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    • 2. 发明授权
    • Electronic device and electronic device operating control method
    • 电子设备和电子设备操作控制方法
    • US07955747B2
    • 2011-06-07
    • US12603044
    • 2009-10-21
    • Shigemasa SatoTakao GotoAkio Nishizawa
    • Shigemasa SatoTakao GotoAkio Nishizawa
    • H01M8/00H01M8/04
    • H01M8/04089H01M8/04194
    • Described is an electronic device and an electronic device control method. If voltage generated by the fuel cell, acquired from the voltage detection part, is greater than a specified voltage reference value (VRV), a display part displays the fuel cell as normal. However, if the generated voltage is smaller than the VRV, the residual fuel amount (RFA) detection part detects the RFA. If the RFA is smaller than a specified fuel reference value (FRV), the display part displays that the fuel is insufficient. However, if the RFA is greater than the FRV, the oxidizing agent concentration (OAC) detection part detects the OAC of the fuel cell. If the OAC is smaller than a specified OAC reference value, the display part displays that the oxidizing agent is insufficient. However, if the OAC is greater than the OAC reference value, the display part displays that the fuel cell is abnormal.
    • 描述了电子设备和电子设备控制方法。 如果从电压检测部获取的燃料电池产生的电压大于规定的电压基准值(VRV),则显示部正常显示燃料电池。 然而,如果发电电压小于VRV,则残留燃料量(RFA)检测部检测RFA。 如果RFA小于指定的燃料参考值(FRV),则显示部分显示燃料不足。 然而,如果RFA大于FRV,则氧化剂浓度(OAC)检测部检测燃料电池的OAC。 如果OAC小于指定的OAC参考值,则显示部显示氧化剂不足。 然而,如果OAC大于OAC参考值,则显示部分显示燃料电池异常。
    • 4. 发明申请
    • Electronic Device and Electronic Device Operating Control Method
    • 电子设备和电子设备操作控制方法
    • US20100086816A1
    • 2010-04-08
    • US12603044
    • 2009-10-21
    • Shigemasa SATOTakao GotoAkio Nishizawa
    • Shigemasa SATOTakao GotoAkio Nishizawa
    • H01M8/04
    • H01M8/04089H01M8/04194
    • Described is an electronic device and an electronic device control method. If voltage generated by the fuel cell, acquired from the voltage detection part, is greater than a specified voltage reference value (VRV), a display part displays the fuel cell as normal. However, if the generated voltage is smaller than the VRV, the residual fuel amount (RFA) detection part detects the RFA. If the RFA is smaller than a specified fuel reference value (FRV), the display part displays that the fuel is insufficient. However, if the RFA is greater than the FRV, the oxidizing agent concentration (OAC) detection part detects the OAC of the fuel cell. If the OAC is smaller than a specified OAC reference value, the display part displays that the oxidizing agent is insufficient. However, if the OAC is greater than the OAC reference value, the display part displays that the fuel cell is abnormal.
    • 描述了电子设备和电子设备控制方法。 如果从电压检测部获取的燃料电池产生的电压大于规定的电压基准值(VRV),则显示部正常显示燃料电池。 然而,如果发电电压小于VRV,则残留燃料量(RFA)检测部检测RFA。 如果RFA小于指定的燃料参考值(FRV),则显示部分显示燃料不足。 然而,如果RFA大于FRV,则氧化剂浓度(OAC)检测部检测燃料电池的OAC。 如果OAC小于指定的OAC参考值,则显示部显示氧化剂不足。 然而,如果OAC大于OAC参考值,则显示部分显示燃料电池异常。
    • 5. 发明申请
    • FLOW RATE CONTROL USING MASS FLOW RATE CONTROL DEVICE
    • 使用质量流量控制装置的流量控制
    • US20100000608A1
    • 2010-01-07
    • US12375921
    • 2007-08-02
    • Takao GotoMakoto Tanaka
    • Takao GotoMakoto Tanaka
    • F17D1/00F16K15/00
    • F17D3/01G01F1/6847G01F1/6965G01F5/00G01F25/0053G05D7/0635Y10T137/0324Y10T137/0357Y10T137/0363Y10T137/7722Y10T137/7761Y10T137/85986
    • It is possible to respecify the product (mass flow controller) corresponding to multiple types of actual process gases and multiple flow rate ranges, even after the mass flow controller has been shipped. With the mass flow rate control device in an initial state, calibration gas characteristic data is derived by measuring actual flow rate versus a flow rate setting signal using a calibration gas, and this calibration gas characteristic data is then saved to control unit. Meanwhile, actual gas characteristic data is derived by measuring actual flow rate versus a flow rate setting signal for each of a plurality of types of actual gas, and this actual gas characteristic data is then saved to a storage medium. Subsequently, prior to operating the mass flow rate control device, the actual gas characteristic data for an actual process gas is read from the storage medium via a computer, and the calibration gas characteristic data that was saved to the control unit is read out. The calibration gas characteristic data is then converted to controlled flow rate correction data based on the actual gas characteristic data, and the controlled flow rate correction data is saved to the control unit. Actual gas flow rate is corrected based on this controlled flow rate correction data.
