Ball throwing machine and system having three individually controllable wheel speeds and angles

Claim 2

A ball pitching machine comprising: a. ball feeding means for feeding respective balls to a feeding point where they will be acted upon by rotating wheel; b. a plurality of at least three rotatable wheels; said wheels having planes and centers of rotation; said centers of rotation being substantially co-planar and disposed at spaced apart locations in said plane, said wheels and their respective planes of rotation being disposed about said feeding point closely enough to act upon a fed ball and adapted to be oriented at a plurality of individual rifle angles independently of each to effect selectively a plurality of respective spin vectors with respect to a normal trajectory axis equivalent to a straight line of flight of said ball; said wheels having respective location lines from said feeding point to their respective centers of rotation; said location lines being at respective predetermined angles with respect to adjacent said location lines and being disposed so as to define a unique feeding point for said ball and contact said ball on at least three peripheral points; c. rotation means for rotating respective said wheels at a plurality of individual respective rotational speeds for acting on a fed said ball and effecting a type of spin on the pitched ball, and d. rifle angle means for orienting each of said wheels independent of the other wheels at a plurality of respective individual said rifle angles with respect to said normal trajectory axis and effecting a rifle spin on said pitched ball; whereby said ball can be pitched with a spin of about any predetermined axis through a combination of said rotation means and said respective rifle angle means.

Claim 3

The machine of claim 1 wherein said pitching machine includes a main azimuth means for effecting a plurality of predetermined trajectories at a plurality of azimuths in a horizontal plane.

Claim 4

The machine of claim 1 wherein said pitching machine includes a main altitude means for effecting a plurality of predetermined trajectories at a plurality of altitude trajectories.

Claim 5

The machine of claim 1 wherein said pitching machine includes a translating means for effecting a plurality of predetermined lateral positions for said feeding points for simulating right hand delivery and left hand delivery.

Claim 6

The machine of claim 1 wherein said pitching machine included a lifting means for effecting a plurality of predetermined vertical positions for said feeding points for simulating kinds of pitching delivery heights.

Claim 7

The machine of claim 1 wherein said pitching machine includes: a. a main azimuth means for effecting a plurality of predetermined trajectories at a plurality of azimuths in a horizontal plane; b. a main altitude means for effecting a plurality of predetermined trajectories at a plurality of altitudes in a vertical plane; c. a translating means for effecting a plurality of predetermined lateral positions for said feeding point for simulating right hand delivery and left hand delivery; and d. lifting means for effecting a plurality of predetermined vertical positions for said feeding points for simulating kinds of pitching delivery.

Claim 8

The machine of claim 1 wherein said ball feeding means includes at least one reciprocally movable, loader spindle that is operable to grip a ball and move it to feed said ball to spinning said wheels at said feeding point for pitching operation.

Claim 9

The machine of claim 7 wherein said spindle comprises a tubular cylinder for gripping said ball when vacuum is connected thereto.

Claim 10

The machine of claim 7 wherein there is provided an orienting spindle disposed at a predetermined angle with respect to said loading spindle; said orienting spindle being reciprocally moveable so as to take said ball from said loading spindle for rotating it to effect a predetermined orientation of the seams of the ball for each pitch.

Claim 11

The machine of claim 9 wherein said orienting spindle is reciprocally movable to pick up a ball at said pick up point and deliver it opposite the entrance to said feeding spindle.

Claim 12

The machine of claim 1 wherein said center of rotation of said wheels are adjustable to a plurality of distances from said feeding ponts so as to be able to be set to fit any one of a plurality of balls of different sizes.

Claim 13

The machine of claim 1 wherein said three wheels are equally spaced throughout the 360° in the plane of their centers of rotation.

Claim 14

The machine of claim 12 wherein one of said wheels is disposed in one of the vertical and horizontal planes.

Claim 15

The machine of claim 1 wherein a speed means is provided for attaining a predetermined speed on each of said wheels.

Claim 16

The machine of claim 1 wherein a shield is provided for protecting said ball pitching machine against batted balls, said shield being moveable, at times covering said trajectory axis and at the other times removed from covering said trajectory axis.

