Interlock mechanism

An interlock mechanism comprising:

• a shift select shaft disposed to be movable along an axial direction and rotatable in a rotation direction;
• a first fork disposed to face the shift select shaft;
• a second fork disposed to face the shift select shaft;
• a first inner lever disposed in the shift select shaft, engaging with the first fork in a state where the shift select shaft is located at a first rotation position, and disengaging from the first fork in a state where the shift select shaft is located at a second rotation position different from the first rotation position;
• a second inner lever disposed in the shift select shaft, engaging with the second fork in a state where the shift select shaft is located at a third rotation position different from the first rotation position, and disengaging from the second fork in a state where the shift select shaft is located at a fourth rotation position different from the third rotation position;
• and
• an interlock member rotated integrally with the shift select shaft in the rotation direction, and disposed to be immovable in the axial direction,
• wherein the first fork has a first engagement portion engaging with the first inner lever located at the first rotation position, and the second fork has a second engagement portion engaging with the second inner lever located at the third rotation position,
• wherein the interlock member includes
• a first main body portion disposed coaxially with the shift select shaft on an outer peripheral side of the shift select shaft,
• a second main body portion different from the first main body portion, and
• a connection pin connecting the first main body portion and the second main body portion to each other so that the first main body portion and the second main body portion are integrally rotated in the rotation direction,
• wherein the first main body portion has
• a first engagement target portion engaging with the first engagement portion in a state where the first main body portion is located at the third rotation position, and
• wherein the second main body portion has
• a second engagement target portion engaging with the second engagement portion in a state where the second main body portion is located at the first rotation position.