阅读说明：本技术 一种基于国际标准舞的智能练习方法 (Intelligent exercise method based on international standard dance ) 是由 郭坤 于 2020-07-11 设计创作，主要内容包括：本发明公开了一种基于国际标准舞的智能练习方法,包括：采集练舞者的脚下的动作数据；根据动作数据匹配出与该动作数据相对应的至少一种舞种；记录并显示至少一种舞种的训练数据,其中训练数据包括舞种的训练时长以及舞种的步数。通过上述方式,本发明所公开的基于国际标准舞的智能练习方法能够根据练舞者的动作识别出舞种并记录舞种的练习情况,能够有效知道练舞的质量效果,也能够有效监控到练舞者的练舞时长,大大提升了用户的体验。(The invention discloses an intelligent exercise method based on international standard dance, which comprises the following steps: collecting the action data of the feet of the exerciser; matching at least one dance species corresponding to the motion data according to the motion data; recording and displaying training data of at least one dance species, wherein the training data comprises training duration of the dance species and step number of the dance species. Through the mode, the intelligent dance-based exercise method disclosed by the invention can identify dance types according to the actions of the dancer and record the exercise conditions of the dance types, can effectively know the quality effect of dance, can effectively monitor the dance duration of the dancer, and greatly improves the user experience.)

1. An intelligent exercise method based on international standard dance is characterized by comprising the following steps:

collecting the action data of the feet of the exerciser;

matching at least one dance species corresponding to the motion data according to the motion data;

recording and displaying training data of the at least one dance species, wherein the training data comprises training duration of the dance species and step number of the dance species.

2. The method of claim 1, wherein the step of collecting motion data of the exerciser's feet comprises:

the method comprises the steps of collecting motion data under the feet of a dancer through shoes worn under the feet of the dancer, wherein the motion data comprise the step number of the steps, the speed rate of the steps, the direction of the steps, the acceleration of the steps and the pressure value of the steps.

3. The method of claim 2, further comprising:

and pre-storing special data of each dance species, wherein the special data comprises standard step number of the dance species of footsteps, standard speed of the dance species of footsteps, standard direction of the dance species of footsteps, standard acceleration of the dance species of footsteps and standard pressure value of the dance species of footsteps.

4. The method of claim 3, wherein the step of matching at least one dance corresponding to the motion data according to the motion data comprises:

and identifying at least one dance type with the standard speed, the standard direction, the standard acceleration and the standard pressure value which are the same as the speed, the direction, the acceleration and the pressure value of the steps of the dancer according to the time period.

5. The method of claim 1, wherein the step of recording and displaying training data of the at least one dance comprises:

recording the training time of each dance variety and the step number in the training time, and displaying the training time and the step number corresponding to each dance variety.

6. The method of claim 1, further comprising:

the temperature and humidity values in the shoes of the dancer are collected through the shoes worn by the dancer.

7. The method of claim 1, further comprising:

judging whether the speed of the steps of the dancer in each dance type meets the standard speed, and if not, displaying the steps with wrong speed;

judging whether the direction of the steps of the dancer in each dance type meets the standard direction, and if not, displaying the steps with errors in the direction;

judging whether the acceleration of the steps of the dancer in each dance type meets the standard acceleration or not, and if not, displaying the steps with wrong acceleration;

and judging whether the pressure value of the step of the dancer in each dance type meets the standard pressure value, and if not, displaying the step with the wrong pressure value.

8. The method of claim 1, wherein the step of collecting motion data of the exerciser's feet comprises:

collecting first action data under the left foot of the dancer through a first shoe worn under the left foot of the dancer, wherein the first action data comprise the step number of the step of the left foot, the speed of the step of the left foot, the direction of the step of the left foot, the acceleration of the step of the left foot and the pressure value of the step of the left foot;

and collecting second action data under the right foot of the dancer through a second shoe worn under the right foot of the dancer, wherein the second action data comprise the step number of the step of the right foot, the speed of the step of the right foot, the direction of the step of the right foot, the acceleration of the step of the right foot and the pressure value of the step of the right foot.

9. The method of claim 8, wherein the step of matching at least one dance corresponding to the motion data according to the motion data comprises:

and sequentially identifying at least one dance type with the standard speed, the standard direction, the standard acceleration and the standard pressure value which are the same as the speed, the direction, the acceleration, the pressure value, the speed, the direction, the acceleration and the pressure value of the left foot step of the dancer according to the time period.

Technical Field

The invention relates to the technical field of dancing, in particular to an intelligent exercise method based on international standard dance.

Background

With the rapid development of economy, people no longer meet the simple pursuit of materials, and begin to generate the pursuit of literature and art, wherein the dance learning hot tide is very good embodiment.

However, in the traditional mode, the dancer can perform the dance consciously by the dancer, the quality effect of the dance cannot be judged, the time length of the dance cannot be effectively monitored, and the user experience is greatly reduced.

