Abstract: An automated batting tee apparatus includes a housing having a top opening, a ball dispensing mechanism for feeding balls one at a time to above the top opening, a ball holder tube forming a batting tee disposed upright in the housing and aligned with the top opening thereof and having an upper end portion for receiving a ball and a lower end portion spaced below the upper end portion, and a drive mechanism arranged upright in the housing externally of and alongside the ball holder tube for vertically moving the ball holder tube and actuating the ball dispensing mechanism. The housing includes a base that rest on the ground and an enclosure having an inner shell on the base and an outer shell slidably mounted over the inner shell and adjustable to different vertical positions relative to the inner shell to adjust the height of the upper end portion of the ball holder tube above the ground.

Abstract: An automatic batting tee apparatus includes a housing having a top opening, a chute for feeding balls one at a time to above the top opening, a drive member mounted upright in the housing for rotation about a vertical axis aligned with the top opening, and a tube disposed upright in the housing surrounding the drive member and aligned with the top opening. The tube is drivingly engaged with the drive member and coupled to the housing so that in response to rotation of the drive member in one and the other of opposite rotational directions the tube will undergo upward and downward reciprocal movement along the vertical axis relative to the rotating drive member through a ball receiving and positioning cycle.