Intelligent terminal for managing motion data

An intelligent terminal for managing sports data

[0001] The present invention is the application number 201710133201.2, the application date is March 07, 2017, the application type is invention, and the application name is a divisional application of a gym management system.

Technical field

[0002] The present invention relates to the field of gym management, and in particular to an intelligent terminal for managing sports data.

Background technique

[0003] With the improvement of people's living standards, people pay more and more attention to the health of the body, and more and more people enter the gym for various sports. At present, people's understanding of sports has begun to deepen, and they have gradually realized the importance of scientific sports. However, most people do not have a database of their own health, nor can they monitor their physical function in real time during exercise. In addition, most of the existing fitness venues simply provide fitness equipment and serve customers through the experience guidance of fitness coaches. Some fitness services are obviously not enough. In particular, fitness venues need to further improve health services by providing customers' own health data to ensure that customers exercise healthily and scientifically.

[0004] With the widespread use of the Internet of Things, the management of gyms has gradually entered the era of big data processing. The identification and information collection between users and fitness equipment have become necessary, but the existing technology does not perform accurate statistics and systematic analysis of fitness data. It is impossible to improve the fitness plan based on the existing fitness data, and conduct scientific, reasonable, and systematic professional fitness. In view of the shortcomings of existing fitness exercise data collection and use, a Chinese patent (publication number CN106022981A) discloses a fitness exercise interactive networking system. The system includes a server, a gym management system with a unique identification code corresponding to the server, fitness equipment, and a user's smart terminal. The fitness equipment collects fitness equipment usage records and user exercise records and sends them to the server through the gym management system. The gym management system outputs exercises. Record, the user signs the exercise record through the smart terminal to form a signed exercise record and send it to the server. The user can also scan the QR code or near field communication and the fitness equipment for signature recognition before using the fitness equipment. The server uses the fitness equipment The records and user's exercise records are analyzed and the data is sent to the gym management system and users.

[0005] The system realizes the collection of fitness equipment usage records and the user's exercise records, matches the user's exercise records with the fitness equipment usage records, and sends the collected data to the server for processing, and the server sends the user and the gym through the network The management system sends the server to analyze the matched corresponding exercise records, so as to realize a complete fitness interactive networking system. However, the patent has at least the following technical issues that have not been considered: (1) The fitness equipment of the patent needs to have a user identification module, and each fitness device has an identification module, which makes the applicability of the equipment poor; on the other hand, fitness equipment When the equipment collects its own usage records, it also needs to identify the user's exercise data, which results in a heavy workload for the construction equipment. However, due to the high cost of fitness equipment, the service life of the equipment is reduced and the cost of the gym is increased; (2) Facing the huge data generated in the gym, how to effectively and accurately transmit, store and/or analyze the generated data; (3) The gym management system needs to process such huge data, how to ensure the gym management system Long-term, stable and smooth operation to improve user experience; (4) Faced with the intricate relationship between fitness equipment in the gym and gym users, how to accurately and quickly determine the association between exercise data uploaded by fitness equipment and gym users Sex.

[0006] Therefore, there is an urgent need to provide a method that can accurately determine the matching relationship between exercise data and gym users, and at the same time

A gym management system with powerful data analysis and processing capabilities.

Summary of the invention

[0007] The fitness equipment in the prior art needs to be equipped with a user identification module, and each fitness equipment has an identity recognition module, which makes the applicability of the equipment poor. On the other hand, when the fitness equipment collects its own usage records, it also needs to identify the user's exercise data, resulting in a heavy workload for the construction equipment. However, due to the high cost of fitness equipment and the high load of work, the service life of the equipment is reduced. Increase the cost of the gym. To this end, the present invention provides a gym management system. The gym management system includes at least one fitness device, at least one device access recorder, a cloud service management system, and an intelligent terminal. The at least one device access recorder is used to assist in identifying user motion data, and the at least one device access recorder is used to collect access information of the smart terminal and upload the access information to the cloud service management system. Preferably, using different smart terminals can be compatible with different devices to access the recorder. For example, the identification methods between the smart terminal and the device access recorder include, but are not limited to, identification by bracelet, ID card, IC card, and WeChat scan code identification. The invention groundbreakingly separates the identification task of the fitness equipment from the fitness equipment itself. The fitness equipment does not need to have any user identification module, and only needs to record data without being responsible for any identification work. The identification work is accessed by the device to access the recorder and the cloud. The service management system is based on the fuzzy matching algorithm, which can greatly reduce the health The work load of the body equipment can increase the service life of the fitness equipment, reduce the cost of the gym, and especially improve the applicability of the fitness equipment.

[0008] Further, the exercise data collected by the fitness equipment is scattered in the server, so that there is a lack of correlation between the exercise data uploaded by the fitness equipment and the gym user. However, when it is necessary to understand the exercise data of the gym user, how to accurately , The rapid determination of the correlation between the exercise data uploaded by the fitness equipment and the gym users has become a technical problem to be solved urgently. On the other hand, the gym has limited fitness equipment, and in the face of many gym users, how to increase the utilization rate of the fitness equipment is also a technical problem that needs to be solved urgently. In view of the above technical problems, the gym management system of the present invention is concentrated on one server or distributed on multiple servers, and the gym management system is linked to each other or logically connected to the at least one fitness device in the gym to manage the gym. The at least one fitness device and/or analyze the correlation between the gym user, the access information, and the exercise information. Preferably, the cloud service management system uses a fuzzy matching algorithm and is based at least on the exercise information uploaded by the at least one fitness device and the access information uploaded by the at least one device access recorder to find the minimum time sequence set and merge The correlation between the gym user, the access information, and the exercise information is determined based on the minimum time series set. The gym management system of the present invention determines the relationship between the gym user and at least one fitness device through the minimum time series set. Connectivity can not only accurately and quickly determine the correlation between the exercise data uploaded by the fitness equipment and the gym user, but also enable the gym manager and/or fitness coach to dynamically understand the dynamic situation of the user in the gym, thus not only It can scientifically monitor the user's fitness process, and also allow other users to reasonably choose fitness equipment and improve the utilization rate of gym equipment.

