TWI608855B - Method and system for sports using history record, and non-transitory computer-readable medium - Google Patents

Description

Use history of motion methods, systems and computer readable media

The present invention relates to a method and system for exercising, and more particularly to a method and system for exercising a history of the use of a virtual opponent that allows an athlete to move with himself.

Running, swimming, and other sports can be a person's activities, or activities performed by multiple people. In addition to having a competitive relationship in the common exercise, the exercise becomes an exciting and fun activity for each other.

Wearable devices are commonly used by athletes. Commonly used wearable devices such as mobile phones, sports bracelets, global positioning system (GPS) and vibration sensors, and even heart rate sensors can record the movement routes of athletes. The state of motion, including heart rhythm information, is used as a tool to assist in exercise.

The current technology allows athletes to share their sports records through the Internet, the community, and more.

The present invention proposes a motion method, system and computer readable medium using history, which allows an athlete to select one or more virtual objects to exercise or compete with himself in addition to the individual movement, and this virtual The object will also be the movement information left by a real person in the past. The system provides a database to record the movement records of multiple people on multiple sports routes, providing users with the option to operate with their own. The movement record of the movement or competition to achieve the purpose of a virtual training or competition for sports.

According to the embodiment of the method for using the history recorded in the disclosure, at least one motion record is obtained on a user device carried by an athlete, and corresponding to a plurality of time points corresponding to the corresponding motion route or motion distance The plurality of positions calculate the moving distance of each piece of motion record at each time point in a software method, or calculate the time spent at the same distance, wherein the plurality of time points have a consistent time interval.

The utility model is applied to an athlete who is moving immediately, obtains a positioning signal generated by a positioning circuit in the user device at each time point, calculates a distance moved by the user device, and compares each of the motion records at each time point. The distance between the moving distance and the movement of the user device. This distance difference reflects the information of the user before or behind, and the system will provide a message accordingly. For example, when the object of backward competition or exercise together provides the voice, text or image information behind a certain athlete, and can generate information that encourages the athlete to advance, the purpose of virtual sports training or competition is achieved.

In addition to providing sports records that the athlete can choose to share with another person, the system also provides the function of mediation. The system can actively provide media based on the sports distance, gender, age, historical data and sports items set by the athletes. A suggested exercise record, or a list of suggestions to provide an exercise record for the athlete to select.

The invention further provides a motion system using historical records. The system mainly provides a cloud server, which comprises a database, and records a plurality of motion records uploaded by a plurality of athletes, and each motion record records a corresponding motion route or A plurality of position information corresponding to a plurality of time points in the moving distance. In addition, a software program installed in the user device is executed, and after the software program is executed by one or more processing units of the user device, the motion method using the history record is executed.

The invention further relates to a computer readable medium, which is arranged in a user device for storing a software program. After the software program is executed, executing a motion method using the history record, comprising first obtaining at least one motion record, and calculating each pen. Sports record in each The moving distance corresponding to each time point is obtained, and the instantaneous positioning signal generated by the positioning circuit in the user device is obtained at each time point, and the distance moved by the user device is calculated, and the corresponding motion record is compared at each time point. The distance traveled by the user device and the system will provide information based on the comparison results.

In order to further understand the technology, method and effect of the present invention in order to achieve the intended purpose, reference should be made to the detailed description and drawings of the present invention. The drawings are to be considered in all respects as illustrative and not restrictive

