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    • 1. 发明授权
    • Combination calculator and timepiece
    • 组合计算器和时计
    • US4189912A
    • 1980-02-26
    • US801002
    • 1977-05-26
    • Isamu WashizukaJunji AokiTadashi Tomino
    • Isamu WashizukaJunji AokiTadashi Tomino
    • G04G9/00G04G17/02G04G99/00G06F3/147G06F15/02G04B37/12
    • G04G9/007
    • Disclosed is a combination calculator and timepiece. The combination calculator and timepiece consists of a calculator unit and timepiece unit, said calculator unit operating arithmetic function in response to key input means provided on the calculator unit and said timepiece unit functioning for horological operation and chronometrical operation etc. A display unit is included within the calculator unit for indicating arithmetic computation and another display is included within the timepiece unit for indicating time information derived from the timepiece unit. The display of the calculator unit and the display of the timepiece unit are disposed on opposite faces of a common housing enclosing the calculator and timepiece.
    • 公开了一种组合计算器和时计。 组合计算器和时计包括计算器单元和时计单元,所述计算单元响应于设置在计算器单元上的键输入装置和用于钟表操作和计时操作等功能的所述钟表单元而运行运算功能。 用于指示算术计算的计算器单元和另一显示包括在钟表单元内,用于指示从钟表单元导出的时间信息。 计算器单元的显示和钟表单元的显示设置在包围计算器和钟表的公共壳体的相对面上。
    • 2. 发明授权
    • Flow system glass electrode
    • 流量系玻璃电极
    • US4519890A
    • 1985-05-28
    • US614225
    • 1984-05-24
    • Hiroaki UematsuJunji AokiNarihiro Oku
    • Hiroaki UematsuJunji AokiNarihiro Oku
    • G01N27/28G01N27/36
    • G01N27/28G01N27/36
    • A flow system glass electrode in use for pH measurement, which houses the glass electrode body in a resin block to improve an impact resistance, the glass electrode body being sealed by a packing to be small-sized and improve the degree of freedom in the direction of the use, sample flow tubes each being equal in an inner diameter to a response film and separate from the glass electrode body in order to eliminate stagnation of a sample liquid, enable the measurement of a minute sample, and facilitate manufacture and assembly of the electrode, the sample flow tubes being connected with a liquid inlet and a liquid outlet at the glass electrode body through couplings respectively.
    • 一种用于pH测量的流动系统玻璃电极,其将玻璃电极体容纳在树脂块中以提高耐冲击性,玻璃电极体被填料密封成小尺寸并提高了方向的自由度 使用时,样品流管​​各自在内径相等于响应膜并与玻璃电极体分离,以消除样品液体的滞留,使得能够测量微小的样品,并且有助于制造和组装 电极,样品流管​​分别通过耦合与玻璃电极体的液体入口和液体出口连接。
    • 3. 发明申请
    • GAS ANALYZER
    • 气体分析仪
    • US20100076712A1
    • 2010-03-25
    • US12595821
    • 2008-04-02
    • Junji AokiHirokazu KitauraBoumsellek Said
    • Junji AokiHirokazu KitauraBoumsellek Said
    • B01D59/44H01J49/00G01L27/00
    • H01J49/0009G01L21/30H01J41/02H01J41/10H01J49/0027
    • A gas analyzer using a quadrupole mass spectrometric method etc. is provided with an ionizer 211 to ionize a sample gas, a first ion detector 212 and a second ion detector 213 each configured to detect a respective ion from ionizer 211, and each being disposed a respective distance from the ionizer 211 on an opposite side of the ionizer 211, the respective distances being different from each other, a filter 214 interposed between the ionizer 211 and the first ion detector 212 to selectively allow ions from the ionizer 211 to pass therethrough, and an arithmetic device 3 to correct a partial pressure PP1 of a specific component obtained from the first ion detector 212 and selected by the filter 214 by using a first total pressure TP1 of the sample gas obtained from the first ion detector 212 and a second total pressure TP2 of the sample gas obtained from the second ion detector 213.
