CN108962402B - User motion data transmission system and method for personal education training - Google Patents
User motion data transmission system and method for personal education training Download PDFInfo
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- CN108962402B CN108962402B CN201810708159.7A CN201810708159A CN108962402B CN 108962402 B CN108962402 B CN 108962402B CN 201810708159 A CN201810708159 A CN 201810708159A CN 108962402 B CN108962402 B CN 108962402B
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H80/00—ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/02—Marketing; Price estimation or determination; Fundraising
- G06Q30/0283—Price estimation or determination
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
- G16H20/30—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to physical therapies or activities, e.g. physiotherapy, acupressure or exercising
Abstract
The invention relates to a user movement data transmission system and method for personal education training, wherein the system comprises a personal education user terminal, a fitness user terminal, a database, a cloud server and a plurality of fitness equipment, each fitness equipment comprises a Bluetooth communication module and a speed sensor, when the Bluetooth communication module is communicated with the fitness user terminal, a user ID bound with the fitness user terminal is obtained and sent to the cloud server, the speed sensor is arranged on a movable part of the fitness equipment and sends speed data to the cloud server, and the database stores the corresponding relation between a fitness plan and the user ID of the fitness user and the fitness data of each fitness user. According to the invention, a user motion data transmission channel between the user and the private education is established, the fitness data of the user is pertinently sent to the private education making the corresponding fitness plan, and the security and the effectiveness of the user fitness data transmission are ensured.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to a user motion data transmission system and a user motion data transmission method for personal education training.
Background
With the continuous development of society and the continuous acceleration of life rhythm, people pay more and more attention to body building. At present, gymnasiums are also endless, and in order to better guide users to exercise reasonably and scientifically, private education is generally equipped in the gymnasiums, and a special fitness plan is formulated by the private education according to the characteristics of different users. However, in practical applications, it may be difficult for private education to observe the fitness process of a user in real time, and under the condition that one user corresponds to a plurality of private education and one private education corresponds to a plurality of users, the private education hardly judges the fitness progress of the user, and targeted user motion data cannot be obtained.
Disclosure of Invention
The invention provides a user motion data transmission system and a user motion data transmission method for personal education training, which aim to overcome the defects in the prior art, establish a user motion data transmission channel between a user and a personal education, and ensure that the body building data of the user is pertinently sent to the personal education making a corresponding body building plan, thereby ensuring the safety and the effectiveness of the user body building data transmission.
In order to achieve the above object, the present invention has the following configurations:
the user movement data transmission system for the personal education training comprises a personal education user terminal, a body-building user terminal, a database, a cloud server and a plurality of body-building apparatuses, wherein each body-building apparatus comprises a Bluetooth communication module and a speed sensor, when the Bluetooth communication module is communicated with the body-building user terminal, a user ID bound by the body-building user terminal is obtained and sent to the cloud server, the speed sensor is arranged on a movable part of the body-building apparatus and sends speed data to the cloud server, and the database stores the corresponding relation between a body-building plan and the user ID of the body-building user and the body-building data of each body-building user;
the cloud server executes the following steps:
the cloud server receives a fitness plan of the private education user terminal and stores the fitness plan into the database, wherein the fitness plan comprises fitness plan execution time, target duration of at least one fitness project and fitness equipment;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal every other preset time;
the cloud server receives a selection instruction of the fitness user terminal on the fitness plan, establishes a corresponding relation between the fitness user terminal and a private education user terminal issuing the fitness plan according to the selection instruction, and stores the corresponding relation into the database;
when the cloud server receives the user ID sent by the Bluetooth communication module, the cloud server logs in a cloud service platform by using the user ID, and calculates the exercise duration of the user at this time according to the speed data of the corresponding speed sensor;
when the cloud server receives that the speed value of the speed sensor of the fitness equipment is smaller than a preset threshold value and the duration is longer than a preset rest time or receives a user ID logout notification sent by the Bluetooth communication module, the cloud server counts the fitness time of the user at this time;
the cloud server determines the fitness item of the user at the time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and accumulates the fitness time of the user at the time to the fitness time of the fitness item;
the cloud server inquires the fitness plan to which the current fitness project of the user belongs, inquires the user ID of the private education user terminal which issues the fitness plan, and sends the fitness duration of the current user and the accumulated fitness duration of the fitness project to the corresponding private education user terminal.
