CN109865261B - Intelligent body-building system based on EMS technique - Google Patents
Intelligent body-building system based on EMS technique Download PDFInfo
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Abstract
The invention discloses an intelligent fitness system based on EMS technology, which comprises an information acquisition module, a comprehensive processing module, a fitness evaluation module, a signal management module, a database, a scheme collection module, a controller, an interconnection module, an attitude analysis module, a recording module and an EMS platform, wherein the information acquisition module is used for acquiring the information of a user; the comprehensive processing module is used for performing formulated analysis on the stimulation training duration of each part in the body-building information, the obtained Xi is compared with C, Vi and B to generate a comprehensive body-building signal, a targeted body-building signal and a laxity body-building signal, the comprehensive body-building signal, the targeted body-building signal and the laxity body-building signal respectively correspond to users with different body-building conditions, and the signal management module is used for calling a body conditioning scheme, a recovery regulation scheme and an auxiliary exercise and diet therapy scheme corresponding to each signal from a database so as to evaluate the body-building conditions of each user and supplement corresponding solutions for the users according to the scheme, so that the requirements of intelligent body-building are met, and the body-building quality is guaranteed to the maximum extent.
Description
Technical Field
The invention relates to the technical field of fitness systems, in particular to an intelligent fitness system based on an EMS technology.
Background
The EMS technique is called as a muscle electrical stimulation technique, and in short, under normal conditions, when a signal sent by the brain is received by a muscle, the muscle starts to perform autonomous activity, and the EMS technique directly transmits the signal to the muscle through current stimulation so as to promote the passive contraction of the muscle, thereby greatly improving the recruitment efficiency of the muscle and nerve and obviously increasing the number of muscle fibers participating in movement. And EMS technology has been widely applied to the fields of competitive training and rehabilitation fitness to achieve the effects of improving the exercise capacity and stimulating weak muscle groups.
However, in the existing intelligent fitness system based on the EMS technology, the fitness condition of the user is difficult to evaluate, and a corresponding auxiliary scheme is made according to the assessment; the body-building attitude condition of the user cannot be analyzed and recorded, and the body-building attitude condition is reminded and supervised; meanwhile, the fitness data of the user in the next fitness process cannot be reasonably set, so that the purpose of improving the fitness effect or fully recuperating the muscles is achieved while the daily setting habits of the user are met.
In order to solve the above-mentioned drawbacks, a technical solution is now provided.
Disclosure of Invention
The invention aims to provide an intelligent fitness system based on EMS technology.
The technical problems to be solved by the invention are as follows:
(1) how to provide an effective mode to evaluate the fitness condition of a user and make a corresponding auxiliary scheme according to the evaluation, so that the fitness quality can be ensured to the maximum extent while the intelligent fitness requirement is met;
(2) how to analyze and record the fitness attitude condition of the user, and remind and supervise the user;
(3) how to reasonably set the fitness data of the user in the next fitness process by an effective means so as to meet the daily setting habits of the user and achieve the purpose of improving the fitness effect or fully recuperating muscles.