    • 即使在质量流量控制器出货后,也可以重新对应于多种类型的实际工艺气体和多种流量范围的产品(质量流量控制器)。 在质量流量控制装置处于初始状态时,通过使用校准气体测量实际流量与流量设定信号来导出校准气体特性数据,然后将该校准气体特性数据保存到控制单元。 同时,通过测量实际流量相对于多种类型的实际气体中的每一种的流量设定信号来导出实际气体特性数据,然后将该实际气体特性数据保存到存储介质。 随后,在操作质量流量控制装置之前,经由计算机从存储介质读取实际处理气体的实际气体特性数据,并读出保存到控制单元的校准气体特性数据。 然后,基于实际气体特性数据将校准气体特性数据转换为受控流量校正数据,并将控制流量校正数据保存到控制单元。 基于该受控流量校正数据校正实际气体流量。
    • 6. 发明申请
    • MOBILE PHONE EQUIPPED WITH A CAMERA
    • 手机配有相机
    • US20090270125A1
    • 2009-10-29
    • US12495658
    • 2009-06-30
    • Takao GOTOTetsuo In
    • Takao GOTOTetsuo In
    • H04M1/00
    • H04M1/021G06F1/162G06F1/1677G06F1/1686G06F2200/1614G06F2200/1637H04M1/0218H04M1/0243H04M2250/52H04N5/23293H04N2007/145
    • The present invention relates to a portable terminal in which the orientation of the displayed subject is the same as the actual orientation of the subject. The reference attitude when taking a picture is shown in FIG. 5, with the lid 12 being rotated substantially about 90 degrees about the X-axis with respect to the main body, and a perpendicular of the display 32 is in the same orientation as the optical axis of the CCD 41. In this attitude, the image captured by the CCD 41 is displayed as it is in the display 32. On the other hand, when the angle detector 51 detects that the lid 12 is rotated by a further 90 degrees with respect to the main body 11 from the attitude of FIG. 5 and the lid 12 and the main body 11 are opened by about 180 degrees, the image captured by the CCD 41 is rotated by 90 degrees, and the rotated image is displayed in the display 32. The present invention can be applied to portable type terminals such as mobile phones having a two axially rotatable structure, PDA, personal computers.
    • 便携式终端技术领域本发明涉及一种便携式终端,其中所显示的被摄体的取向与被摄体的实际取向相同。 拍摄照片时的参考姿势如图1所示。 如图5所示,盖12相对于主体围绕X轴旋转大约90度,并且显示器32的垂直方向与CCD 41的光轴相同。在这种姿势下, 由CCD41拍摄的图像直接显示在显示器32中。另一方面,当角度检测器51检测到盖12相对于主体11从图6的姿态旋转另外90度时 。 如图5所示,盖12和主体11打开约180度,由CCD 41拍摄的图像旋转90度,旋转图像显示在显示器32中。本发明可应用于便携式 诸如具有两个可轴向旋转结构的移动电话的终端,PDA,个人计算机。
    • 8. 发明授权
    • Connector for coupling a harness and a stringed instrument
    • 用于连接线束和弦乐器的连接器
    • US5615462A
    • 1997-04-01
    • US661727
    • 1996-06-11
    • Takao Goto
    • Takao Goto
    • G10D3/18G10G5/00
    • G10G5/005Y10T24/45471Y10T24/45487Y10T24/45492
    • A connector for releasably connecting a harness to a stringed instrument. The connector includes an engaging member provided on terminal ends of the harness and a receiving member provided on opposite ends of the stringed instrument body. The connector is operated by rotation of a knob fixed on the engaging member to engage and release the receiving member. An insertion cylinder is provided on the engaging member and includes a pair of diametrically opposed engaging elements which are pivotally mounted therein. The engaging elements are dimensioned so as to engage a fitting groove on an inner peripheral wall of a receiving cylinder of the receiving member. The knob provided on the engaging member is limited to rotation through a predetermined angle. A rotatable shaft extends into the insertion cylinder and can be positioned to engage the engaging elements. The rotatable shaft has a lower cross-sectional shape which has a large diameter and a small diameter. Thus, depending upon the rotational position of the rotary shaft, the engaging elements are alternatively engaged with or disengaged from the fitting groove. Also, in the engaged position, the engaging member and the receiving member are relatively rotatable.
