Batting simulator apparatus with force, bat angle, and velocity readout

• US 5,711,726 A
• Filed: 07/15/1994
• Issued: 01/27/1998
• Est. Priority Date: 07/15/1994
• Status: Expired due to Fees

• Current Assignee: Steven B. Powers
• Original Assignee: Steven B. Powers
• Inventors: Powers, Steven B.
• Primary Examiner(s): Harrison, Jessica
• Assistant Examiner(s): ONEILL, MICHAEL W
• Application Number:
  US08/275,583
• Time in Patent Office: 1,292 Days
• Field of Search: 273/26 R, 273/25, 273/26 A, 273/26 B, 273/29 R, 273/29 A, 273/181 J, 273/191 R, 273/191 B, 473/417-420, 473/453, 473/422, 473/451
• US Class Current: 473/453
• CPC Class Codes: A63B 2220/34 Angular speed
• CPC Class Codes: A63B 2220/53 Force of an impact, e.g. blow or punch
• CPC Class Codes: A63B 69/0002 for baseball
• CPC Class Codes: A63B 69/36 for golf

Abstract

An apparatus is disclosed for simulating actual batting practice and is used for training a batter to increase power, proper form and mechanics, and accuracy of the swing of the batter without the use of a pitched ball. The preferred embodiment utilizes a stand on which is mounted a batting target comprising an upper resilient section fixed at its upper end to an upper support member and a lower resilient section fixed at its lower end to a lower resilient support member with the upper and lower resilient sections overlapping at their opposite free ends. A force sensing circuit is located within the batting target. A photoelectric velocity and angle detecting circuit measures the velocity and angle of the bat. Force, velocity and angle circuits are electrically connected to a processor. Also, a visual readout display is electrically connected to the processor for providing visual feedback of force, velocity and angle of the swing to the batter. When the batter strikes the lower resilient section, the force of the impact bends the upper and lower resilient sections. If the force of the swing of the bat is sufficient, the bat passes through the upper and lower resilient sections allowing the batter to complete a full swing. The resilient members return to the original position after the swing of the batter so as to be ready for the batter to swing the bat at the batting target again.

Claims

1. A batting practice device comprising:

(a) impact target area means formed of overlapping lengths of resilient tubing, resiliently articulating between a rest position and an impact position, for providing an impact target area upon which a bat directly impacts, the impact target area means moving from the rest position to the impact position upon application of a predetermined force by the bat upon said impact target area means, and resiliently returning to the rest position upon the bat moving through and past the impact target area of the impact target area means;

(b) a base section;

(c) a support member rising vertically from the base section;

(d) a U-bar, adjustably mounted to the support member, having an upper arm and a lower arm each extending to a free end horizontally outward from said support member, and having means attached at the ends of the upper and lower arms for attaching the target;

(e) wherein said target comprises;

(i) an upper length of resilient tubing fixed at an upper end thereof to the free end of the upper arm of the U-bar through an upper resilient tubing support member; and

(ii) a lower length of resilient tubing fixed at a lower end thereof to the free end of the lower arm of the U-bar, the upper resilient tubing having a lower end opposite the upper end of the upper resilient tubing, the lower resilient tubing having an upper end opposite the lower end of the lower resilient tubing, and the lower end of the upper resilient tubing being adjacent to and overlapping the upper end of the lower resilient tubing when in the rest position; and

(f) means for adjusting the target to require a different predetermined force to move the target from the rest position to the impact position by adjusting the overlap of the lower end of the upper resilient tubing and the upper end of the lower resilient tubing, said means comprising;

(i) a boxed channel having a slot therethrough and attached to the free end of the upper arm of the U-bar;

(ii) the upper resilient section support member having multiple slots therethrough and being slidably received within the boxed channel; and

(iii) a pin extending through the slot of the boxed channel and through any one of the multiple slots through the inner member so as to prevent the inner member from vertical movement relative to the boxed channel;

whereby the upper resilient tubing can be adjusted to vary the overlap.

2. A batting practice device as defined in claim 1, further comprising means for adjusting the height of the impact target area means.

3. A batting practice device as defined in claim 2, wherein the means for adjusting the height of the impact target area means comprises multiple vertically spaced slots extending through the support member;

a boxed channel having a slot therethrough and attached to the U-bar, the support member being slidably received within the boxed channel; and

a pin extending through the slot of the boxed channel and through any one of the multiple vertically spaced slots through the support member so as to prevent the support member from vertical movement relative to the boxed channel.