The purpose of the invention can be realized by the following technical scheme:
an intelligent fitness system based on EMS technology comprises an information acquisition module, a comprehensive processing module, a fitness evaluation module, a signal management module, a database, a scheme collection module, a controller, an interconnection module, an attitude analysis module, a recording module and an EMS platform;
the information acquisition module is used for acquiring body-building information of a user and transmitting the body-building information to the comprehensive processing module, and the body-building information comprises stimulation training duration of each part, stimulation pulse intensity of each part and time of each part; the comprehensive processing module is used for receiving the body-building information of the user and processing the stimulation training duration of each part in the body-building information, and the method specifically comprises the following steps:
the method comprises the following steps: acquiring the stimulation training duration of each user on each part in a period of time, and calibrating the stimulation training duration as Zij, i is 1.. n, j is 1.. m, and when i is 1, Z1j represents the stimulation training duration of the first user on each part in a period of time;
step two: firstly according to the formula
N, calculating the average stimulation training duration of each user to each part in a period of time, and then training according to the average stimulation training durationFormula (II)
The average value of the average stimulation training duration of each user to each part in a period of time is obtained;
step three: firstly according to the formula
N, obtaining a discrete coefficient of the stimulation training time length of each user to each part in a period of time, and then obtaining the discrete coefficient according to a formula
Obtaining the mean value of the discrete coefficients of the stimulation training time of each user to each part in a period of time, wherein Zij, Xi and Vi are in one-to-one correspondence;
the comprehensive processing module acquires Xi, C, Vi and B and then transmits the Xi, C, Vi and B to the fitness evaluation module; the fitness evaluation module is used for comparing the received Xi with C, Vi and B, and when the condition that Xi is more than or equal to C, Vi and less than or equal to B is met, namely, the user who shows that the stimulation training time length of each part is average and long, the user corresponding to Xi or Vi generates the comprehensive body-building signal, when Xi is greater than or equal to C, Vi and greater than B, namely, users who have a long training time and are not uniform in the stimulation of each part, the users corresponding to Xi or Vi generate a targeted fitness signal, when Xi is less than C, Vi and equal to or less than B, and Xi is less than C, Vi and greater than B, that is, users who have a short period of time, even or uneven, in the stimulation training period of each part, generate a relaxing fitness signal for the user corresponding to Xi or Vi, the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal are transmitted to the signal management module together; after receiving the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal, the signal management module calls a body conditioning scheme, a recovery conditioning scheme and an auxiliary exercise and food therapy scheme which are in one-to-one correspondence with the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal from a database, and transmits the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal to the interconnection module through the controller; the interconnection module is electrically connected with the mobile phone of the user, and sends a body conditioning scheme, a recovery adjustment scheme or an auxiliary exercise and diet therapy scheme corresponding to the user to the mobile phone of the user for display so as to evaluate the fitness condition of each user within a period of time and supplement a corresponding solution for the user according to the evaluation, so that the requirement of intelligent fitness is met, and the fitness quality is guaranteed to the maximum extent;
the fitness evaluation module is also used for transmitting the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal to the attitude analysis module; the attitude analysis module is used for receiving the general body-building signal, the targeted body-building signal and the laxity body-building signal and analyzing and operating the signals, and comprises the following specific steps:
the method comprises the following steps: acquiring a comprehensive fitness signal, a targeted fitness signal and a laxity fitness signal number of each user in ten-week time, and respectively marking the signals as Ai, Si and Di, wherein i is 1.. n, A + S + D is 10, and when i is 1, A1, S1 and D1 are respectively expressed as the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal number of a first user in ten-week time;
step two: firstly, respectively assigning weights a, s and d to Ai, Si and Di, wherein a + s + d is 1 and a is smaller than s and is smaller than d, and then calculating the fitness attitude coefficient of each user within ten weeks according to a formula Fi (Ai + a + Si + s + Di) d, i is 1.. n);
the attitude analysis module compares the obtained Fi with a preset range f, generates an attitude positive signal for the user when the Fi is larger than or equal to the maximum value of the preset range f, generates an attitude harmonious signal for the user when the Fi is positioned between the preset ranges f, generates an attitude negative signal for the user when the Fi is smaller than or equal to the minimum value of the preset range f, and transmits the attitude positive signal, the attitude harmonious signal and the attitude negative signal to the recording module through the controller; the recording module is used for recording attitude positive signals, attitude harmonious signals or attitude negative signal classes to which each user belongs in every ten weeks, and generating an attitude recording table, wherein horizontal rows in the attitude recording table represent each user, and vertical columns in the attitude recording table represent every ten weeks; the attitude analysis module is also used for transmitting an attitude negative signal to the interconnection module through the controller; the interconnection module is electrically connected with the mobile phone of the trainer, and the user corresponding to the attitude passive signal is sent to the mobile phone of the trainer to be displayed, so that the fitness attitude of the user can be analyzed and recorded, and is reminded and supervised, and when the fitness effect of the user in ten weeks is poor and the fitness attitude is not problematic, the trainer can communicate with the user in time and change the fitness mode so as to improve the fitness effect.