    • 一种用于将线束可释放地连接到弦乐器的连接器。 连接器包括设置在线束的末端上的接合部件和设置在弦乐器本体的相对端部上的接收部件。 连接器通过固定在接合构件上的旋钮的旋转来操作,以接合和释放接收构件。 插入圆筒设置在接合构件上,并且包括可枢转地安装在其中的一对直径相对的接合元件。 接合元件的尺寸设计成与接收构件的接收圆筒的内周壁上的配合槽接合。 设置在接合构件上的把手限制在预定角度的旋转。 可旋转轴延伸到插入筒中并且可以定位成接合接合元件。 旋转轴具有较小的直径和较小直径的下横截面形状。 因此,根据旋转轴的旋转位置,接合元件交替地与配合槽接合或脱离配合槽。 此外,在接合位置,接合构件和接收构件是相对可旋转的。
    • 9. 发明授权
    • Fine silica tube and process for making same
    • 精细硅胶管及其制造方法
    • US5573983A
    • 1996-11-12
    • US554715
    • 1995-11-07
    • Hidenori NakamuraYasushi MatsuiTakao Goto
    • Hidenori NakamuraYasushi MatsuiTakao Goto
    • C03C3/06C01B33/152C01B33/16C03B8/02C03B19/12C03B20/00C03C1/00C03C13/02C03C13/00
    • C01B33/163C03B19/12C03C1/006
    • A fine silica tube composed of silica gel and having an outer diameter of 0.05 to 2 .mu.m wherein the cylindrical wall portion of the tube has a cross-section defined by a substantially square outer periphery and a substantially square vacant center, or by a circular outer periphery and a substantially square vacant center; and a fine silica tube composed of silica glass and having an outer diameter of 0.05 to 1.4 .mu.m wherein the cylindrical wall portion of the tube has a cross-section defined by a substantially square outer periphery and a substantially square vacant center. The fine silica gel tube is made by treating a tetraalkoxysilane with ammonia or aqueous ammonia in a water-soluble alcohol medium in the presence of tartaric acid, citric acid, a tartaric acid salt or a citric acid salt, whereby the tetraalkoxysilane is hydrolyzed. The fine silica glass tube is made by calcining the fine silica gel tube at 800.degree. to 1,400.degree. C.
    • 由硅胶构成的外径为0.05〜2μm的二氧化硅细管,其特征在于,所述管的筒状壁部的截面形状为大致正方形的外周面,大致为空心的中心, 外周边和大致正方形的空中心; 以及由石英玻璃构成的外径为0.05〜1.4μm的细石英管,其中管的圆筒壁部分具有由基本上正方形的外周和基本上为空的中心限定的横截面。 通过在酒石酸,柠檬酸,酒石酸盐或柠檬酸盐的存在下,在水溶性醇介质中用氨或氨水处理四烷氧基硅烷,由此使四烷氧基硅烷水解,制成精细硅胶管。 细硅石玻璃管是通过在800〜1400℃下煅烧精细硅胶管制成的。
    • 10. 发明授权
    • Biologic magnetometer for determining an electric current distribution
in a living organ
    • 用于确定活体器官的电流分布的生物磁力计
    • US5495849A
    • 1996-03-05
    • US268675
    • 1994-06-30
    • Takehiko HayashiTakaki ShimuraTakao GotoYoshiyasu Nakashima
    • Takehiko HayashiTakaki ShimuraTakao GotoYoshiyasu Nakashima
    • A61B5/05A61B5/04G01N27/82G01N33/483G01R33/035G01R33/10G06Q50/22G06Q50/24
    • G01R33/0354A61B5/04005G01R33/10G01R33/1269
    • In a method/apparatus of the present invention, a plurality or pickup coils are employed at a plurality of detection points so as to measure magnetic field intensities induced from electric current generated on living organ: the detection points are spatially interpolated/extrapolated; equations to determine relations of a hypothetically located current to the magnetic field intensities at the detection points and the interpolated detection points are established; the magnetic field intensities are measured with the pickup coils; magnetic field intensities are estimated at the interpolated/extrapolated detection points from the magnetic field intensities measured by the pickup coils; and the hypothetically located electric current is calculated by applying said magnetic field intensities at the detection points and said interpolated/extrapolated detection points to said equation. Thus, the electric current value is estimated. The calculation is preferably carried out by a SVD method, where the hypothetically located current is placed at plural current source positions. Matrix constants in the SVD calculation is determined in advance to allow a quick calculation. The interpolated/extrapolated point may be determined according to a linear method or a spline method, or depending on the current location, or on the spatial differentiation of the magnetic field intensity, or may be changed with time.
    • 在本发明的方法/装置中,在多个检测点采用多个或拾取线圈,以便测量由活体器官产生的电流引起的磁场强度:检测点被空间内插/外插; 确定在检测点和内插检测点处确定位置电流与磁场强度的关系的方程式; 用拾取线圈测量磁场强度; 根据由拾取线圈测量的磁场强度在内插/外插检测点处估计磁场强度; 并且通过将检测点处的所述磁场强度和所述内插/外推检测点的所述磁场强度应用于所述等式来计算假设位置的电流。 因此,估计电流值。 该计算优选地通过SVD方法进行,其中将假设位置的电流置于多个电流源位置。 预先确定SVD计算中的矩阵常数,以便快速计算。 内插/外插点可以根据线性方法或样条方法,或者取决于当前位置,或者根据磁场强度的空间差异来确定,或者可以随时间改变。