10‧‧‧Network

101‧‧‧Cloud Server

102‧‧‧Database

103,105‧‧‧ Terminal devices

107‧‧‧First wearable device

109‧‧‧Second wearable device

20‧‧‧Network

22‧‧‧User device

221‧‧‧Processing unit

222‧‧‧Communication unit

223‧‧‧ Positioning circuit unit

224‧‧‧Information unit

225‧‧‧ memory unit

226‧‧‧Human Machine Interface Unit

220‧‧‧Track Processing Unit

2201‧‧‧motion record processing program

2202‧‧‧ Instant motion processing program

2203‧‧‧ comparison procedure

2204‧‧‧Information generation procedures

24‧‧‧Cloud Server

241‧‧‧User data unit

242‧‧‧ Sports Recording Unit

243‧‧‧External information unit

244‧‧‧Group Information Unit

245‧‧‧Media Unit

A, A’, A” ‧‧‧ starting point

B, B’, B” ‧ ‧ termination point

30‧‧‧Users

a‧‧‧User location

d‧‧‧User distance

31‧‧‧ First athlete

b‧‧‧First athlete position

D’‧‧‧First athlete distance

32‧‧‧ Second athlete

c‧‧‧Second sportsman position

d"‧‧‧Second sportsman distance

301‧‧‧immediate sports route

302‧‧‧First virtual route

303‧‧‧Second virtual route

Step S401~S409‧‧‧Use history of motion flow

Step S501~S505‧‧‧Use history of motion flow

Step S601~S611‧‧‧Use history of motion flow

Step S701~S711‧‧‧Use history of motion flow

1 is a schematic diagram showing the architectural concept of a motion system using history records of the present invention; FIG. 2 is a diagram showing a functional module of a motion system using history records of the present invention; and FIG. 3 is a schematic diagram showing an embodiment of a motion method using history records of the present invention; 4 is a flow chart showing an embodiment of a motion method for using history records of the present invention; FIG. 5 is a second flowchart of an embodiment of a motion method for using history records of the present invention; FIG. 6 is a view showing a motion method for using history records according to the present invention; The third embodiment of the process; FIG. 7 shows the fourth process of the embodiment of the motion method using the history record of the present invention.

The present invention proposes a motion method, system and computer readable medium using history, and uses a history motion method to provide an athlete who can select another virtual object to exercise or compete with himself during exercise. Object The historical movement record is still collected by the actual movement of an athlete. After the operator's device operation, it can be compared with the instantaneous motion. The system provides information according to the motion relationship between the athlete and the virtual object to achieve virtual exercise training. Or the purpose of the competition. The modes of sports include fast and slow walking, running, cycling, swimming, boating, racing and other sports with competitive characteristics. The user device referred to herein is a computer device carried by a user in motion, including a hand-held device, or a wearable device such as a mobile device, a sports wristband, a smart watch, smart glasses, or the like.

The motion record of the virtual object is a history record of the movement left by a real person. The system provides a database for recording the motion records of multiple people on multiple sports routes, and each sport record records a corresponding record. The motion route or the plurality of position information corresponding to the plurality of time points in the motion distance provides a motion record that the user can select to exercise or compete with the user. The system architecture can refer to the motion system of the present invention using the history shown in FIG. Schematic diagram of the architecture concept.

The cloud server 101 and the terminal devices of each user end are displayed on the network 10, and the cloud server 101 receives the access connection of each terminal device (103, 105, 107, 109), and the cloud server 101 is provided with a database 102, wherein A plurality of motion records uploaded by a plurality of athletes are recorded, and each of the motion records records a plurality of position information corresponding to a plurality of time points on a certain motion route. Uploading the motion recorder to the terminal devices 103, 105 in the illustration, when an athlete moves on a certain route and starts a software program on the user device, the software program collects the location information of each time point, and at the same time, the cloud servo The device 101 can receive the data uploaded by the user device at any time; or after the exercise is completed, the player can upload the location information and time, or can include other weather, temperature and geographic information, to the cloud server 101, and form The exercise record stored in the database 102.

Thereafter, other athletes are provided, such as user devices such as the first wearable device 107 (shown as smart glasses) and the second wearable device 109 (shown as a mobile phone fixed to the sports arm cover) (not Exclude athletes who can be smart devices such as mobile phones, smart watches, bracelets, smart glasses, etc., can be executed during exercise The software program selects to download other people's motion records from the cloud server 101, or the system automatically matches the motion records of other people who meet the motion, and forms a ratio on the user device (107, 109) of the terminal. The right data.

