摘要:
PROBLEM TO BE SOLVED: To provide a triple-shaft differential gear which can perform adjustment control with an electrical energy damper, and avoid disadvantages of high temperature and heat loss generated by friction by using a rotary electrical machine instead of a differential restriction structure in a conventional automatic differential restriction type differential gear. SOLUTION: A rotary electrical machine device 104 is arranged between two output ends 102, 103 of a differential gear set 100 capable of being differentially operated. When the output ends are differentially operated, a damper of reverse torque is generated by utilizing power generation electrical energy. COPYRIGHT: (C)2009,JPO&INPIT
摘要:
When a vehicle speed V is out of a non-rotational synchronizing range, V≦̸Vref1 or Vref2≦̸V, in a neutral state of a transmission set in response to an operation of a gearshift lever to an N (neutral) position during operation of an engine, the engine and a motor MG1 are controlled to make a ring gear shaft rotate at a target rotation speed Nr*, which is expected in response to an operation of the gearshift lever to a D (drive) position or an R (reverse) position, and to enable self-sustained operation of the engine at the greater rotation speed between an idle speed Nidl and a minimum engine speed Nmin calculated from a minimum rotation speed Nm1min of the motor MG1. Such control effectively reduces a potential shock occurring in the case of the operation of the gearshift lever from the N position to the D position or the R position without causing negative overspeed of the motor MG1.
摘要:
PROBLEM TO BE SOLVED: To provide a combined type power system having a large power output capable of controlling speed change characteristics and solving an air pollution problem. SOLUTION: The power system is provided with at least one electric driving device 200 driven by an electronic system, at least one oil-combustion type driving device 400, at least one automatic control clutch device 300, at least one continuous speed changer 800 and at least one system control device 100. The oil-combustion type driving device performs driving device by using general fuel oil as fuel, and the automatic control clutch device controls a separation and union operation between the oil-combustion type driving device 400 and the electric driving device 200. Then the continuous speed changer can perform continuous speed change while driving through the electric driving device 200, and can drive itself by containing a certain power source. Then the system control device controls mutual cooperative operation among the electric driving device 200, the oil-combustion type driving device 400 and the automatic control clutch device 300. COPYRIGHT: (C)2005,JPO&NCIPI
摘要:
PROBLEM TO BE SOLVED: To optimally adopt, stably with excellent response, not only to a high μ road but also to a low μ road and also even to an abrupt change of a road surface. SOLUTION: In a transfer clutch control part 30, a second transfer clutch torque according to a yaw moment among transfer clutch torques outputted to a transfer clutch drive part 40 is calculated by a second transfer clutch torque calculation part 32. A second transfer clutch torque calculation part 32 calculates, in addition to the yaw moment in response to a yaw rate and the yaw moment in response to a steering wheel angle, a reference lateral acceleration by using a lateral acceleration calculated by using the operating state of a vehicle based on a linear vehicle motion model and a coefficient pre-set according to the operating state of the vehicle, and calculates a yaw moment according to a deviation between the reference lateral acceleration and an actual lateral acceleration as the corrected value of the yaw moment. COPYRIGHT: (C)2005,JPO&NCIPI