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    • 1. 发明授权
    • In-vehicle information apparatus and in-vehicle navigation apparatus for high altitude applications
    • 用于高空应用的车载信息装置和车载导航装置
    • US07991547B2
    • 2011-08-02
    • US12230952
    • 2008-09-09
    • Masato YoshidaMakoto Tanaka
    • Masato YoshidaMakoto Tanaka
    • G01C21/30
    • G01C21/3407
    • From among high upland area determination data stored in a hard disk drive, only a portion corresponding to a required segmental region is read into an external memory along with traveling of a vehicle. Determining of a high upland area is then executed based on the portion of the high upland determination in the external storage device. When a high-upland division is present in a vicinity of a present position, a portion of the high upland area determination data is read into the external memory. The read portion of the high upland area determination data corresponds to a high upland area, which covers all the high-upland divisions adjacently existing starting from the high-upland division in the vicinity of the present position. When a high-upland division is not present in the vicinity of the present position, a portion of the high upland area determination data corresponding to a segmental region having a predetermined minimum range centering on the present position is read into the external memory.
    • 从存储在硬盘驱动器中的高地区确定数据中,只有与所需分段区域对应的部分与车辆的行驶一起被读取到外部存储器中。 然后根据外部存储装置中的高地区确定部分来执行高地区的确定。 当在当前位置附近存在高地分区时,将高地区确定数据的一部分读入外部存储器。 高地区确定数据的读取部分对应于高地区,覆盖从现在位置附近的高地分区开始的所有高地陆地分区。 当在当前位置附近不存在高地区划分时,将与当前位置相对应的具有预定最小范围的段区域的高地盘区域确定数据的一部分读入外部存储器。
    • 2. 发明申请
    • In-vehicle information apparatus and in-vehicle navigation apparatus
    • 车载信息装置和车载导航装置
    • US20090082959A1
    • 2009-03-26
    • US12230952
    • 2008-09-09
    • Masato YoshidaMakoto Tanaka
    • Masato YoshidaMakoto Tanaka
    • G01C21/34G06F12/00
    • G01C21/3407
    • From among high upland area determination data stored in a hard disk drive, only a portion corresponding to a required segmental region is read into an external memory along with traveling of a vehicle. Determining of a high upland area is then executed based on the portion of the high upland determination in the external storage device. When a high-upland division is present in a vicinity of a present position, a portion of the high upland area determination data is read into the external memory. The read portion of the high upland area determination data corresponds to a high upland area, which covers all the high-upland divisions adjacently existing starting from the high-upland division in the vicinity of the present position. When a high-upland division is not present in the vicinity of the present position, a portion of the high upland area determination data corresponding to a segmental region having a predetermined minimum range centering on the present position is read into the external memory.
    • 从存储在硬盘驱动器中的高地区确定数据中,只有与所需分段区域对应的部分与车辆的行驶一起被读取到外部存储器中。 然后根据外部存储装置中的高地区确定部分来执行高地区的确定。 当在当前位置附近存在高地分区时,将高地区确定数据的一部分读入外部存储器。 高地区确定数据的读取部分对应于高地区,覆盖从现在位置附近的高地分区开始的所有高地陆地分区。 当在当前位置附近不存在高地区划分时,将与当前位置相对应的具有预定最小范围的段区域的高地盘区域确定数据的一部分读入外部存储器。
    • 3. 发明申请
    • Switched Reluctance Motor and Switched Reluctance Motor Drive System
    • 开关磁阻电机和开关磁阻电机驱动系统
    • US20130342039A1
    • 2013-12-26
    • US13529620
    • 2012-06-21
    • Takashi UMEMORIMakoto Tanaka
    • Takashi UMEMORIMakoto Tanaka
    • H02K19/10
    • H02K19/103H02K29/03
    • A regenerative switched reluctance motor and a motor drive system therefor are provided. The motor has a rotor 33 with stacked rotor units 33a-33d each comprising 2n salient poles and a stator 31 with stacked stator units 31a-31d surrounded by and corresponding to the rotor units and each comprising 4n magnetic poles to form a predetermined gap with the salient poles of the corresponding rotor unit. A first excitation coil 32(A) is wound on every other one of the 4n magnetic poles of each stator unit, while a second excitation coil 32(B) is wound on the remaining magnetic poles thereof. The rotor units are sequentially shifted by a predetermined angle in angular position relative to the stator units. The switched reluctance motor and the motor drive system can efficiently drive the motor and recover regenerative power with little torque ripple and noise.