[0009] Further, in order to accurately and quickly determine the correlation between the gym user, the access information, and the exercise information, the present invention proposes an analysis method for finding the minimum time series set through a fuzzy matching algorithm . Preferably, the minimum time series set is the smaller value of the time difference between the smart terminal accessing the two device access recorders and the time difference between the device access recorder being accessed by the two smart terminals, combined with the smaller value The device access recorder and the time array set of the access time when the device access recorder is accessed by the smart terminal. The minimum time series set of the present invention includes at least three data: a small time difference, the device access recorder itself

The data of the device access recorder is accessed by the smart terminal. Through the three data in the minimum time series set, the exercise information uploaded by the fitness device at the access time can be quickly determined. The gym user who starts the device access recorder within the access time is determined, thereby quickly determining the correlation between the gym user, the access information, and the exercise information.

[0010] Further, in order to accurately determine the association between the equipment access recorder and the user and the association between the fitness equipment and the equipment access recorder, the method adopted in the present invention is: At least one fitness device corresponds to the at least one device access recorder in a logical association manner, the gym user corresponds to the smart terminal in a logical association manner, and the at least one fitness device and the at least one device access record are recorded The logical association corresponding manner between the devices and the logical association corresponding manner between the gym user and the smart terminal are pre-stored in the gym management system. Preferably, the logical association correspondence between the at least one fitness device and the at least one device access recorder is one-to-one correspondence, or one-to-many, or many-to-one. Preferably, the logical association correspondence between the gym user and the smart terminal is one-to-one correspondence, or one-to-many, or many-to-one. After finding the minimum time series set, by extracting the equipment access recorder associated with the fitness equipment in the gym management system, the gym user associated with the smart terminal can accurately determine the fitness equipment uploaded The correlation between exercise data and gym users.

[0011] Further, in order to improve the accuracy of the matching result of the fuzzy matching algorithm, the present invention is implemented in the following manner: The cloud service management system uses the fuzzy matching algorithm and is based on the at least one fitness device and the at least one device stored in advance. The logical association corresponding way between the access recorders, the logical association corresponding way between the gym user and the smart terminal, the data uploaded by the at least one fitness device at least including the fitness device, the exercise data A data set consisting of exercise time and exercise time, and a data set including at least the visit data and the visit time uploaded by the at least one device access recorder to find a minimum time series set and determine the gym based on the minimum time series set The correlation between the user, the access data, and the exercise data. Through the mutual relationship between the two, it can be determined that the exercise data uploaded by the fitness equipment belongs to only one gym user.

[0012] Further, gym users will generate huge amounts of data when they use fitness equipment and/or equipment to access the recorder. If the huge data cannot be classified, managed and/or stored in an orderly manner, the gym management system will be The operating efficiency is low. To this end, the present invention reduces the operating load of the gym management system to ensure that the gym management system can operate in a long-term, stable and smooth manner, thereby improving user experience. Preferably, in order to reduce the operating load of the gym management system, the data uploaded by the fitness equipment and/or equipment access recorder of the present invention is in the form of a data collection. Preferably, the at least one fitness equipment has a data storage unit and/or a communication unit, and the at least one fitness equipment at least collects and/or stores the exercise data and exercise time of the gym user through the data storage unit, and has The communication unit sends a data set consisting of at least the data of the fitness equipment, the exercise data, and the exercise time to the cloud service management system. Preferably, the at least one device access recorder records at least the access data and access time when the smart terminal triggers the at least one device access recorder to activate the at least one fitness device and will include at least the access data and The data set consisting of access time is sent to the cloud service management system. The data uploaded, stored and/or analyzed by the gym management system of the present invention are all in the form of data collection, not only It can reduce the computing load of the cloud service management system, and also improve the operating efficiency, ensuring that the gym management system can run in a long-term, stable and smooth manner, and improve the user experience. More importantly, when the fuzzy matching algorithm is used for data analysis, the form of the data set can improve the accuracy of the analysis matching and the speed of the analysis matching.

[0013] Further, in order to improve the accuracy of the association between the exercise data uploaded by the fitness equipment and the gym user,

The fitness equipment of the present invention is activated by the smart terminal corresponding to the gym user in a logical association manner triggering the at least one equipment to access the recorder. Preferably, the at least one equipment access recorder can be attached to the at least one fitness equipment or arranged near the at least one fitness equipment. The fitness equipment only starts to collect and upload the exercise data of the gym user after being activated. The data set uploaded by the fitness equipment includes at least the data of the fitness equipment itself, the exercise data of the gym user, and the access time of the smart terminal to the corresponding equipment access recorder; and the data set uploaded by the equipment access recorder includes at least the access to the equipment The data of the smart terminal accessing the recorder itself, the data of the device accessing the recorder itself, and the access time of the smart terminal to the device accessing the recorder; it can be seen that both the data collection uploaded by the fitness equipment and the data collection uploaded by the device accessing recorder At least including the access time, the two can be associated through the access time, and the uploaded data is in the form of a data collection, so that the problem of mismatch between the uploaded exercise data and the gym user can be avoided. Attaching the device access recorder to the at least one fitness device or setting it close to the at least one fitness device can not only enable the device access recorder to activate the at least one fitness device in a variety of ways, but also Avoiding the defect that the device access recorder fails to start due to communication problems when starting the at least one fitness device.

