초록 ▼

A power generating device capable of outputting at a constant rotation speed is configured with a constant speed unit for transforming a varying input rotation speed into a constant output rotation speed, which comprises: a power source, an electric generator and a constant speed unit; wherein the c

A power generating device capable of outputting at a constant rotation speed is configured with a constant speed unit for transforming a varying input rotation speed into a constant output rotation speed, which comprises: a power source, an electric generator and a constant speed unit; wherein the constant speed unit further comprises: a first differential gear set, having two input ends and an output end being configured in a manner that one of the two input ends is connected with the power source and the output end is connected to a load; a continuously variable transmission (CVT) mechanism, configured with an input end and an output end in a manner that the input end is connected to the power source; a hydraulic torque converter, configured with an input end and an output end in a manner that the input end is connected to the load; a second differential gear set, configured with two input ends and an output end in a manner that the two input ends are connected respectively to the output end of the CVT mechanism and the hydraulic torque converter so as to perform a power composition process in the second differential gear set and then transmit the composite power from its output end to the other input end of the first differential gear set that is not connected to the power source.

대표청구항 ▼

What is claimed is: 1. A power generating device capable of outputting at a constant rotation speed, comprising: a power source, an electric generator and a constant speed unit; wherein the constant speed unit further comprises: a hydraulic torque converter; a continuously variable transmission (CV

What is claimed is: 1. A power generating device capable of outputting at a constant rotation speed, comprising: a power source, an electric generator and a constant speed unit; wherein the constant speed unit further comprises: a hydraulic torque converter; a continuously variable transmission (CVT) mechanism; a first differential gear set comprising two input ends and an output end, wherein the first differential gear set is connected to the power source through a first transmission shaft comprising a first gear set connected to an input end of the continuously variable transmission (CVT) mechanism, and the first differential gear set is connected to the electric generator through a second transmission shaft comprising a second gear set connected to an input end of the hydraulic torque converter; and a second differential gear set comprising two input ends and an output end, wherein the two input ends of the second differential gear set are respectively connected to an output end of the continuously variable transmission (CVT) mechanism and an output end of the hydraulic torque converter, and the output end of the second differential gear set is connected to the other input end of the first differential gear set, so that the partial power is controlled by the second differential gear set and transmitted to the electric generator through the output end of the first differential gear set. 2. The power generating device capable of outputting at a constant rotation speed as recited in claim 1, wherein the power source further comprises a rotor and a gear box. 3. The power generating device capable of outputting at a constant rotation speed as recited in claim 1, wherein the constant speed unit further comprises a controller for controlling the output rotation speed of the continuously variable transmission (CVT) mechanism and the output rotation speed of the hydraulic torque converter. 4. A power generating device capable of outputting at a constant rotation speed, comprising: a power source, an electric generator and a constant speed unit; wherein the constant speed unit further comprises: a hydraulic static transmission device; a continuously variable transmission (CVT) mechanism; a first differential gear set comprising two input ends and an output end, wherein the first differential gear set is connected to the power source through a first transmission shaft comprising a first gear set connected to an input end of the continuously variable transmission (CVT) mechanism, and the first differential gear set is connected to the electric generator through a second transmission shaft comprising a second gear set coupled to an input end of the hydraulic static transmission device; and a second differential gear set comprising two input ends and an output end, wherein the two input ends of the second differential gear set are respectively connected to an output end of the continuously variable transmission (CVT) mechanism and an output end of the hydraulic static transmission device, and the output end of the second differential gear set is connected to the other input end of the first differential gear set, so that the partial power is controlled by the second differential gear set and transmitted to the electric generator through the output end of the first differential gear set. 5. The power generating device capable of outputting at a constant rotation speed as recited in claim 4, wherein the power source further comprises a rotor and a gear box. 6. The power generating device capable of outputting at a constant rotation speed as recited in claim 4, wherein the hydraulic static transmission device comprises a hydraulic pump and a hydraulic motor through a hydraulic pipeline. 7. The power generating device capable of outputting at a constant rotation speed as recited in claim 4, wherein the constant speed unit further comprises a controller for controlling the output rotation speed of the continuously variable transmission (CVT) mechanism and the output rotation speed of the hydraulic static transmission device.