METHOD AND SYSTEM FOR MEASURING PLURALITY OF GROUPED ELAPSED TIMES

• US 20140018944A1
• Filed: 07/11/2012
• Published: 01/16/2014
• Est. Priority Date: 07/11/2012
• Status: Abandoned Application

• Current Assignee: Dong Gil Ko, Jee-Young Choi
• Original Assignee: Dong Gil Ko, Jee-Young Choi
• Inventors: Ko, Dong Gil, Choi, Jee-young
• Application Number:
  US13/547,032
• Publication Number:
  US 20140018944A1
• Time in Patent Office: Days
• US Class Current: 700/91
• CPC Class Codes: G07C 1/24 Race time-recorders

Abstract

There is described a method and system of measuring, displaying, recording, and storing real-time elapsed times for each athlete to complete predetermined distances or repetitions having multiple athletes within a heat who have common starting time and different stopping times with each heat having different starting times. Trainers use a personal or mobile communication device to measure, display, record, and store elapsed times for each repetition completed by each athlete as well as to create, modify, delete, and display athlete, benchmark set, elapsed time, body count, and power tower data. A software application provides athlete assignments to a heat and a lane, benchmark set selection, timer initiation, and elapsed time measurement, display, recording, and storage for each repetition completed by each athlete. It further provides the user the ability to upload and download data from and to a storage location as well as to perform text or email communications.

Claims

1. A method of measuring, displaying, recording, and storing elapsed times taken on a real-time basis for each athlete to complete predetermined distances or repetitions having multiple athletes within a heat who have common starting time and different stopping times with each heat having different starting times, comprising the steps of:

assigning each athlete to a heat and a lane;

selecting a benchmark set;

starting a global timer to automatically start a heat one timer from zero to begin a heat one first repetition;

automatically starting a heat two timer from zero to begin a heat two first repetition after a base interval time has lapsed from start of said heat one timer;

for each subsequent heat first repetition thereafter, automatically starting a subsequent heat timer from zero to begin a subsequent heat first repetition after another said base interval time has lapsed from start of a previous heat timer;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat one first repetition, said heat two first repetition, or said subsequent heat first repetition;

automatically storing the elapsed times in an electronic storage device;

automatically starting said heat one timer from zero to begin a heat one second repetition when said heat one timer is equal to a first repetition rest cycle time;

automatically starting said heat two timer from zero to begin a heat two second repetition when said heat two timer is equal to said first repetition rest cycle time;

for each subsequent heat thereafter, automatically starting a subsequent heat timer from zero to begin a subsequent heat second repetition when said subsequent heat timer is equal to said first repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat one second repetition, said heat two second repetition, or said subsequent heat second repetition;

automatically storing the elapsed times in said electronic storage device;

for each heat one subsequent repetition thereafter, automatically starting said heat one timer from zero to begin a heat one subsequent repetition when said heat one timer is equal to a previous repetition rest cycle time;

for each heat two subsequent repetition thereafter, automatically starting said heat two timer from zero to begin a heat two subsequent repetition when said heat two timer is equal to said previous repetition rest cycle time;

for each subsequent heat and each subsequent heat subsequent repetition thereafter, automatically starting a subsequent heat timer from zero to begin a subsequent heat subsequent repetition when said subsequent heat timer is equal to said previous repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat one subsequent repetition, said heat two subsequent repetition, or said subsequent heat subsequent repetition;

automatically storing the elapsed times in said electronic storage device;

automatically uploading the elapsed times to a database when network connection is or becomes available; and

automatically sending an email or a text to trainers, athletes, parents, or other interested parties informing them regarding availability of the elapsed times when network connection is or becomes available.

2. The method of claim 1, further comprising the steps of:

selecting a body count sub-dashboard;

displaying and recording a total number of strokes;

displaying and recording a swimming stroke corresponding to said total number of strokes;

displaying and recording a total number of heartbeats;

displaying and recording a heartbeat measurement method corresponding to said total number of heartbeats;

automatically storing said total number of strokes, said swimming stroke, said total number of heartbeats, or said heartbeat measurement method in said electronic storage device;

automatically uploading said total number of strokes, said swimming stroke, said total number of heartbeats, or said heartbeat measurement method to a database when network connection is or becomes available; and

automatically sending an email or a text to trainers, athletes, parents, or other interested parties informing them regarding availability of said total number of strokes, said swimming stroke, said total number of heartbeats, or said heartbeat measurement method when network connection is or becomes available.

3. The method of claim 1, further comprising the steps of:

pausing a heat timer after a repetition;

starting said heat timer; and

continuing with a subsequent repetition.

4. The method of claim 1, wherein a set of repetitions is displayed through display means including show/hide, switch, or scroll.

