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    • 61. 发明授权
    • Veneer hoisting apparatus
    • 单板起重机
    • US5669602A
    • 1997-09-23
    • US617130
    • 1996-03-18
    • Akira Ito
    • Akira Ito
    • B65G61/00B65G59/02B65H3/22
    • B65H3/22
    • A veneer hoisting apparatus in which even a top veneer of piled veneers is inclined, a piercing unit is adapted to the inclination to pierce and hoist the veneer by piercing members. The veneer hoisting apparatus comprises: a piercing unit with a sharp piercing member; an elevating member for vertically moving the piercing unit fixed thereto; a device for supporting the elevating member, the supporting device having an angle adjusting mechanism for adjusting an angle between the piercing unit and the top veneer when the piercing member contacts the top veneer; and a controller for controlling motion of the elevating member.
    • 一种单板起重设备,其中即使是顶层单板的平板单板倾斜,穿孔单元适于倾斜以刺穿并通过穿孔构件提升单板。 单板起重装置包括:具有尖锐穿孔构件的穿孔单元; 用于使固定在其上的穿刺单元垂直移动的升降构件; 用于支撑升降构件的装置,所述支撑装置具有角度调节机构,用于当穿孔构件接触顶部单板时调节穿孔单元和顶部单板之间的角度; 以及用于控制升降构件的运动的控制器。
    • 64. 发明授权
    • Distance measuring device
    • 距离测量装置
    • US5614984A
    • 1997-03-25
    • US505518
    • 1995-04-19
    • Yoichi SekiTomihiko AoyamaMichio KawaiAkira Ito
    • Yoichi SekiTomihiko AoyamaMichio KawaiAkira Ito
    • G01C3/06G01S17/46G02B7/32H01L21/68G03B13/36
    • G02B7/32G01S17/46
    • A distance measuring device for ensuring accuracy of the positional relationship between the optical axis of a light-receiving lens and the optical center of a light-receiving element obtains distance information data by measuring the distance to a target plate which is 1 meter from the distance measuring device. If the distance information is not smaller than 1.625 meter, a switch is connected to one pair of terminals and the difference between reference output data stored in a control circuit and output data of an AF-IC obtained when the distance to the target plate is measured with the switch connected to the pair of terminals is calculated and stored in a memory circuit. When the value of the distance information data is not greater than 0.375 meter, the switch is connected to another pair of terminals, and output deviation data is stored in the memory circuit 11 in the same way. When the value of the distance information value is smaller than 1.625 meter and greater than 0.375 meter, the switch is connected to a further pair of terminals, and output deviation data is stored in the memory circuit in the same way.
    • 用于确保光接收透镜的光轴与光接收元件的光中心之间的位置关系的精确度的距离测量装置通过测量距离距离为1米的目标板的距离来获得距离信息数据 测量工具。 如果距离信息不小于1.625米,则开关连接到一对端子,并且存储在控制电路中的参考输出数据与当到目标板的距离被测量时获得的AF-IC的输出数据之间的差异 连接到一对终端的开关被计算并存储在存储器电路中。 当距离信息数据的值不大于0.375米时,开关连接到另一对端子,并且输出偏差数据以相同的方式存储在存储器电路11中。 当距离信息值小于1.625米且大于0.375米时,开关与另一对端子连接,输出偏差数据以相同的方式存储在存储器电路中。
    • 70. 发明授权
    • Power amplifier device comprising a plurality of feedforward distortion
compensating circuits in parallel
    • 功率放大器装置并联包括多个前馈失真补偿电路
    • US5412342A
    • 1995-05-02
    • US4466
    • 1993-01-14
    • Hironori SakamotoAkira ItoToshio Nojima
    • Hironori SakamotoAkira ItoToshio Nojima
    • H03F3/68H03F1/32H03F3/60
    • H03F1/3229H03F3/602H03F2201/3218
    • For supply to first and second feedforward distortion compensating circuits 33(1), 33(2) connected in parallel, a two-divider 31 divides into signals of a common phase and a common amplitude an input or composite radio frequency signal supplied to an input terminal 11. The composite radio frequency signal collectively has a plurality of radio frequency signals of different frequencies. A two-combiner 35 combines component outputs of the feedforward circuits in inphase as an amplified output signal which is supplied to an output terminal 13. In general, N feedforward circuits (N being an integer not less than two) are connected in parallel and are supplied with the input radio frequency signal through an N-divider. Component outputs of the feedforward circuits are combined in inphase as the output signal by an N-combiner. Alternatively, the input radio frequency signal is divided into signals of a predetermined phase difference and of a common amplitude by the N-divider. In this case, the component outputs of the feedforward circuits are combined in a phase of cancelling the predetermined phase difference by the N-combiner.
    • 为了供应到并联连接的第一和第二前馈失真补偿电路33(1),33(2),二分频器31将提供给输入端的输入或复合射频信号分为公共相位和公共振幅信号 复合射频信号共同具有不同频率的多个射频信号。 双组合器35将前馈电路的分量输出同相作为被提供给输出端子13的放大输出信号。通常,N个前馈电路(N是不小于2的整数)并联连接, 通过N分频器提供输入射频信号。 前馈电路的分量输出由N组合器同相作为输出信号组合。 或者,输入射频信号被N分频器分成预定相位差和公共振幅的信号。 在这种情况下,前馈电路的分量输出以N组合器消除预定相位差的相位组合。