离子源中的斥极电极1f的电压12d被输入到离子源状态监视器11,离子源状态监视器11将施加到抽出电极1g的电压的预测值12e输出到提取电力 对于提取器电极系统,使加速电极1b中的狭缝的宽度大于提取电极1g的狭缝的宽度,并且将提取电极1g设置在离开加速电极1的位置 1b的距离几乎等于加速电极1b和离子产生区域2a之间的距离。 通过这样做,从加速电极1b的狭缝向电离室1a的内部泄漏的电场扩大到离子产生区域附近。 结果,有效地提取离子束2以通过加速电极1b和提取器1g中的狭缝。 通过离子电流监视器8a测量通过狭缝的电流量,调节会聚电极1d的电压12f,使得电流值变为最大值。
    • 2. 发明授权
    • Atmospheric pressure ionization mass spectrometer
    • 大气压电离质谱仪
    • US5612534A
    • 1997-03-18
    • US689952
    • 1996-08-16
    • Tadao MimuraMasayoshi Yano
    • Tadao MimuraMasayoshi Yano
    • G01N27/62H01J49/04H01J49/10
    • H01J49/0422
    • An atmospheric pressure ionization spectrometer capable for continuously detecting impurities included in air or gas can be realized. The air or gas is stored in a daily storage such as a bag, a package, a pocket or the like. An air suction probe is connected to an ion source through an insulation pipe, and the ion source is connected to an air exhaust pump through an exhaust port and an insulation pipe. The ion source has a needle electrode, a first small hole electrode, an intermediate pressure portion and a second small hole electrode, and the needle electrode is connected to a power source, and the first and second small hole electrodes are connected to an ion accelerating power source. The intermediate pressure portion is connected to a vacuum pump through the exhaust port. An electrostatic lens is disposed in the stage following the intermediate pressure portion, and a mass spectrometric portion and a detector are disposed in the stage following the electrostatic lens. A detection signal from the detector is supplied to a data processing portion through an amplifier. The data processing portion determines a plurality of M/Z values indicating a special drug to thereby determine whether or not the special drug is included in the sample gas.
    • 可以实现能够连续检测包含在空气或气体中的杂质的大气压电离光谱仪。 空气或气体储存在诸如袋子,包装,口袋等的日常存储器中。 吸气探头通过绝缘管连接到离子源,离子源通过排气口和绝缘管连接到排气泵。 离子源具有针状电极,第一小孔电极,中间压力部和第二小孔电极,针状电极与电源连接,第一和第二小孔电极与加速离子 能量源。 中间压力部分通过排气口连接到真空泵。 静电透镜设置在跟随中间压力部分的阶段中,并且质谱部分和检测器设置在跟随静电透镜的阶段中。 来自检测器的检测信号通过放大器提供给数据处理部分。 数据处理部分确定指示特殊药物的多个M / Z值,从而确定样品气体中是否包含特殊药物。
    • 3. 发明授权
    • Automatic ionization mass spectrometer with a plurality of atmospheric
ionization sources
    • 具有多个大气电离源的自动电离质谱仪
    • US5668370A
    • 1997-09-16
    • US683347
    • 1996-07-18
    • Masayoshi YanoTadao MimuraYoshiaki Kato
    • Masayoshi YanoTadao MimuraYoshiaki Kato
    • G01N30/72H01J49/04H01J49/26
    • H01J49/165H01J49/107H01J49/168G01N30/7233
    • An LC-MS is provided with a plurality of ion sources which can be quickly and selectively disposed at a fixed working position, and capable of analyzing a large variety of substances. An APCI unit (1) and an ESI unit (2) are fixedly mounted on a rotating table (11) or a sliding carriage (19). The rotating table (11) is held for rotation on a base (13) with a holding ring (12), and the sliding carriage (19) is held for linear sliding movement on a bearing (22) on a base (21) with a holding member (20) and is moved by a feed screw (23). Either the APCI unit (1) or the ESI unit (2) is selectively disposed at a fixed working position opposite to a first aperture (16), a second aperture (17) and a mass spectrometric unit (18) to ionize a substance for mass spectrometry. The plurality of ion sources can be set at the fixed working position by a simple setting operation, increases the variety of substances which can be analyzed, and enables the LC-MS to produce a plurality of mass spectra for a single substance to facilitate the analysis and the like of the molecular structure of the substance.
