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    • 2. 发明授权
    • Activating device
    • 激活装置
    • US06246564B1
    • 2001-06-12
    • US09344483
    • 1999-06-25
    • Tokihiko SugiuraTetsuo TakanoShinji MiuraYoshihiro Ikushima
    • Tokihiko SugiuraTetsuo TakanoShinji MiuraYoshihiro Ikushima
    • H01H4700
    • H01H47/001E05F15/41E05Y2201/422E05Y2201/43E05Y2800/252E05Y2800/428E05Y2900/55H02H7/0851Y10T307/826
    • An actuating device for a motor used in a power window of an automobile which can drive the motor reliably to open the window even when the automobile is submerged in water. This device has a simple configuration is relatively small and inexpensive. This activating device comprises a drive circuit for a motor which has first and second relays to allow electric current to flow so as to drive the motor in either the forward or reverse direction. The contact of the second relay, which drives the motor in one direction, is used in such a way that the contact forms a part of an electronic circuit for the magnetic coil of the first relay. When the second relay operates, the electric circuit for the magnetic coil of the first relay is closed off. This activating device can ensure that a power window will be opened even if the automobile is submerged, and the first and second relay are switched ON at the same time.
    • 一种用于汽车电动车窗的电动机的致动装置,即使在汽车浸没在水中时也可以可靠地驱动电动机打开车窗。 该设备具有简单的配置,比较小而且便宜。 该启动装置包括用于电动机的驱动电路,该驱动电路具有第一和第二继电器,以允许电流流动,以便在正向或反向方向上驱动电动机。 以一种方式使电动机沿一个方向驱动的第二继电器的触点形成为第一继电器的电磁线圈的电子电路的一部分。 当第二继电器工作时,第一继电器的电磁线圈的电路闭合。 该启动装置可以确保即使汽车被淹没也将打开电动窗,并且第一和第二继电器同时接通。
    • 4. 发明授权
    • Layout designing apparatus for circuit boards
    • 电路板布局设计装置
    • US5691913A
    • 1997-11-25
    • US410708
    • 1995-03-27
    • Masayuki TsuchidaYukinobu NishikawaHirokazu UemuraShinji Miura
    • Masayuki TsuchidaYukinobu NishikawaHirokazu UemuraShinji Miura
    • G06F17/50H05K1/14H05K1/18H05K3/00
    • H05K3/0005G06F17/5068H05K1/141H05K1/181
    • A layout designing apparatus for circuit boards including a mother board and a substrate which comprises a layout data storage unit for having areas to store data; an operation unit for giving directions; a mother board setting unit for creating the data about the mother board in the layout data storage unit according to the operation unit; a substrate placement unit for creating the data in the layout data storage unit according to the operation unit so that the substrate of a given configuration is placed on a given place on the mother board; a component placement unit for creating the data in the layout data storage unit according to the operation unit so that components of given configurations are placed on given places on the mother board and on the substrate; a routing unit for creating the data in the layout data storage unit according to the operation unit so that routing paths of given configurations are laid out on the mother board and on the substrate; a display unit; and a layout data display control unit for controlling the display unit to display configurations and places of the mother board, the substrate, components and routing paths as created.
    • 一种包括母板和基板的电路板的布局设计装置,包括:具有用于存储数据的区域的布局数据存储单元; 用于指示的操作单元; 母板设置单元,用于根据操作单元在布局数据存储单元中创建关于母板的数据; 基板放置单元,用于根据操作单元在布局数据存储单元中创建数据,使得给定配置的基板放置在母板上的给定位置; 组件放置单元,用于根据操作单元在布局数据存储单元中创建数据,使得给定配置的组件放置在母板和基板上的给定位置; 路由单元,用于根据操作单元在布局数据存储单元中创建数据,使得给定配置的路由路径布置在母板和基板上; 显示单元; 以及布局数据显示控制单元,用于控制显示单元显示所产生的母板,基板,部件和布线路径的配置和位置。
    • 7. 发明申请
    • HIGH PRESSURE-RESISTANT TYPE ELECTRICAL DEIONIZATION APPARATUS, HIGH PRESSURE-RESISTANT TYPE ELECTRICAL DEIONIZATION SYSTEM AND METHOD OF PRODUCING ULTRAPURE WATER USING HIGH PRESSURE-RESISTANT TYPE DEIONIZATION SYSTEM
    • 高耐压型电气除锈装置,高耐压型电除尘系统及使用高耐压型除氧系统生产超声波水的方法
    • US20090127117A1
    • 2009-05-21
    • US12248488
    • 2008-10-09
    • Shinji MIURASyuichi Ueno
    • Shinji MIURASyuichi Ueno
    • C02F1/469B01J47/14
    • C02F1/4695B01D61/48B01D61/54B01D2313/20C02F2103/04C02F2209/03Y02A20/134
    • The present invention provides an electrical deionization apparatus suitable for an ultra pure water production system allowing high pressure raw water from an atomic power plant to be reused as the ultra water. The electric deionization stack 10 comprises a plurality of compartments defined by a compartment frame 11 and an ion exchange membrane 12. The compartments at the opposite ends construct an anode compartment 13 and a cathode compartment 14. The compartments, which are located between the anode compartment 13 and the cathode compartment 14, construct at least one concentrating compartment 15 and at least one deionizing compartment 16. Each compartment frame 11a constructing the concentrating compartment 15 has a concentrated water outlet 17. Each compartment frame 11b constructing the deionizing compartment 16 has a treated water outlet 18. In the pressure vessel 20, a concentrated water chamber 24 and a treated water chamber 25 are partitioned by a partition plate 23. Into the concentrated water chamber 24, the concentrated water flows from the concentrated water outlet 17 of the electric deionization stack 10. Into the treated water chamber 25, the treated water flows from the treated water outlet 18.
    • 本发明提供一种适用于超纯水生产系统的电去离子装置,其允许来自原子能发电厂的高压原水作为超水再利用。 电去离子堆叠10包括由隔间框架11和离子交换膜12限定的多个隔室。相对端部的隔室构成阳极室13和阴极室14.位于阳极隔室 13和阴极室14构成至少一个浓缩室15和至少一个去离子室16.构成浓缩室15的每个隔间框架11a具有浓缩水出口17.构成去离子室16的每个隔间框架11b具有处理 出水口18.在压力容器20中,浓缩水室24和处理水室25被分隔板23分隔。浓缩水室24中的浓缩水从电去离子水的浓缩水出口17流出 经处理的水室25中处理过的水从处理水流出 d出水口18。