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    • 81. 发明专利
    • Antenna device
    • 天线设备
    • JP2010239524A
    • 2010-10-21
    • JP2009087024
    • 2009-03-31
    • Mitsubishi Electric Corp三菱電機株式会社
    • SAITO MASAYUKI
    • H01Q21/08H01Q13/22
    • PROBLEM TO BE SOLVED: To suppress the unbalance of an antenna pattern or increase of a side lobe level in the case of transmitting/receiving orthogonal polarized waves whose polarization planes are orthogonal to each other, by a radiating waveguide where a plurality of cross slots are formed.
      SOLUTION: This antenna device is provided with: a radiating waveguide 1 where a plurality of cross-shaped cross slots slot longitudinal directions of which are respectively oriented in the axial direction of the waveguide and in the orthogonal direction to the axial direction, are arrayed along the waveguide axis; and a feeding waveguide 6 for exciting the cross slots of the radiating waveguide 1, wherein slots 2a to 2e configuring the cross slots which are long in the orthogonal direction to the waveguide axis are characterized in that the slot length changes along the axis of the radiating waveguide 1.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:为了抑制天线方向图的不平衡或在偏振面彼此正交的正交偏振波的发送/接收的情况下的旁瓣电平的增加, 形成交叉槽。 解决方案:该天线装置设置有:辐射波导1,其中多个十字形十字槽槽的纵向方向分别在波导的轴向方向和与轴向正交的方向上定向, 沿着波导轴排列; 以及用于激励辐射波导1的交叉槽的馈电波导6,其中构成沿与波导轴正交的方向上长的交叉槽的槽2a至2e的特征在于,槽长沿辐射轴的轴线变化 波导1.版权所有(C)2011,JPO&INPIT
    • 82. 发明专利
    • Positioning system and positioning method
    • 定位系统和定位方法
    • JP2009063531A
    • 2009-03-26
    • JP2007233647
    • 2007-09-10
    • Mitsubishi Electric Corp三菱電機株式会社
    • SAITO MASAYUKIMITSUTAKE MASAAKIKANEKO KOJISHIMA MITSUHIDE
    • G01C21/00G01S19/23G08G1/0969
    • PROBLEM TO BE SOLVED: To realize a highly precise positioning of millimeter class, in a positioning system which carries out the positioning of a location of a receiving device by receiving a radio wave which GPS satellite or the like transmitted. SOLUTION: The radio wave which GPS satellite or the like transmitted is received by a calibration point receiving device 110 and a measuring point receiving device 210. A calibration point pseudo-range calculation device 120 and a measuring point pseudo-range calculation device 220 calculate a pseudo-range, based on the received radio wave. The pseudo-range is corrected by a calibration point pseudo-rang error correction device 160 and a measuring point pseudo-range error correction device 260 based on an error computed by receiving the radio wave which GPS satellite or the like transmitted in an electronic reference point. Based on the corrected pseudo-range, a calibration point calculated position and a measuring position calculated position are calculated by a calibration point position calculation device 170 and a measuring point position calculation device 270. Based on the calculated calibrated point calculation position and the measuring point calculation position, a measuring point relative position is calculated by a measuring point relative position calculation device 340. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:为了实现毫米级的高精度定位,在通过接收GPS卫星等发送的无线电波来执行接收装置的位置的定位的定位系统中。 解决方案:发送的GPS卫星等的无线电波由校准点接收装置110和测量点接收装置210接收。校准点伪距计算装置120和测量点伪距计算装置 220根据收到的无线电波来计算伪距离。 基于通过接收在电子参考点中发送的GPS卫星等的无线电波计算的误差,通过校准点伪距误差校正装置160和测量点伪距误差校正装置260来校正伪距离 。 基于校正后的伪距离,通过校准点位置计算装置170和测量点位置计算装置270计算校准点计算位置和测量位置计算位置。基于计算的校准点计算位置和测量点 计算位置,测量点相对位置由测量点相对位置计算装置340计算。版权所有(C)2009,JPO&INPIT
    • 85. 发明专利
    • ONE-DIMENSIONAL OPTICAL SENSOR DEVICE
    • JP2000125095A
    • 2000-04-28
    • JP29792098
    • 1998-10-20
    • MITSUBISHI ELECTRIC CORP
    • AOKI TORUHAMAGUCHI TADAHIKOSAITO MASAYUKI
    • H04N1/028H04N1/19
    • PROBLEM TO BE SOLVED: To normally output the electric signals of light receiving elements arranged on both ends of a one-dimensional optical sensor by controlling the output signal of the one-dimensional optical sensor based on reference voltage which a switch means outputs. SOLUTION: When a pulse is transferred to the initial stage or the final stage of a shift register, a reference voltage variable part initial end picture element signal input 27 or a reference voltage variable part terminal picture signal input 29 becomes enable, A reference voltage change-over switch 26 outputs reference voltage generated by an initial end picture element reference voltage generator 30 or a terminal picture element reference voltage generator 32 in a reference voltage generation part 23 to an output amplifier. When the pulses are transferred to a stage except for the both ends of the shift register, a picture element signal input of reference voltage variable part and others 28 becomes enable and the reference voltage change-over switch 26 outputs reference voltage generated in the other picture element reference voltage generator 31 of the reference voltage generator 23 to the output amplifier.
