Athletic training device and method

• US 6,072,751 A
• Filed: 02/27/1998
• Issued: 06/06/2000
• Est. Priority Date: 02/28/1997
• Status: Expired due to Fees

• Current Assignee: Allan M. Kirson, Gerald M. Crimmins
• Original Assignee: Allan M. Kirson, Gerald M. Crimmins
• Inventors: Crimmins, Gerald M., Kirson, Allan M.
• Primary Examiner(s): MISKA, VIT W
• Application Number:
  US09/032,446
• Time in Patent Office: 830 Days
• Field of Search: 368/2, 368/3, 368/10, 368/110-113, 340/323 R, 364/569
• US Class Current: 368/2
• CPC Class Codes: A63B 69/0028 for running, jogging or speed-walking movable endless bands A63B22/02
• CPC Class Codes: A63B 71/0686 Timers, rhythm indicators or pacing apparatus using electric or electronic means
• CPC Class Codes: G07C 1/24 Race time-recorders

Abstract

An athletic training device includes a main control unit coupled to one or more finish line units via a communication link. The main control unit arranged to provide a pre-race start signal and a race start signal simulating an actual race event starting condition. The main control unit further arranged to time the race events, to determine reaction times and to measure weather and/or atmospheric conditions and to store all these as training statistics.

Claims

1. An athletic training device comprising:

a main control unit and at least one finish line unit, the main control unit and the finish line unit coupled via a communication link; and

the main control unit arranged to provide a pre-race start signal a race start signal simulating an actual event starting condition and a random time period between the pre-race start signal and the race start signal, the main control unit further arranged to time a race event, the race event comprising a time period extending between the race start signal and a race finish signal, the race finish signal being generated by the finish line unit and coupled from the finish line unit to the main control unit.

2. The athletic training device of claim 1 comprising at least a first finish line unit and a second finish line unit, the first finish line unit arranged to generate a race interval signal and to communicate the race interval signal to the main control unit and the second finish line unit arranged to generate the race finish signal.

3. The athletic training device of claim 1 comprising at least a first finish line unit and a second finish line unit, the first finish line unit arranged to generate a first race finish signal in a first race lane and to communicate the first race finish signal to the main control unit and the second finish line unit arranged to generate a second race finish signal in a second race lane and to communicate the second race finish signal to the main control unit.

4. The athletic training device of claim 1, wherein the pre-race start signal comprises at least one of a "ready" signal, an "on your mark" signal, and a "set" signal.

5. The athletic training device of claim 1, wherein the race start signal comprises a "go" signal.

6. The athletic training device of claim 1, wherein each of the pre-race start signal and the race start signal comprises one of an audio tone and a voice command.

7. The athletic training device of claim 1, wherein the communication link comprises one of a wireless link and a wired link.

8. The athletic training device of claim 1, wherein the pre-race start signal comprises a first pre-race start signal and a second pre-race start signal, and wherein the random time period comprises a first random time period between the first pre-race start signal and the second pre-race start signal and a second random time period between the second pre-race start signal and the race start signal.

9. The athletic training device of claim 1, wherein the pre-race start signal comprises a first pre-race start signal and a second pre-race start signal, and wherein the random time period comprises a fixed time period between the first pre-race start signal and the second pre-race start signal and a random time period between the second pre-race start signal and the race start signal.

10. The athletic training device of claim 1, wherein the finish line unit comprises a detector arranged for detecting a crossing of a finish line by a training athlete.

11. The athletic training device of claim 1, wherein the main control unit comprises a detector arranged for detecting a leaving of a start position by a training athlete.

12. The athletic training device of claim 1, the main control unit arranged for storing training statistics.

13. The athletic training device of claim 12, wherein the training statistics comprises at least one of a race elapsed time and a reaction time.

14. The athletic training device of claim 12, the main control unit arranged for communicating the training statistics to a general purpose computer.

15. The athletic training device of claim 1, the main control unit and the finish line unit being powered by one of a battery power source, a solar power source, and an alternating current power source.

