Variable mode batting practice assembly

• US 8,757,619 B2
• Filed: 06/23/2010
• Issued: 06/24/2014
• Est. Priority Date: 06/30/2009
• Status: Expired due to Fees

• Current Assignee: Peter Evans Iv Myers
• Original Assignee: Peter Evans Iv Myers
• Inventors: Myers, Peter Evans IV
• Primary Examiner(s): Laneau, Ronald
• Assistant Examiner(s): MYHR, JUSTIN L
• Application Number:
  US12/803,290
• Publication Number:
  US 20100331124A1
• Time in Patent Office: 1,462 Days
• Field of Search: 273/108.3, 273/108.31, 473/499
• US Class Current: 273/108.31
• CPC Class Codes: A63B 2069/0008 for batting
• CPC Class Codes: A63B 69/0053 Apparatus generating random stimulus signals for reaction-time training involving a substantial physical effort
• CPC Class Codes: A63B 69/40 Stationarily-arranged devices for projecting balls or other bodies golf cups with ball ejector means A63B57/405; traps for clay-pigeon targets F41J9/18

Abstract

A batting practice assembly includes a controller-power system, and preferably two ball chutes on a slide bar assembly of a ball release apparatus, which is mounted on a height adjustable frame assembly. Four modes of operation are initiated by a foot-activated mechanism of the practice assembly: I-Ball drops from one ball chute; II-Ball drops randomly from either chute; III-Ball drops randomly from either or neither chute; and IV-Random ball drop from either or neither chute, or ball drops with a slight delay from either chute. Difficulty can be increased by adjusting the height of the ball chutes, increasing the distance between the chutes, or changing the angle of the chutes in relation to the hitter. Along with hitting mechanics, the decision-making aspects of hitting and in swing adjustments are developed using the practice assembly. This simplified abstract is not intended to limit, and should not be interpreted as limiting, the scope of the claims.

Claims

1. A batting practice assembly, comprising:

(a) an adjustable frame assembly comprising a substantially horizontal ball release arm portion, and a height adjustable, substantially vertical pole assembly, the pole assembly being attached at its upper end portion to the ball release arm portion;

(b) a ball release apparatus supported on the ball release arm portion, the ball release apparatus comprising at least two ball drop mechanisms and a slide bar assembly, each ball drop mechanism comprising;

at least one ball chute, at least one ball catch arm adjacent the ball chute, and a catch arm mechanism in communication with the at least one ball catch arm, each ball drop mechanism being slideable on a slide bar of the slide bar assembly;

(c) an electronic controller-power system in communication with the ball release apparatus, the controller-power system comprising a variable mode controller and a power supply; and

(d) a separate foot-activated mechanism in communication with the controller;

wherein activation of the foot-activated mechanism activates the catch arm mechanism, which opens a bottom ball chute hole in the at least one ball chute;

wherein the ball release apparatus comprises a mechanism for randomly selecting one of a first of the at least two ball drop mechanisms, a second of the at least two ball drop mechanisms, or none at all;

the slide bar allowing for independent sliding of the at least two ball drop mechanisms.

2. The batting practice assembly according to claim 1, wherein a first, lower one of the at least one ball catch arms is movable between a catch position and a release position using the catch arm mechanism, the catch arm mechanism being activated by the foot-activated mechanism.

3. A batting practice assembly, comprising:

(a) an adjustable frame assembly comprising a substantially horizontal ball release arm portion, and a height adjustable, substantially vertical pole assembly, the pole assembly being attached at its upper end portion to the ball release arm portion;

(b) a ball release apparatus supported on the ball release arm portion, the ball release apparatus comprising at least two ball drop mechanisms or at least two ball chutes and a slide bar assembly, each ball drop mechanism comprising;

at least one ball chute, at least one ball catch arm adjacent the ball chute, and a catch arm mechanism in communication with the at least one ball catch arm, each ball drop mechanism being slideable on a slide bar of the slide bar assembly;