    • 88. 发明专利
    • PAGE PRINTER
    • JPH034316A
    • 1991-01-10
    • JP13746689
    • 1989-06-01
    • MITSUBISHI ELECTRIC CORP
    • SAITO MASAYUKI
    • G06F3/12
    • PURPOSE:To effectively use a function provided in a page printer by providing a control panel for inputting a command with an external operation and executing a command not to be contained in an application program. CONSTITUTION:A page printer 2A receives the command and printing data according to the application program on a host computer 1, a CPU 5 converts the printing data into a bit image data based on the command, and the printing data are printed in a page unit by a printing part 7. Further, the page printer 2A is equipped with a control panel 10 connected to the CPU 5. The control panel 10 is equipped with plural switches to be externally operatable for arbitrarily inputting the command and a display device to display an error image, etc., it is always accessed by the CPU 5, and the command not to be contained in the application program can be executed.
    • 89. 发明专利
    • AREA PAINTING OUT METHOD
    • JPH0245889A
    • 1990-02-15
    • JP19595888
    • 1988-08-08
    • MITSUBISHI ELECTRIC CORP
    • ISHIKAWA MASAKAZUSAITO MASAYUKI
    • G06T11/40
    • PURPOSE:To execute a high-speed and correct painting out processing by executing an inverse processing as to specific one among picture elements contained in the outline of a closed area in parallel to one coordinates axis in a coordinates system to express the closed area from a prescribed outline point and, simultaneously, executing a scanning. CONSTITUTION:The top of a head is used as a start point, and the top next to it is used as an end point. A straight line to connect the start point and end point is prepared, and the picture element of one point is prepared from the side of the start point. From the obtained one point up to an Xmax, a straight line parallel to an X axis is drawn in an inverse mode. The Xmax expresses a maximum coordinates value among all tops of graphic data. When a plotting action up to the end point is completed, the end point of the present is changed to the start point, and the top next to it further is made into the end point. When the final top is made into the start point, the top of the head is made into the end point, and all actions are completed.
    • 90. 发明专利
    • PRINTING IMAGE PROCESSING APPARATUS
    • JPH022040A
    • 1990-01-08
    • JP14579788
    • 1988-06-15
    • MITSUBISHI ELECTRIC CORP
    • SAITO MASAYUKI
    • B41J2/485G06F3/12G06K15/00H04N1/393
    • PURPOSE:To magnify and contrast image data by mounting a correction memory for storing the magnifying power data of the image data, a counter circuit for forming the correction address thereof and a selector for outputting the correction address to an image memory. CONSTITUTION:Image data G is stored in a image memory 9, and horizontal magnifying power data X1 and vertical magnifying power data X2 are respectively stored in the respective correction memory parts 11, 12 in a correction memory 10. When the image data G is read, a selector 40 selects a counter circuit 30 to select selectors 25, 26 and horizontal and vertical counters 23, 24. Therefore, the correction clock CX based on the magnifying power data X is read from the correction memory 10 in synchronous relation to a clock C to be inputted to the counter circuit 30. Gate outputs D1, D2 are inputted to the LSB 33L of a horizontal counter and the LSB 34L of a vertical counter and, therefore, an address is repeated from the counter circuit 30. A thinned correction address AC is formed and the image data G' transmitted to a printer 6 is magnified or contracted.