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    • 91. 发明授权
    • Belt tensioning device for a riding type mower
    • 用于骑马式割草机的皮带张紧装置
    • US08567166B2
    • 2013-10-29
    • US13421032
    • 2012-03-15
    • Akira MinouraAkihito SugioYoshikazu TogoshiEiji Sato
    • Akira MinouraAkihito SugioYoshikazu TogoshiEiji Sato
    • A01D69/08
    • A01D69/06A01D34/76
    • A spring support body is slidably supported on a support portion provided to a connecting member connected to a link mechanism, the spring support body supporting a side of a tension spring opposite to the side connecting the tension spring to a tension wheel body, the tension spring biasing the tension wheel body to a tension position, the tension wheel body being freely movable between a tension position and a tension release position. An operation tool slides the spring support body between the tension side and the loosened side of the tension spring, the operation tool being connected to the spring support body by being disposed such that the operation tool is positioned on a lateral exterior side of a cutting blade housing with respect to the connecting member.
    • 弹簧支撑体可滑动地支撑在设置于与连杆机构连接的连接部件上的支撑部分上,弹簧支撑体支撑拉伸弹簧的一侧,该侧面将拉伸弹簧连接到张力轮主体的一侧,拉伸弹簧 将张力轮本体偏压到张紧位置,张力轮主体可在张力位置和张力释放位置之间自由移动。 操作工具将弹簧支撑体滑动在拉伸弹簧的张力侧和松动侧之间,操作工具通过设置成连接到弹簧支撑体,使得操作工具位于切割刀片的侧向外侧上 壳体相对于连接构件。
    • 92. 发明授权
    • Riding type mower relay shaft for braking
    • 骑马式割草机继电器轴进行制动
    • US08522912B2
    • 2013-09-03
    • US13421080
    • 2012-03-15
    • Masahiro YamadaYoshikazu TogoshiEiji Sato
    • Masahiro YamadaYoshikazu TogoshiEiji Sato
    • B60K26/00B60T7/00B62D1/22
    • A01D69/10
    • A relay shaft is rotatably provided in a lateral direction of a vehicle body on a rear side of the vehicle body with respect to a mowing apparatus and on a front side of the vehicle body with respect to a left and right pair of rear wheel drive apparatuses. A pedal coupling rod extends in the front-rear direction of the vehicle body above the mowing apparatus and connects to a brake pedal and to the relay shaft. A left brake coupling rod extends in the front-rear direction of the vehicle body and connects to a left end of the relay shaft and to an operation portion of a left rear wheel brake. A right brake coupling rod extends in the front-rear direction of the vehicle body and connects to a right end of the relay shaft and to an operation portion of a right rear wheel brake.
    • 继电器轴相对于割草装置在车身的后侧可旋转地设置在车体的左右方向上,并且相对于左右的一对后轮驱动装置在车身的前侧可旋转地设置 。 踏板连接杆在割草装置上方的车身前后方向上延伸并连接到制动踏板和继电器轴。 左制动联轴器在车身的前后方向上延伸并且连接到继电器轴的左端和左后轮制动器的操作部分。 右制动联轴器在车体的前后方向上延伸并连接到继电器轴的右端和右后轮制动器的操作部分。
    • 96. 发明授权
    • Tandem pulse arc welding control apparatus and system therefor
    • 串联脉冲弧焊控制装置及其系统
    • US08237088B2
    • 2012-08-07
    • US12709703
    • 2010-02-22
    • Masahiro YokotaEiji SatoMasahiro Honma
    • Masahiro YokotaEiji SatoMasahiro Honma
    • B23K9/10
    • B23K9/0017B23K9/09B23K9/0953B23K9/121B23K9/1735
    • A tandem pulse arc welding control apparatus includes a voltage detector; a voltage setting unit; a pulse-peak-current-reference-value setting circuit; a pulse-base-current-reference-value setting circuit; an error amplifier that calculates a pulse-peak-current variation value and a pulse-base-current variation value; an adder that calculates a pulse-peak-current value; an adder that calculates a pulse-base-current value; a pulse-waveform selection circuit that outputs the pulse-peak-current value in a pulse peak period, and that outputs the pulse-base-current value in a pulse base period; and an output control circuit that controls a current value for a second welding wire. Because an appropriate welding voltage can be obtained with this configuration, a high welding quality can be realized.
