Sports competition application system

Abstract

A sports competition application system is disclosed. The sports competition application system includes a Bluetooth transceiver device and a Bluetooth read-write device. The Bluetooth transceiver device includes a sensor, a battery, a Bluetooth transceiver chip, a microprocessor, and a storage unit. The sensor is utilized for sensing motion signals of a user. The Bluetooth transceiver chip is utilized for communicating with the Bluetooth read-write device. The microprocessor is utilized for controlling components of the Bluetooth transceiver device. The storage unit is utilized for accessing a code of the user and motion signals sensed by the sensor. The battery is utilized for providing power supply. The Bluetooth transceiver device which is worn by the user is used to monitor accurate locations of the users by the Bluetooth read-write device. By doing so, the users can be rescued on time when accidents occur.

Description

TECHNICAL FIELD OF THE INVENTION[0001]The present inventors relates to a sports competition application system, and more particularly, to a low energy Bluetooth device and a sensing device which is applied on athletes to monitor the sports competition progress and for safety management of the athletes by several intermediate Bluetooth detection stations.BACKGROUND OF THE INVENTION[0002]Currently, there are numerous sports activities, and since energy conserving and carbon reducing activities are advocated nowadays, swimming, cycling races, and marathon are currently more healthy as well as environmental friendly sports activities. But those above-mentioned sports are usually long-distance sports activities; this means that the sports competition progress monitoring and safety management of the athletes may need numerous human power. If the athletes encounter unexpected situations or feel ill during the long-distance sports activities, staff of the sports activities cannot accurately...

AI Technical Summary

Benefits of technology

The present invention aims to provide a low-cost and highly popularized sports competition application system that does not require additional network equipment and can be easily established.

Problems solved by technology

But those above-mentioned sports are usually long-distance sports activities; this means that the sports competition progress monitoring and safety management of the athletes may need numerous human power.

If the athletes encounter unexpected situations or feel ill during the long-distance sports activities, staff of the sports activities cannot accurately know the specific locations of the athletes, and a “golden window” rescue time will be missed thus causing regrets.

Athletes currently may wear wrist straps, ankle straps, or the like, with a passive radio frequency identification (RFID), but a defect of the passive RFID is that a response time of the RFID is over 0.1 second, and even a general automated communication component such as a traditional Bluetooth also has a response time over 1 second, and the above-mentioned cannot match the response time requirement in the sports competition which an accuracy must reach hundreds of a second to milliseconds.

In addition, the data of the sports competition usually cannot be written in the passive RFID, for instance, a start time, a finish time, and so on.

In addition, by only validating athletes' identities at detecting stations or finishing stations, the occurrences of a pinch runner or a substitute runner in long-distance sports competitions cannot be avoided.

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