Baseball Dispenser Device for Batting Practice

This invention relates to devices for enabling a baseball player to practice striking a ball. Specifically, it relates to an original device for positioning a ball, particularly a baseball in a position desired by a batter and for automatically delivering succeeding balls to the same position after each ball is struck by the batter.

The important objective of the present invention is to provide a device which may be used by baseball players to create the ideal position for striking a baseball upward and outward with the full force and power necessary to develop repetitive skill in addressing a power blow. This form of practice is beneficial not only for beginners who are developing proper skill in delivering proper impact with the baseball but also for experienced players at various levels who wish to improve their judgement of proper body placement relative to the ball.

A number of mechanical devices have been used or proposed for enabling players of moving ball games, of which tennis and baseball are examples, to attain skill in hitting the ball. And such apparatus, as a rule are are truly useful after the batter has developed a proper swing, a combination of body posture, hand grip and attitude of blow delivery to the ball. Most machines of this type by various mechanical means hurl or propel a ball to the player at various intervals, velocities, angles, heights and under projectile turn which influences the travel of the ball to the batter(curve, slider, knuckleball sinker, and hook). This invention is not concerned with the development of experience in coping with balls delivered by hurling but rather a device to teach fundemental posture and proper contact with the ball at a point in the air in front of the batter. At timed intervals a ball is projected upward in front of the batter free and unencumbered by speed or curvature. The batter can strike a ball and recover to strike another ball thus developing speed and agility in recovery, proper stance, and practice an upward force striking of the ball. Since each ball is delivered upward at a relative constant height one of the variables of practice is controlled allowing instructive training, observation and coaching.

It is accordingly a primary objective of the invention to provide a device that is useful, particularly in the game of baseball, for practicing proper foot stance, body position, wrist action, and a combined attitude to proper striking of a baseball.

In Brief, these and other objects are attained by a device wherein a magazine(tubular), which is disposed in an inclined position, holds and supplies a number of baseballs. A pair of rotating discs, with a hole large enough to afford clearance for the baseballs, rotates perpendicular to the tubular opening thus allowing balls to alternately enter the common delivery chute for contact with the spring. When the ball makes contact with the spring it is flexed by the weight of the moving baseball and upon reflex projects the baseball upward for a distance allowing the batter to strike outward and under the baseball. A ball is delivered to the batter at timed intervals providing for recovery of the batter and appearance of the next ball.

A better understanding of the invention will be gained from the following detailed description of the preferred embodiment.

FIG. 1 is a side elevation of an apparatus according to the invention.

FIG. 2 is a view through the machine displaying the disc dispensing apparatus.

FIG. 3 is a frontal view showing ball delivery opening and inclined delivery plane to the spring apparatus.

Referring first to FIG. 1, all of the elements of the invention can be seen, as viewed from a side view. The fundamental elements include a pair of tubular magazines holding the baseballs, numeral 1., rotating discs excentrically placed upon an axle driven by an electric motor. A ball delivery mechanism indicated generally by the numeral 2, controls the release of the base balls so that they are discharged one by one through alternate tubular magazines, to the inclined delivery chute numeral 3 and allow the ball to gravitate down the inclined chute and impinge upon the propelling spring, numeral 4.

FIG. 2 shows a view of the machine from the top and all of the elements of the invention can be seen. Numeral 5., shows the positioning of the electric motor. Numeral 6., is the drive mechanism.

FIG. 3 shows a view of the machine looking at the machine from the discharge view of the apparatus. Numeral 6., represents the axis of the driver shaft, numeral 3., the delivery chute and numeral 4., the propelling spring.

Although the invention has been described with reference to a specific embodiment, it should be understood that certain modification and variations within the skill of the art may be made wihout departing from the spirit and scope of the invention. Accordingly, the invention should not be taken as restricted to the precise embodiment disclosed.