Inhibitor integrated actuator shift control device

An inhibitor integrated actuator shift control device comprising:

• a first housing (10);
• a stator (20) comprising a bobbin (21) and a coil (23) wound around the bobbin (21) disposed in the first housing (10);
• a rotor (30) comprising a rotor core (31) and a rotary shaft (35) connected to the rotor core (31), the rotary shaft (35) comprising an eccentric portion (35a) at one end thereof, wherein the rotor is disposed in the stator (20);
• a first inductive sensor (40) comprising conductive couplers (41) and a sensor plate (43), wherein the conductive couplers (41) are connected to an opposite end to the one end of the rotary shaft (35), and wherein the first inductive sensor (40) is disposed in the first housing (10);
• a reducer (50) comprising a sun gear (51), a ring gear (53) and an output shaft (55), wherein the sun gear (51) is connected to the eccentric portion (35a) of the rotary shaft (35) to rotate eccentrically, the ring gear (53) is inscribed with the sun gear (51), and the output shaft (55) is connected to the sun gear (51) to transmit a rotational force;
• a second housing (60) in which the reducer (50) is disposed;
• and
• a magnetically inductive second inductive sensor (90) on a flange part (55a) of the output shaft (55) configured to detect a rotation angle of the output shaft (55),
• wherein the sun gear (51) comprises teeth shaped grooves (57a) formed on a disk portion of the sun gear (51), and
• wherein the flange part (55a) of the output shaft (55) further comprises multifaceted teeth shaped protrusions (57b) configured to fit into the teeth-shaped grooves (57a) of the sun gear (51).