초록 ▼

A hybrid driving device including an engine shaft, a motor shaft, and a countershaft. A parking gear, which has been conventionally placed on the countershaft, is placed on the engine shaft to reduce torque loads applied to parts associated with a parking mechanism and, at the same time, the counter

A hybrid driving device including an engine shaft, a motor shaft, and a countershaft. A parking gear, which has been conventionally placed on the countershaft, is placed on the engine shaft to reduce torque loads applied to parts associated with a parking mechanism and, at the same time, the countershaft is placed so as not to overlap an engine or a motor in a radial direction as a result of an axial length being shortened, thereby shortening the distance between the engine shaft and the motor shaft. The parts associated with the parking mechanism are placed in a dead space of an oil pan near a valve body, supported by the valve body and a casing wall, thereby cutting down on space required for arrangement.

대표청구항 ▼

A hybrid driving device including an engine shaft, a motor shaft, and a countershaft. A parking gear, which has been conventionally placed on the countershaft, is placed on the engine shaft to reduce torque loads applied to parts associated with a parking mechanism and, at the same time, the counter

A hybrid driving device including an engine shaft, a motor shaft, and a countershaft. A parking gear, which has been conventionally placed on the countershaft, is placed on the engine shaft to reduce torque loads applied to parts associated with a parking mechanism and, at the same time, the countershaft is placed so as not to overlap an engine or a motor in a radial direction as a result of an axial length being shortened, thereby shortening the distance between the engine shaft and the motor shaft. The parts associated with the parking mechanism are placed in a dead space of an oil pan near a valve body, supported by the valve body and a casing wall, thereby cutting down on space required for arrangement. surface where operational decisions for the well may be made.