Further, the comprehensive processing module is used for receiving the fitness information of the user and processing the stimulation pulse intensity and the stimulation pulse time of each part in the fitness information, and the specific steps are as follows:
the method comprises the following steps: acquiring stimulation pulse intensity and time of each part of the user in the fitness process, respectively marking the maximum and minimum stimulation pulse intensity duration time of each part of the user as Hi and Ji, wherein i is 1.. n, and when i is 1, H1 and J1 respectively represent the maximum and minimum stimulation pulse intensity duration time of the first part of the user in the fitness process;
step two: when the conditions that Hi + Ji is more than or equal to one half of the total time length and both Hi and Ji are more than or equal to one fourth of the total time length are met, according to a formula
i 1.. n, the suitable values of the stimulation pulse intensity of each part of the user in the exercise process are obtained, namely, when the conditions are met, the obtained suitable values are relatively average, because the duration that the stimulation pulse intensity of the part is at the maximum value and the minimum value is relatively long in the exercise process, the obtained suitable values are relatively average from the viewpoint of protecting the muscle of the user, so that the muscle of the user is sufficiently rested, when the conditions are not met, Hi and Ji are respectively given with correction values q and w, and q is greater than w and q + w ═ 1, and the suitable values of the stimulation pulse intensity of each part of the user in the exercise process are obtained according to a formula Li ═ Hi · + Ji ·, w, i ═ 1.. n, namely, when the conditions are met,the obtained appropriate value is larger because the duration that the stimulation pulse intensity of the part is in the middle value is longer in the fitness process, and the obtained appropriate value is larger from the aspect of improving the fitness effect of the user, so that the user has better fitness experience;
after the Ki or Li is obtained, the comprehensive processing module transmits the Ki or Li to an EMS platform; the EMS platform is used for receiving Ki or Li and configuring the Ki or Li into the stimulation pulse intensity of each part of the user in the next fitness process, and then the next fitness data can be reasonably set by taking the fitness data set by the user this time as a basis, so that the aims of improving the fitness effect or fully recuperating muscles are fulfilled while the daily setting habits of the user are met.
Further, the body nursing scheme, the recovery adjustment scheme and the auxiliary exercise and diet therapy scheme in the database are all input by the scheme collection module, the scheme collection module can search data from various APPs and websites related to EMS fitness technology, the body nursing scheme mainly relates to how to adjust the physical condition after the body is healthy and prevent injuries and the like, the recovery adjustment scheme mainly relates to how to relieve and relax each part and prevent acid swelling and the like, and the auxiliary exercise and diet therapy scheme mainly relates to how to supplement the shortages in fitness from the aspects of simple replacement training and food materials.