(c) an electronic controller-power system in communication with the ball release apparatus, the controller-power system comprising a variable mode controller and a power supply; and

(d) a separate foot-activated mechanism in communication with the controller;

wherein activation of the foot-activated mechanism activates the catch arm mechanism, which opens a bottom ball chute hole in the at least two ball chutes; and

further comprising at least the following four selectable modes;

Mode I—

a lowermost ball drops from a first one of the at least two ball chutes;

Mode II—

the lowermost ball drops randomly from either the first ball chute or a second one of the at least two ball chutes;

Mode III—

the lowermost ball drops randomly from either the first ball chute or the second ball chute, or no ball is dropped at all; and

Mode IV—

the lowermost ball randomly drops from either the first ball chute or the second ball chute, no ball drops, or the lowermost ball drops with a delay from either the first ball chute or the second ball chute.

4. The batting practice assembly according to claim 3, wherein the ball release arm portion supports the slide bar assembly and two of the at least two movable ball chutes, the ball drop mechanisms being independently moveable along the slide bar.

5. The batting practice assembly according to claim 3, wherein the adjustable pole assembly comprises a substantially vertical upper pole having a lower end portion that is closely insertable in a hollow upper end portion of a substantially vertical lower pole of the pole assembly, and a pole height adjustment mechanism;

wherein the ball release arm portion is angle adjustable through rotation of the upper pole in the lower pole, and wherein the height of the bottom of the ball chutes from ground level is adjustable using the pole height adjustment mechanism.

6. The batting practice assembly according to claim 3, wherein the ball drop mechanism further comprises a second, upper catch arm, which in an upper arm catch position extends into a second, upper ball chute slot into the ball chute;

and wherein an end portion of the second, upper catch arm in the upper catch arm catch position extends under a second ball in the ball chute, the second ball being above a first, lowermost ball in the ball chute.

7. The batting practice assembly according to claim 3, wherein the controller comprises a Ball Drop Delay Control switch module comprising a Ball Drop Delay Control switch on a control panel of the controller, the Ball Drop Delay Control switch comprising at least two positions:

a first, “

no delay”

position in which the lower catch arm moves to the release position on a first closure of the foot-activated mechanism, and a second, “

delay”

position in which the lower catch arm moves to the release position on a second closure of the foot-activated mechanism.

8. A batting practice assembly, comprising:

(a) an adjustable frame assembly comprising a substantially horizontal ball release arm portion, and a height adjustable, substantially vertical pole assembly, the pole assembly being attached at its upper end portion to the ball release arm portion;

(b) a ball release apparatus supported on the ball release arm portion, the ball release apparatus comprising at least two ball drop mechanisms and a slide bar assembly, each ball drop mechanism comprising;

at least one ball chute, at least one ball catch arm adjacent the ball chute, and a catch arm mechanism in communication with the at least one ball catch arm, each ball drop mechanism being slideable on a slide bar of the slide bar assembly;

(c) an electronic controller-power system in communication with the ball release apparatus, the controller-power system comprising a variable mode controller and a power supply; and

(d) a separate foot-activated mechanism in communication with the controller;

wherein activation of the foot-activated mechanism activates the catch arm mechanism, which opens a bottom ball chute hole in the ball chute;

the ball release arm portion supports the slide bar assembly and two of the at least two movable ball chutes, each ball chute being slidable on the slide bar of the slide bar assembly, each ball chute being a part of a ball drop mechanism, the ball drop mechanisms being independently moveable along the slide bar; and

wherein the catch arm mechanism comprises at least one solenoid in communication with a movable upper ball unit of the ball drop mechanism, the upper ball unit being movable using the ball drop solenoid.

9. The batting practice assembly according to claim 8, wherein a moveable solenoid arm of a solenoid switch mechanism extends through a solenoid arm hole in a side of the upper ball unit, the solenoid arm comprising a solenoid arm stop at a free end of the solenoid arm, an upper end portion of the lower catch arm being attached to the upper ball unit.