    • 使用四极质谱法的气体分析仪等设置有离子化器211以离子化样品气体,第一离子检测器212和第二离子检测器213,每个被配置为检测来自离子发生器211的各离子,并且每个离子化 在离子交换器211的相对侧上离离电离器211的相应距离,各自的距离彼此不同,插入在离子发生器211和第一离子检测器212之间的滤波器214,以选择性地允许来自离子发生器211的离子通过, 以及算术装置3,其通过使用从第一离子检测器212获得的样品气体的第一总压TP1和第二总量来校正由第一离子检测器212获得并由过滤器214选择的特定成分的分压PP1, 从第二离子检测器213获得的样品气体的压力TP2。
    • 4. 发明授权
    • Pneumatic infrared ray detector for use in gas analyzer
    • 气体红外线检测仪用于气体分析仪
    • US5362967A
    • 1994-11-08
    • US127004
    • 1993-09-24
    • Junji AokiKazuhide Mukaihara
    • Junji AokiKazuhide Mukaihara
    • G01N21/37G01N21/61
    • G01N21/37
    • A pneumatic infrared ray detector for use in a gas analyzer provided with a gas-slowly leaking mechanism capable of not only controlling a quantity of gas leaked in high accuracy but also increasing a range capable of controlling said quantity of gas leaked is provided. A body is provided with gas chambers and a detecting gas chamber and the respective gas chambers are communicated with said detecting gas chamber through gas passages. A ring-shaped leak-controlling sheet on the bottom surface of the detecting gas chamber is provided with a groove-like gas-leaking passage between the inner and outer circumferential edges thereof and a ring-shaped diaphragm and a vibrating diaphragm are built up on said leak-controlling sheet to be fixedly pressurized by means of a cover plate through a pressurizing member and a plate spring.
    • 一种用于气体分析仪的气动红外线检测器,其设置有气体缓慢泄漏机构,其不仅可以高精度地控制泄漏的气体量,还可以增加能够控制泄漏的气体量的范围。 主体设有气室和检测气室,各个气室通过气体通道与所述检测气室连通。 在检测气体室的底面上的环状泄漏控制片在其内周缘和外周缘之间设置有槽状的气体泄漏通道,并且环形隔膜和振动膜被构建在 所述泄漏控制片通过加压构件和板簧通过盖板固定地加压。
    • 5. 发明授权
    • Tubing pump
    • 管式泵
    • US4568254A
    • 1986-02-04
    • US618362
    • 1984-06-07
    • Kunio TeradaJunji Aoki
    • Kunio TeradaJunji Aoki
    • F04C5/00F04B43/12F04B45/08
    • F04B43/1292
    • The present invention is concerned with a tubing pump used for conveying various kinds of fluids with a plurality of tubes different from each other in inner diameter and pressed by a rotating tube-pressing device. Each of the tubing parts of tubes to be pressed by the tube pressing device is connected to the remaining parts of the tube so as to be replaceable and to compose a tube unit in cooperation with the remaining parts. Relative position coordinating pins are provided for enabling correct replacement of tubing parts assembled into the tube unit to be pressed.
    • 本发明涉及一种用于输送具有内径不同的多个管的各种流体的管式泵,并通过旋转管压装置进行挤压。 由管按压装置按压的管的每个管道部分连接到管的其余部分,以便可替换,并与其余部分协作组成管单元。 提供了相对位置协调销以使得能够正确地更换组装到要被按压的管单元中的管件。
    • 6. 发明授权
    • Detector for bidirectional movement of an extensible member in an
electronic digital scale
    • 用于电子数字秤中可扩展部件的双向移动的检测器
    • US4150282A
    • 1979-04-17
    • US845792
    • 1977-10-26
    • Junji AokiTetsuo Iwase
    • Junji AokiTetsuo Iwase
    • G01P13/04G01B3/10G01B7/02G01B21/02G01D5/36H03K21/02G06M3/14G01B3/12
    • G01B3/1061G01D5/363H03K21/026G01B2003/1069
    • An extensible tape member is provided to extend along an object to be measured, and to permit a detection plate to rotate in unison with the pulling in and out movement of the extensible member. A pair of photo-electric elements is positioned with respect to the detection plate for developing detection signals in accordance with rotation of the detection plate. The detection signals are developed as a function of an amount of the extension of the tape member and the direction of the tape extension. The detection signals derived from the pair of the elements have a phase difference with respect to each other so as to determine whether the extensible tape member is being pulled out or in the housing of the digital scale, that is, the direction of the extension of the tape member. The detection signals are introduced into a logic circuit for developing control signals which are supplied to a display driver. The driver excites a display which provides an indication of distance information responsive to measured length.
    • 提供可延伸的带状构件以沿待测量的物体延伸,并且允许检测板与可伸展构件的拉入和移出一致地旋转。 一对光电元件相对于检测板定位,用于根据检测板的旋转显影检测信号。 检测信号根据带部件的延伸量和带延伸方向的变化而发展。 从所述一对元件导出的检测信号相对于彼此具有相位差,以便确定可延伸带构件是被拉出还是在数字标尺的外壳中,即扩展方向 磁带成员。 检测信号被引入逻辑电路中,用于产生提供给显示驱动器的控制信号。 驾驶员激发响应于测量长度提供距离信息的指示的显示器。
    • 7. 发明授权
    • Residual gas analyzer
    • 残留气体分析仪
    • US08054081B2
    • 2011-11-08
    • US12294888
    • 2007-03-09
    • Toru IkedaJunji AokiKotaro Takijiri
    • Toru IkedaJunji AokiKotaro Takijiri
    • G01N27/62
    • G01N27/62H01J49/00
    • Provided is an excellent residual gas analyzer, which can perform measurements while being suitably arranged even in small areas, such as those in semiconductor equipments, and can perform measurements for display of measurement results without an external personal computer. The analyzer is provided with a sensor unit having a sensor section for detecting a residual gas; an operating section for receiving operation for controlling the sensor section; a residual gas analysis processing section for processing analysis of the residual gas based on the output from the sensor section; and an analysis processing result screen display section for displaying on a screen the analysis processing results obtained from the residual gas analysis processing section. The analyzer is also provided with a device main body which can be in a mounted status wherein the sensor unit is mounted or in a removed status wherein the sensor unit is removed.