The motion system using the history of the present invention can be implemented by software and/or hardware of a computer system, and the function module provided is referred to FIG. 2.

2 shows a user device 22 on the user side that is connected to the cloud server 24 providing the service via the network 20. The user device 22 is a computer device that is carried by the user while being in motion, such as a smart phone, a wristband, a watch, or glasses. The user device 22 can be based on the current exercise state of the player under the technical concept of the present invention. Broadcast voice messages, text messages, or video messages to let athletes know the current competitive relationship with virtual competitors, or the relationship between sports people.

The user device 22 is provided with a hardware or a component with a software program, such as a processing unit 221 that is responsible for the operation and operation of the entire device, and a communication unit 222, a positioning circuit unit 223, an information unit 224, and a memory that are electrically connected to the processing unit 221. The unit 225 and the human interface unit 226 have a trajectory processing unit 220, which can be a software module or related circuit component carried in the memory unit 225, for processing the program of the motion method of the history record of the present invention. The upper part can be divided into several modules, including a motion record processing program 2201, an instant motion processing program 2202, a comparison program 2203, an information generating program 2204, and the like.

The user device 22 is provided with a communication unit 222, which mainly communicates with the cloud server 24 by means of a wireless communication means (such as a wireless area network, a mobile communication network, etc.), including the user data of the current user device 22 ( In addition to the login service, location information and time information, it is also used to download the sports records that other people or athletes themselves log in to the cloud server 24.

The positioning circuit unit 223 of the user device 22 is mainly a global positioning system (GPS) circuit module, and can also be used for positioning purposes in combination with other communication protocols, so that the software program carried in the user device 22 can periodically acquire the user device. 22 location information.

The information unit 224 of the user device 22 is responsible for converting the information about the state of motion into information that can be understood by the person, and the related information is then notified to the athlete by voice, text, image or other means (such as vibration, light, etc.).

The memory unit 225 of the user device 22, such as the computer readable medium provided in the user device 22, in addition to storing the necessary information for the operation of the general device, includes a related software program for storing a motion method for performing the history of use of the present invention. And various information generated during the storage or temporary storage, as well as broadcast information.

The human interface unit 226 is an interface for providing communication between the user device 22 and the player, and includes an operation interface for providing user operation on the user device 22, such as a touch display screen, a button switch, or the like, or voice input and touch. The input operation interface is, for example, an input/output unit for broadcasting voice information, a display unit for broadcasting image information, a touch display for providing interactive operation, etc., so that the athlete can fully learn the current by using the human-machine interface unit. The state of motion and the information needed for various sports.

The user device 22 is provided with a trajectory processing unit 220 implemented by software or with hardware for collecting the trajectory of the athlete and calculating the speed of the athlete, the instantaneous acceleration, the moving distance, the geographic information, the weather information and the like.

The program of the motion processing method using the history is executed in the trajectory processing unit 220, such as the motion recording processing program 2201, which is used to obtain the past motion records of the other person or the exerciser from the database in the cloud server 24, and record each motion record. Parsing a plurality of positions corresponding to a plurality of time points on the corresponding motion route, including calculating a moving distance corresponding to each pen motion record at each time point, and/or a time spent; or obtaining a corresponding motion distance The position of the time point, and then calculate the distance of each point position and / or the time spent at the same distance.

The instant motion processing program 2202 is configured to periodically obtain the location of the device from the positioning circuit unit 223 of the user device 22, and also calculate the moving distance corresponding to each time point. When the instant time point can be consistent with the time point in the motion record, the distance between the moving distance corresponding to each pen motion record and the distance moved by the user device 22 can be compared by the comparison program 2203 at each time point. So got To the result of the comparison, the device will generate a corresponding information through the information generating program 2204, and the information is information corresponding to the state of the motion, and the content is not limited. For example, when the moving distance of the athlete is smaller than the moving distance of the current corresponding time point obtained by other motion recording operations, it is a backward motion state, and the related information can express the backward distance, should be refueling or adjust the moving speed, or How to surpass the information of competitors or sports together; on the contrary, when an athlete surpasses a virtual competitor or a person moving together, it can generate information that has already surpassed an opponent, and does not exclude the supply station and physiology that can be included in sports. Other information such as needs, attractions, stores, etc.