The invention has the beneficial effects that:
the invention firstly uses the information acquisition module to acquire the fitness information of the user, then uses the comprehensive processing module to perform the formulated analysis on the stimulation training duration of each part in the fitness information, and upon obtaining Xi, C, Vi and B, to compare Xi with C, Vi and B according to the fitness evaluation module, to generate a comprehensive body-building signal, a targeted body-building signal and a relaxing body-building signal which respectively correspond to users with different body-building conditions, meanwhile, the signal management module calls a body nursing scheme, a recovery regulation scheme and an auxiliary exercise and food therapy scheme which are in one-to-one correspondence with the signals from the database, and the scheme corresponding to the user is sent to the mobile phone for display through the interconnection module, the fitness condition of each user in a period of time can be evaluated conveniently, and corresponding solutions are supplemented for the users according to the evaluation, so that the requirements of intelligent fitness are met, and the fitness quality is guaranteed to the maximum extent;
the fitness evaluation module transmits a comprehensive fitness signal, a targeted fitness signal and a laxity fitness signal to the attitude analysis module together, performs weight analysis on the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal through the attitude analysis module, compares the comprehensive fitness signal with a preset range f when the Fi is obtained to generate an attitude positive signal, an attitude harmonious signal and an attitude negative signal, and the attitude positive signal, the attitude harmonious signal and the attitude negative signal are used as analysis bases according to the number of the signals, so that the accuracy and the pertinence of an analysis result can be improved Recording, reminding and supervising, and when the user has poor fitness effect within ten weeks and the fitness attitude is not problematic, the trainer can communicate with the user in time and change the fitness mode so as to improve the fitness effect;
the comprehensive processing module also processes the stimulation pulse intensity and the stimulation pulse time of each part in the body-building information, and when the conditions that Hi + Ji is more than or equal to one half of the total duration and both Hi and Ji are more than or equal to one fourth of the total duration are met, a formula is applied
The appropriate values obtained are averaged when such conditions are met, because the stimulation pulse intensity at the part is at the maximum and the minimum value for a long time in the exercise process, the muscle of the user is protected, the appropriate values obtained are averaged, the muscle of the user is sufficiently rested, when the conditions are not met, Hi and Ji are respectively given correction values q and w, q is more than w, and q + w is 1, and the formula Li is Hi q + Ji wWhen the conditions are met, the obtained appropriate value is larger, because the duration time that the stimulation pulse intensity of the part is in the middle value is longer in the fitness process, the fitness effect of the user is improved, the obtained appropriate value is larger, and therefore the user has better fitness experience.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
FIG. 1 is a block diagram of the system of the present invention.
Detailed Description
As shown in fig. 1, an intelligent fitness system based on EMS technology includes an information acquisition module, a comprehensive processing module, a fitness evaluation module, a signal management module, a database, a scheme collection module, a controller, an interconnection module, an attitude analysis module, a recording module, and an EMS platform;
the information acquisition module is used for acquiring body-building information of a user and transmitting the body-building information to the comprehensive processing module, and the body-building information comprises stimulation training duration of each part, stimulation pulse intensity of each part and time of each part; the comprehensive processing module is used for receiving the body-building information of the user and processing the stimulation training duration of each part in the body-building information, and the method specifically comprises the following steps:
the method comprises the following steps: acquiring the stimulation training duration of each user on each part in a period of time, and calibrating the stimulation training duration as Zij, i is 1.. n, j is 1.. m, and when i is 1, Z1j represents the stimulation training duration of the first user on each part in a period of time;
step two: firstly according to the formula
N, calculating the average stimulation training duration of each user to each part in a period of time, and then obtaining the average stimulation training duration according to a formula
The average value of the average stimulation training duration of each user to each part in a period of time is obtained;
step three: firstly according to the formula
N, obtaining a discrete coefficient of the stimulation training time length of each user to each part in a period of time, and then obtaining the discrete coefficient according to a formula
Obtaining the mean value of the discrete coefficients of the stimulation training time of each user to each part in a period of time, wherein Zij, Xi and Vi are in one-to-one correspondence;
the comprehensive processing module acquires Xi, C, Vi and B and then transmits the Xi, C, Vi and B to the fitness evaluation module; the fitness evaluation module is used for comparing the received Xi with C, Vi and B, and when the condition that Xi is more than or equal to C, Vi and less than or equal to B is met, namely, the user who shows that the stimulation training time length of each part is average and long, the user corresponding to Xi or Vi generates the comprehensive body-building signal, when Xi is greater than or equal to C, Vi and greater than B, namely, users who have a long training time and are not uniform in the stimulation of each part, the users corresponding to Xi or Vi generate a targeted fitness signal, when Xi is less than C, Vi and equal to or less than B, and Xi is less than C, Vi and greater than B, that is, users who have a short period of time, even or uneven, in the stimulation training period of each part, generate a relaxing fitness signal for the user corresponding to Xi or