    • LC-MS设有多个离子源,可以快速,有选择地设置在固定的工作位置,能够分析各种物质。 APCI单元(1)和ESI单元(2)固定地安装在旋转台(11)或滑动滑架(19)上。 旋转台(11)被保持以在具有保持环(12)的基座(13)上旋转,并且滑动滑架(19)被保持用于在基座(21)上的轴承(22)上的直线滑动运动, 保持构件(20),并通过进给螺杆(23)移动。 APCI单元(1)或ESI单元(2)选择性地设置在与第一孔(16)相对的固定工作位置,第二孔(17)和质谱单元(18)上,以将物质离子化 质谱。 可以通过简单的设定操作将多个离子源设置在固定工作位置,增加可分析的物质的种类,并使LC-MS能够为单一物质产生多个质谱,以方便分析 等等物质的分子结构。
    • 6. 发明授权
    • Memory card
    • 存储卡
    • US06947289B2
    • 2005-09-20
    • US10439627
    • 2003-05-16
    • Seiji NakanishiTakashi ToriiNoriaki FurutaTakahiro SakamotoMasayoshi Yano
    • Seiji NakanishiTakashi ToriiNoriaki FurutaTakahiro SakamotoMasayoshi Yano
    • G06K19/073G06K19/077G11C5/00H05K1/14H01R29/00
    • G06K19/07743G06K19/073G06K19/07732Y10S439/945Y10S439/946
    • A memory card includes: a main body of the memory card in which a notched section is formed; a semiconductor memory; and a write/nonwrite setting element for setting the write/nonwrite state of data in the semiconductor memory, the write/nonwrite setting element being slidably fitted in the notched section, wherein the main body of the memory card includes an upper main body and a lower main body; at least one of the upper main body and the lower main body has an elastic guide formed within the notched section; the write/nonwrite setting element slides along the elastic guide so as to set the write/nonwrite state of the data in the semiconductor memory; and the elastic guide has an engagement portion for engagedly stopping the write/nonwrite setting element so as to select the position of the write/nonwrite setting element with respect to the elastic guide.
    • 存储卡包括:存储卡的主体,其中形成有切口部分; 半导体存储器 以及用于设置半导体存储器中的写入/非写入状态的写/非写设置元件,写/非写入设置元件可滑动地装配在凹口部分中,其中存储卡的主体包括上主体和 下主体 上主体和下主体中的至少一个具有形成在切口部分内的弹性引导件; 写入/写入设置元件沿着弹性引导件滑动,以将数据的写/非写状态设置在半导体存储器中; 并且弹性引导件具有用于接合地停止写入/不写入设置元件的接合部分,以便选择写入/非写入设置元件相对于弹性引导件的位置。
    • 7. 发明授权
    • Memory card
    • 存储卡
    • US06580615B1
    • 2003-06-17
    • US10049584
    • 2002-02-13
    • Seiji NakanishiTakashi ToriiNoriaki FurutaTakahiro SakamotoMasayoshi Yano
    • Seiji NakanishiTakashi ToriiNoriaki FurutaTakahiro SakamotoMasayoshi Yano
    • H05K114
    • G06K19/07743G06K19/073G06K19/07732Y10S439/945Y10S439/946
    • A memory card includes: a main body of the memory card in which a notched section is formed; a semiconductor memory; and a write/nonwrite setting element for setting the write/nonwrite state of data in the semiconductor memory, the write/nonwrite setting element being slidably fitted in the notched section, wherein the main body of the memory card includes an upper main body and ail lower main body; at least one of the upper main body and the lower main body has an elastic guide formed within the notched section the write/nonwrite setting element slides along the elastic guide so as to set the write/nonwrite state of the data in the semiconductor memory; and the elastic guide has an engagement portion for engagedly stopping the write/nonwrite setting element so as to select the position of the write/nonwrite setting element with respect to the elastic guide.
    • 存储卡包括:存储卡的主体,其中形成有切口部分; 半导体存储器 以及写/非写设置元件,用于设置半导体存储器中的数据写/非写状态,写/非写设置元件可滑动地装配在凹口部分中,其中存储卡的主体包括上主体和电极 下主体 上部主体和下部主体中的至少一个具有形成在切口部分内的弹性引导件,写入/写入设置元件沿着弹性引导件滑动,以将数据的写入/非写入状态设置在半导体存储器中; 并且弹性引导件具有用于接合地停止写入/不写入设置元件的接合部分,以便选择写入/非写入设置元件相对于弹性引导件的位置。
    • 8. 再颁专利
    • Adapter, memory card, and memory card module
    • 适配器,存储卡和存储卡模块
    • USRE42410E1
    • 2011-05-31
    • US12650840
    • 2003-10-14
    • Hiroyuki YamadaMasayoshi Yano
    • Hiroyuki YamadaMasayoshi Yano
    • H01R24/00
    • G06K19/07732G06K7/0021G06K19/07739G06K19/07743H05K1/117Y10S439/945
    • An adapter to be attached to a memory card for changing an external shape such that it can be inserted into a memory card insertion section of specific type equipment is provided. The adapter includes: an adapter body for defining a space housing the memory card; a write protect mechanism including a write enable/disable setting member which is slidable with respect to the adapter body; and a terminal portion located in the adapter body, which is formed so as to be electrically connected to a terminal portion of the memory card when the memory card is housed in the adapter body, and in which the write protect mechanism sets whether to enable or disable writing of data into the memory card in accordance with the position of the write enable/disable setting member.
    • 提供一种用于改变外部形状以将其插入特定类型设备的存储卡插入部分的存储卡上的适配器。 适配器包括:用于限定容纳存储卡的空间的适配器主体; 写保护机构,包括能够相对于适配器主体滑动的写入允许/禁止设置部件; 以及位于所述适配器主体中的端子部分,当所述存储卡容纳在所述适配器主体中时,所述端子部分被形成为电连接到所述存储卡的端子部分,并且所述写入保护机构设置是否启用或 根据写入使能/禁止设置成员的位置禁止将数据写入存储卡。