Cross-interlocked multi-set switch type DC brushless electric machine system having auxiliary excitation winding set

A cross-interlocked multi-set switch type DC brushless electric machine system having an auxiliary excitation winding set, which relates to a multi-set switched DC brushless electric machine having its rotary part installed with an auxiliary excitation winding set, for being connected in series with a magnetic field winding set of another electric machine through the auxiliary excitation winding set installed on the rotary part of the electric machine, such that the excitation can be variable through altering the current of the magnetic field winding set of the another electric machine, comprising:

• a first drive control device (103):
• constituted by a drive electric control device that serves to receive signals from a first electric machine angular position sensor (106), for controlling the timing, the polarity, the phase sequence and the value of voltage and current of the power supply excitation when a first magnetic field winding set (102) of the electric machine is operated as a motor, or controlling the timing, the polarity, the phase sequence and the value of the voltage and current of output electric power when the electric machine is operated as a power generator;
• a first magnetic field structure (101) of the electric machine:
• installed with the first magnetic field winding set (102) of the electric machine and coupled to the first rotary part (104) of the electric machine, the magnetic loop formed by the first magnetic field structure (101) of the electric machine and the first rotary part (104) of the electric machine allowing the shifting magnetic field of the first magnetic field winding (102) set of the electric machine to pass, thereby generating the electromechanical effect between the first magnetic field structure (101) of the electric machine and the first rotary part (104) of the electric machine;
• the first magnetic field winding set (102) of electric machine:
• constituted by a winding set installed in the first magnetic field structure (101) of the electric machine and having two or more phases;
• the first magnetic field winding set (102) being controlled by the excitation control of the first drive control device (103) while being operated as a motor, thereby generating magnetic fields with opposite shifting directions, and generating a motor actuation effect with the first rotary part (104) of the electric machine while being operated as a power generator, the first magnetic field winding set (102) of the electric machine being controlled by the first drive control device (103), thereby controlling the voltage and current of output electric power;
• a first electric machine angular position sensor (106):
• installed between the first magnetic field structure (101) of electric machine and the first rotary part of electric machine (104) which relatively revolve, thereby sensing the relative location relation between the shifting magnetic field generated by the first magnetic field winding set (102) of the first magnetic field structure (101) of the electric machine and the first rotary part (104) of the electric machine, and sending the sensing signals to the first drive control device (103);
• the first rotary part (104) of the electric machine:
• constituted by magnetic conductive materials, the first rotary part (104) being coupled at a lateral side of the first magnetic field structure (101) of the electric machine and provided with a salient pole structure having a magnetically conductive feature and having magnetic poles with a quantity that is the same as or different from that of the first magnetic field structure (101) of the electric machine, or having a permanent magnetic pole and having the magnetic poles with the quantity same as or different from that of the first magnetic field structure (101) of the electric machine, the magnetic pole of the first rotary part (104) of the electric machine being installed with the first auxiliary excitation winding set (105) thereby transmitting the excitation electric power between the auxiliary excitation winding set and the exterior through a first electric conductive annular brush device (107);
• the first auxiliary excitation winding set:
• constituted by conductive wires wound on the magnetic pole of the first rotary part (104) of the electric machine, and transmitting the electric power between the first auxiliary winding set and the exterior through the first electric conductive annular brush device (107) and installation means for installing the first auxiliary excitation winding set (105), wherein the first auxiliary excitation winding set (105) is a serial type auxiliary excitation winding set (105) that is, through the first electric conductive annular brush device (107), connected in series with an electric power input end of a second drive control device (203) having an output end that serves to drive and control the second magnetic field winding set (202) of the electric machine, and then to a DC power source;
• the first electric conductive annular brush device (107):
• installed between the first rotary part (104) of the electric machine and the exterior, so while the rotary part revolving, the electric power is enabled to be transmitted between the first serial type auxiliary excitation winding set (105) and the exterior;
• a second drive control device (203):
• constituted by a drive electric control device that serves to receive signals from the second electric machine angular position sensor (206), for controlling the timing, the polarity, the phase sequence and the value of voltage and current of the power supply excitation when the second magnetic field winding set (202) of the electric machine is operated as a motor, or controlling the timing, the polarity, the phase sequence and the value of voltage and current of outputting electric power when the second magnetic field winding set (202) is operated as a power generator;
• a second magnetic field structure (201) of the electric machine:
• installed with the second magnetic field winding set (202) of the electric machine having two or more phases and coupled to a second rotary part (204) of the electric machine, the magnetic loop formed by the second magnetic field structure (201) of electric machine and the second rotary part (204) of the electric machine allowing the shifting magnetic field of the second magnetic field winding set (202) of the electric machine to pass, thereby generating the electromechanical effect between the second magnetic field structure (201) of the electric machine and the second rotary part (204) of the electric machine;
• the second magnetic field winding set (202) of the electric machine:
• constituted by a winding set installed in the second magnetic field structure (201) of the electric machine having two or more phases;
• controlled by the excitation control of the second drive control device (203) while being operated as a motor, thereby generating magnetic fields with opposite shifting directions, and generating a motor actuation effect with the second rotary part (204) of the electric machine;
• and while being operated as a power generator, the second magnetic field winding set (202) of the electric machine is controlled by the second drive control device (203) thereby controlling the voltage and current of output electric power;
• a second electric machine angular position sensor (206):
• installed between the second magnetic field structure (201) of the electric machine and the second rotary part (204) of the electric machine which relatively revolve, thereby sensing the relative location relation between the shifting magnetic field generated by the second magnetic field winding set (202) of the second magnetic field structure (201) of the electric machine and the second rotary part (204) of the electric machine, and sending the sensing signals to the second drive control device (203);
• the second rotary part (204) of the electric machine:
• constituted by magnetic conductive materials, the second rotary part (204) being coupled at a lateral side of the second magnetic field structure (201) of the electric machine and provided with a salient pole structure having a magnetically conductive feature and having magnetic poles with a quantity that is the same as or different from that of the second magnetic field structure (201) of the electric machine, or having permanent magnetic poles with a quantity that is the same as or different from that of the second magnetic field structure (201) of the electric machine, the magnetic poles of the second rotary part (204) of the electric machine being installed with the second auxiliary excitation winding set (205), thereby transmitting the excitation electric power between the second auxiliary winding set (205) and the exterior through a second electric conductive annular brush device (207);
• the second auxiliary excitation winding set (205):
• constituted by conductive wires wound on the magnetic pole of the second rotary part (204) of the electric machine, and transmitting the electric power between the second auxiliary winding set (205) and the exterior through the second electric conductive annular brush device (207), and installation means for installing the second auxiliary excitation winding set (205), wherein the second auxiliary excitation winding set (205) is a serial type auxiliary excitation winding set (205) connected through the second electric conductive annular brush device (207) in series with an electric power input end of the first drive control device (103) and having an output end that serves to drive and control the first magnetic field winding set of electric machine (102), and then to the DC power source;
• and
• the second electric conductive annular brush device (207):
• installed between the revolving rotary part (204) of the electric machine and the exterior, so that while the rotary part is revolving, the electric power is enabled to be transmitted between the second serial type auxiliary excitation winding set (205) and the exterior.