Running management system and method applied to medium and long-distance running testing

Abstract

The invention relates to a running management system and method applied to a medium and long distance running test. The running management system comprises an operation host, a timing host, a timing carpet, a timing bracelet, an auxiliary timing device, an intermediate point anti-cheating device and an LED display device. The operation host is connected with the timing host; the auxiliary timing device and the timing carpet are connected with the timing host through cables, the timing carpet is in induction connection with the timing bracelet, and the timing bracelet and the auxiliary timing device are in wireless transmission connection with the timing host. The timing carpet adopts a 125K signal to trigger and activate the timing bracelet at a low frequency, the timing bracelet transmitsown information to the timing host through 2.4 G signal high-frequency transmission so as to be received by the timing host and record time for timing, and meanwhile, recorded information can be displayed on the LED display device. The timing host synchronizes the information to the operation host. The running management system is convenient to use and accurate in timing; and cheating of a testercan be prevented.

Description

technical field [0001] The invention relates to the field of sports equipment, in particular to a running management system applied to middle and long distance running tests. Background technique [0002] In track and field, long-distance running, marathon, bicycle, motorcycle, cross-country skiing, short-track speed skating and many other sports competitions, it is necessary to record the running time and ranking of athletes from the starting point to the finishing point. For events with more than 10,000 people and second-level timing accuracy (such as track and field long-distance running, race walking, marathon, bicycle, etc.), it is very difficult to accurately record the ranking of athletes reaching the finish line. Generally, the older and classic method is to manually pinch the stopwatch to time , It requires referees to assist in manually counting laps, which is not only difficult, but also requires a large number of referees, and manual recording is also prone to er...

AI Technical Summary

Problems solved by technology

[0002] In track and field, long-distance running, marathon, bicycle, motorcycle, cross-country skiing, short-track speed skating and many other sports competitions, it is necessary to record the running time and ranking of athletes from the starting point to the finishing point. For events with more than 10,000 people and second-level timing accuracy (such as track and field long-distance running, race walking, marathon, bicycle, etc.), it is very difficult to accurately record the ranking of athletes reaching the finish line. Generally, the older and classic method is to manually pinch the stopwatch to time , it requires referees to assist in manually counting laps, which is not only difficult, but also requires a large number of referees, and manual recording is also prone to errors, so it cannot be guaranteed to be foolproof

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