5. The method of claim 1, wherein a mathematical calculation, report, or graph using elapsed time data is displayed.

6. The method of claim 1, wherein a voice-activated means measure, display, record, and store said elapsed time.

7. A method of measuring, displaying, recording, and storing elapsed times taken on a real-time basis to complete predetermined distances or repetitions for each athlete belonging to a heat whereby all athletes train sequentially in the order of heats and all athletes within a heat have common starting time and different stopping times, comprising the steps of:

assigning each athlete to a heat and a lane;

selecting a benchmark set;

starting a heat one timer from zero to begin a heat one first repetition;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat one first repetition;

automatically storing the elapsed times in an electronic storage device;

automatically starting said heat one timer from zero to begin a heat one second repetition when said heat one timer is equal to a first repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat one second repetition;

automatically storing the elapsed times in said electronic storage device;

for each subsequent repetition thereafter, automatically starting said heat one timer from zero to begin a heat one subsequent repetition when said heat one timer is equal to a previous repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat one subsequent repetition;

automatically storing the elapsed times in said electronic storage device;

starting a heat two timer from zero to begin a heat two first repetition;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat two first repetition;

automatically storing the elapsed times in said electronic storage device;

automatically starting said heat two timer from zero to begin a heat two second repetition when said heat two timer is equal to said first repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat two second repetition;

automatically storing the elapsed times in said electronic storage device;

for each subsequent repetition thereafter, automatically starting said heat two timer from zero to begin a heat two subsequent repetition when said heat two timer is equal to a previous repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said heat two subsequent repetition;

automatically storing the elapsed times in said electronic storage device;

for each subsequent heat thereafter, starting a subsequent heat timer from zero to begin a subsequent heat first repetition;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said subsequent heat first repetition;

automatically storing the elapsed times in said electronic storage device;

automatically starting said subsequent heat timer from zero to begin a subsequent heat second repetition when said subsequent heat timer is equal to said first repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said subsequent heat second repetition;

automatically storing the elapsed times in said electronic storage device;

for each subsequent repetition thereafter, automatically starting said subsequent heat timer from zero to begin a subsequent heat subsequent repetition when said subsequent heat timer is equal to a previous repetition rest cycle time;

measuring, displaying, and recording an elapsed time for each athlete at the end of his or her said subsequent heat subsequent repetition;

automatically storing the elapsed times in said electronic storage device;

automatically uploading the elapsed times to a database when network connection is or becomes available; and

automatically sending an email or a text to trainers, athletes, parents, or other interested parties informing them regarding availability of the elapsed times when network connection is or becomes available.

8. The method of claim 7, further comprising the steps of:

selecting a power tower sub-dashboard;

displaying and recording a swimming type;

displaying and recording a total number of weights;

displaying and recording a weight measurement method corresponding to said total number of weights;

displaying and recording an equipment including fins, snorkel, or paddle;

automatically storing said swimming type, said total number of weights, said weight measurement method, or said equipment in said electronic storage device;

automatically uploading said swimming type, said total number of weights, said weight measurement method, or said equipment to a database when network connection is or becomes available; and

automatically sending an email or a text to trainers, athletes, parents, or other interested parties informing them regarding availability of said swimming type, said total number of weights, said weight measurement method, or said equipment when network connection is or becomes available.

9. The method of claim 7, further comprising the steps of:

pausing a heat timer after a repetition;

starting said heat timer; and

continuing with a subsequent repetition.

10. The method of claim 7, further comprising the steps of:

selecting a body count sub-dashboard;

displaying and recording a total number of strokes;

displaying and recording a swimming stroke corresponding to said total number of strokes;

displaying and recording a total number of heartbeats;

displaying and recording a heartbeat measurement method corresponding to said total number of heartbeats;

automatically storing said total number of strokes, said swimming stroke, said total number of heartbeats, and said heartbeat measurement method in said electronic storage device;

automatically uploading said total number of strokes, said swimming stroke, said total number of heartbeats, or said heartbeat measurement method to a database when network connection is or becomes available; and

automatically sending an email or a text to trainers, athletes, parents, or other interested parties informing them regarding availability of said total number of strokes, said swimming stroke, said total number of heartbeats, or said heartbeat measurement method when network connection is or becomes available.

11. The method of claim 7, wherein a voice-activated means measure, display, record, and store said elapsed time.

12. The method of claim 7, wherein a set of repetitions is displayed through display means including show/hide, switch, or scroll.

13. The method of claim 7, wherein a mathematical calculation, report, or graph using elapsed time data is displayed.

14. A system for measuring, displaying, recording, and storing elapsed times taken on a real-time basis for each athlete to complete predetermined distances or repetitions having multiple athletes within a heat who have common starting time and different stopping times with each heat having different starting times, comprising:

a personal or mobile communication device creating, modifying, or deleting an athlete, a benchmark set, an elapsed time, a body count, or a power tower data;

a mobile communication device storing and displaying said athlete or said benchmark set data;

a mobile communication device measuring, displaying, recording, and storing athlete elapsed times for each repetition;

a mobile communication device displaying, recording, and storing a body count data; and

a mobile communication device displaying, recording, and storing a power tower data.

15. The system of claim 14, further comprising a database coupled, locally or networked, to said personal or mobile communication device;

the database containing an athlete, a benchmark set, an elapsed time, a body count, or a power tower data.

16. The system of claim 14, further comprising a software application executing on said mobile communication device;

the software application measuring, displaying, recording, and storing athletes'"'"' elapsed times, displaying, recording, and storing body count and power tower data, and displaying athlete or benchmark set data.

17. The system of claim 14, further comprising a software application executing on said personal or mobile communication device;

the software application creating, modifying, or deleting an athlete, a benchmark set, an elapsed time, a body count, or a power tower data.

18. The system of claim 14, wherein athlete data, benchmark set data, elapsed time data, body count data, or power tower data is associated with a particular athlete using a unique identifier.