    • 串联脉冲弧焊控制装置包括电压检测器; 电压设定单元; 脉冲峰值电流基准值设定电路; 脉冲基准电流基准值设定电路; 误差放大器,其计算脉冲峰值电流变化值和脉冲基极电流变化值; 计算脉冲峰值电流值的加法器; 计算脉冲基电流值的加法器; 脉冲波形选择电路,其在脉冲峰值期间输出脉冲峰值电流值,并且在脉冲基准周期内输出脉冲基极电流值; 以及控制第二焊丝的电流值的输出控制电路。 由于能够通过该结构获得适当的焊接电压,因此可以实现高的焊接质量。
    • 98. 发明授权
    • Motor-mounted internal gear pump and manufacturing method thereof and electronic equipment
    • 电动内齿轮泵及其制造方法及电子设备
    • US08033796B2
    • 2011-10-11
    • US11883937
    • 2006-05-30
    • Hirotaka KameyaMasato NakanishiYuuichi YanagaseEiji SatoKouji Aizawa
    • Hirotaka KameyaMasato NakanishiYuuichi YanagaseEiji SatoKouji Aizawa
    • F04B49/06
    • F04C2/102F04C15/008Y10T29/49242
    • To maintain the functionality as a compact and inexpensive motor-mounted internal gear pump and also offer further inexpensiveness and reliability. The motor-mounted internal gear pump 80 has a pump part 81 including: an inner rotor 1, an outer rotor 2, a pump casing and an internal shaft 5. The pump casing has flat inner surfaces facing both end faces of the inner rotor 1 and the outer rotor 2. The internal shaft 5 includes a bearing 51 which is inserted into an axial hole of the inner rotor 1 and a fitting part 53 extending from both its ends in both axial directions. The pump casing includes two pump casing members 3, 4 as separate members with flat inner surfaces 25, 26 respectively. The fitting part 53 of the internal shaft 5 is fitted in to fitting holes 27a, 28a made in the flat inner surfaces of the two pump casing members 3, 4 and the two pump casing members 3, 4 are connected with each other outside the outside diameter of the outer rotor while both end faces of the bearing 51 are in contact with the flat inner surfaces 25, 26.
    • 为了保持作为紧凑且廉价的马达安装的内齿轮泵的功能,并且还提供进一步的廉价和可靠性。 电动内置齿轮泵80具有泵部81,泵部81包括内转子1,外转子2,泵壳体和内轴5.泵壳体具有面对内转子1的两端面的平坦的内表面 内轴5包括插入到内转子1的轴向孔中的轴承51和从其两个轴向两端延伸的嵌合部53。 泵壳体包括两个泵壳体构件3,4,它们分别具有平坦的内表面25,26的分离构件。 内轴5的嵌合部53装配在两个泵壳部件3,4的平坦的内表面上形成的嵌合孔27a,28a中,两个泵壳部件3,4彼此外部连接 外转子的直径与轴承51的两端面与平坦的内表面25,26接触。
    • 100. 发明申请
    • DIGITAL CONVERTER FOR PROCESSING RESOLVER SIGNAL
    • 用于处理分辨率信号的数字转换器
    • US20110090104A1
    • 2011-04-21
    • US12873587
    • 2010-09-01
    • Kuniaki SataMakoto ShinoharaEiji SatoHajime Tsuchiya
    • Kuniaki SataMakoto ShinoharaEiji SatoHajime Tsuchiya
    • H03M1/48
    • H03M1/485
    • According to one embodiment, a digital converter is provided to process output signals of a resolver attached to a rotating apparatus. These output signals are converted into digital signals by ΔΣ AD converters. Multiplication units receive the digital signals outputted from the ΔΣ AD converters. A subtraction unit subtracts the outputs of the multiplication units. A synchronous detection unit detects the output of the subtraction unit based on a synchronization signal synchronously. An angular velocity calculation unit adjusts a proportional gain of an output of the synchronous detection unit, compensates the phase thereof, and calculates the angular velocity of the rotating apparatus. A rotational angle calculation unit calculates a rotational angle by integrating the angular velocity. Cosine and sine output units output a cosine and a sine corresponding to the obtained rotational angle to the multiplication units, respectively.
    • 根据一个实施例,提供数字转换器来处理附接到旋转装置的旋转变压器的输出信号。 这些输出信号通过&Dgr&Sgr转换成数字信号。 AD转换器。 乘法单元接收从&Dgr& Sgr输出的数字信号; AD转换器。 减法单元减去乘法单元的输出。 同步检测单元同步地基于同步信号检测减法单元的输出。 角速度计算单元调整同步检测单元的输出的比例增益,补偿其相位,并计算旋转装置的角速度。 旋转角度计算单元通过对角速度进行积分来计算旋转角度。 余弦和正弦输出单元分别将相应于所获得的旋转角度的余弦和正弦输出到乘法单元。