Sports event athlete safety management system

Abstract

This invention relates to a sports event athlete safety management system, comprising: a server, a monitoring platform, a plurality of first recording devices carried by a plurality of staff members, and a plurality of second recording devices carried by a plurality of medical personnel. Specifically, staff members wear the first recording devices to film the athletes' competition, while medical personnel wear the second recording devices to film the athletes' immediate emergency care. In particular, when an athlete experiences discomfort, the monitoring platform can retrieve GPS data from the first and second recording devices to locate the nearest medical personnel and then notify them to provide immediate emergency care to the athlete. Therefore, this sports event athlete safety management system offers the following advantages: full-process visual monitoring of athlete conditions, real-time situation assessment and response scheduling, immediacy and traceability, and improved overall event safety management.

Claims

1. A sports event athlete safety management system, comprising: One server; A monitoring platform, with information linked to this server; A plurality of first recording devices, carried by a plurality of staff members and connected to the server via a wireless network or mobile network; and a plurality of second recording devices, carried by a plurality of medical personnel and connected to the server via a wireless network or mobile network; wherein each of the first recording devices has a first GPS unit, and each of the second recording devices has a second GPS unit; wherein the monitoring platform is configured to perform: receiving a first scene video data and a first GPS data corresponding to the first scene video data transmitted by the first recording devices, and receiving a second scene video data and a second GPS data corresponding to the second scene video data transmitted by the second recording devices; and monitoring whether any contestant is experiencing physical discomfort based on the plurality of first scene video data. When a participant is detected to be unwell, the system compares at least one of the first GPS data with at least one of the second GPS data to determine the medical personnel closest to the participant; and sends an instruction signal to the second recording device or a medical personnel mobile electronic device held by the medical personnel, thereby assigning the medical personnel to provide immediate emergency care to the unwell participant.

2. The sports event athlete safety management system as described in claim 1, wherein, Each contestant wears an RFID chip. When a contestant passes a score recording point, a score recording device at the score recording point reads the corresponding contestant information from the RFID chip and then uploads the contestant information and the corresponding contestant timing data to the server.

3. The sports event athlete safety management system as described in claim 2, wherein, The server stores a plurality of contestant profiles, a plurality of contestant timing data corresponding to the plurality of contestant profiles, a first live video data transmitted by the first recording device, a first GPS data corresponding to the first live video data, a second live video data transmitted by the second recording device, and a second GPS data corresponding to the second live video data.

4. The sports event athlete safety management system as described in claim 1, wherein, Both the first and second recording devices are body cameras or wearable recorders.

5. The sports event athlete safety management system as described in claim 1, wherein, The first recording device includes: a first processor; a first camera unit coupled to the first processor; a first audio receiver coupled to the first processor; a first GPS unit coupled to the first processor; a first audio broadcasting unit coupled to the first processor; and a first wireless signal processor coupled to the first processor; wherein the first processor is configured to perform: driving the first camera unit and the first audio receiver to perform recording work, thereby generating the first scene image data; driving the first GPS unit to acquire the first GPS data; and uploading the first scene image data and the first GPS data to the server via the first wireless signal processor.

6. The sports event athlete safety management system as described in claim 5, wherein, The second recording device includes: a second processor; a second camera unit coupled to the second processor; a second audio receiver coupled to the second processor; a second GPS unit coupled to the second processor; a second audio playback unit coupled to the first processor; and a second wireless signal processor coupled to the second processor; wherein the second processor is configured to perform: driving the second camera unit and the second audio receiver to perform recording work, thereby generating the second on-site video data; driving the second GPS unit to acquire the second GPS data; and uploading the second on-site video data and the second GPS data to the server via the second wireless signal processor.

7. The sports event athlete safety management system as described in claim 6, wherein, The monitoring platform includes at least one electronic device coupled to the server, the electronic device being coupled to at least one display, and the electronic device being configured to perform: driving the display to display a corresponding first scene image and / or a second scene image based on the first scene image data and / or the second scene image data; recording the execution content of immediate emergency care, the identity information of the contestant receiving immediate emergency care, and the identity information of the medical personnel providing immediate emergency care; and generating an immediate emergency care record.

8. The sports event athlete safety management system as described in claim 7, wherein, The electronic device is also configured to: drive the display to show a simplified map and present a race route within the simplified map; and mark a plurality of staff icons and a plurality of medical personnel icons within the simplified map based on a plurality of the first GPS data and a plurality of the second GPS data.

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