16. The athletic training device of claim 1, the main control unit being responsive to a sequence begin signal for providing the pre-race start signal and the race start signal.

17. An athletic training device comprising:

a main control unit and at least one finish line unit, the main control unit and the at least one finish line unit coupled via a communication link;

the at least one finish line unit arranged to detect a crossing of a finish line by a training athlete, to generate a finish signal and to communicate the finish signal to the main control unit via the communication link;

the main control unit arranged to provide a first pre-race start signal, a second pre-race start signal, a third pre-race start signal and a race start signal including a fixed time period between the first pre-race start signal and the second pre-race start signal, a first random time period between the second pre-race start signal and the third pre-race start signal and a second random time period between the third pre-race start signal and the race start signal;

the main control unit further arranged to time a race event, the race event comprising a time period extending between the race start signal and the race finish signal, and for saving a race event elapsed time as a training statistic; and

the main control unit further arranged to determine a reaction time, to measure weather and atmospheric conditions and to store the reaction time and weather and atmospheric conditions in association with the race event elapsed time as training statistics.

18. A method of simulating a race event for training purposes, the method comprising:

initiating a race simulator;

generating from the race simulator a pre-race start signal;

determining within the race simulator a random time period, and pending for the random time period;

generating from the race simulator at the expiration of the random time period a race start signal and concomitantly initiating within the race simulator a timer;

generating at a finish line unit a finish signal,

communicating the finish signal to the race simulator;

responsive to the finish signal terminating the timer; and

recording, within the race simulator training statistics, the training statistics comprising at least a race event time, the race event time being an elapsed time as measured by the timer.

19. The method of claim 18, wherein the step of providing a pre-race start signal comprises:

providing a first pre-race start signal;

determining a first random time period and pending for the first random time period;

at the expiration of the first random time period providing a second pre-race start signal;

determining a second random time period and pending for the second random time period;

at the expiration of the second random time period providing a third pre-race start signal.

20. An athletic training device comprising:

a main control unit and at least one finish line unit, the main control unit and the finish line unit coupled via a communication link; and

the main control unit arranged to provide a pre-race start signal and a race start signal simulating an actual event starting condition wherein the main control unit comprises a detector arranged for detecting a leaving of a start position by a training athlete, the main control unit further arranged to determine a reaction time, the reaction time being a time period between the race start signal and the leaving of the start position by the training athlete, the main control unit further arranged to time a race event, the race event comprising a time period extending between the race start signal and a race finish signal, the race finish signal being generated by the finish line unit and coupled from the finish line unit to the main control unit.

21. An athletic training device comprising:

a main control unit and at least one finish line unit, the main control unit and the finish line unit coupled via a communication link; and

the main control unit arranged to provide a pre-race start signal and a race start signal simulating an actual event starting condition, the main control unit further arranged to time a race event, the race event comprising a time period extending between the race start signal and a race finish signal, the race finish signal being generated by the finish line unit and coupled from the finish line unit to the main control unit, and the main control unit further arranged to measure weather and atmospheric conditions and to store the measured weather and atmospheric conditions.

22. The athletic training device of claim 21, the main control unit arranged to store training statistics, the training statistics being correlated with the measured weather conditions.

23. An athletic training device comprising:

a main control unit and at least one finish line unit, the main control unit and the finish line unit coupled via a communication link; and

the main control unit arranged to provide a pre-race start signal and a race start signal simulating an actual event starting condition, the pre-race start signal comprising a first pre-race start signal, a second pre-race start signal and a third pre-race start signal, the main control unit arranged for providing a fixed time period between the first pre-race start signal and the second pre-race start signal, a first random time period between the second pre-race start signal and the third pre-race start signal and a second random time period between the third pre-race start signal and the race start signal, the main control unit further arranged to time a race event, the race event comprising a time period extending between the race start signal and a race finish signal, the race finish signal being generated by the finish line unit and coupled from the finish line unit to the main control unit.