A glove box using an actuator, comprising: an electric motor; a power transmission mechanism including a worm provided on a motor rotating shaft of the electric motor, and a worm wheel engaging with the worm; a drive member connected to the motor rotating shaft through the power transmission mechanism, and displaced according to a rotation of the motor rotating shaft; a control device determining a rotational range of the motor rotating shaft between an initial position and a driven position; and an urging device mounted on the motor rotating shaft, and urging the motor rotating shaft to the initial position, wherein in a case in which electricity is supplied to the electric motor, the electric motor is driven, and the motor rotating shaft rotates to the driven position against an urging force of the urging device, and in a case in which the electricity is not supplied to the electric motor, the motor rotating shaft is urged by the urging device to rotate to the initial position, and including a box body whose one side is open, and a lid body opening and closing the box body, wherein the actuator is provided in one of either the box body or the lid body, and a lock member (61, 62) displaced by the drive member of the actuator is displaceably provided, and a fit hole is formed in the other of the box body or the lid body, into which the lock member (61, 62) is fittable, said glove box being characterized in that when the actuator is located in an initial state, the drive member is positioned in a most entered position, a left lock member is moved to a left most side by a link urged by a torsion coil spring, a left lock claw portion fits into a fit hole which is a bottomed hole formed in an arm portion, a right lock member is moved to a most right side by the link, and a right lock claw portion fits into a fit hole which is the bottomed hole formed in the arm portion, and when electricity is supplied to the actuator, and the drive member moves to a most protruding position, the left lock member is pressed by the drive member, and moves to the right side while rotating the link clockwise against an urging force of the torsion coil spring, so that the left lock claw portion is disengaged from the fit hole, and the link rotates clockwise, so that the right lock member moves to the left side, and the right lock claw portion is disengaged from the fit hole. an electric motor; a power transmission mechanism including a worm provided on a motor rotating shaft of the electric motor, and a worm wheel engaging with the worm; a drive member connected to the motor rotating shaft through the power transmission mechanism, and displaced according to a rotation of the motor rotating shaft; a control device determining a rotational range of the motor rotating shaft between an initial position and a driven position; and an urging device mounted on the motor rotating shaft, and urging the motor rotating shaft to the initial position, wherein in a case in which electricity is supplied to the electric motor, the electric motor is driven, and the motor rotating shaft rotates to the driven position against an urging force of the urging device, and in a case in which the electricity is not supplied to the electric motor, the motor rotating shaft is urged by the urging device to rotate to the initial position, and including a box body whose one side is open, and a lid body opening and closing the box body, wherein the actuator is provided in one of either the box body or the lid body, and a lock member (61, 62) displaced by the drive member of the actuator is displaceably provided, and a fit hole is formed in the other of the box body or the lid body, into which the lock member (61, 62) is fittable, said glove box being characterized in that when the actuator is located in an initial state, the drive member is positioned in a most entered position, a left lock member is moved to a left most side by a link urged by a torsion coil spring, a left lock claw portion fits into a fit hole which is a bottomed hole formed in an arm portion, a right lock member is moved to a most right side by the link, and a right lock claw portion fits into a fit hole which is the bottomed hole formed in the arm portion, and when electricity is supplied to the actuator, and the drive member moves to a most protruding position, the left lock member is pressed by the drive member, and moves to the right side while rotating the link clockwise against an urging force of the torsion coil spring, so that the left lock claw portion is disengaged from the fit hole, and the link rotates clockwise, so that the right lock member moves to the left side, and the right lock claw portion is disengaged from the fit hole.