Optionally, the cloud server pushes the fitness plan of the database in a preset time period to the fitness user terminal every other preset time, and the method includes the following steps:
the cloud server ranks the newly received fitness plan within a preset time period according to the fitness plan time length, the fitness item quantity and the fitness equipment type quantity respectively to generate a fitness plan time length ranking list, a fitness item quantity ranking list and a fitness equipment type quantity ranking list;
the cloud server counts the selected times of private education corresponding to the newly received fitness plan within a preset time period, ranks the newly received fitness plan within the preset time period according to the selected times of the private education, and obtains a selected times ranking list;
and the cloud server pushes the fitness plan time ranking list, the fitness item quantity ranking list, the fitness equipment type quantity ranking list and the selection time ranking list to the fitness user terminal.
Optionally, the cloud server determines the exercise item of the user according to the type of the exercise equipment corresponding to the bluetooth communication module sending the user ID, including the following steps:
the cloud server searches for a fitness project corresponding to the fitness equipment in a fitness plan currently executed by the user according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID;
the cloud server judges whether only one corresponding fitness item exists;
if so, the cloud server takes the inquired corresponding fitness item as the current fitness item of the user;
otherwise, the cloud server pushes the inquired corresponding fitness items to the fitness user terminal, and the fitness items of the user at this time are determined according to the selection of the fitness user terminal.
The embodiment of the invention also provides a user movement data transmission method for the private education training, which adopts the user movement data transmission system for the private education training, and the method comprises the following steps:
the cloud server receives a fitness plan of the private education user terminal and stores the fitness plan into the database, wherein the fitness plan comprises fitness plan execution time, target duration of at least one fitness project and fitness equipment;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal every other preset time;
the cloud server receives a selection instruction of the fitness user terminal on the fitness plan, establishes a corresponding relation between the fitness user terminal and a private education user terminal issuing the fitness plan according to the selection instruction, and stores the corresponding relation into the database;
when the cloud server receives the user ID sent by the Bluetooth communication module, the cloud server logs in a cloud service platform by using the user ID, and calculates the exercise duration of the user at this time according to the speed data of the corresponding speed sensor;
when the cloud server receives that the speed value of the speed sensor of the fitness equipment is smaller than a preset threshold value and the duration is longer than a preset rest time or receives a user ID logout notification sent by the Bluetooth communication module, the cloud server counts the fitness time of the user at this time;
the cloud server determines the fitness item of the user at the time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and accumulates the fitness time of the user at the time to the fitness time of the fitness item;
the cloud server inquires the fitness plan to which the current fitness project of the user belongs, inquires the user ID of the private education user terminal which issues the fitness plan, and sends the fitness duration of the current user and the accumulated fitness duration of the fitness project to the corresponding private education user terminal.
Optionally, the cloud server pushes the fitness plan of the database in a preset time period to the fitness user terminal every preset time, and the method includes the following steps:
the cloud server ranks the newly received fitness plan within a preset time period according to the fitness plan time length, the fitness item quantity and the fitness equipment type quantity respectively to generate a fitness plan time length ranking list, a fitness item quantity ranking list and a fitness equipment type quantity ranking list;
the cloud server counts the selected times of private education corresponding to the newly received fitness plan within a preset time period, ranks the newly received fitness plan within the preset time period according to the selected times of the private education, and obtains a selected times ranking list;
and the cloud server pushes the fitness plan time ranking list, the fitness item quantity ranking list, the fitness equipment type quantity ranking list and the selection time ranking list to the fitness user terminal.
Optionally, the cloud server determines the exercise item of the user according to the type of the exercise equipment corresponding to the bluetooth communication module sending the user ID, including the following steps:
the cloud server searches for a fitness project corresponding to the fitness equipment in a fitness plan currently executed by the user according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID;
the cloud server judges whether only one corresponding fitness item exists;
if so, the cloud server takes the inquired corresponding fitness item as the current fitness item of the user;
otherwise, the cloud server pushes the inquired corresponding fitness items to the fitness user terminal, and the fitness items of the user at this time are determined according to the selection of the fitness user terminal.
