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    • 1. 发明授权
    • Automatic choke
    • 自动扼流圈
    • US07213555B2
    • 2007-05-08
    • US11075728
    • 2005-03-10
    • Kenji KamimuraKouichi AsaiMasashi NakamuraMinoru TamuraTomoki Fukushima
    • Kenji KamimuraKouichi AsaiMasashi NakamuraMinoru TamuraTomoki Fukushima
    • F02M1/08F02M1/10
    • F02M1/08F02D41/067
    • A choke valve is controlled finely suited to the running state of an engine. A throttle valve 8 and a choke valve 9 are provided in series on an intake pipe 6, and the opening degree of the choke valve 9 is controlled by a stepping motor. The choke valve opening degree upon start of engine (start opening degree) is determined depending on the engine temperature. The stepping motor 11 is initialized at the fully closed side of the choke valve 9 when the power source for starting the engine is turned on. The start opening degree of the choke valve is judged to be closer to the fully closed side or fully opened side, and the stepping motor 11 is initialized at the fully closed side if judged to be close to the fully closed side, and at the fully opened side if at the fully opened side.
    • 控制阀适合发动机的运行状态。 节流阀8和阻流阀9串联设置在进气管6上,阻尼阀9的开度由步进马达控制。 发动机起动时的阻气门开度(起动开度)根据发动机温度来决定。 当启动发动机的动力源被接通时,步进马达11在阻流阀9的全封闭侧被初始化。 阻塞阀的开始开度判断为更接近全封闭侧或全开侧,并且如果判断为接近完全关闭侧,则步进电机11在完全关闭侧被初始化,并且在完全闭合侧 如果在完全打开的一侧打开一边。
    • 2. 发明授权
    • Automatic choke
    • 自动扼流圈
    • US07117834B2
    • 2006-10-10
    • US11080434
    • 2005-03-16
    • Kenji KamimuraMasashi NakamuraKouichi Asai
    • Kenji KamimuraMasashi NakamuraKouichi Asai
    • F02N17/00F02M1/08F02M1/10
    • F02M1/08F02D41/0002F02D41/064F02D41/067F02D2250/16Y02T10/42
    • A choke valve is controlled finely suited to the running state of an engine. A throttle valve 8 and a choke valve 9 are provided in series on an intake pipe 6, and the opening degree of the choke valve 9 is controlled by a stepping motor 11. A choke valve opening degree upon start of engine (start opening degree) is determined depending on the engine temperature. The start opening degree judging unit 27 judges whether the start opening degree is closer to the fully closed side or fully opened side. The motor initializing unit 28 initializes the stepping motor 11 at the fully closed side or the fully opened side if the start opening degree is at the fully closed side or the fully opened side, respectively. After choke release, a driving signal in a specified number of steps is issued periodically.
    • 控制阀适合发动机的运行状态。 节气门8和阻风门9串联设置在进气管6上,阻流阀9的开度由步进电动机11控制。 发动机启动时的阻气门开度(起动开度)根据发动机温度来决定。 开始开度判断单元27判断开始开度是接近完全关闭侧还是完全打开侧。 电动机初始化单元28如果起始开度分别处于完全关闭侧或全开侧,则在完全关闭侧或全开侧进行步进电动机11的初始化。 在扼流器释放之后,周期性地发出指定数量的步骤的驾驶信号。
    • 3. 发明授权
    • Portable engine generator having a fan cover with heat radiating surface
    • 便携式发动机具有带散热面的风扇盖
    • US06489690B1
    • 2002-12-03
    • US09572742
    • 2000-05-16
    • Tsutomu HatsugaiShinichi MorohoshiKouichi Asai
    • Tsutomu HatsugaiShinichi MorohoshiKouichi Asai
    • H02P904
    • F02B75/16F02B63/04F02B63/048F02B2063/045
    • In an engine generator unit, an engine is connected with an outer-rotor/magnet type generator that has a cantilevered outer rotor functioning also as a substitute for an engine fly wheel. Cooling fan device is attached to the outer rotor. The generator and cooling fan device are covered with a fain cover that is made of die-cast aluminum alloy. The fan cover has, at its one end remote from the engine, a cooling-air inlet portion for introducing cooling air from the outside via the cooling fan device, and a recoil starter is attached to the cooling-air inlet portion. Also, the fan cover is connected at its other end to the engine with a gap formed therebetween for blowing the cooling air onto an outer peripheral surface of the engine. Supporting leg members are secured to the fan cover and engine, and these leg members are also mounted to a framework via shock-absorbing members.