Vi, the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal are transmitted to the signal management module together; after receiving the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal, the signal management module calls a body conditioning scheme, a recovery conditioning scheme and an auxiliary exercise and food therapy scheme which are in one-to-one correspondence with the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal from a database, and transmits the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal to the interconnection module through the controller; the interconnection module is electrically connected with the mobile phone of the user, and sends a body conditioning scheme, a recovery adjustment scheme or an auxiliary exercise and diet therapy scheme corresponding to the user to the mobile phone of the user for display so as to evaluate the fitness condition of each user within a period of time and supplement a corresponding solution for the user according to the evaluation, so that the requirement of intelligent fitness is met, and the fitness quality is guaranteed to the maximum extent;
the fitness evaluation module is also used for transmitting the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal to the attitude analysis module; the attitude analysis module is used for receiving the general body-building signal, the targeted body-building signal and the laxity body-building signal and analyzing and operating the signals, and comprises the following specific steps:
the method comprises the following steps: acquiring a comprehensive fitness signal, a targeted fitness signal and a laxity fitness signal number of each user in ten-week time, and respectively marking the signals as Ai, Si and Di, wherein i is 1.. n, A + S + D is 10, and when i is 1, A1, S1 and D1 are respectively expressed as the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal number of a first user in ten-week time;
step two: firstly, respectively assigning weights a, s and d to Ai, Si and Di, wherein a + s + d is 1 and a is smaller than s and is smaller than d, and then calculating the fitness attitude coefficient of each user within ten weeks according to a formula Fi (Ai + a + Si + s + Di) d, i is 1.. n);
the attitude analysis module compares the obtained Fi with a preset range f, generates an attitude positive signal for the user when the Fi is larger than or equal to the maximum value of the preset range f, generates an attitude harmonious signal for the user when the Fi is positioned between the preset ranges f, generates an attitude negative signal for the user when the Fi is smaller than or equal to the minimum value of the preset range f, and transmits the attitude positive signal, the attitude harmonious signal and the attitude negative signal to the recording module through the controller; the recording module is used for recording attitude positive signals, attitude harmonious signals or attitude negative signal classes to which each user belongs in every ten weeks, and generating an attitude recording table, wherein horizontal rows in the attitude recording table represent each user, and vertical columns in the attitude recording table represent every ten weeks; the attitude analysis module is also used for transmitting an attitude negative signal to the interconnection module through the controller; the interconnection module is electrically connected with the mobile phone of the trainer, and the user corresponding to the attitude passive signal is sent to the mobile phone of the trainer to be displayed, so that the fitness attitude of the user can be analyzed and recorded, and is reminded and supervised, and when the fitness effect of the user in ten weeks is poor and the fitness attitude is not problematic, the trainer can communicate with the user in time and change the fitness mode so as to improve the fitness effect.
Further, the comprehensive processing module is used for receiving the fitness information of the user and processing the stimulation pulse intensity and the stimulation pulse time of each part in the fitness information, and the specific steps are as follows:
the method comprises the following steps: acquiring stimulation pulse intensity and time of each part of the user in the fitness process, respectively marking the maximum and minimum stimulation pulse intensity duration time of each part of the user as Hi and Ji, wherein i is 1.. n, and when i is 1, H1 and J1 respectively represent the maximum and minimum stimulation pulse intensity duration time of the first part of the user in the fitness process;
step two: when the conditions that Hi + Ji is more than or equal to one half of the total time length and both Hi and Ji are more than or equal to one fourth of the total time length are met, according to a formula
N, the suitable values of the stimulation pulse intensity of each part of the user in the exercise process are calculated, namely when the conditions are met, the calculated suitable values are relatively average, because the duration that the stimulation pulse intensity of the part is at the maximum value and the minimum value is relatively long in the exercise process, the calculated suitable values are relatively average from the aspect of protecting the muscles of the user, so that the muscles of the user can be sufficiently rested, and when the conditions are not met, Hi and Ji are respectively endowed with correction values q and w, and q is more than w, q + w is equal to 1, and Hi and Ji are respectively endowed with correction values q and w, and q + w is equal to 1According to a formula Li ═ Hiq + Ji ═ w, i ═ 1.. n, the appropriate value of the stimulation pulse intensity of each part of the user in the fitness process is obtained, namely when the conditions are met, the obtained appropriate value is larger, because the duration time that the stimulation pulse intensity of the part is in the middle value is longer in the fitness process, the fitness effect of the user is improved, the obtained appropriate value is larger, and the user has better fitness experience;
after the Ki or Li is obtained, the comprehensive processing module transmits the Ki or Li to an EMS platform; the EMS platform is used for receiving Ki or Li and configuring the Ki or Li into the stimulation pulse intensity of each part of the user in the next fitness process, and then the next fitness data can be reasonably set by taking the fitness data set by the user this time as a basis, so that the aims of improving the fitness effect or fully recuperating muscles are fulfilled while the daily setting habits of the user are met.