Optionally, the method further comprises the following steps:
when each expense settlement period is finished, the cloud server starts a private education settlement task;
the cloud server counts the fitness cost of each fitness user in the cost settlement period;
for each fitness user, the cloud server counts fitness plans executed by the fitness users in the expense settlement period and fitness time lengths of the fitness users in the fitness plans, and calculates the percentage of the fitness time length of each fitness plan in the total fitness time length of the fitness users in the expense settlement period;
multiplying the body-building cost of the body-building user in the body-building settlement period by the percentage of the body-building time of a body-building plan to the total body-building time to obtain the cost of the body-building user in the body-building plan;
determining a private education coach corresponding to the fitness plan, and searching a set-up coefficient preset by the private education coach;
and multiplying the expense of the fitness user in the fitness plan by the preset extraction coefficient to obtain the extraction of the personal education coach of the fitness user in the fitness plan.
Optionally, the method further comprises the following steps:
counting the number of times that the established fitness plan is selected and the percentage of the fitness plan which is executed in each expense settlement period of each private education coach;
if the times of the established fitness plan in the current expense settlement period are all larger than the preset times in three continuous expense settlement periods of a private education coach, and the percentage of the fitness plan which is executed after being selected in each expense settlement period is all larger than 80%, the preset yield coefficient of the private education coach is increased by one level.
By adopting the user motion data transmission system and the method for the private education training, the invention has the following beneficial effects:
(1) establishing a user motion data transmission channel between a user and a personal education, wherein the data transmission channel is established corresponding to a specific fitness plan selected by each user, and establishing a dedicated data transmission channel between the user selecting the plan and a coach making the plan aiming at each selected fitness plan;
(2) the fitness plans formulated by the personal education are ranked according to various forms, so that the characteristics of the fitness plans are better displayed, and a user can conveniently select the fitness plans according to the needs of the user;
(3) when each expense settlement period is finished, the fitness data and the fitness expense of the user can be automatically counted, the contribution of each private education in the stage can be automatically counted according to the corresponding relation between the fitness duration and the fitness plan and the private education, and the well-represented private education can be given with rewards according to the times and the degree of the selection and the completion of the fitness plan of the private education, so that effective incentive measures are formed.
Drawings
FIG. 1 is a schematic structural diagram of a user movement data transmission system for training personal education according to an embodiment of the present invention;
FIG. 2 is a flowchart of a method for transmitting user movement data for training personal education according to an embodiment of the present invention;
FIG. 3 is a flow chart of fee settlement according to an embodiment of the present invention.
Detailed Description
In order to more clearly describe the technical contents of the present invention, the following further description is given in conjunction with specific embodiments.
The user movement data transmission system for personal education training shown in fig. 1 comprises a personal education user terminal, a fitness user terminal, a database, a cloud server and a plurality of fitness equipment, wherein each fitness equipment comprises a bluetooth communication module and a speed sensor, when the bluetooth communication module is communicated with the fitness user terminal, a user ID bound by the fitness user terminal is acquired and sent to the cloud server, the speed sensor is arranged on a movable part of the fitness equipment and sends speed data to the cloud server, and the database stores a corresponding relation between a fitness plan and the user ID of the fitness user and fitness data of each fitness user;
the cloud server executes the following steps:
the cloud server receives a fitness plan of the private education user terminal and stores the fitness plan into the database, wherein the fitness plan comprises fitness plan execution time, target duration of at least one fitness project and fitness equipment;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal every other preset time;
the cloud server receives a selection instruction of the fitness user terminal on the fitness plan, establishes a corresponding relation between the fitness user terminal and a private education user terminal issuing the fitness plan according to the selection instruction, and stores the corresponding relation into the database;
when the cloud server receives the user ID sent by the Bluetooth communication module, the cloud server logs in a cloud service platform by using the user ID, and calculates the exercise duration of the user at this time according to the speed data of the corresponding speed sensor;
when the cloud server receives that the speed value of the speed sensor of the fitness equipment is smaller than a preset threshold value and the duration is longer than a preset rest time or receives a user ID logout notification sent by the Bluetooth communication module, the cloud server counts the fitness time of the user at this time;
the cloud server determines the fitness item of the user at the time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and accumulates the fitness time of the user at the time to the fitness time of the fitness item;
the cloud server inquires the fitness plan to which the current fitness project of the user belongs, inquires the user ID of the private education user terminal which issues the fitness plan, and sends the fitness duration of the current user and the accumulated fitness duration of the fitness project to the corresponding private education user terminal.