Claim 17

Apparatus for throwing the ball in a predetermined type of pitch comprising: a. a ball pitching machine comprising: i. a ball feeding means for feeding respectively balls to a feeding point where they will be acted upon by rotating wheels; ii. a plurality of at least three rotatable wheels; said wheels having planes and centers of rotation; said centers of rotation being substantially co-planar and disposed at spaced apart locations in said plane, said wheels and their respective planes of rotation being disposed about said feeding point closely enough to act on a fed ball and adaptable to be oriented at a plurality of individual rifle angles independently of each to effect selectively a plurality of respective spin vectors with respect to an initial normal trajectory axis equivalent to a straight line of flight of said ball; said wheels having respective location lines from said feeding point to their respective centers of rotation; said location lines being at respected predetermined angles with respect to adjacent said location lines and being disposed so as to define a unique feeding point for said ball and contact said ball on at least peripheral points; iii. rotation means for rotating respective said wheels at a respective plurality of respective individual rotational speeds for acting on a fed said ball and effecting a type of pitched ball with respect to a type curve; and iv. rifle angle means for orienting each of said wheels independent off the other wheels at a plurality of individual and respective said rifle angles with respect to said normal trajectory axis and effecting a spin at any angle with respect to velocity on said pitched ball; b. input means for inputting at least one of the set of values of the variables that determine impact point and the values of the variables that determine a type of pitch for effecting a predetermined pitch; c. a computer means for computing at least respective speeds of rotation of respective said wheels and rifle angles for orientation of said wheels; said computer means being connected with said input means for receiving the input variables; d. speed control means for bringing respective wheels to their respective speeds as computed by said computer means; said speed control means being connected with said computer and with said rotation means so as to determine the magnitude of speed and when said speed for each said wheel reaches its said computed speed; e. rifle angle control means for bringing respective said wheels to their respective rifle angles as computed by said computer means; said rifle angle control means being connected with said computer and with said rifle angle means so as to determine the magnitude of the rifle angle and when said rifle angle for each said wheel reaches its said computed rifle angle position; and f. means for energizing said ball feeding means when said speed and said rifle angles have been attained.

Claim 18

Apparatus for throwing the ball in a predetermined type of pitch comprising: a. a ball pitching machine comprising: i. a ball feeding means for feeding respectively balls to a feeding point where they will be acted upon by rotating wheels; ii. a plurality of at least three rotatable wheels; said wheels having planes and centers of rotation; said centers of rotation being substantially co-planar and disposed at spaced apart locations in said plane, said wheels and their respective planes of rotation being disposed about said feeding point closely enough to act on a fed ball and adaptable to be oriented at a plurality of individual rifle angles independently of each to effect selectively a plurality of respective spin vectors with respect to an initial normal trajectory axis equivalent to a straight line of flight of said ball; said wheels having respective location lines from said feeding point to their respective centers of rotation; said location lines being at respected predetermined angles with respect to adjacent said location lines and being disposed so as to define a unique feeding point for said ball and contact said ball on at least peripheral points; iii. rotation means for rotating respective said wheels at a respective plurality of respective individual rotational speeds for acting on a fed said ball and effecting a type of pitched ball with respect to a type curve; and iv. rifle angle means for orienting each of said wheels independent off the other wheels at a plurality of individual and respective said rifle angles with respect to said normal trajectory axis and effecting a spin at any angle with respect to velocity on said pitched ball; b. input means for inputting at least one of the set of values of the variables that determine impact point and the values of the variables that determine a type of pitch for effecting a predetermined pitch; c. a computer means for computing at least respective speeds of rotation of respective said wheels and rifle angles for orientation of said wheels; said computer means being connected with said input means for receiving the input variables; d. speed control means for bringing respective wheels to their respective speeds as computed by said computer means; said speed control means being connected with said computer and with said rotation means so as to determine the magnitude of speed and when said speed for each said wheel reaches its said computed speed; e. rifle angle control means for bringing respective said wheels to their respective rifle angles as computed by said computer means; said rifle angle control means being connected with said computer and with said rifle angle means so as to determine the magnitude of the rifle angle and when said rifle angle for each said wheel reaches its said computed rifle angle position; and f. means for energizing said ball feeding means when said speed and said rifle angles have been attained.

Claim 21

The apparatus of claim 16 wherein said ball pitching machine includes a main azimuth means for effecting a plurality of predetermined trajectories at a plurality of azimuths in a horizontal plane; said computer means computes the azimuthal trajectory initially to be given said ball; and there is provided an azimuth control means for bringing the azimuth to said azimuthal trajectory computed by said computer means.

Claim 22

The apparatus of claim 16 wherein said ball pitching machine includes a main altitude means for effecting a plurality of predetermined trajectories at a plurality of altitude trajectories in a vertical plane; said computer means computes the altitude trajectory initial to be given said ball; and there is provided an altitude control means for bringing the altitude to said altitude trajectory computed by said computer means.

Claim 23

The apparatus of claim 16 wherein said ball pitching machine includes a translating means for effecting a plurality of predetermined lateral positions for said feeding points for simulating right hand delivery and left hand delivery; said computer computes the lateral position from which said ball is to be initially delivered; and there is provided a translating control means for bringing the lateral position to the lateral position computed by said computer means.

