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    • 1. 发明专利
    • Roll angle controlling device for radio controlled model, and radio controlled model bicycle
    • 用于无线电控制模型的角度角控制装置和无线电控制模型自行车
    • JP2006020652A
    • 2006-01-26
    • JP2001382921
    • 2001-12-17
    • Satoru Kojima覚 小嶋
    • KOJIMA SATORU
    • A63H17/39A63H17/21A63H27/24A63H30/04
    • PROBLEM TO BE SOLVED: To provide a roll angle controlling device for a radio controlled model which can facilitate the steering operation of an operator, and can stabilize the posture of a model main body in a wide speed region.
      SOLUTION: This roll angle controlling device 21 is used for a radio controlled model for which a radio control receiver and a front wheel steering section 20 having a motor 13 for steering are provided on a vehicle body 2, and the vehicle body 20 rolls in response to the motion of the front wheel steering section 20, and at the same time, which has self-stability by which the roll angle becomes approximate 0° when a manipulated variable to the motor 13 for steering is under a neutral state. The roll angle controlling device 21 is equipped with a roll angle detecting means 35 which detects the roll angle of the vehicle body 2, and a controlling means which brings the roll angle θ
      i closer to a roll angle target value by outputting the manipulated variable to the motor 13 for steering from a differential between the roll angle θ
      i (a detected value) from the roll angle detecting means 35 and the roll angle target value from the radio control receiver.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 解决的问题:提供一种能够促进操作者的转向操作的无线电控制型的侧倾角度控制装置,能够使模型主体在宽速度区域的姿势稳定。 解决方案:该侧倾角控制装置21用于无线电控制模型,其中无线电控制接收器和具有用于转向的电动机13的前轮转向部分20设置在车体2上,并且车身20 对于前轮转向部20的运动而进行滚动,同时,当转向马达13的操作变量处于中立状态时,其具有自稳定性,通过该稳定性,滚动角变为近似0°。 侧倾角控制装置21配备有检测车体2的侧倾角的侧倾角检测机构35和使侧倾角θ i 更靠近滚动角目标的控制机构 通过从侧倾角检测装置35的滚动角θ i (检测值)与来自无线控制的滚动角目标值之间的差分输出到马达13用于转向的操作变量 接收器。 版权所有(C)2006,JPO&NCIPI
    • 5. 发明专利
    • JP3047821B2
    • 2000-06-05
    • JP22877096
    • 1996-08-29
    • A63H27/24F02B33/04F02B75/02F02B75/34F02D33/00F02M37/00F02M37/12F02M67/02F02M69/00
    • Fuel to which a predetermined pressure is applied is supplied to an electronically controlled fuel injection system of a engine for models in order to improve the rotation stability during low speed operation and the response to rapid acceleration or deceleration. The pulsatory air pressure is generated in a crank chamber of a engine for models during operation. An air pressure intake guide 51 of a fuel pressure control valve 1 receives air pressure from the crank chamber. The air intake guide is provided with an excessive pressure leak valve the actuation pressure of which is adjustable. The air pressure intake guide communicates with interposition of a check valve 56 to a controlled air pressure supply passage 54 which communicates to a fuel tank. The check valve 56 supplies the positive pressure of the pulsatory air pressure from the controlled air pressure supply passage to the internal of the fuel tank. All the positive air pressure supplied to the air pressure intake guide 51 is supplied to the fuel tank when the pressure in the fuel tank is below a specified pressure. The air pressure supplied to the air pressure intake guide 51 actuates a control ball 60 of the excessive pressure leak valve 57 and is released to the outside. The check valve 56 prevents the air pressure in the fuel tank from flowing inversely.
    • 9. 发明专利
    • FUEL-PRESSURE CONTROL VALVE FOR MODEL ENGINE
    • JPH1073028A
    • 1998-03-17
    • JP22877096
    • 1996-08-29
    • FUTABA DENSHI KOGYO KK
    • MATSUDA NORIO
    • A63H27/24F02B33/04F02B75/02F02B75/34F02D33/00F02M37/00F02M37/12F02M67/02F02M69/00
    • PROBLEM TO BE SOLVED: To stabilize the number of revolutions of a model engine in lower speed and improve the responsiveness of the engine in rapid acceleration by supplying an electronically-controlled fuel injector for the engine with fuel under a predetermined pressure. SOLUTION: A model engine in operation produces a pulsating air pressure in its crankcase. The air pressure in the crankcase is lead into an air-pressure suction part 51 of a fuel-pressure control valve. The air-pressure suction part 51 includes an overpressure leak valve 57 which is adjustable in working pressure. The air-pressure suction part 51 leads to a control air-pressure supply port 54 communicating with a fuel tank with a check valve 56 interposed therebetween. The check valve 56 is adapted to feed the positive pressure of a pulsating air pressure through a control air-pressure supply pipe into the fuel tank. When the pressure in the fuel tank falls below a specified pressure, all the positive pressure of the air pressure lead into the air-pressure suction part 51 is fed into the fuel tank. When the pressure in the fuel tank reaches the specified pressure, on the other hand, the air pressure lead into the air-pressure suction part 51 is released to the outside through the operation of a control ball 60 of the overpressure leak valve 57. The check valve 56 serves to stop air pressure flowing counter from the fuel tank.