Running rhythm training equipment

Abstract

The invention discloses running rhythm training equipment. The running rhythm training equipment comprises a main machine, a data cable, a lamp tape, a battery, a user, a human-computer interaction terminal, a server, a heart rate meter, an LED lamp and a flexible wire. The running rhythm training equipment has the advantages that the running rhythm training equipment is reasonable in design, LEDlamps on the lamp tape have the flow-type lamp lighting effect from front to back in the running forward direction of the user, and are connected in cluster, and the running rhythm of the user is guided and trained at lamp-lighting flow velocity and lightening sequence; in the whole running process, by controlling the lamp-lighting sequence, direction and interval time of the lamp tape, the user is guided to chase lighted lamps to train the running rhythm, the lighting color of the LED lamps can be changed along with the scheme set by the user, the lighting color of the LED lamps on the lamp tape can be changed to enhance training enjoyment, and the lamp-lighting flow velocity of the LED lamps is automatically adjusted along with the user heart rate monitored by the heart rate meter.

Description

technical field [0001] The invention relates to a training device, in particular to a running rhythm training device, and belongs to the technical field of hardware development. Background technique [0002] At present, there are generally two ways to train running rhythm. The first is to train by the coach shouting slogans. This training method is mainly controlled by the coach and will have strong subjectivity; the second is to use a treadmill. The patient can only run in place on the treadmill and cannot move forward, which is quite different from the actual running effect. In addition, using a treadmill can only control the speed of running, and cannot motivate and guide people to run. The invention is controlled by a single-chip microcomputer, and can guide and motivate users to carry out real running rhythm training on the actual ground by connecting a series of lighting signals. [0003] At present, there is a patented device for running training: an intelligent ter...

AI Technical Summary

Problems solved by technology

[0003] At present, there is a patented device for running training: an intelligent terminal system for running pace training, patent number (CN 204543462U). Through analysis and comparison, it is found that the patented device is significantly different from the present invention, which is mainly reflected in the following aspects Point: ① The two inventions have different incentive methods. The incentive of the running pace training intelligent terminal system is based on each independent lamp post, and the incentive methods are not connected; the incentive of the present invention is based on a whole section of light strips The incentive lights on the light belt are connected in series throughout the whole process, which is a whole. ②Because of the difference ①, the running pace training intelligent terminal system can only remind you of the distance step by step, and cannot guide each step in the running distance; the light of the present invention Belt guidance is a continuous process that can guide and motivate the user's running rhythm at every step. ③Running pace training intelligent terminal system guides and motivates and senses human body signals through wireless transmission; Invention guide excitation signal is transmitted from the host to the light strip through the data line, which is a wired method

[0004] In the present invention, a heart rate detection device is also used. At present, there are two main uses of the heart rate detection device. The first is a personal heart rate bracelet, which is mainly used to record the exercise situation in daily life. The role of life, the second is the team heart rate monitor, the team heart rate monitor mainly focuses on the energy consumption of the user's exercise. From the above explanation: the current heart rate monitoring data can only reflect the amount of activity, but how can it scientifically reflect the user's running Physiological data during rhythm training, and use physiological data as the basis for adjusting the running rhythm training program. At present, there is no scientific instrument and measurement method

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