    • 提供一种再生式开关磁阻电动机及其电动机驱动系统。 电动机具有转子33,转子33具有堆叠的转子单元33a-33d,每个转子单元包括2n个凸极,定子31具有层叠的定子单元31a-31d,该转子单元由转子单元包围并对应于转子单元,每个包括4n个磁极,以形成与 相应转子单元的极点。 第一励磁线圈32(A)缠绕在每个定子单元的4n个磁极中的每一个上,而第二激励线圈32(B)缠绕在其剩余的磁极上。 转子单元相对于定子单元在角度位置顺序地偏移预定的角度。 开关磁阻电动机和电机驱动系统可以有效地驱动电机,并以较小的转矩脉动和噪声来恢复再生电力。
    • 6. 发明授权
    • Fuel injection control device
    • 燃油喷射控制装置
    • US08051838B2
    • 2011-11-08
    • US12575614
    • 2009-10-08
    • Makoto Tanaka
    • Makoto Tanaka
    • F02M51/00
    • F02D41/401F02D41/3845F02D41/402F02D2041/389F02D2200/0604F02D2250/04F02M63/0007Y02T10/44
    • A high-pressure pump section pumps fuel in a fuel tank into a delivery pipe. An injector injects the fuel in the delivery pipe directly into a combustion chamber of an engine. An ECU calculates fuel injection quantity based on an operation state of the engine and calculates fuel injection time based on the fuel injection quantity and pressure of the fuel in the delivery pipe. The ECU calculates fuel injection start timing based on the operation state of the engine. The ECU sets the fuel injection time and the fuel injection start timing as a base injection period. When a fuel inflow period, in which the high-pressure fuel flows into the delivery pipe with the fuel pumping by the high-pressure pump section, overlaps with the base injection period, the ECU changes the base injection period to eliminate or reduce the overlap.
    • 高压泵部分将燃料箱中的燃料泵送到输送管中。 喷射器将输送管中的燃料直接喷射到发动机的燃烧室中。 ECU根据发动机的运转状态来计算燃料喷射量,并基于输送管内的燃料的燃料喷射量和压力计算燃料喷射时间。 ECU根据发动机的运转状态来计算燃料喷射开始时刻。 ECU将燃料喷射时间和燃料喷射开始定时设定为基准喷射期间。 当燃料流入时段(其中高压燃料流入高压泵部分的燃料的输送管道)与基础喷射期间重叠时,ECU改变基准喷射周期以消除或减少重叠 。
    • 8. 发明授权
    • Sensor
    • 传感器
    • US07770302B2
    • 2010-08-10
    • US12271995
    • 2008-11-17
    • Makoto Tanaka
    • Makoto Tanaka
    • G01B5/016G01B5/004
    • G01B5/016G01B7/016
    • To provide a sensor having a long operational life. A sensor which senses contact with an object through tilting of a probe having a rod shape, the sensor including: a housing having a hollow columnar shape; the probe arranged to project from an inside of the housing to an outside of the housing, and capable of reciprocating and tilting with respect to the housing; connectors fixed to a part of the probe, which is located inside the housing; terminals fixed to positions inside the housing that come into contact with the connectors, and which conduct electricity through the contact with the connectors; a probe biasing unit configured to force the probe along a direction of the reciprocation so that the connectors come into contact with the terminals; and a releasing unit configured to release the contact between the connectors and the terminals brought upon by the probe biasing unit.
    • 提供具有长使用寿命的传感器。 传感器,其通过倾斜具有杆状的探针来感测与物体的接触,所述传感器包括:具有中空柱状的壳体; 所述探针被布置成从所述壳体的内部突出到所述壳体的外部,并且能够相对于所述壳体往复运动和倾斜; 连接器固定在位于壳体内部的探针的一部分上; 端子固定在与连接器接触的壳体内的位置,并且通过与连接器的接触而导电; 探针偏压单元,其构造成沿着往复运动的方向迫使探头,使得连接器与端子接触; 以及释放单元,其构造成释放所述连接器与由所述探针偏压单元带来的所述端子之间的接触。
    • 10. 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。