Claim 24

The apparatus to claim 16 wherein said ball pitching machine includes a lifting means for effecting a plurality of predetermined vertical positions for said feeding points for simulating kinds of pitching delivery; said computer means computes the vertical position for said feeding point for said ball; and there is provided a lifting control means for bringing the feeding point to the vertical feeding point computed by said computer means.

Claim 25

The apparatus of claim 16 wherein said pitching machine includes a main azimuth means for effecting a plurality of predetermined trajectories at a plurality of azimuths in a horizontal plane; said computer means computes the azimuthal trajectory initially to be given said ball; and there is provided an azimuth control means for bringing the azimuth to said azimuthal trajectory computed by said computer means; a main altitude means for effecting a plurality of predetermined trajectories at a plurality of altitude trajectories; said computer means computes the altitude trajectory initially to be given said ball; and there is provided an altitude control means for bringing the altitude to said altitude trajectory computed by said computer means; a translating means for effecting a plurality of predetermined lateral positions for said feeding points for simulating right hand delivery and left hand delivery; said computer computes the lateral position from which said ball is to be initially delivered; and there is provided a translating control means for bringing the lateral position to the lateral position computed by said computer means; a lifting means for effecting a plurality of predetermined vertical positions for said feeding points for simulating kinds of pitching delivery; said computer means computes the vertical position for said feeding point for said ball; and there is provided a lifting control means for bringing the feeding point to the vertical feeding point computed by said computer means.

Claim 26

The apparatus of claim 22 wherein said input means inputs variables for effecting both a predetermined pitch and an impact point; said computer means computes and sets respective said means for said pitch and said impact point.

Claim 27

The apparatus of claim 16 wherein said ball feeding means includes a reciprocally movable loading spindle that is operable to grip said ball and move it to feed said ball to the spinning said wheels at said feeding point for the pitching operation; an orienting spindle disposed at a predetermined angle with respect to said loading spindle; said orienting spindle being reciprocally movable so as to take a said ball from said loading spindle for rotating it to effect a predetermined orientation before the ball is fed for its respective pitch; said orienting spindle being reciprocally movable to pick up a ball at a pick up point and deliver it opposite the entrance to said loading spindle; a sensor for determining when seams on said ball are rotated into proximity thereto; respective spindle rotation means for independently rotating said orienting spindle and said loading spindle; rotation control means connected with said computer for rotating respective said spindles responsive to said computer; orientation subroutine in said computer for effecting a predetermined orientation of said ball before it is fed to said ball pitching machine.

Claim 28

The apparatus of claim 24 wherein said loading spindle translation speed control means is connected with said computer means said loading spindle for effecting a predetermined loading speed of said ball.

Claim 29

The apparatus of claim 16 wherein a calibration subroutine is provided in said computer for correcting for variation from standard of respective variables at a given time, atmospheric pressure, rotational speed, air temperature, tire size, coefficient of friction, ball size, ball weight, ball aerodynamic coefficients, machine position coordinates, wind velocity, and wind direction.

Claim 30

The apparatus of claim 26 wherein respective sensors are provided for monitoring: a. air temperature b. relative humidity c. barometric pressure d. wind velocity e. wind direction.

Claim 31

The apparatus of claim 26 wherein said input means includes a programmable input for inputting sequentially a plurality of sets of variables for respective pitches.

Claim 32

The apparatus of claim 28 wherein said input means includes an operator control that allows said operator to choose a respective pitch to be input to said computer before each respective pitch.

Claim 33

The apparatus of claim 29 wherein said operator control is remotely operable to control said computer from a spaced apart location.

Claim 34

The apparatus of claim 28 wherein said input means includes a prerecorded set of pitches to be input to the computer as from a cassette tape, eprom, or bubble memory.

Claim 35

The apparatus of claim 26 wherein said input means employs two respective shaft encoders 207 and 209 connected with an orientable ball knob 211 and holder 213 such that the ball knob 211 can be rotated to a setting on the shaft encoder 207 to get the desired spin direction vector around the indicated horizontal axis through the ball and the holder 213 can be rotated to obtain the setting on the shaft encoder 209 to get the spin direction vector with respect to the vertical axis through the ball and the range X t , target Y t , and Z t and pitches Y s and Z s are input with digital designators intelligible to said computer means.

Claim 36

The apparatus of claim 16 wherein a shield is provided for protecting said ball pitching machine against batted balls; said shield is openable and closeable; a shield operating means is connected with said shield and with said computer so as to open said shield immediately before a said ball is pitched and close said shield before said ball reaches its impact point.