[0014] Further, in order to facilitate monitoring of the physical condition of the gym user during exercise and avoid problems caused by the gym user's physical incompatibility, the gym management system of the present invention also includes a physiological sign data collection device. Preferably, the physiological sign data collection device is arranged on the user's wrist or worn on the user's chest, and the physiological sign data collection device collects the user's physiological sign data and sends the collected data and the data collection time to the cloud service Management system, and the cloud service management system can dynamically adjust the fitness plan of the gym user based on the received user's physiological physical sign data and the association between the gym user and the use of the at least one fitness device. Through the physiological sign data collection device, the physical health of the gym user can be monitored at all times, so that the gym user can exercise appropriately according to their own health.

[0015] Further, in order to determine the accuracy of the fuzzy matching algorithm, the cloud service management system of the present invention further includes a verification unit. Preferably, the verification unit is based on the data of the smart terminal corresponding to the gym user acquired by the at least one device access recorder, and the fitness activated by the smart terminal triggering the device access recorder The user's exercise data and exercise time collected by the device and the user's physiological sign data collected by the physiological sign data collection device are used to verify the association between the gym user, the access data, and the exercise data. The system uses the collected user's physiological signs data to verify the relevance between the user and the fitness equipment and fitness data. When the verification result is abnormal, it re-associates, and further improves the user and fitness equipment determined by the system. The accuracy of the correlation between fitness data.

[0016] In order to allow gym users to reasonably reserve fitness equipment based on the usage of the fitness equipment, another aspect of the present invention also provides a method for analyzing the usage of multiple fitness equipment located in a gym. The method includes the following steps:

[0017] S1: Obtain the data set uploaded by the device access recorder and the data set uploaded by the fitness device;

[0018] S2: For the data in the data set, determine the time difference between the smart terminal's access to the two device access recorders, and the time difference between the device access recorder being triggered by the two smart terminals to access;

[0019] S3: Use a fuzzy matching algorithm to compare the time difference and take the smaller value of the time difference together with the device access recorder and the access time when the device access recorder is accessed by the smart terminal to form a time array set To obtain the smallest time series set;

[0020] S4: Determine the association between the fitness equipment and the gym user based on the minimum time series set.

[0021] The present invention provides a method for analyzing the usage of multiple fitness equipment located in a gym. This method allows gym users to know the usage of the fitness equipment in advance when booking fitness equipment, which is convenient for gym users Choose fitness equipment reasonably; and this analysis method has the advantages of accurate analysis and fast analysis speed, which can improve user experience.

Description of the drawings

[0022] FIG. 1 is a schematic block diagram of a preferred embodiment of the gym management system of the present invention;

[0023] FIG. 2 is a schematic diagram of a preferred embodiment of the gym management system of the present invention; and

[0024] FIG. 3 is a data matching flowchart of a preferred embodiment of the gym management system of the present invention.

<td>[0025]</td><td colspan="2">List of reference signs</td>

<td>[0026]</td><td>10: Fitness equipment</td><td>20: Device access recorder</td>

<td>[0027]</td><td>30: Cloud Service Management System</td><td>40: Smart terminal</td>

<td>[0028]</td><td>50: Physiological Sign Data Collection Device</td><td>101: Data storage unit</td>

<td>[0029]</td><td>102: Communication unit</td><td>301: database unit</td>

<td>[0030]</td><td>302: matching unit</td><td>303: Verification Unit</td>

Detailed ways

[0031] The following is a detailed description with reference to the drawings and embodiments.

Example 1

[0033] This embodiment describes in detail the gym management system of the present invention.

[0034] FIG. 1 shows a schematic diagram of modules of a preferred embodiment of the gym management system of the present invention. As shown in FIG. 1, the gym management system includes at least one fitness equipment 10, at least one equipment access recorder 20, a cloud service management system 30, an intelligent terminal 40 and a physiological sign data collection device 50. The fitness equipment 10, the equipment access recorder 20, the cloud service management system 30, the smart terminal 40, and the physiological sign data collection device 50 may be connected in a wired manner or a wireless manner. The fitness equipment 10 is used to collect user fitness data. The device access recorder 20 corresponds to the fitness device 10 in a logical association manner and is used to collect information related to the behavior of the user using the corresponding fitness device 10. The cloud service management system 30 provides the correlation between the user and the use of the fitness device 10 based on the correlation between the user's fitness data collected by the fitness device 10 and the information related to the user's usage behavior collected by the device access recorder 20. Preferably, the cloud service management system 30 uses a fuzzy matching algorithm to match the association between the user and the fitness equipment 10 used. The system provides the association between the user and the fitness equipment 10 through the fuzzy matching algorithm, so that the gym manager and/or fitness coach can dynamically understand the dynamic situation of the user in the gym, thereby not only improving the utilization of the gym equipment, but also scientifically Monitor the user's fitness process. Remaining users By checking the association between the user and the fitness equipment 10, the fitness equipment 10 can be reasonably selected for fitness according to the usage of the fitness equipment 10, so as to avoid long waiting times.

