Training analysis system for rowing

Abstract

The invention relates to the technical field of sensors, in particular to a training analysis system for rowing. The training analysis system comprises a training parameter collection unit and a physiological data collection unit, wherein the training parameter collection unit is used for collecting the training state parameter of a single athlete, and can be used for correspondingly transmittingthe training state parameter of each athlete to a data transferring terminal; the physiological data collection unit is used for collecting the physiological state data of the single athlete, and canbe used for correspondingly transmitting the physiological state data of the single athlete to the data transferring terminal; the data transferring terminal is used for receiving the training state parameter and physiological state parameter of each athlete, and transmitting the training state parameter and physiological state parameter to a system server; and the system server can be used for generating a corresponding training analysis report according to the training state parameter and physiological state data of each athlete. The training analysis system can give consideration to the pertinency and comprehensiveness of rowing training analysis, so that the training effect of the athletes can be improved in an auxiliary way.

Description

technical field [0001] The invention relates to the technical field of sensors, in particular to a training analysis system for rowing. Background technique [0002] Both kayaking and rowing are speed and endurance events, which have extremely high requirements for strength and technology. The improvement of athletes' technical movements, reasonable arrangement of tactics, and personnel matching of multi-person boats all need scientific basis and theoretical guidance. Based on this, a training analysis system for rowing has appeared in the prior art, which can simultaneously measure various parameters in rowing training. Standard requirements, used to optimize the configuration and improve the athlete's skill level. [0003] For example, the Chinese patent whose publication number is CN100506330C discloses a real boat water training system for kayaking and rowing, including: a portable on-board measuring device, a real-time feedback device on board, a high-speed image synch...

AI Technical Summary

Problems solved by technology

[0005] However, in the above-mentioned existing solutions, the training evaluation (generated training report) is only performed through the overall motion state of the rowing boat. In actual use, there will be the following problems: 1) Rowing is a multi-person sport, which requires the training of a single athlete Parameter acquisition and evaluation of the state of the rowing boat, so that the coaches can provide corresponding guidance for the shortcomings of each athlete; while the system of the existing scheme is to collect parameters and training evaluation of the overall state of the rowing, which makes it difficult for the coach to target individual athletes. The training problems of athletes are guided, which makes the analysis of rowing training not targeted enough, resulting in poor training effects for athletes; 2) The existing scheme only collects data related to hull motion and athlete training, but does not collect data on athletes The physiological state data of itself makes it difficult for the coach to know the physiological state of the athlete during training, so it is difficult to guide the athlete comprehensively (for example: the heart rate of the athlete is too fast during training, the reason is that the wrong breathing rhythm is used; if the coach does not can analyze the heart rate data of the athletes, and ignore the breathing rhythm skills when instructing), which makes the comprehensiveness of the analysis of rowing training not good, and leads to the poor effect of assisting athletes in training

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