In this embodiment, the cloud server pushes the fitness plan of the database in a preset time period to the fitness user terminal every preset time, and the method includes the following steps:
the cloud server ranks the newly received fitness plan within a preset time period according to the fitness plan time length, the fitness item quantity and the fitness equipment type quantity respectively to generate a fitness plan time length ranking list, a fitness item quantity ranking list and a fitness equipment type quantity ranking list; different fitness plans can be better recommended to the user by providing various ranking modes, and the user can select a proper fitness plan according to the needs of the user;
the cloud server counts the selected times of private education corresponding to the newly received fitness plan within a preset time period, ranks the newly received fitness plan within the preset time period according to the selected times of the private education, and obtains a selected times ranking list; therefore, the fitness user can select the corresponding fitness plan according to the characteristics of the fitness plan and the popularity of personal education;
and the cloud server pushes the fitness plan time ranking list, the fitness item quantity ranking list, the fitness equipment type quantity ranking list and the selection time ranking list to the fitness user terminal.
Due to the adoption of the user motion data transmission system, the personal education does not need to look at the fitness of the fitness users one by one, and the fitness progress of the users can be well known only by acquiring the fitness duration of each fitness user corresponding to the fitness plan and other needed fitness data, so that more trainees can be taken by one personal education, and one trainee can be formed to correspond to a plurality of training plans, so that the personal education corresponds to the forms of a plurality of trainees, and the forms are more flexible.
In this embodiment, the cloud server determines the exercise item of the user at this time according to the type of the exercise equipment corresponding to the bluetooth communication module that sends the user ID, and includes the following steps:
the cloud server searches for a fitness project corresponding to the fitness equipment in a fitness plan currently executed by the user according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID;
the cloud server judges whether only one corresponding fitness item exists;
if so, the cloud server takes the inquired corresponding fitness item as the current fitness item of the user;
otherwise, the cloud server pushes the inquired corresponding fitness items to the fitness user terminal, and the fitness items of the user at this time are determined according to the selection of the fitness user terminal. In other words, two or more fitness plans including the same fitness equipment in the fitness plans executed by the fitness users at the same time are possible, and at this time, the user is required to select one fitness plan and add the fitness duration into the selected fitness plan.
As shown in fig. 2, an embodiment of the present invention further provides a user movement data transmission method for personal education training, where the user movement data transmission system for personal education training is adopted, and the method includes the following steps:
the cloud server receives a fitness plan of the private education user terminal and stores the fitness plan into the database, wherein the fitness plan comprises fitness plan execution time, target duration of at least one fitness project and fitness equipment;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal every other preset time;
the cloud server receives a selection instruction of the fitness user terminal on the fitness plan, establishes a corresponding relation between the fitness user terminal and a private education user terminal issuing the fitness plan according to the selection instruction, and stores the corresponding relation into the database;
when the cloud server receives the user ID sent by the Bluetooth communication module, the cloud server logs in a cloud service platform by using the user ID, and calculates the exercise duration of the user at this time according to the speed data of the corresponding speed sensor;
when the cloud server receives that the speed value of the speed sensor of the fitness equipment is smaller than a preset threshold value and the duration is longer than a preset rest time or receives a user ID logout notification sent by the Bluetooth communication module, the cloud server counts the fitness time of the user at this time;
the cloud server determines the fitness item of the user at the time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and accumulates the fitness time of the user at the time to the fitness time of the fitness item;
the cloud server inquires the fitness plan to which the current fitness project of the user belongs, inquires the user ID of the private education user terminal which issues the fitness plan, and sends the fitness duration of the current user and the accumulated fitness duration of the fitness project to the corresponding private education user terminal.