[0035] According to a preferred embodiment, the fitness device 10 is activated by the smart terminal 40 triggering the device to access the recorder 20. The device access recorder 20 records the access data and access time of the smart terminal 40 and sends the access data and access time to the cloud service management system 30 in the form of data collection. The fitness device 10 activated by the smart terminal 40 triggering the device to access the recorder 20 collects the user's exercise data and exercise time and sends the exercise data and exercise time to the cloud service management system 30 in the form of data collection. The cloud service management system 30 is based on at least one fitness

The correspondence relationship between the device 10 and at least one device access recorder 20, the correspondence relationship between the gym user and the smart terminal 40, the data set uploaded by the device access recorder 20, and the data set uploaded by the fitness device 10 using a fuzzy matching algorithm To determine the correlation between gym users, access data, and exercise data. The correspondence between the fitness equipment 10 and the equipment access recorder 20 can be one-to-one correspondence, or one fitness equipment 10 corresponds to multiple equipment access recorders 20, or multiple fitness equipment 10 corresponds to one equipment access recorder. 20.

[0036] Compared with other matching algorithms, the time-based fuzzy matching algorithm has the advantages of high accuracy and fast speed. For example: at 10:10 on November 30, 2016, user A scanned the first treadmill in the gym. The first treadmill will read user A's personal information data, and at the same time, the first treadmill will read The data and the reading time of the data are uploaded to the cloud service management system 30 at the same time. At 10:11 on November 30, 2016, the first treadmill collected the exercise data and collected the exercise data together with the acquisition time of the exercise data. Upload to the cloud service management system 30. Based on the received data uploaded by the first treadmill, the cloud service management system 30 uses a fuzzy matching algorithm to speculate that the user A exercised on the first treadmill.

[0037] According to a preferred embodiment, the cloud service management system 30 separately pre-stores the correspondence between at least one fitness device 10 and at least one device access recorder 20 in the form of a data set, and the relationship between the gym user and the smart terminal 40. Correspondence. Preferably, the user and the smart terminal 40 also correspond in a logical association manner. More preferably, the correspondence between the user and the smart terminal 40 may be a one-to-one correspondence, or one user may correspond to multiple smart terminals 40, or multiple users may correspond to one smart terminal 40. The cloud service management system 30 at least uploads the access data and access time data collection to the cloud service management system 30 through the device access recorder 20, and the exercise data and exercise time data collection uploaded by the fitness equipment 10 to the cloud service management system 30 To obtain the minimum time series set and determine the correlation between gym users, access data, and exercise data based on the minimum time series set.

[0038] FIG. 2 shows a schematic diagram of a preferred embodiment of the gym management system of the present invention. As shown in FIG. 2, the gym user triggers the device access recorder 20 through the smart terminal 40, and the triggered device access recorder 20 starts the fitness equipment 10. The device access recorder 20 also uploads the access record of the smart terminal 40 to the cloud service management system 30. When the user exercises, the fitness equipment 10 collects the user's exercise data and uploads the user's exercise data to the cloud service management system 30. Preferably, the cloud service management system 30 through which the device access recorder 20 uploads data and the cloud service management system 30 through which the fitness equipment 10 uploads data may be the same cloud service management system or different cloud service management systems. Preferably, after the cloud service management system 30 analyzes and matches the user's exercise data and/or access data, the user's exercise report and/or matching result can be stored in the cloud service management system 30, or the recorder 20 can be accessed through the device. It is transmitted to the smart terminal 40 corresponding to the gym user. Preferably, when the user needs to use the next fitness device, he starts the device access recorder 20 through the smart terminal 40 again. Preferably, the two smart terminals 40 used by the user before and after may be the same or different.

[0039] The following specifically introduces the structure and function of each module.

[0040] According to a preferred embodiment, the gym management system of the present invention includes at least one fitness device 10. The various fitness equipment 10 operate independently of each other. Preferably, the fitness equipment 10 may be a physical examination instrument, a treadmill, an exercise bike, a stepper, a strength machine, and the like. The fitness equipment 10 may also be other health, fitness, testing or training equipment. Referring again to FIG. 1, the fitness equipment 10 has a data storage unit 101 and a communication unit 102. The data storage unit 101 collects and/or stores exercise data and exercise time of the gym user corresponding to the smart terminal 40. The stored data is sent to the cloud service management system 30 via the communication unit 102. The data storage unit 101 is used to store user fitness data collected by the fitness device 10. Preferably, use

The household fitness data is a general index of the fitness equipment 10, which varies according to the type of the fitness equipment 10. For example, when the fitness equipment 10 is a dumbbell, the user's fitness data includes exercise duration, exercise frequency, weight, and so on. When the fitness device 10 is a treadmill, the user's fitness data includes slope, distance, calories burned, exercise duration, and the like.

[0041] According to a preferred embodiment, the communication unit 102 sends a data set consisting of at least the data of the fitness equipment 10, exercise data, and exercise time to the cloud service management system 30 through one or more of the following ways: communication unit 102 sends the data set to the intermediate server, and then actively pushes the data set to the cloud service management system 30 through the intermediate server. Or the communication unit 102 sends the data set to the intermediate server, and the cloud service management system 30 regularly obtains the data set from the intermediate server. Or the communication unit 102 sends the data collection to the gym management system APP on the smart device, and the smart device sends the data collection to the cloud service management system 30. The cloud service management system 30 of the present invention can obtain the user fitness data collected by the fitness equipment 10 through a variety of ways, and the method provided by the present invention can enable the cloud service management system 30 to obtain the user fitness data collected by the fitness equipment 10 in a timely manner. Association errors caused by missing data.

