Intelligent skipping rope capable of automatically detecting balance weight and detection method

Abstract

The invention discloses an intelligent skipping rope capable of automatically detecting the balance weight. The intelligent skipping rope comprises a rope body and handles connected to the two ends of the rope body, wherein each handle comprises a balance weight cavity, a linear Hall sensor, a processor and a communication module; the balance weight cavity is used for containing a balance weight block, and a first magnet matched with the balance weight block is arranged at the end of each balance weight block; the linear Hall sensor is used for outputting a current voltage signal in response to the detected magnetic field intensity of the first magnet; the processor is used for pre-storing a mapping relationship between the weight values of multiple groups of balance weights and the corresponding voltage values, and inquiring to obtain the weight value of the current balance weight corresponding to the current voltage signal according to the received current voltage signal; and the communication module is used for sending the weight value of the current balance weight to a terminal. According to the invention, the weight of the balance weight can be automatically detected, so that more comprehensive motion data can be provided for a user, and data analysis can be better carried out.

Description

technical field [0001] The invention relates to the technical field of rope skipping, in particular to an intelligent skipping rope for automatically detecting counterweights and a detection method. Background technique [0002] Rope skipping is an excellent fitness exercise, which can effectively train the individual's response and endurance, so as to achieve the purpose of strengthening the body. In order to increase the amount of exercise of the skipping rope, the existing skipping rope is provided with a counterweight on the cavity of the handle, so as to better train the wrist strength. However, this skipping rope cannot detect the weight of the configuration block, because different users have different hand strengths, so the configuration skipping rope in the prior art cannot adjust the weight of the counterweight accordingly according to the user, and cannot provide users with accurate calculation of exercise. Model, thus the calculated calorie consumption and speed...

AI Technical Summary

Problems solved by technology

However, this skipping rope cannot detect the weight of the configuration block, because different users have different hand strengths, so the configuration skipping rope in the prior art cannot adjust the weight of the counterweight accordingly according to the user, and cannot provide users with accurate calculation of exercise model, so the calculated calorie consumption and speed are not accurate enough to meet the needs of users

Images