As described above, in this embodiment, the cloud server pushes the fitness plan in the preset time period from the database to the fitness user terminal at intervals of a preset time, including the following steps:
the cloud server ranks the newly received fitness plan within a preset time period according to the fitness plan time length, the fitness item quantity and the fitness equipment type quantity respectively to generate a fitness plan time length ranking list, a fitness item quantity ranking list and a fitness equipment type quantity ranking list;
the cloud server counts the selected times of private education corresponding to the newly received fitness plan within a preset time period, ranks the newly received fitness plan within the preset time period according to the selected times of the private education, and obtains a selected times ranking list;
and the cloud server pushes the fitness plan time ranking list, the fitness item quantity ranking list, the fitness equipment type quantity ranking list and the selection time ranking list to the fitness user terminal.
As described above, in this embodiment, the cloud server determines the exercise item of the user according to the type of the exercise equipment corresponding to the bluetooth communication module that sends the user ID, including the following steps:
the cloud server searches for a fitness project corresponding to the fitness equipment in a fitness plan currently executed by the user according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID;
the cloud server judges whether only one corresponding fitness item exists;
if so, the cloud server takes the inquired corresponding fitness item as the current fitness item of the user;
otherwise, the cloud server pushes the inquired corresponding fitness items to the fitness user terminal, and the fitness items of the user at this time are determined according to the selection of the fitness user terminal.
As shown in fig. 3, the method for transmitting user movement data for training in personal education according to the embodiment of the present invention further includes the following steps:
when each expense settlement period is finished, the cloud server starts a private education settlement task;
the cloud server counts the fitness cost of each fitness user in the cost settlement period;
for each fitness user, the cloud server counts fitness plans executed by the fitness users in the expense settlement period and fitness time lengths of the fitness users in the fitness plans, and calculates the percentage of the fitness time length of each fitness plan in the total fitness time length of the fitness users in the expense settlement period;
multiplying the body-building cost of the body-building user in the body-building settlement period by the percentage of the body-building time of a body-building plan to the total body-building time to obtain the cost of the body-building user in the body-building plan;
determining a private education coach corresponding to the fitness plan, and searching a set-up coefficient preset by the private education coach;
and multiplying the expense of the fitness user in the fitness plan by the preset extraction coefficient to obtain the extraction of the personal education coach of the fitness user in the fitness plan.
Therefore, by adopting the method of the embodiment, the fitness data and the fitness cost of the user can be automatically counted when each cost settlement period is finished, and the contribution of each private education at the stage can be automatically counted according to the corresponding relation between the fitness duration and the fitness plan and the private education, so that the workload of cost settlement is greatly reduced, the calculation mode is fair and fair, and the working enthusiasm of the private education can be better stimulated.
In this embodiment, the method for transmitting user motion data for training privacy further includes the following steps:
counting the number of times that the established fitness plan is selected and the percentage of the fitness plan which is executed in each expense settlement period of each private education coach;
if the times of the established fitness plan in the current expense settlement period are all larger than the preset times in three continuous expense settlement periods of a private education coach, and the percentage of the fitness plan which is executed after being selected in each expense settlement period is all larger than 80%, the preset yield coefficient of the private education coach is increased by one level. The percentage of exercise programs selected to be performed is greater than 80%, which means that in a cycle, for example, the exercise program is selected m times (a private education can make a plurality of exercise programs, where m times is the summation of the selected times of each exercise program), and m x 80% of the m times of the selected exercise programs are performed.
Namely, the work of the private education can be evaluated according to the popularity of the private education and the completion degree of the fitness plan, and an incentive measure is set and is increased to a level by a factor, which is equivalent to the increase of income.
Compared with the prior art, the user motion data transmission system and the user motion data transmission method for the personal education training have the following beneficial effects that:
(1) establishing a user motion data transmission channel between a user and a personal education, wherein the data transmission channel is established corresponding to a specific fitness plan selected by each user, and establishing a dedicated data transmission channel between the user selecting the plan and a coach making the plan aiming at each selected fitness plan;
(2) the fitness plans formulated by the personal education are ranked according to various forms, so that the characteristics of the fitness plans are better displayed, and a user can conveniently select the fitness plans according to the needs of the user;
(3) when each expense settlement period is finished, the fitness data and the fitness expense of the user can be automatically counted, the contribution of each private education in the stage can be automatically counted according to the corresponding relation between the fitness duration and the fitness plan and the private education, and the well-represented private education can be given with rewards according to the times and the degree of the selection and the completion of the fitness plan of the private education, so that effective incentive measures are formed.