[0042] According to a preferred embodiment, the device access recorder 20 corresponds to the fitness device 10 in a logical association manner. Preferably, the device access recorder 20 corresponds to the fitness device 10. The equipment access recorder 20 is attached to the corresponding fitness equipment 10 or is arranged near the corresponding fitness equipment 10. Preferably, nearby refers to the range within which the device access recorder 20 and the smart terminal 40 can communicate when the user uses the fitness device 10. The equipment access recorder 20 is used to record the access information of the smart terminal 40 corresponding to the gym user. The device access recorder 20 sends a data set consisting of at least the data of the smart terminal 40 corresponding to the gym user, the data of at least one device access recorder 20, and the access time of the smart terminal 40 triggering at least one device to access the recorder 20. To the cloud service management system 30. Preferably, the device access recorder 20 is also used to collect the usage information of the corresponding fitness device 10 by the user. The user's usage information of the corresponding fitness device 10 is, for example, the frequency of use of the fitness device 10, the length and intensity of the user's use of the fitness device 10, and the raw data of the user's exercise using the fitness device 10, such as heart rate, torque, pedaling frequency, and strength. And speed etc.

[0043] According to a preferred embodiment, the smart terminal 40 triggers and accesses at least one device access recorder 20 through one or more of the following ways: the smart terminal 40 triggers and accesses at least one device access recorder 20 through NFC near field . Or at least one device access recorder 20 obtains data of the smart terminal 40 through Bluetooth broadcasting. Or at least one device access recorder 20 obtains data of the smart terminal 40 according to a private protocol communication. The triggering method between the device access recorder 20 and the smart terminal 40 of the present invention is not limited to this. There are multiple trigger modes between the two, and the trigger mode is simple and easy to operate. The at least one device access recorder 20 sends a data set consisting of at least the data of the smart terminal 40, the data of the at least one device access recorder 20, and the access time of the smart terminal 40 communicating with the at least one device access recorder 20 to the cloud service management. System 30. Or at least one device access recorder 20 sends a data set consisting of at least the data of the smart terminal 40, the data of at least one device access recorder 20, and the access time of the communication between the smart terminal 40 and the at least one device access recorder 20 to the intermediate server , The data collection is sent to the cloud service management system 30 via the intermediate server.

[0044] According to a preferred embodiment, the gym management system further includes an intelligent terminal 40. The smart terminal 40 corresponds to the user in a logical association manner. Preferably, the smart terminal 40 corresponds to the user on a one-to-one basis. Preferably, the device access recorder 20 and the user's smart terminal 40 can identify each other. Preferably, the smart terminal 40 may be a mobile phone, a tablet computer, a smart bracelet, a smart watch, a PC, a customized device, or other identifiable devices. The identification of the device access recorder 20 and the smart terminal 40 can be realized by scanning the QR code of the device access recorder 20 through the smart terminal 40 before the user uses the fitness device 10. Preferably, each device access recorder 20 is provided with a two-dimensional code. The QR code contains the unique identification code of the device access recorder 20, with

The user scans the QR code of the device access recorder 20 through the smart terminal 40 and logs in to the gym management system. The cloud service management system 30 recognizes the user and the device access recorder 20. Recognition can also be achieved through near field communication. Preferably, when the smart terminal 40 and the device access recorder 20 both have near field communication functions, the smart terminal 40 and the device access recorder 20 have near field communication, and the cloud service management system 30 identifies the user and the fitness device 10. The identification may also be to set a card reader on the device access recorder 20 to read the information of the smart terminal 40. Preferably, a card reader is provided on the device access recorder 20 to read the information of the smart terminal 40. The device access recorder 20 sends the read user information together with the reading time of the user information to the cloud service management system 30 at the same time. The cloud service management system 30 recognizes the user and the device access recorder 20. Preferably, the gym management system of the present invention has a portable smart terminal 40 uniquely corresponding to the user. The cloud service management system 30 identifies the device access recorder 20 and the smart terminal 40 based on the received user information and device access records. The fitness equipment database and the user database are respectively established based on the basic information of the device 20, so that the data of the gym can be managed in an orderly manner.

[0045] According to a preferred embodiment, the smart terminal 40 is also used for the user to send his own health data information to the cloud service management system 30 and/or view data information related to the user's fitness pushed by the cloud service management system 30. For example, through the smart terminal 40, the user sends his exercise data, heart rate data, diet data, physical examination data, case data, etc., to the database unit 301 of the cloud service management system 30 for storage. The managers and/or coaches of the gym can provide users with scientific and reasonable fitness suggestions based on the historical information of each user, and can more accurately improve the physical health of the human body. The managers and/or coaches of the gym can also use this system at any time. Grasp the user's health status.