4. A batting practice device comprising:

(a) impact target area means, resiliently articulating between a rest position and an impact position, for providing an impact target area upon which a bat directly impacts, the impact target area means moving from the rest position to the impact position upon application of a predetermined force by the bat upon said impact target area means, and resiliently returning to the rest position upon the bat moving through and past the impact target area of the impact target area means;

(b) means for vertically elevating the impact target area means and for stabilizing said impact target area means during application of force by the bat upon said impact target area means;

(c) means for adjusting the impact target area means to require a different predetermined force to move the impact target means from the rest position to the impact position;

(d) means, contained within the impact target area means, for measuring the force of the bat upon the impact target area means; and

(e) readout means for visually displaying the measured force from the force measuring means.

5. A batting practice device as defined in claim 4, wherein the means for vertically elevating and stabilizing the impact target area means comprises:

a) a base section;

b) a support member rising vertically from the base section; and

c) a U-bar, adjustably mounted to the support member, having an upper arm and a lower arm each extending to a free end horizontally outward from said support member, and having means attached at the ends of the upper and lower arms for attaching the impact target area means.

6. A batting practice device as defined in claim 4, wherein the force measurement means comprises an inflatable bladder having an internal increase in pressure therein when the bat impacts upon the impact target area means, the internal pressure being detected by a piezoresistive circuit to produce an electrical signal therefrom proportioned to the internal pressure, the electrical signal being communicated to an analog to digital convertor device, the analog to digital convertor device converting the electrical signal into a digital pressure signal, the digital pressure signal being communicated to a logic circuit, and the logic circuit being electrically connected to display a visual representation of the digital pressure signal on the readout means.

7. A batting practice device as defined in claim 5, wherein the impact target area means comprises:

(a) an upper resilient section fixed at an upper end thereof to the free end of the upper arm of the U-bar; and

(b) a lower resilient section fixed at a lower end thereof to the free end of the lower arm of the U-bar, the upper resilient section having a lower end opposite the upper end of the upper resilient section, the lower resilient section having an upper end opposite the lower end of the lower resilient section, and the lower end of the upper resilient section being adjacent to and overlapping the upper end of the lower resilient section when in the rest position.

8. A batting practice device as defined in claim 7, wherein the means for adjusting the impact target area means comprises means for adjusting the overlap of the lower end of the upper resilient section and the upper end of the lower resilient section.

9. A batting practice device as defined in claim 7, wherein the impact target area means further comprises means for retaining the lower resilient section in a front position on one side of the upper resilient section and in a back position on an opposite side of the upper resilient section.

10. A batting practice devise as defined in claim 8, wherein the overlap adjusting means comprises:

(a) a boxed channel having a slot therethrough and attached to the free end of the upper arm of the U-bar;

b) an inner member having multiple slots therethrough and being attached to the upper end of the upper resilient section, the inner member being slidable received within the boxed channel; and

c) a pin extending through the slot of the boxed channel and through any one of the multiple slots through the inner member so as to prevent the inner member from vertical movement relative to the boxed channel.

11. A batting practice device comprising:

(a) impact target area means, resiliently articulating between a rest position and an impact position, for providing an impact target area upon which a bat directly impacts, the impact target area means moving from the rest position to the impact position upon application of a predetermined force by the bat upon said impact target area means, and resiliently returning to the rest position upon the bat moving through and past the impact target area of the impact target area means;

(b) means for vertically elevating the impact target area means and for stabilizing said impact target area means during application of force by the bat upon said impact target area means;

(c) means for adjusting the impact target area means to require a different predetermined force to move the impact target means from the rest position to the impact position; and

(d) means for detecting an displaying the velocity and bat angle of the bat prior to contact of the bat with the impact target area means.

12. A batting practice device as defined in claim 11, wherein the velocity, and bat angle detecting and displaying means further comprises a means, contained within the impact target area means, for measuring the force of the bat upon the impact target area means, the velocity and bat angle detecting and displaying means displaying the measured force of the bat upon the impact target area means.

13. A batting practice device as defined in claim 11, wherein the velocity, and bat angle detecting and displaying means comprises:

a first light source with a corresponding series of first photoelectric sensors and a second light source with a corresponding series of second photoelectric sensors, wherein the bat in motion interrupts a first series of light waves between the first light source and the first series of photoelectric sensors to start a timing circuit that is terminated as the bat in motion interrupts a second series of light waves between the second light source and the second series of photoelectric sensors; and

wherein the timing circuit derives the velocity and bat angle of the bat and communicates the same to a means for displaying a visual representation thereof.