Further, the body nursing scheme, the recovery adjustment scheme and the auxiliary exercise and diet therapy scheme in the database are all input by the scheme collection module, the scheme collection module can search data from various APPs and websites related to EMS fitness technology, the body nursing scheme mainly relates to how to adjust the physical condition after the body is healthy and prevent injuries and the like, the recovery adjustment scheme mainly relates to how to relieve and relax each part and prevent acid swelling and the like, and the auxiliary exercise and diet therapy scheme mainly relates to how to supplement the shortages in fitness from the aspects of simple replacement training and food materials.
An intelligent fitness system based on EMS technology, in the working process, firstly an information acquisition module acquires the fitness information of a user and transmits the fitness information to a comprehensive processing module, the fitness information comprises the stimulation training duration of each part, the stimulation pulse intensity of each part and the time of each part, when the comprehensive processing module receives the fitness information of the user, the comprehensive processing module processes the stimulation training duration of each part in the fitness information, obtains Xi, C, Vi and B according to the formula analysis and transmits the Xi, C, Vi and B to a fitness evaluation module, the fitness evaluation module compares the received Xi with C, Vi and B, when the Xi is more than or equal to C, Vi and less than or equal to B, namely, the user with average and long stimulation training duration of each part is represented, a comprehensive fitness signal is generated by the user corresponding to Xi or Vi, and when the Xi is more than or equal to C, Vi and more than or equal to B, namely users with uneven but long stimulation training time length of each part, users corresponding to Xi or Vi generate targeted body-building signals, users corresponding to Xi or Vi generate relaxing body-building signals when Xi is less than C, Vi and less than or equal to B and Xi is less than C, Vi and more than B, namely users with average and uneven but short stimulation training time length of each part are represented, users corresponding to Xi or Vi generate relaxing body-building signals, the whole body-building signals, the targeted body-building signals and the relaxing body-building signals are transmitted to the signal management module together, the signal management module retrieves body conditioning schemes, recovery adjusting schemes and auxiliary exercise and diet schemes corresponding to the general body-building signals, the general body conditioning schemes, the recovery adjusting schemes and the auxiliary exercise and diet schemes from the database when receiving the whole body-building signals, the targeted body-building signals and the relaxing body-building signals, and transmits the whole body conditioning schemes, the recovery adjusting schemes, the auxiliary exercise and diet schemes to the interconnection module through the controller, and the interconnection module is electrically connected with mobile phones, the body conditioning scheme, the recovery adjustment scheme or the auxiliary exercise and food therapy scheme corresponding to the user are sent to the mobile phone of the user for display, so that the fitness condition of each user within a period of time can be evaluated, and corresponding solutions are supplemented for the user according to the evaluation, so that the intelligent fitness requirement is met, and the fitness quality is guaranteed to the maximum extent;
the fitness evaluation module also transmits the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal to the attitude analysis module, the attitude analysis module analyzes the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal when receiving the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal, acquires Fi according to weight analysis, compares the Fi with a preset range f, generates an attitude positive signal for the user when the Fi is more than or equal to the maximum value of the preset range f, generates an attitude harmonious signal for the user when the Fi is positioned between the preset ranges f, generates an attitude negative signal for the user when the Fi is less than or equal to the minimum value of the preset range f, transmits the attitude positive signal, the attitude harmonious signal and the attitude negative signal to the recording module through the controller, and the recording module transmits the attitude positive signal, the attitude harmonious signal and the attitude negative signal to the recording module every ten weeks, the attitude positive signal, the attitude harmonious signal or the attitude negative signal category which each user belongs to are recorded, an attitude record table is generated, the horizontal row in the attitude record table represents each user, the vertical column represents every ten weeks, meanwhile, the attitude analysis module also transmits the attitude negative signal to the interconnection module through the controller, the interconnection module is electrically connected with the mobile phone of the trainer, and the user corresponding to the attitude signal is sent to the mobile phone of the trainer to be displayed, so that the body building attitude of the user is analyzed and recorded, and is reminded and supervised, and when the body building effect of the user in ten weeks is not good and the body building attitude is not problematic, the trainer can communicate with the user in time and change the body building mode to improve the body building effect;