[0046] According to a preferred embodiment, the gym management system further includes a physiological sign data collection device 50. The physiological sign data collection device 50 is used to collect the physiological sign data of the user during exercise and send the collected data and the data collection time to the cloud service management system 30 at the same time. The physiological sign data collection device 50 and the cloud service management system 30 are connected wirelessly. Preferably, the physiological sign data collection device 50 includes a main control module, a storage unit connected to the main control module, a heart rate sensor, a 3D acceleration sensor, a wireless transceiver unit, and a battery. Preferably, the physiological sign data collection device 50 includes a bracelet or watch worn on the wrist, a heart rate sensor worn on the chest, and the like. Furthermore, the heart rate sensor includes an LED reflective light sensor, an infrared sensor, a pulse sensor, a pressure sensor, or an ultrasonic sensor. The cloud service management system 30 dynamically adjusts the user's fitness plan based on the collected physiological data of the user during exercise and the correlation between the user and the use of at least one fitness device 10. The gym management system of the present invention collects the physiological signs data of the user during exercise, and when the user is unwell, the exercise plan of the user can be adjusted in time to avoid injury to the user. For example: the physiological sign data collection device 50 collects the user's heart rate parameter below 60 beats per minute or 100 times per minute or more, the diastolic pressure parameter is below 60 mmHg or above 90 mmHg, and the systolic pressure parameter is below 90 mmHg or above 130 mmHg. One or more of the abnormal physiological signs parameters At time, the cloud service management system 30 searches whether the user is using at least one fitness device 10, and if so, the cloud service management system 30 executes a stop operation command on the at least one fitness device 10 in time. The cloud service management system 30 also sends emergency prompts and/or adjusted exercise suggestions to the smart terminal 40.

[0047] According to a preferred embodiment, one or more relays are provided between the physiological sign data collection device 50 and the cloud service management system 30. Since the gym has a large space and usually has more rooms, there will be some difficulties in wirelessly implementing the communication between the physiological sign data collection device 50 and the cloud service management system 30, and may even cause data loss. The relay can realize seamless and dead-angle communication between the physiological sign data collection device 50 and the cloud service management system 30. The physiological sign data of any user in the gym can be uploaded to the cloud service management system 30 in real time. In order to prevent data loss, the integrity of the data is guaranteed.

[0048] Referring again to FIG. 1, the cloud service management system 30 includes a database unit 301, a matching unit 302, and a verification unit 303.

[0049] According to a preferred embodiment, the database unit 301 is used to store the correspondence between the at least one fitness device 10 and the at least one device access recorder 20 and the correspondence between the gym user and the smart terminal 40 in the form of a data set . The database unit 301 is also used to receive and store the data set sent by the at least one device access recorder 20 and the data set sent by the fitness device 10. The database unit 301 is also used to store data information uploaded by the user through the smart terminal 40 and the physiological sign data collection device 50. Preferably, the database unit 301 is also used to store the physiological sign data of the user during exercise uploaded by the physiological sign data collection device 50. The gym management system of the present invention categorizes and stores data in a collective manner, can ensure the relationship between the data, and facilitate the orderly management of fitness equipment and users.

[0050] According to a preferred embodiment, the matching unit 302 extracts a data set from the database unit 301 based on a matching command sent by the cloud service management system 30. Preferably, the data set extracted by the matching unit 302 is the correspondence between the at least one fitness device 10 and the at least one device access recorder 20 stored in the form of a data set, and the correspondence between the gym user and the smart terminal 40. The data set including the data of the smart terminal 40, the data of at least one device accessing the recorder 20 and the access time of the smart terminal 40 triggering at least one device to access the recorder 20, and the data including at least the fitness device 10, exercise data and exercise One or more of the data set consisting of time. The matching unit 302 determines the correlation between the gym user, the access data, and the exercise data based on the minimum time series set found. Preferably, the matching unit 302 stores the matching result in the cloud service management system 30 and/or pushes it to the smart terminal 40. The system provides the association between the user and the fitness equipment 10 through the fuzzy matching algorithm, so that the gym manager and/or fitness coach can dynamically understand the dynamic situation of the user in the gym, and at the same time solves the problem of the lack of association between the fitness equipment in the gym and the user database. This can not only improve the utilization of gym equipment, but also scientifically monitor the user's fitness process.

[0051] According to a preferred embodiment, the verification unit 303 is based on the data of the smart terminal 40 that corresponds to the gym user acquired by the at least one device access recorder 20, and the fitness equipment activated by the smart terminal 40 triggering the device access recorder 20 10 The user's exercise data and exercise time collected, and the user's physiological signs data collected by the physiological signs data collection device 50 are used to verify the correlation between the gym user, the access data, and the sports data. The system uses the verification unit 303 to verify the correlation between the user and the at least one fitness device 10 through the verification unit 303, so that the accuracy of the correlation between the user matched by the system and the at least one fitness device 10 can be provided. Preferably, the information of the smart terminal 40 read by the at least one fitness device 10, the user fitness data collected by the at least one fitness device 10, the at least one device access recorder 20 records the user's use information and physiological signs of the at least one fitness device 10 When there is one or more sets of non-corresponding information in the physiological sign data collected by the data collection device 50 when the user is exercising, the matching unit 302 performs secondary matching.

[0052] According to a preferred embodiment, the gym management system is centralized on one server or distributed on multiple servers. The gym management system is linked or logically connected with at least one fitness device 10 in the gym to manage the at least one fitness device 10 and/or analyze the fitness situation of the user. The gym management system of the present invention may include one software, one hardware, one server and/or multiple servers. More generally, the gym management system of the present invention is a software management system installed on one or more servers. The software management system and the fitness equipment 10 in the gym are linked or logically connected to each other to manage related equipment or statistically analyze the fitness status of the user.