In this specification, the invention has been described with reference to specific embodiments thereof. It will, however, be evident that various modifications and changes may be made thereto without departing from the broader spirit and scope of the invention. The specification and drawings are, accordingly, to be regarded in an illustrative rather than a restrictive sense.
Claims (4)
1. A user movement data transmission system for personal education training is characterized by comprising a personal education user terminal, a fitness user terminal, a database, a cloud server and a plurality of fitness equipment, wherein each fitness equipment comprises a Bluetooth communication module and a speed sensor, when the Bluetooth communication module is communicated with the fitness user terminal, a user ID bound by the fitness user terminal is obtained and sent to the cloud server, the speed sensor is arranged on a movable part of the fitness equipment and sends speed data to the cloud server, and the database stores a corresponding relation between a fitness plan and the user ID of the fitness user and fitness data of each fitness user;
the cloud server executes the following steps:
the cloud server receives a fitness plan of the private education user terminal and stores the fitness plan into the database, wherein the fitness plan comprises fitness plan execution time, target duration of at least one fitness project and fitness equipment;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal every other preset time;
the cloud server receives a selection instruction of the fitness user terminal on the fitness plan, establishes a corresponding relation between the fitness user terminal and a private education user terminal issuing the fitness plan according to the selection instruction, and stores the corresponding relation into the database;
when the cloud server receives the user ID sent by the Bluetooth communication module, the cloud server logs in a cloud service platform by using the user ID, and calculates the exercise duration of the user at this time according to the speed data of the corresponding speed sensor;
when the cloud server receives that the speed value of the speed sensor of the fitness equipment is smaller than a preset threshold value and the duration is longer than a preset rest time or receives a user ID logout notification sent by the Bluetooth communication module, the cloud server counts the fitness time of the user at this time;
the cloud server determines the fitness item of the user at the time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and accumulates the fitness time of the user at the time to the fitness time of the fitness item;
the cloud server inquires a fitness plan to which the current fitness project of the user belongs, inquires a user ID of a private education user terminal which issues the fitness plan, and sends the fitness duration of the current time and the accumulated fitness duration of the fitness project of the user to the corresponding private education user terminal;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal at intervals of preset time, and the method comprises the following steps:
the cloud server ranks the newly received fitness plan within a preset time period according to the fitness plan time length, the fitness item quantity and the fitness equipment type quantity respectively to generate a fitness plan time length ranking list, a fitness item quantity ranking list and a fitness equipment type quantity ranking list;
the cloud server counts the selected times of private education corresponding to the newly received fitness plan within a preset time period, ranks the newly received fitness plan within the preset time period according to the selected times of the private education, and obtains a selected times ranking list;
the cloud server pushes the fitness plan time length ranking list, the fitness item quantity ranking list, the fitness equipment type quantity ranking list and the selection time ranking list to the fitness user terminal;
the cloud server determines the fitness project of the user at this time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and the method comprises the following steps:
the cloud server searches for a fitness project corresponding to the fitness equipment in a fitness plan currently executed by the user according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID;
the cloud server judges whether only one corresponding fitness item exists;
if so, the cloud server takes the inquired corresponding fitness item as the current fitness item of the user;
otherwise, the cloud server pushes the inquired corresponding fitness items to the fitness user terminal, and the fitness items of the user at this time are determined according to the selection of the fitness user terminal.