Disclosure of Invention

The invention mainly solves the technical problem of providing an intelligent exercise method based on international standard dance, which can identify dance types and record the exercise conditions of the dance types according to the actions of dancers, can effectively know the quality effect of the dance, can also effectively monitor the dance duration of the dancers, and greatly improves the user experience.

In order to solve the technical problems, the invention adopts a technical scheme that: the intelligent exercise method based on international standard dance is characterized by comprising the following steps: collecting the action data of the feet of the exerciser; matching at least one dance species corresponding to the motion data according to the motion data; recording and displaying training data of the at least one dance species, wherein the training data comprises training duration of the dance species and step number of the dance species.

Further, the step of collecting the motion data of the feet of the exerciser comprises the following steps: the method comprises the steps of collecting motion data under the feet of a dancer through shoes worn under the feet of the dancer, wherein the motion data comprise the step number of the steps, the speed rate of the steps, the direction of the steps, the acceleration of the steps and the pressure value of the steps.

Further, the method also comprises the following steps: and pre-storing special data of each dance species, wherein the special data comprises standard step number of the dance species of footsteps, standard speed of the dance species of footsteps, standard direction of the dance species of footsteps, standard acceleration of the dance species of footsteps and standard pressure value of the dance species of footsteps.

Further, the step of matching out at least one dance corresponding to the motion data according to the motion data comprises: and identifying at least one dance type with the standard speed, the standard direction, the standard acceleration and the standard pressure value which are the same as the speed, the direction, the acceleration and the pressure value of the steps of the dancer according to the time period.

Further, the step of recording and displaying the training data of the at least one dance includes: recording the training time of each dance variety and the step number in the training time, and displaying the training time and the step number corresponding to each dance variety.

Further, the method also comprises the following steps: the temperature and humidity values in the shoes of the dancer are collected through the shoes worn by the dancer.

Further, it is characterized by also comprising: judging whether the speed of the steps of the dancer in each dance type meets the standard speed, and if not, displaying the steps with wrong speed; judging whether the direction of the steps of the dancer in each dance type meets the standard direction, and if not, displaying the steps with errors in the direction; judging whether the acceleration of the steps of the dancer in each dance type meets the standard acceleration or not, and if not, displaying the steps with wrong acceleration; and judging whether the pressure value of the step of the dancer in each dance type meets the standard pressure value, and if not, displaying the step with the wrong pressure value.

Further, the step of collecting the motion data of the feet of the exerciser comprises the following steps: collecting first action data under the left foot of the dancer through a first shoe worn under the left foot of the dancer, wherein the first action data comprise the step number of the step of the left foot, the speed of the step of the left foot, the direction of the step of the left foot, the acceleration of the step of the left foot and the pressure value of the step of the left foot; and collecting second action data under the right foot of the dancer through a second shoe worn under the right foot of the dancer, wherein the second action data comprise the step number of the step of the right foot, the speed of the step of the right foot, the direction of the step of the right foot, the acceleration of the step of the right foot and the pressure value of the step of the right foot.

Further, the step of matching out at least one dance corresponding to the motion data according to the motion data comprises: and sequentially identifying at least one dance type with the standard speed, the standard direction, the standard acceleration and the standard pressure value which are the same as the speed, the direction, the acceleration, the pressure value, the speed, the direction, the acceleration and the pressure value of the left foot step of the dancer according to the time period.

The invention has the beneficial effects that: different from the prior art, the intelligent exercise method based on international standard dance disclosed by the invention comprises the following steps: collecting the action data of the feet of the exerciser; matching at least one dance species corresponding to the motion data according to the motion data; recording and displaying training data of at least one dance species, wherein the training data comprises training duration of the dance species and step number of the dance species. Through the mode, the intelligent dance-based exercise method disclosed by the invention can identify dance types according to the actions of the dancer and record the exercise conditions of the dance types, can effectively know the quality effect of dance, can effectively monitor the dance duration of the dancer, and greatly improves the user experience.

Drawings

FIG. 1 is a flow chart of the intelligent exercise method based on international standard dance according to the invention.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings and embodiments.

As shown in FIG. 1, the intelligent exercise method based on international standard dance comprises the following steps:

step S101: the method comprises the steps of collecting motion data under feet of a trainer.

In this embodiment, the step of collecting the motion data of the exerciser' S feet in step S101 includes: the motion data of the feet of the dancer is collected through the shoes worn by the feet of the dancer. It should be understood that a chip is installed in the shoe, and the motion data under the foot of the exerciser can be collected through the chip.

Preferably, the motion data includes the number of steps of the step, the velocity of the step, the direction of the step, the acceleration of the step, and the pressure value of the step. It will be appreciated that the number of steps taken by the dancer's steps, the speed of the steps, the direction of the steps, the acceleration of the steps, and the pressure of the steps all affect the accuracy of the dance.