The system is provided with a cloud server 24, which comprises a database, wherein a plurality of motion records uploaded by a plurality of athletes are recorded, and each of the motion records records a plurality of corresponding motion paths or a plurality of time points corresponding to the motion distances. Location information and/or time spent. It also includes various functional components implemented in software or with hardware circuits.

Including the user data unit 241, such as managing user login data, the cloud server 24 can record the motion record of the same user according to the user data, and can provide other competitors and sports associated with the user according to the user data. Good, ethnic, etc. The motion recording unit 242 is configured to record the motion data uploaded from the user end user device 22 to form a motion record provided by the user, and the user decides whether to share it as a virtual competitor when the other person is exercising, or to become a sports player. s Choice. The external information unit 243 can obtain additional information from the external system, such as the current weather, temperature and humidity, wind direction and geographic information, such as the self-geographic information system, in addition to obtaining the location information from the user-end user device 22. (Geographic Information System, GIS) obtains the geographic information of the sports route, and does not exclude that the cloud server 24 can obtain information about the user from the social network, such as obtaining a circle of users or sharing information to the community. network. The group information unit 244 can determine the group according to the basic user data and the motion record of each athlete. Not only the gender and age can be the basis of grouping, but the system can also record the movement history and movement according to each user. The items are classified into a group, and the matching unit 245 provides suggestions for the athlete to select a virtual competitor or a sports player. Sports record.

The matching unit 245 is mainly a program for actively recommending according to user data, wherein the calculation method, for example, collaborative filtering (associative calculus), can obtain a recommendation within a certain similarity according to the exercise route, the past exercise history, and the gender and age. The list can even be selected and matched according to the objective data such as the popularity, ranking, and number of selected sports records in the database.

It is worth mentioning that when the software program installed on the user device 22 is activated, the user can select from the database to select the sports record as the virtual competition or the sport, for example, an opponent that has been unable to surpass in the past. The record of exercise, as the target of training or virtual competition, you can also choose a sports record of an opponent whose ability is equivalent, or you can choose a sports record that is not as good as your own opponent; or you can choose a sports record with a similar route, or The distance movement record is the object of virtual competition or movement together. The system also provides the user with the ability to select a virtual opponent that is still in motion, and after time correction, the effect of simultaneous competition is produced.

According to the above software program for operating the user device, the present invention further relates to a computer readable medium, which is disposed in the user device for storing a software program, and the software program is used by one or more of the user devices. After the processing unit is executed, the plurality of positions corresponding to the plurality of time points in the corresponding motion route or the motion distance are obtained in the at least one motion record, and the moving distance corresponding to each motion record at each time point is calculated, and/or It is the time spent at the same distance; at each time point, the positioning signal generated by the positioning circuit in the user device is obtained, and the distance of the current user device is calculated, so the software program compares each time point. The distance between the moving distance corresponding to the pen motion record and the movement of the user device provides information according to the comparison result.

3 is a schematic diagram showing an embodiment of the operation method of the present invention using a history recording method, wherein an instant motion route 301 indicating an active person and a first virtual route 302 and a second virtual route 303 indicating a virtual competition or a motion route are displayed. Among the three sports routes being contested, regardless of whether the actual sports route is a straight line, The operation is a motion record on a straight line.