and the comprehensive processing module also processes the stimulation pulse intensity and the stimulation pulse time of each part in the body-building information, and when the conditions that Hi + Ji is more than or equal to one half of the total duration and both Hi and Ji are more than or equal to one fourth of the total duration are met, a formula is applied
When the above conditions are not satisfied, Hi and Ji are respectively given correction values q and w, and q is greater than w and q + w 1, and a formula Li ═ Hi × + Ji ═ w is applied to obtain the appropriate values of the stimulation pulse intensities of the various parts of the user during the exercise, namely, when the conditions are satisfied, the appropriate values obtained are larger, because the duration of the stimulation pulse intensities of the various parts of the user during the exercise is longer than the intermediate value, starting from improving the fitness effect of the user, the obtained proper value is larger, so that the user has better fitness experience, and meanwhile, when the comprehensive processing module obtains Ki or Li, the comprehensive processing module obtains Ki or LiWhen the EMS platform receives Ki or Li, the Ki or Li is configured into the stimulation pulse intensity of each part of the user in the next fitness process, and then the next fitness data can be reasonably set on the basis of the fitness data set by the user at this time, so that the aim of improving the fitness effect or fully recuperating muscles is fulfilled while the daily setting habits of the user are met.
The foregoing is merely exemplary and illustrative of the present invention and various modifications, additions and substitutions may be made by those skilled in the art to the specific embodiments described without departing from the scope of the invention as defined in the following claims.
Claims (2)
1. An intelligent fitness system based on EMS technology is characterized by comprising an information acquisition module, a comprehensive processing module, a fitness evaluation module, a signal management module, a database, a scheme collection module, a controller, an interconnection module, an attitude analysis module, a recording module and an EMS platform;
the information acquisition module is used for acquiring body-building information of a user and transmitting the body-building information to the comprehensive processing module, and the body-building information comprises stimulation training duration of each part, stimulation pulse intensity of each part and time of each part; the comprehensive processing module is used for receiving the body-building information of the user and processing the stimulation training duration of each part in the body-building information, and the method specifically comprises the following steps:
the method comprises the following steps: acquiring the stimulation training duration of each user on each part within a period of time, and calibrating the stimulation training duration as Zij, i is 1.. n, j is 1.. m;
step two: firstly according to the formula
To obtain the average stimulation training time of each user to each part in a period of time, and then according to a formula
The average value of the average stimulation training duration of each user to each part in a period of time is obtained;
step three: firstly according to the formula
To obtain the discrete coefficient of the stimulation training time of each user to each part in a period of time, and then according to the formula
Obtaining the mean value of the discrete coefficients of the stimulation training time of each user to each part in a period of time, wherein Zij, Xi and Vi are in one-to-one correspondence;