    • 本发明提供了一种优良的残留气体分析装置,即使在半导体装置等的小区域中也能适当地进行测量,并且可以在没有外部个人计算机的情况下进行测量结果的显示的测量。 分析仪设置有具有用于检测残留气体的传感器部分的传感器单元; 用于接收用于控制传感器部分的操作的操作部分; 残留气体分析处理部,其基于来自所述传感器部的输出来对所述残留气体进行分析处理; 以及分析处理结果画面显示部,用于在画面上显示从残留气体分析处理部得到的分析处理结果。 分析仪还设置有可以处于安装状态的装置主体,其中安装传感器单元或处于去除状态,其中传感器单元被移除。
    • 8. 发明授权
    • Gas analyzer
    • 气体分析仪
    • US4593197A
    • 1986-06-03
    • US699394
    • 1985-02-07
    • Kimio MiyatakeJunji Aoki
    • Kimio MiyatakeJunji Aoki
    • G01N21/35G01N21/3504G01N21/61G01J1/00
    • G01N21/3504
    • A gas analyzer has a generally cylindrical cell having cell windows closing the opposite ends thereof and which are infrared passing materials and pipes for passing a sample gas through the cell, a source of infrared radiation at one end of the cell, a chopper at the other end of the cell, and a sensing part of the other end of the cell on the opposite side of the chopper from the cell. The sensing part has a plurality of dual pyroelectric sensors spaced around the axis of the cell and each having a pair of elements constituted by a light receiving element for receiving infrared radiation which has passed through the cell and an auxiliary element, the pair of elements in each sensor being positioned substantially radially relative to the axis of the cell with the light receiving element radially inwardly of the auxiliary element and lying within the cross-section of the inner peripheral surface of the cylindrical cell and the auxiliary element lying outside the cross-section.
    • 气体分析仪具有通常为圆柱形的单元,其具有封闭其相对端的单元窗口,其是用于使样品气体通过单元的红外通过材料和管道,在单元的一端处的红外辐射源,另一端的切碎机 电池的端部以及电池另一端的与电池相反的另一端的感测部分。 感测部分具有围绕电池的轴线间隔开的多个双重热电传感器,每个具有由用于接收通过电池的红外辐射的光接收元件和辅助元件构成的一对元件, 每个传感器相对于电池的轴线大致径向地定位,其中光接收元件在辅助元件的径向向内并且位于圆柱形电池的内周表面的横截面内,并且辅助元件位于横截面之外 。
    • 10. 发明授权
    • Gas analyzer
    • 气体分析仪
    • US08296090B2
    • 2012-10-23
    • US12595821
    • 2008-04-02
    • Junji AokiHirokazu KitauraSaid Boumsellek
    • Junji AokiHirokazu KitauraSaid Boumsellek
    • G01L27/00G01L15/00
    • H01J49/0009G01L21/30H01J41/02H01J41/10H01J49/0027
    • A gas analyzer using a quadrupole mass spectrometric method etc. is provided with an ionizer to ionize a sample gas, a first ion detector and a second ion detector each configured to detect a respective ion from ionizer, and each being disposed a respective distance from the ionizer on an opposite side of the ionizer, the respective distances being different from each other, a filter interposed between the ionizer and the first ion detector to selectively allow ions from the ionizer to pass therethrough, and an arithmetic device to correct a partial pressure of a specific component obtained from the first ion detector and selected by the filter by using a first total pressure of the sample gas obtained from the first ion detector and a second total pressure of the sample gas obtained from the second ion detector.
    • 使用四极质谱法的气体分析仪等设置有电离器,用于离子化样品气体,第一离子检测器和第二离子检测器,每个离子检测器和第二离子检测器被配置为检测来自电离器的相应离子, 电离器在离子交换器的相对侧上,各自的距离彼此不同,插入在离子发生器和第一离子检测器之间以选择性地允许来自离子发生器的离子通过的过滤器,以及用于校正离子发生器的分压的运算装置 由第一离子检测器获得的特定成分,并通过使用从第一离子检测器获得的样品气体的第一总压力和由第二离子检测器获得的样品气体的第二总压力由过滤器选择。