Example 2

[0054] This embodiment describes in detail the workflow of the gym management system of the present invention.

[0055] According to a preferred embodiment, the minimum time series set is the smaller of the time difference between when the smart terminal 40 accesses the two device access recorders 20 and the time difference between when the device access recorder 20 is accessed by the two smart terminals 40, combined with The corresponding device access recorder 20 and the time when the corresponding device access recorder 20 is accessed by the smart terminal 40 constitute a time array set. The minimum time series set reflects that the data of the fitness device 10 corresponding to the corresponding device access recorder 20 during the time difference belongs to the user who wears the corresponding smart terminal 40.

[0056] According to a preferred embodiment, the present invention searches for the minimum time series set that satisfies the conditions by obtaining the data set of the device access recorder 20 accessed by the smart terminal 40, and analyzing the data in the obtained data set to determine The time difference between when the smart terminal 40 accesses another device access recorder 20 and the time difference between when the device access recorder 20 is accessed by another smart terminal 40, take the smaller value of the time difference and combine it with the corresponding device access recorder 20 and the corresponding device access The time when the recorder 20 is accessed by the smart terminal 40 forms a new time array set. The newly obtained time array set is the minimum time series set.

[0057] The basic data involved in the gym management system of the present invention is defined as follows:

[0058] User a, user b...user n are respectively defined as user a, user b...user n.

[0059] The trigger device worn by the user, smart terminal A, smart terminal B...smart terminal N are defined as wristband A, wristband B...wristband N, respectively.

[0060] The first device access recorder, the second device access recorder...the nth device access recorder are defined as scanner 1, scanner 2...scanner n, respectively.

^[0061] The first fitness equipment, the second fitness equipment...the nth fitness equipment is defined as device 1, device respectively

2...device n.

[0062] The first fitness equipment, the second fitness equipment...The form of fitness data uploaded by the nth fitness equipment is defined as (device 1, exercise data, access time), (device 2, exercise data, access time).. .... (device n, motion data, access time).

[0063] The first device access recorder, the second device access recorder...the data format uploaded by the nth device access recorder is defined as (wristband x, scanner 1, access time). Wristband x represents any one of the smart terminals.

[0064] The data pre-bound and stored by the cloud service management system 20 includes: the relationship between the user and the smart terminal 40 worn (user x, wristband x), the relationship between the device access recorder 20 and the fitness equipment 10 (scanner x, device x). user x represents any one of the users. The wristbandx is represented as any one of the smart terminals 40. scanner x represents any one of the device access recorders 20. device x represents any one of the fitness equipment 10.

[0065] According to a preferred embodiment, the workflow of the gym management system of the present invention at least includes the following steps:

[0066] S1: The user wears the smart terminal 40, and the cloud service management system 30 records the relationship between the user and the smart terminal 40. Preferably, the relationship between the user and the smart terminal 40 is pre-bound with the gym management system. Preferably, taking the correspondence between the smart terminal A and the user a as an example, the user a wears the smart terminal A, and the cloud service management system 30 records the relationship between the user a and the smart terminal A as (usera, wristband A).

[0067] S2: The user triggers the device access recorder 20 through the smart terminal 40, and the device access recorder 20 uploads the user's access data to the cloud service management system 30. Preferably, taking the user a (usera) triggering the first device access recorder (scanner 1) through the smart terminal A (wristband A) as an example, the first device access recorder (scanner 1) records the user a (user a)'s The access data is uploaded to the cloud service management system 30. Uploaded by the first device access recorder (scanner 1)

The data format is (wristband A, scanner 1, access time).

[0068] S3: During the exercise of the user on the fitness device 10 corresponding to the device access recorder 20, the fitness device 10 collects the user's exercise data. Preferably, the corresponding relationship between the device access recorder 20 and the fitness device 10 is pre-bound by the system. Preferably, taking the first device access recorder (scanner1) corresponding to the first fitness device (device 1) as an example, the relationship between the first device access recorder (scanner 1) and the first fitness device (device 1) is recorded It is (scanner 1, device 1). During the exercise of the user a (user a) on the first fitness device (device1) corresponding to the first device access recorder (scanner 1), the first fitness device (device 1) collects the exercise data of the user a (user a).

[0069] S4: After the user finishes exercising on the fitness device 10 corresponding to the device access recorder 20, the fitness device 10 uploads the collected exercise data to the cloud service management system 30. Preferably, after user a (user a) finishes exercising on the first fitness device (device1) corresponding to the first device access recorder (scanner 1), the first fitness device (device 1) collects user a (user a) The exercise data of a) is uploaded to the cloud service management system 30. The data format uploaded by the first fitness device (device 1) is (device 1, exercise data, access time).

[0070] S5: The cloud service management system 30 associates users, access data, and sports data based on a fuzzy matching algorithm. Preferably, the cloud service management system 30 uses its pre-bound relationship between the user and the smart terminal 40, the relationship between the device access recorder 20 and the fitness device 10, the data uploaded by the device access recorder 20, and the fitness device 10. For the uploaded data, a fuzzy matching algorithm is used to find the minimum time series set that meets the conditions to determine the relationship between users, access data and sports data.

[0071] According to a preferred embodiment, the fuzzy matching algorithm of the present invention is implemented based on the following idea: one of the following two situations occurs, and the data uploaded by the first fitness device (device 1) belongs to a wearer wearing a smart terminal A (wristband A) User a (user a).

