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    • 4. 发明授权
    • Intake air control device, and vehicle including same
    • 进气控制装置和包括其的车辆
    • US07559395B2
    • 2009-07-14
    • US11581521
    • 2006-10-16
    • Takeru AbeRyutaro Yamazaki
    • Takeru AbeRyutaro Yamazaki
    • B62K11/00
    • F02D9/1095F02B61/02F02D9/105F02D9/1065F02D11/02F02D11/105F02D2200/0404Y02T10/42
    • An intake air control device is provided in which a throttle valve is fixed to a valve shaft which is rotatably supported within air intake path of an engine body. An actuator is connected to an end of the valve shaft to reduce the length of a throttle cable while simplifying the structure of a steering handle in the vicinity of the throttle grip. A vehicle body frame includes a head pipe at a front end, and a pair of main frames bifurcated from the head pipe to the left and right and toward the rear. A throttle operating amount detecting module, formed by mounting a throttle operating amount sensor to a storage box for storing a rotating member, which rotates in response to a throttle operation, is supported by one of the main frames in front of an air intake path forming body and arranged between the main frames.
    • 提供了一种进气控制装置,其中节流阀固定到可旋转地支撑在发动机主体的进气通道内的阀轴。 致动器连接到阀轴的端部以减小节气门缆索的长度,同时简化了在节气门手柄附近的转向手柄的结构。 车身框架包括前端的头管和从头管向左右分别向后分叉的一对主框架。 通过将节气门操作量传感器安装到用于储存响应于节气门操作而旋转的旋转构件的收纳箱而形成的节气门操作量检测模块由形成在进气通道 主体和主体之间布置。
    • 5. 发明授权
    • Ignition timing controlling apparatus for engine, and vehicle incorporating the same
    • 用于发动机的点火正时控制装置和包含该点火器的定时控制装置
    • US09151264B2
    • 2015-10-06
    • US13614357
    • 2012-09-13
    • Masanori NakamuraTakeru Abe
    • Masanori NakamuraTakeru Abe
    • F02P5/15
    • F02P5/1502F02P5/1504F02P5/1512Y02T10/46
    • An ignition timing controlling apparatus for an engine includes an ignition timing map in which high-torque timings are stored, an ECU for changing a high-torque timing obtained from the ignition timing map into a fuel-conserving ignition timing, and an advance angle target amount map in which advance angle target amounts with which the high-torque timing is to be changed into the fuel-conserving ignition timing are stored. The ECU is operable to calculate an advance angle target amount for each of cylinders of the engine based on the advance angle target amount map when a running state of a vehicle is in a cruize state in which little acceleration or deceleration is included, and also to execute advance angle control of changing the ignition timing of each of the cylinders stepwise with respect to the advance angle target amount for each of the cylinders.
    • 用于发动机的点火正时控制装置包括其中存储有高扭矩定时的点火正时图,用于将从点火正时图获得的高扭矩定时改变为燃料保持点火正时的ECU和提前角目标 存储要将高转矩定时改变为节油点火正时的提前角目标量的量图。 ECU可操作以当车辆的行驶状态处于包含少量加速或减速的临时状态时,基于提前角目标量图来计算发动机的每个气缸的提前角目标量,并且还 执行相对于每个气缸的提前角目标量逐步改变每个气缸的点火正时的提前角控制。
    • 9. 发明申请
    • Intake air control device, and vehicle including same
    • 进气控制装置和包括其的车辆
    • US20070084657A1
    • 2007-04-19
    • US11581521
    • 2006-10-16
    • Takeru AbeRyutaro Yamazaki
    • Takeru AbeRyutaro Yamazaki
    • B62K11/00F16K1/22F02D11/10
    • F02D9/1095F02B61/02F02D9/105F02D9/1065F02D11/02F02D11/105F02D2200/0404Y02T10/42
    • An intake air control device is provided in which a throttle valve is fixed to a valve shaft which is rotatably supported within air intake path of an engine body. An actuator is connected to an end of the valve shaft to reduce the length of a throttle cable while simplifying the structure of a steering handle in the vicinity of the throttle grip. A vehicle body frame includes a head pipe at a front end, and a pair of main frames bifurcated from the head pipe to the left and right and toward the rear. A throttle operating amount detecting module, formed by mounting a throttle operating amount sensor to a storage box for storing a rotating member, which rotates in response to a throttle operation, is supported by one of the main frames in front of an air intake path forming body and arranged between the main frames.
    • 提供了一种进气控制装置,其中节流阀固定到可旋转地支撑在发动机主体的进气通道内的阀轴。 致动器连接到阀轴的端部以减小节气门缆索的长度,同时简化了在节气门手柄附近的转向手柄的结构。 车身框架包括前端的头管和从头管向左右分别向后分叉的一对主框架。 通过将节气门操作量传感器安装到用于储存响应于节气门操作而旋转的旋转构件的收纳箱而形成的节气门操作量检测模块由形成在进气通道 主体和主体之间布置。