the comprehensive processing module acquires Xi, C, Vi and B and then transmits the Xi, C, Vi and B to the fitness evaluation module; the fitness evaluation module is used for comparing the received Xi with C, Vi and B, generating a comprehensive fitness signal by a user corresponding to Xi or Vi when Xi is more than or equal to C, Vi and less than or equal to B, generating a targeted fitness signal by the user corresponding to Xi or Vi when Xi is more than or equal to C, Vi and greater than B, generating a relaxing fitness signal by the user corresponding to Xi or Vi when Xi is less than C, Vi and less than or equal to B and Xi is less than C, Vi and greater than B, and transmitting the comprehensive fitness signal, the targeted fitness signal and the relaxing fitness signal to the signal management module; after receiving the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal, the signal management module calls a body conditioning scheme, a recovery conditioning scheme and an auxiliary exercise and food therapy scheme which are in one-to-one correspondence with the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal from a database, and transmits the comprehensive body-building signal, the targeted body-building signal and the relaxing body-building signal to the interconnection module through the controller; the interconnection module is electrically connected with the mobile phone of the user, and sends a body nursing scheme, a recovery regulation scheme or an auxiliary exercise and food therapy scheme corresponding to the user to the mobile phone of the user for display;
the fitness evaluation module is also used for transmitting the comprehensive fitness signal, the targeted fitness signal and the laxity fitness signal to the attitude analysis module; the attitude analysis module is used for receiving the general body-building signal, the targeted body-building signal and the laxity body-building signal and analyzing and operating the signals, and comprises the following specific steps:
the method comprises the following steps: acquiring the comprehensive fitness signal, the specific fitness signal and the laxity fitness signal number of each user within ten weeks, and respectively marking the signals as Ai, Si and Di, wherein i is 1.. n, and A + S + D is 10;
step two: firstly, respectively assigning weights a, s and d to Ai, Si and Di, wherein a + s + d is 1 and a is smaller than s and is smaller than d, and then calculating the fitness attitude coefficient of each user within ten weeks according to a formula Fi (Ai + a + Si + s + Di) d, i is 1.. n);
the attitude analysis module compares the obtained Fi with a preset range f, generates an attitude positive signal for the user when the Fi is larger than or equal to the maximum value of the preset range f, generates an attitude harmonious signal for the user when the Fi is positioned between the preset ranges f, generates an attitude negative signal for the user when the Fi is smaller than or equal to the minimum value of the preset range f, and transmits the attitude positive signal, the attitude harmonious signal and the attitude negative signal to the recording module through the controller; the recording module is used for recording the attitude positive signal, the attitude harmonious signal or the attitude negative signal class which each user belongs to in every ten weeks and generating an attitude recording list; the attitude analysis module is also used for transmitting an attitude negative signal to the interconnection module through the controller; the interconnection module is electrically connected with the mobile phone of the trainer and sends the user corresponding to the attitude passive signal to the mobile phone of the trainer for display;
the comprehensive processing module is used for receiving the body-building information of the user and processing the stimulation pulse intensity and the stimulation pulse time of each part in the body-building information, and the specific steps are as follows:
the method comprises the following steps: acquiring the stimulation pulse intensity and the stimulation pulse time of each part of the user in the fitness process, and respectively marking the maximum stimulation pulse intensity duration time and the minimum stimulation pulse intensity duration time of each part of the user as Hi and Ji, wherein i is 1.. n;
step two: when Hi + Ji is largeWhen the total time length is equal to one half and both Hi and Ji are greater than or equal to one fourth of the total time length, according to the formula
Obtaining appropriate values of the stimulation pulse intensity of each part of the user in the exercise process, and if the conditions are not met, respectively adding Hi and Ji to correction values q and w, wherein q is greater than w and q + w is 1, and obtaining the appropriate values of the stimulation pulse intensity of each part of the user in the exercise process according to a formula Li (Hi) q + Ji w, i is 1.. n;
after the Ki or Li is obtained, the comprehensive processing module transmits the Ki or Li to an EMS platform; the EMS platform is used for receiving Ki or Li and configuring the Ki or Li into the stimulation pulse intensity of each part of the user in the next fitness process.
2. An intelligent fitness system based on EMS technology according to claim 1, wherein the body conditioning regimen, rehabilitation regimen and assisted exercise and dietetic regimen in the database are entered by a regimen collection module.
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