2. A user movement data transmission method for personal education training, characterized by using the user movement data transmission system for personal education training of claim 1, the method comprising the steps of:
the cloud server receives a fitness plan of the private education user terminal and stores the fitness plan into the database, wherein the fitness plan comprises fitness plan execution time, target duration of at least one fitness project and fitness equipment;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal every other preset time;
the cloud server receives a selection instruction of the fitness user terminal on the fitness plan, establishes a corresponding relation between the fitness user terminal and a private education user terminal issuing the fitness plan according to the selection instruction, and stores the corresponding relation into the database;
when the cloud server receives the user ID sent by the Bluetooth communication module, the cloud server logs in a cloud service platform by using the user ID, and calculates the exercise duration of the user at this time according to the speed data of the corresponding speed sensor;
when the cloud server receives that the speed value of the speed sensor of the fitness equipment is smaller than a preset threshold value and the duration is longer than a preset rest time or receives a user ID logout notification sent by the Bluetooth communication module, the cloud server counts the fitness time of the user at this time;
the cloud server determines the fitness item of the user at the time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and accumulates the fitness time of the user at the time to the fitness time of the fitness item;
the cloud server inquires a fitness plan to which the current fitness project of the user belongs, inquires a user ID of a private education user terminal which issues the fitness plan, and sends the fitness duration of the current time and the accumulated fitness duration of the fitness project of the user to the corresponding private education user terminal;
the cloud server pushes the fitness plan of the database in a preset time period to a fitness user terminal at intervals of preset time, and the method comprises the following steps:
the cloud server ranks the newly received fitness plan within a preset time period according to the fitness plan time length, the fitness item quantity and the fitness equipment type quantity respectively to generate a fitness plan time length ranking list, a fitness item quantity ranking list and a fitness equipment type quantity ranking list;
the cloud server counts the selected times of private education corresponding to the newly received fitness plan within a preset time period, ranks the newly received fitness plan within the preset time period according to the selected times of the private education, and obtains a selected times ranking list;
the cloud server pushes the fitness plan time length ranking list, the fitness item quantity ranking list, the fitness equipment type quantity ranking list and the selection time ranking list to the fitness user terminal;
the cloud server determines the fitness project of the user at this time according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID, and the method comprises the following steps:
the cloud server searches for a fitness project corresponding to the fitness equipment in a fitness plan currently executed by the user according to the type of the fitness equipment corresponding to the Bluetooth communication module sending the user ID;
the cloud server judges whether only one corresponding fitness item exists;
if so, the cloud server takes the inquired corresponding fitness item as the current fitness item of the user;
otherwise, the cloud server pushes the inquired corresponding fitness items to the fitness user terminal, and the fitness items of the user at this time are determined according to the selection of the fitness user terminal.
3. The method for transmitting user motion data for training of privacy as claimed in claim 2, further comprising the steps of:
when each expense settlement period is finished, the cloud server starts a private education settlement task;
the cloud server counts the fitness cost of each fitness user in the cost settlement period;
for each fitness user, the cloud server counts fitness plans executed by the fitness users in the expense settlement period and fitness time lengths of the fitness users in the fitness plans, and calculates the percentage of the fitness time length of each fitness plan in the total fitness time length of the fitness users in the expense settlement period;
multiplying the body-building cost of the body-building user in the cost settlement period by the percentage of the body-building time of a body-building plan to the total body-building time to obtain the cost of the body-building user in the body-building plan;
determining a private education coach corresponding to the fitness plan, and searching a set-up coefficient preset by the private education coach;
and multiplying the expense of the fitness user in the fitness plan by the preset extraction coefficient to obtain the extraction of the personal education coach of the fitness user in the fitness plan.
4. The method for transmitting user motion data for training of privacy as claimed in claim 3, further comprising the steps of:
counting the number of times that the established fitness plan is selected and the percentage of the fitness plan which is executed in each expense settlement period of each private education coach;
if the times of the established fitness plan in the current expense settlement period are all larger than the preset times in three continuous expense settlement periods of a private education coach, and the percentage of the fitness plan which is executed after being selected in each expense settlement period is all larger than 80%, the preset yield coefficient of the private education coach is increased by one level.
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| CN113813571A (en) * | 2021-09-26 | 2021-12-21 | 苏州众联运动科技有限公司 | Training system based on servo motor fitness equipment |
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| CN104601726A (en) * | 2015-02-04 | 2015-05-06 | 唐山呼呼网络科技有限公司 | Cloud analysis intelligent fitness system based on fitness acquirer and implementing method |
| CN106530055A (en) * | 2016-11-11 | 2017-03-22 | 厦门钢宇工业有限公司 | Body-building method and body-building system |
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| CN104601726A (en) * | 2015-02-04 | 2015-05-06 | 唐山呼呼网络科技有限公司 | Cloud analysis intelligent fitness system based on fitness acquirer and implementing method |
| CN106530055A (en) * | 2016-11-11 | 2017-03-22 | 厦门钢宇工业有限公司 | Body-building method and body-building system |
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