The instant motion route 301 is displayed as the user 30 in motion on the route between the start point A and the end point B, the position being the user position a, and the user's motion distance d has been moved. At this time, the other two athletes (or their own past history records) selected at the beginning of the movement are respectively represented as the first athletes 31 in the first virtual route 302 from the starting point A' to the ending point B', at the position The first athlete position b, and the first athlete distance d' has been moved, the example shows that the first athlete distance d' is greater than the user movement distance d, which means that the first athlete 31 is at this time point. Before the user 30; and in the second virtual route 303, the second athlete 32 is displayed to move on the route from the start point A" to the end point B", the current position is at the second athlete position c, and the second exerciser has moved The athlete distance d", and this example shows that the second athlete distance d" is less than the user movement distance d, indicating that the second athlete 32 is behind the user 30 at this point in time.

The information marked on the instant motion route 301 is that the software program of the user device operating on the user end immediately obtains the current motion state of the user 30, including the location of the user, the time, and the calculated distance of the user. d; further analyzing from the other two motion records of the selection or system matching to obtain a plurality of positions corresponding to the plurality of time points in the corresponding motion route or the motion distance, to calculate the above first virtual route 302 and the second virtual route Each movement record marked by 303 is recorded at a corresponding moving distance at each time point. When the correction is performed so that multiple time points on each movement route have a uniform time interval, the comparison can be performed to obtain the user and the virtual The context between competitors (or non-competitive opponents), including time, location, speed, acceleration, etc., to achieve the purpose of virtual sports training or competition using history.

Figure 4 then shows the main flow of an embodiment of the motion method of the present invention using history. In this process, in step S401, one or more motion records are obtained from the database by selecting or matching, and are carried in a memory unit in the user device. Each movement is recorded as a record on a certain movement route, including multiple corresponding at multiple time points Position, the position of each time point reflects the distance that the athlete has moved now. The database is not excluded from being installed in the cloud server or in the device already installed on the local end.

Then, in step S403, the software program operating in the user device parses each motion record in a software manner, and obtains movement information on the motion path in each motion record, including calculating each motion record corresponding to each time point. The moving distance, or the time spent calculating the same distance, preferably, there are consistent time intervals at multiple points in the motion route, which can be compared with the current motion of the athlete.

At this time, in step S405, the software program operating in the user device obtains the instantaneous positioning signal from the positioning circuit in the device, and generates position information (such as latitude and longitude), and the position information is calculated to obtain the distance that has been moved, and can be obtained. The mobile information of the user device at each time point may also include the current weather information or the geographical information corresponding to the location.

In step S407, the software program can perform the necessary time correction so that the motion start point in each motion record is corrected against the starting point of the moving user, and then the position at each time point is calculated. The time points are compared with the distance traveled by each of the motion records and the distance moved by the user device, and the distance relationship at least reflects the context between the actual athlete and the virtual athlete. In step S409, the software program is generated correspondingly. information.

Referring to the flow of the embodiment shown in FIG. 5, after the motion records are parsed and the distance between each time point is calculated, in this process, in step S501, the software programs operating on the user device will be compared. The pen motion record and the moving distance of the instant motion, and in step S503, the user can determine the back and forth changes of the user and the other virtual athlete according to the comparison result, and step S505 indicates that the system (software program) will generate the corresponding information.

According to one of the embodiments, the comparison result can also be uploaded to the database in the cloud server, and the database records the state in which the distance moved by the user device at each time point is greater or smaller than the moving distance corresponding to each motion record. The information is based on each The state in which the distance moved by the user device is greater than or less than the moving distance corresponding to each pen motion record generates a corresponding one of voice information, text information, or image information.

For example, the software program obtains the user's instantaneous movement distance, and obtains the movement distance of the selected motion record at the same time after the correction time. When the two are compared, when the user's instantaneous movement distance is less than a certain (or more) movement. The moving distance in the record is displayed as a backward state. In addition to reporting the current state (such as the ranking), the sports information can express the information that should be stepped up, or how to adjust and then come on; when the user's instantaneous movement distance is greater than a certain The distance of movement in the pen (or multiple strokes) of the motion record indicates that the user has exceeded the distance of a certain motion record, and the motion information can also express appreciation and how to adjust the amount of exercise.