    • 在发动机发电机单元中,发动机与具有悬臂式外转子的外转子/磁铁式发电机连接,也用作发动机飞轮的替代物。 冷却风扇装置连接到外转子。 发电机和冷却风扇装置覆盖有由压铸铝合金制成的薄盖。 风扇盖在远离发动机的一端具有用于经由冷却风扇装置从外部引入冷却空气的冷却空气入口部,并且反冲起动器附接到冷却空气入口部。 此外,风扇盖在其另一端与发动机连接,其间形成有间隙,以将冷却空气吹送到发动机的外周面上。 支撑腿部件被固定到风扇盖和发动机上,并且这些腿部构件也通过减震构件安装到框架上。
    • 4. 发明申请
    • Automatic choke
    • 自动扼流圈
    • US20050205039A1
    • 2005-09-22
    • US11080434
    • 2005-03-16
    • Kenji KamimuraMasashi NakamuraKouichi Asai
    • Kenji KamimuraMasashi NakamuraKouichi Asai
    • F02M1/10F02D41/06F02M1/08F02N99/00F02N17/00
    • F02M1/08F02D41/0002F02D41/064F02D41/067F02D2250/16Y02T10/42
    • A choke valve is controlled finely suited to the running state of an engine. A throttle valve 8 and a choke valve 9 are provided in series on an intake pipe 6, and the opening degree of the choke valve 9 is controlled by a stepping motor 11. A choke valve opening degree upon start of engine (start opening degree) is determined depending on the engine temperature. The start opening degree judging unit 27 judges whether the start opening degree is closer to the fully closed side or fully opened side. The motor initializing unit 28 initializes the stepping motor 11 at the fully closed side or the fully opened side if the start opening degree is at the fully closed side or the fully opened side, respectively. After choke release, a driving signal in a specified number of steps is issued periodically.
    • 控制阀适合发动机的运行状态。 节气门8和阻风门9串联设置在进气管6上,阻流阀9的开度由步进电动机11控制。 发动机启动时的阻气门开度(起动开度)根据发动机温度来决定。 开始开度判断单元27判断开始开度是接近完全关闭侧还是完全打开侧。 电动机初始化单元28如果起始开度分别处于完全关闭侧或全开侧,则在完全关闭侧或全开侧进行步进电动机11的初始化。 在扼流器释放之后,周期性地发出指定数量的步骤的驾驶信号。
    • 5. 发明申请
    • Automatic choke
    • 自动扼流圈
    • US20050199217A1
    • 2005-09-15
    • US11075668
    • 2005-03-10
    • Kenji KamimuraKouichi AsaiHitoshi AbeRyo SaitoMasashi Nakamura
    • Kenji KamimuraKouichi AsaiHitoshi AbeRyo SaitoMasashi Nakamura
    • F02D11/10F02D41/06F02D9/08
    • F02D41/067F02D11/105F02D2011/104
    • A choke valve is controlled finely suited to the running state of an engine. A throttle valve 8 and a choke valve 9 are provided in series on an intake pipe 6, and the opening degree of the choke valve 9 is controlled by a stepping motor 11. A choke valve opening degree upon start of engine (start opening degree) and a driving pulse rate of a stepping motor 11 are determined depending on the engine temperature. When lower than the engine temperature TL, the pulse rate is set at first rate, or the lowest rate in a specified range. Depending on the engine temperature, the pulse rate is set higher gradually up to second rate TH. When releasing the choke gradually in warm-up operation, the pulse rate is lowered so as to obtain a choke opening degree of high precision by a high torque.
    • 控制阀适合发动机的运行状态。 节流阀8和阻风门9串联设置在进气管6上,阻尼阀9的开度由步进电动机11控制。发动机起动时的阻气门开度(起动开度) 并且根据发动机温度确定步进电机11的驱动脉冲率。 当低于发动机温度TL时,将脉搏率设定为第一速率,或将速度设定在指定范围内。 根据发动机的温度,脉冲速率逐渐增加到第二速率TH。 当在预热操作中逐渐释放扼流器时,脉冲率降低,从而通过高扭矩获得高精度的阻塞开度。
    • 7. 发明授权
    • Automatic choke
    • 自动扼流圈
    • US07284522B2
    • 2007-10-23
    • US11075668
    • 2005-03-10
    • Kenji KamimuraKouichi AsaiHitoshi AbeRyo SaitoMasashi Nakamura
    • Kenji KamimuraKouichi AsaiHitoshi AbeRyo SaitoMasashi Nakamura
    • F02D41/06
    • F02D41/067F02D11/105F02D2011/104
    • A choke valve is controlled finely suited to the running state of an engine. A throttle valve 8 and a choke valve 9 are provided in series on an intake pipe 6, and the opening degree of the choke valve 9 is controlled by a stepping motor 11. A choke valve opening degree upon start of engine (start opening degree) and a driving pulse rate of a stepping motor 11 are determined depending on the engine temperature. When lower than the engine temperature TL, the pulse rate is set at first rate, or the lowest rate in a specified range. Depending on the engine temperature, the pulse rate is set higher gradually up to second rate TH. When releasing the choke gradually in warm-up operation, the pulse rate is lowered so as to obtain a choke opening degree of high precision by a high torque.