It is worth noting that the dancer wears the intelligent bracelet, after the intelligent bracelet establishes the Bluetooth connection with the shoes under the feet of the dancer, after the dancer clicks the start button of the intelligent bracelet, the shoes worn under the feet of the dancer start to collect the action data under the feet of the dancer.

Step S102: and matching at least one dance corresponding to the motion data according to the motion data.

It should be understood that there are various international standard dances, and particularly, the international standard dances include a latin dance including five different styles of dance seeds and a modern dance including five different styles of dance seeds, so that the dancers do not always practice the same dance seeds when dancing, and thus the dancers continuously practice a plurality of dance seeds for a predetermined period of time (one or more hours) when dancing, and thus the dancers can match a plurality of dance seeds corresponding to the motion data according to the motion data of the dancers for the predetermined period of time.

Further, in this embodiment, the intelligent exercise method based on international standard dance further includes: the special data of each dance species is preserved in advance. Preferably, the specific data includes a standard number of steps for dancing a foot, a standard rate of dancing a foot, a standard direction of dancing a foot, a standard acceleration of dancing a foot, and a standard pressure value of dancing a foot.

It should be understood that the number of steps, the speed of the steps, the direction of the steps, the acceleration of the steps, and the pressure value of the steps of each international standard dance are different, so that it can be identified which dance type is based on the speed of the steps, the direction of the steps, the acceleration of the steps, and the pressure value of the steps.

In this embodiment, the step of matching at least one dance corresponding to the motion data according to the motion data in step S102 includes: and identifying at least one dance type with the standard speed, the standard direction, the standard acceleration and the standard pressure value which are the same as the speed, the direction, the acceleration and the pressure value of the steps of the dancer according to the time period. It should be noted that the standard velocity, the standard direction, the standard acceleration and the standard pressure value of the dance may be equal to or more than 70 percent of the velocity, the direction, the acceleration and the pressure value of the step of the dancer.

It should be appreciated that since the start and end steps of the dance are difficult to determine, the dance type currently being danced by the exerciser can be identified by the speed of the foot step, the direction of the foot step, the acceleration of the foot step, and the pressure value of the foot step. It should be understood that the speed of the foot steps of the dancer refers to the speed at which the feet of the dancer rise from the ground to step on the ground again, the direction of the foot steps of the dancer refers to the direction of the foot steps of the dancer relative to the front of the human body, the acceleration of the foot steps of the dancer refers to the acceleration of the foot steps of the dancer, i.e., the explosive force of the dancer, and the pressure value of the foot steps of the dancer refers to the force exerted by the foot steps of the dancer on the ground.

Step S103: recording and displaying training data of at least one dance species.

Preferably, the training data comprises a training duration of the dance species and a number of steps of the dance species. It should be understood that the dance duration and the dance step number are recorded, so that the dancer can know the dance condition conveniently, the dance duration and the dance step number can be known, the dance quality can be effectively known, and the dance can be monitored by a coach or others conveniently. For example, it records several international standard dances in two hours of the dancer, the training time and the number of steps of each international standard dancing.

In this embodiment, the step of recording and displaying the training data of the at least one dance species in step S103 includes: recording the training time of each dance variety and the step number in the training time, and displaying the training time and the step number corresponding to each dance variety.

Further, in this embodiment, the intelligent exercise method based on international standard dance further includes: the temperature and humidity values in the shoes of the dancer are collected through the shoes worn by the dancer. It is understood that the temperature and humidity inside the shoes can affect the quality of the dance, and if the temperature and humidity are too high, the quality of the dance is easily affected, and the soles of the feet are also easily damaged.

Further, in this embodiment, the intelligent exercise method based on international standard dance further includes:

step A1: judging whether the speed of the steps of the dancer in each dance class meets the standard speed, and if not, displaying the steps with wrong speed. It will be appreciated that the rate of each type of dance footfall will be different, e.g., some types of dance footfalls will be slower and some types of dance footfalls will be faster. Further, the velocity of each step of the dance type is limited to a predetermined range of velocities, and cannot exceed the predetermined range, so that the present embodiment constantly records the velocity of each step of the dance type when the dance person exercises the dance type, and compares the velocity with the standard step velocity, and if the velocity of the current step does not meet the standard velocity, it displays a step having an error in velocity, and displays a difference point, such as the velocity of the first step, the velocity of the second step, and the velocity of the fifth step of the dance person do not meet the standard velocity of the first step, the standard velocity of the second step, and the standard velocity of the fifth step, it displays a velocity difference that the velocity of the first step, the velocity of the second step, and the velocity of the fifth step are in error.