[0072] The first situation: the smart terminal A (wristband A) triggers the first fitness device (device 1) to the smart terminal A (wristband A) triggers the second fitness device (device 2), the first fitness device (device 1) The data collected and uploaded belongs to user a (user a). That is, user a (user a) first triggers and uses the first fitness device (device 1) through smart terminal A (wristband A), and then triggers and uses the second fitness device (device 2) through smart terminal A (wristband A) .

[0073] The second situation: the smart terminal A (wristband A) triggers the first fitness device (device 1) to the smart terminal B (wristband B) triggers the first fitness device (device 1) the first fitness device (device 1) The data collected and uploaded belongs to user a (user a). That is, user a (user a) triggers and uses the first fitness device (device 1) through smart terminal A (wristband A), and then user b triggers and uses the first fitness device (device 1) through smart terminal B (wristband B). 1).

[0074] According to a preferred embodiment, the fuzzy matching algorithm of the present invention is implemented by searching for a minimum time sequence set that satisfies the condition, and the specific process is as follows. Fig. 3 shows a data matching flowchart of the gym management system of the present invention. As shown in Figure 3, the data matching process includes at least the following steps:

[0075] S501: Obtain a data set of the device access recorder 20 accessed by the smart terminal A (wristband A). The acquired data set is recorded in the following form, for example [(wristband A, scanner 1, datetime 1), (wristband A, scanner 2, datetime 2)......(wristband A, scanner n, datetime n)]. Among them, (wristband

A, scanner n, datetime n) means that smart terminal A (wristband A) triggered and accessed the nth device access recorder (scanner n) at datetime n.

[0076] S502: For each group of data in the foregoing data set, determine that smart terminal A (wristband A) accesses another

The time difference between two devices accessing the recorder (scanner x) and the time difference between the nth device accessing recorder (scanner n) being triggered by another smart terminal (wristband x).

[0077] The access data format of the smart terminal A (wristband A) uploaded by the nth device access recorder (scanner n) is (wristband A, scanner n, datetime n). The access data format of smart terminal A (wristband A) uploaded by the n+1th device access recorder (scanner n+1) is (wristband A, scanner n+1, datetime n +1). Remember the difference in access time between the two as f (a) of (a) = (datetime n+1) - (datetime n).

[0078] The access data format of the smart terminal A (wristband A) uploaded by the nth device access recorder (scanner n) is (wristband A, scanner n, datetime n). The access data format of smart terminal A+1 (wristband A+1) uploaded by the nth device access recorder (scanner n) is (wristband A+1, scanner n, datetime A + 1). Smart terminal A+1 (wristband A+1) refers to a smart terminal that is triggered after smart terminal A (wristband A) and accesses the nth device to access the recorder (scanner n). Remember that the difference in access time between the two is f (b) of (b) = (datetime A+1)-(datetime n).

[0079] S503: Determine the size of f(a) and f(b), and take the smaller value of f(a) and f(b) to form a new time array set to obtain a minimum time series set. If f (a)-f (b) &lt;0, record (scanner n, datetimen, f (a)). Among them, a and n are positive integers greater than or equal to 1. If f (a)-f (b)&gt; 0, record (scannern, datetime n, f (b)). Among them, b and n are positive integers greater than or equal to 1. Therefore, the new time array set consisting of the smaller value of f (a) and f (b) is [(scanner 1, datetime 1, f (1)), (scanner 2, datetime 2, f (2)) ......(scanner n, datetime n,f (n))].

[0080] S504: Matching the fitness data with the user. Preferably, the new time array set based on the composition is [(scanner 1,datetime 1 ,f (1)), (scanner 2,datetime 2,f (2)) (scannern,datetime n,f (n))]. Determine the matching relationship between fitness data and users. Taking (scanner 1, datetime 1, f (1)) as an example, this set indicates that the data of the first fitness device (device 1) corresponding to the first device access recorder (scanner 1) between datetime 1 and datetime 2 belongs to The user a (user a) who wears the smart terminal A (wristband A). Taking (scanner n, datetime n, f (n)) as an example, this set represents the nth fitness device (device n) corresponding to the nth device access recorder (scanner n) between datetime n and datetime n+1 The data belongs to the user x (user x) corresponding to wearing the smart terminal x (wristband x). Among them, n is a positive integer greater than or equal to 1. Wristband x is any one of the smart terminals. user x is the user x corresponding to the smart terminal X.

[0081] The gym management system of the present invention defines the user, fitness equipment 10, equipment access recorder 20, and smart terminal 40 in the gym management system in advance, and also defines the relationship between the user and the smart terminal 40 and the fitness equipment 10 The relationship with the device access recorder 20 is pre-bound and recorded by the cloud service management system 30. Based on the collected motion data, the cloud service management system 30 achieves fuzzy matching by searching for the smallest time series set, and determines the user and The correlation between fitness equipment 10 and fitness data. Faced with the large amount of data involved in the gym management system, the data of the present invention is recorded in a collective manner, which can effectively ensure the correlation between the data, and the fuzzy matching algorithm realized by finding the minimum time series set has high matching accuracy and matching The advantage of speed.

[0082] It should be noted that the above specific embodiments are exemplary, and those skilled in the art can come up with various solutions inspired by the disclosure of the present invention, and these solutions also belong to the scope of the disclosure of the present invention. It falls within the protection scope of the present invention. Those skilled in the art should understand that the present invention and its drawings are illustrative and do not constitute a limitation to the claims. The protection scope of the present invention is defined by the claims and their equivalents.