14. A batting practice device comprising:

(a) a target, resiliently articulating between a rest position and an impact position, for providing an impact target area upon which a bat impacts, the target moving from the rest position to the impact position upon application of a predetermined force by the bat upon said target, and resiliently returning to the rest position upon the bat moving through and past the target;

(b) a base section;

(c) a support member rising vertically from the base section;

(d) a U-bar, adjustably mounted to the support member, having an upper arm and a lower arm each extending to a free end horizontally outward from said support member, and having means attached at the ends of the upper and lower arms for attaching the target;

(e) wherein said target comprises;

(i) an upper resilient section fixed at an upper end thereof to the free end of the upper arm of the U-bar through an upper resilient section support member; and

(ii) a lower resilient section fixed at a lower end thereof to the free end of the lower arm of the U-bar, the upper resilient section having a lower end opposite the upper end of the upper resilient section, the lower resilient section having an upper end opposite the lower end of the lower resilient section, and the lower end of the upper resilient section being adjacent to and overlapping the upper end of the lower resilient section when in the rest position; and

(f) means for adjusting the target to require a different predetermined force to move the target from the rest position to the impact position by adjusting the overlap of the lower end of the upper resilient section and the upper end of the lower resilient section, said means comprising;

(i) a boxed channel having a slot therethrough and attached to the free end of the upper arm of the U-bar;

(ii) the upper resilient section support member having multiple slots therethrough and being slidably received within the boxed channel; and

(iii) a pin extending through the slot of the boxed channel and through any one of the multiple slots through the inner member so as to prevent the inner member from vertical movement relative to the boxed channel;

whereby the upper resilient section can be adjusted to vary the overlap.

15. A batting practice device as defined in claim 14, wherein the means for adjusting the target comprises means for adjusting the overlap of the lower end of the upper resilient section and the upper end of the lower resilient section.

16. A batting practice device as defined in claim 14, further comprising:

(a) multiple vertically spaced slots extending through the support member;

(b) a boxed channel having a slot therethrough and attached to the U-bar, the support member being slidably received within the boxed channel; and

(c) a pin extending through the slot of the boxed channel and through any one of the multiple vertically spaced slots through the support member so as to prevent the support member from vertical movement relative to the boxed channel.

17. A batting practice device as defined in claim 14, wherein the target further comprises means for retaining the lower resilient section in a front position on one side of the upper resilient section and in a back position on an opposite side of the upper resilient section.

18. A batting practice device comprising:

(a) a target, resiliently articulating between a rest position and an impact position, for providing an impact target area upon which a bat impacts, the target moving from the rest position to the impact position upon application of a predetermined force by the bat upon said target, and resiliently returning to the rest position upon the bat moving through and past the target;

(b) a base section;

(c) a support member rising vertically from the base section;

(d) a U-bar, adjustably mounted to the support member, having an upper arm and a lower arm each extending to a free end horizontally outward from said support member, and having means attached at the ends of the upper and lower arms for attaching the target;

(e) means for adjusting the target to require a different predetermined force to move the rest position to the impact position;

(f) wherein said target comprises;

(i) an upper resilient section fixed at an upper end thereof to the free end of the upper arm of the U-bar;

(ii) a lower resilient section fixed at a lower end thereof to the free end of the lower arm of the U-bar, the upper resilient section having a lower end opposite the upper end of the upper resilient section, the lower resilient section having an upper end opposite the lower end of the lower resilient section, and the lower end of the upper resilient section being adjacent to and overlapping the upper end of the lower resilient section when in the rest position; and

(iii) means, contained within the target, for measuring the force of the bat upon the target; and

(g) readout means for visually displaying the measured force from the force measuring means.

19. A batting practice device as defined in claim 18, wherein the force measurement means comprises an inflatable bladder having an internal increase in pressure therein when the bat impacts upon the target, the internal pressure being detected by a piezoresistive circuit to produce an electrical signal therefrom proportional to the internal pressure, the electrical signal being communicated to an analog to digital convertor device, the analog to digital convertor device converting the electrical signal into a digital pressure signal, the digital pressure signal being communicated to a logic circuit, and the logic circuit being electrically connected to display a visual representation of the digital pressure signal on the readout means.