Step A2: judging whether the direction of the steps of the dancer in each dance type meets the standard direction, and if not, displaying the steps with wrong directions. It should be understood that the direction of the footsteps of each dance is different, and the direction of the footsteps of each dance is also limited to the direction within the preset range, and cannot exceed the preset range, so that the present embodiment constantly records the direction of each footstep of the current dance when the dancer exercises the dance, and compares it with the standard footstep direction, and if the direction of the current footstep does not conform to the standard direction, it displays the footstep with an error direction, and displays a distinguishing point, such as the direction of the first footstep, the direction of the second footstep and the direction of the sixth footstep of the dancer do not conform to the standard direction of the first footstep, the standard direction of the second footstep and the standard direction of the sixth footstep, it displays the direction of the first footstep, the direction of the second footstep and the direction of the sixth footstep as an error, and displays the direction deviation.

Step A3: judging whether the acceleration of the steps of the dancer in each dance type meets the standard acceleration, and if not, displaying the steps with wrong acceleration. It should be understood that the acceleration of each dance foot is different, and the acceleration of each dance foot is limited in the preset range acceleration, so that the acceleration of each dance foot is recorded all the time when the dancer exercises dance, and compared with the standard acceleration, if the acceleration of the current dance foot does not meet the standard acceleration, the step with wrong acceleration is displayed, and the difference point is displayed.

Step A4: and judging whether the pressure value of the step of the dancer in each dance type meets the standard pressure value, and if not, displaying the step with the wrong pressure value. It should be understood that the pressure value of the footstep of each dance type is different, and the pressure value of the footstep of each dance type is also limited in the preset range of pressure values, and can not exceed the preset range of pressure values, so that the pressure value of each footstep of the current dance type is recorded all the time when the dancer exercises dancing, and compared with the standard footstep pressure value, if the pressure value of the current footstep does not accord with the standard pressure value, the footstep with the wrong pressure value is displayed, and the difference point is displayed.

Further, in other embodiments, in order to further record the number of steps of each step of the dance category jumped by the dancer, the starting point and the ending point of the music of each dance category are collected through shoes worn under the feet of the dancer, and the number of steps of each step of the dancer is recorded during the period of the starting point and the ending point, so that the number of steps of the dance category jumped by the dancer can be clearly known. It should be understood that during the dance process, each dance species has specific music, and there is a certain idle time between each music switch.

Further, in another embodiment, the step of collecting the motion data of the exerciser' S feet in step S101 includes:

step S1011: first action data of the left foot of the dancer is collected through a first shoe worn by the left foot of the dancer.

Preferably, the first motion data comprises the number of steps of the left foot step, the rate of the left foot step, the direction of the left foot step, the acceleration of the left foot step and the pressure value of the left foot step.

Step S1012: and collecting second motion data under the right foot of the dancer through a second shoe worn under the right foot of the dancer.

Preferably, the second motion data includes a number of steps of the right foot step, a rate of the right foot step, a direction of the right foot step, an acceleration of the right foot step, and a pressure value of the right foot step.

It should be understood that the motion data of the left step and the motion data of the right step of each dance type are different, and in order to further more accurately judge each step of the dancer, each motion under the foot of the dancer can be detected one by collecting the step number of the left step, the speed of the left step, the direction of the left step, the acceleration of the left step, the pressure value of the left step, the step number of the right step, the speed of the right step, the direction of the right step, the acceleration of the right step, and the pressure value of the right step.

Further, in other embodiments, the step of matching out at least one dance corresponding to the motion data according to the motion data in step S102 includes: and sequentially identifying at least one dance type with the standard speed, the standard direction, the standard acceleration and the standard pressure value which are the same as the speed, the direction, the acceleration, the pressure value, the speed, the direction, the acceleration and the pressure value of the left foot step of the dancer according to the time period.

Further, in other embodiments, the intelligent exercise method based on international standard dance further comprises:

step B1: judging whether the speed of the left foot step and the speed of the right foot step of the dancer in each dance type meet the standard speed, and if not, displaying the speed with wrong steps.

Step B2: judging whether the direction of the left foot step and the direction of the right foot step of the dancer in each dance category meet the standard direction, and if not, displaying the steps with wrong directions.

Step B3: judging whether the acceleration of the left foot step and the acceleration of the right foot step of the dancer in each dance type meet the standard acceleration, and if not, displaying the foot step with the wrong acceleration.

In summary, the intelligent exercise method based on international standard dance disclosed by the invention comprises the following steps: collecting the action data of the feet of the exerciser; matching at least one dance species corresponding to the motion data according to the motion data; recording and displaying training data of at least one dance species, wherein the training data comprises training duration of the dance species and step number of the dance species. Through the mode, the intelligent dance-based exercise method disclosed by the invention can identify dance types according to the actions of the dancer and record the exercise conditions of the dance types, can effectively know the quality effect of dance, can effectively monitor the dance duration of the dancer, and greatly improves the user experience.

The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.