5 results about "Team sport" patented technology

The invention discloses a monitoring system and monitoring method for group exercise core body temperature, and belongs to the technical field of exercise health monitoring, the system mainly comprises a plurality of core body temperature monitoring devices with unique identifiers, a data receiver, a data analysis and early warning device with an artificial intelligence real-time early warning model, and a database; the monitoring method comprises the following steps: establishing a one-to-one correspondence relationship between equipment and a monitored person, collecting and calibrating body temperature data, identifying and screening effective data, comparing individual early warning parameters to generate a low / medium / high three-level early warning scheme, and performing two-way early warning of data analysis and early warning equipment and core body temperature monitoring equipment, so that accurate data association and graded intelligent early warning are realized; a complete monitoring closed loop of collection-calibration-screening-analysis-early warning-feedback is formed, it is ensured that core body temperature abnormal risks in group sports are recognized in time and transmitted to monitored persons, group sports body temperature monitoring accuracy and risk prevention and control efficiency are improved, and the system is suitable for group sports scenes such as track and field, football and physical fitness.

Regardless of location, we provide a team sports analysis system, team sports analysis method, and team sports analysis program that are suitable for analyzing team sports formations and other aspects by capturing the precise position and movement of each player over time. [Solution] A team sports analysis system S that identifies and analyzes the positions of all players P using a plurality of first devices 1 arranged at and around the venue of a team sport and capable of identifying their own position information, and a second device 2 carried by all players P of the team sport, comprises distance calculation means that calculates the distance between each of the plurality of first devices 1 and the second device 2 based on the bidirectional transmission and reception times of information or signals between each of the plurality of first devices 1 and the second device 2, and position identification means that identifies the position of the second device 2 based on the distance between each of the plurality of first devices 1 and the second device 2 calculated by the distance calculation means, and the position information of each of the first devices 1.

An interactive sports passing game apparatus designed to improve a user's passing skills in team sports, such as soccer and hockey. The device includes a housing with an array of lights on both faces, a display table for scores, and sensors that detect the motion of objects passing underneath. The game apparatus allows both single and multiplayer modes with varying levels of difficulty, including moving target areas controlled by an internal controller. The controller also synchronizes the lights and generates audio outputs for feedback. The apparatus may be powered by a rechargeable battery or an external power source, and it features modular components for easy reconfiguration and expansion. The device enhances the user's experience through its interactive features, creating an engaging environment for skill development.

The invention relates to a team project dynamics energy efficiency evaluation system and method based on multi-sensor fusion, and belongs to the technical field of sports aerodynamics and biomechanics. Comprising a multi-sensor synchronous acquisition and data transmission terminal, a high-precision power metering module, a high-precision laser ranging module, a micro differential pressure wind speed sensing module and a display module. According to the method, non-intrusive and high-sampling-rate data acquisition and multi-physical-field synchronous measurement are realized, a distance-energy-saving-pneumatic environment quantitative model is constructed, a riding state aerodynamic mathematical model is further established, and the law that the energy-saving effect is attenuated along with the distance is accurately described; therefore, a solid scientific foundation is provided for formulating an optimal car following strategy, and global dynamic monitoring and accurate on-site guidance are realized.

A method comprises obtaining video data from one or more data sources, and processing the obtained video data in a machine learning system comprising an inference stage and an anticipation stage. The inference stage is configured to assign one or more labels to at least one of a group activity and an individual activity detected in the obtained video data. The anticipation stage is configured to predict one or more future actions relating to at least one of the group activity and the individual activity based at least in part on the one or more labels assigned in the inference stage. The method further comprises generating at least one control signal based at least in part on the predicted one or more future actions. The method is illustratively configured to implement role inference and action anticipation in team sports, although it is applicable to a wide variety of other contexts.