10. The batting practice assembly according to claim 9, wherein the foot-activated mechanism comprises a foot-depressible plate, depression of the foot-depressible plate activating a solenoid switch mechanism of the ball drop solenoid.

11. The batting practice assembly according to claim 10, wherein the foot-activated mechanism further comprises a timer with a delay period of up to about ten seconds, activation of the solenoid switch mechanism being delayed until the end of the delay period, if any has been set.

12. The batting practice assembly according to claim 10, wherein a control panel of the controller comprises:

a Ball Drop Delay Control switch, the Ball Drop Delay Control switch comprising three alternative positions;

“

no delay”

, “

delay”

, and “

random”

; and

a Probability dial for use with the “

random”

switch position, the Probability dial comprising percentage settings for selecting probabilities of ball drops from the ball chutes.

13. The batting practice assembly according to claim 12, the control panel further comprising a Delay time dial for selecting a less than one second delay time between depression of the foot-depressible plate and signaling the ball drop solenoid to move the lower catch arm to the release position, the Delay time dial being useable when the Ball Drop Delay Control switch is in the “

random”

switch position.

14. The batting practice assembly according to claim 9, wherein the ball drop mechanism further comprises a stationary lower ball unit that is beneath the upper ball unit, the lower ball unit being attached to the moveable ball chute;

wherein the ball chute is substantially vertical, and a lowermost ball in the ball chute is released through the bottom ball chute hole when the catch arm moves to a release position; and

wherein a portion of the moveable first ball catch arm extends through a first slot in the ball chute and is moveable beneath the lowermost ball in the ball chute when the solenoid switch mechanism is activated, so that the first catch arm is an alternate, catch position.

15. The batting practice assembly according to claim 14, wherein the first ball catch arm is movable away from the catch position beneath the lowermost ball in the ball chute, to the release position away from the lowermost ball in the ball chute;

and wherein the lowermost ball drops out of the ball chute.

16. The batting practice assembly according to claim 14, wherein, when the solenoid switch is deactivated, at least one tubular spring in the upper ball unit adjacent a side of the ball chute opposite the solenoid switch mechanism returns the upper ball unit to a steady state position in line with the lower ball unit, causing a second ball in the ball chute to drop and rest on the first, lower catch arm in the catch position.

17. The batting practice assembly according to claim 8, further comprising a Solenoid Selector Control switch on a control panel of the controller, the Solenoid Selector Control switch comprising the following positions:

“

BDS1”

, where a first one of the ball drop solenoids is activated, which moves the lower catch arm of the first ball chute to the release position;

“

S1/random/S2”

, where either the first or a second one of the ball drop solenoids is activated and ball drop is random from either ball chute; and

“

BDS2”

, where the second ball drop solenoid is activated, which moves the lower catch arm of the second ball chute to the release position.

18. The batting practice assembly according to claim 17, further comprising a probability BDS1/BDS2 potentiometer control dial on the control panel for use with the “

random”

setting of the Solenoid Selector Control switch, the probability BDS1/BDS2 potentiometer control dial comprising markings at least at 80/20, 50/50, and 20/80 for selecting a percent probability that a ball will drop from the first chute/second ball chute.

19. The batting practice assembly according to claim 8, further comprising a “

1 2 OFF”

stride/no stride switch on a control panel of the controller, the 1 2 OFF switch comprising a first position in which depression of the foot-depressible plate triggers a ball drop, and an alternative second position in which ball drop is delayed for a pre-set time period.

20. The batting practice assembly according to claim 8, wherein the controller comprises a No-ball Control switch module comprising a No-ball Control switch on a control panel of the controller, the No-ball Control switch comprising three positions:

a “

Ball”

position in which a ball drops each time the foot-depressible mechanism is activated, a “

No-ball”

position in which the ball drop solenoids are deactivated and no ball drops from the ball chutes, and a “

random”

position in which ball drop is random, the control panel further comprising a Probability dial for use with the “

random”

switch position.