    • 控制阀适合发动机的运行状态。 节流阀8和阻风门9串联设置在进气管6上,阻尼阀9的开度由步进电动机11控制。发动机启动时的阻气门开度(起动开度) 并且根据发动机温度确定步进电机11的驱动脉冲率。 当低于发动机温度TL时,将脉搏率设定为第一速率,或将速度设定在指定范围内。 根据发动机的温度,脉冲速率逐渐增加到第二速率TH。 当在预热操作中逐渐释放扼流器时,脉冲率降低,从而通过高扭矩获得高精度的阻塞开度。
    • 8. 发明授权
    • Portable power unit
    • 便携式电源
    • US5943221A
    • 1999-08-24
    • US159865
    • 1998-09-24
    • Kouichi AsaiMotohiro Shimizu
    • Kouichi AsaiMotohiro Shimizu
    • H02P9/04H02M5/27H02P9/30H02P9/42H02M7/521
    • H02M5/271H02P9/30
    • A portable power unit is provided. A desired waveform signal indicative of a desired waveform having a desired frequency is generated. Switching control of a variable control bridge circuit is performed based on the desired waveform signal to cause the variable control bridge circuit to generate an alternating current output. A waveform of the alternating current output is detected to generate an output waveform signal indicative of the detected waveform of the alternating current output. A power factor is detected by comparing the desired waveform signal and the output waveform signal to generate a power factor signal indicative of the detected power factor. Voltage of the alternating current output is controlled based on the power factor signal.
    • 提供便携式电源单元。 产生指示具有期望频率的期望波形的期望波形信号。 基于期望的波形信号执行可变控制桥电路的开关控制,以使可变控制桥电路产生交流输出。 检测交流输出的波形以产生表示检测到的交流输出波形的输出波形信号。 通过比较期望的波形信号和输出波形信号来检测功率因数,以产生指示检测到的功率因数的功率因数信号。 基于功率因数信号控制交流输出的电压。
    • 9. 发明授权
    • Power supply apparatus
    • 电源设备
    • US07679868B2
    • 2010-03-16
    • US11008568
    • 2004-12-10
    • Kouichi AsaiYoshinori NakagawaTsutomu Hirano
    • Kouichi AsaiYoshinori NakagawaTsutomu Hirano
    • H02H3/00H02H9/08
    • H02H3/33H02H3/04H02H3/06
    • A ground faulty interrupting function is returned to a normal standby state in a short time after a movable contact (8) tripped in detecting electrical leak is returned to a closed position. A tripping coil (10) which moves the contact (8) provided on an output line (2) to a shutdown position is included. A current transformer (12) is provided on a downstream of the contact (8). A circuit (20) energizes the coil (10) when the leak current are detected. A reset signal forming circuit (22) outputs a reset signal to the gate signal forming circuit (20) when the contact (8) is returned to a connection position. The circuit (20) obtains power from the upstream side of the contact (8). LED (16) is lit when the contact (8) is at the shutdown position, and LED (16) end display when the contact (8) is returned to the normal position.
    • 在检测到电气泄漏的可动触点(8)返回到闭合位置之后,接地故障中断功能在短时间内恢复到正常待机状态。 包括将设置在输出线(2)上的触点(8)移动到关闭位置的跳闸线圈(10)。 电流互感器(12)设置在触点(8)的下游。 当检测到漏电流时,电路(20)对线圈(10)通电。 当触点(8)返回到连接位置时,复位信号形成电路(22)向门信号形成电路(20)输出复位信号。 电路(20)从触点(8)的上游侧获得电力。 当触点(8)处于关闭位置时,LED(16)亮起,当触点(8)返回到正常位置时,LED(16)结束显示。