In the flow shown in Fig. 6, a method of obtaining at least one motion record is described. In this method, in step S601, the system (such as a cloud server) receives user data uploaded by the user device via the network, so that the system can obtain relevant data about the user in the database, including basic data, and past sports. The historical record, as a basis for mediating other sports players or their own sports records, forms a match condition based on user data in the cloud server.

Then, in step S603, the system performs mediation. As described in the above embodiment, the motion record suitable for becoming a virtual competitor or a sports can be obtained according to the user's gender, age, preference, sports, and past history recording; It is not excluded that the user can set a moving distance as one of the matching conditions, and the problem of the comparison between the motion record and the instantaneous motion in which the length and the distance are different (especially the difference is too large) can be avoided. Then, in step S605, a suggestion list is generated in the cloud server, and the suggestion list includes at least one motion record generated by the cloud server according to the mediation condition. In addition, the present invention does not exclude that the user can operate the software program running on the user device or other computer device to select the motion record in the database, and finally form a suggestion list; or select the favorite category by himself, and the system provides the suggestion list. . Thereafter, in step S607, the system will transmit a list of motion record suggestions provided by the terminal user.

After the user selects and confirms, in step S609, a selection list is generated in the terminal and transmitted to the cloud server. In step S611, the cloud server provides the corresponding motion record to the terminal user device or other computer device. . The one or more motion records can be loaded into the memory unit of the user device, and when the software program is started, a plurality of positions corresponding to a plurality of time points corresponding to a certain motion route or a motion distance in each motion record are analyzed. At the beginning of the movement, the movement distance of each time point on each movement record is calculated to be compared with the instantaneous movement distance.

In addition to the embodiment shown in FIG. 7 compared to the past others or their own sports records, in the historically recorded exercise method, virtual sports or competitions can be performed with other sportsmen who are also exercising.

When other athletes in different places are exercising, the user devices of other athletes also upload the instantaneous motion record through the corresponding software program, and can still become the motion record selected by the local athletes, and at any time point at any time. The moving distance is updated and immediately loaded into the local end user device as a basis for comparison.

At the beginning of the process, in step S701, the user requests, through the local end user device, to receive at least one motion record of other athletes while still exercising, to obtain motion records of other still active athletes from the database of the cloud server. , in step S703, and the position record of each time point is obtained.

Since the start time of the athletes of each different route is not necessarily the same, even if the start is about to start, there may be a time error. Therefore, in step S705, the software program running on the user device can be corrected according to the start time information in the motion record. Time, and calculate the moving distance corresponding to each movement record at each time point, so that it can be fairly compared with the local end athlete. At the same time, in step S707, the instant location of the user device is still obtained in real time. In step S709, the distance is compared at each time point, and finally the information is generated according to the motion state of the comparison result, as in step S711. Similarly, when the distance relationship between the distance moved by the local end user device and the moving distance corresponding to each piece of motion record is changed, the software program can prompt the person to be over and over by the voice information, the text message or the image information. Will exceed or exceed Human information.

Therefore, according to the motion method and system embodiment of the usage history disclosed in the disclosure of the present invention, the motion record of the other person who can be selected by the athlete to be recorded on the server can be selected, whether or not the same motion route is used. The operation records the motion records formed on the consistent route, including a plurality of positions corresponding to the plurality of time points on the motion route, such that a motion information as a comparison is formed in the user device of the athlete. The distance between the moving distance corresponding to each movement record and the movement of the user device is compared at each time point to provide information for the purpose of virtual exercise training or competition.

However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent structural changes that are made by using the specification and the contents of the present invention are equally included in the present invention. Within the scope, it is combined with Chen Ming.

A, A’, A” ‧‧‧ starting point

B, B’, B” ‧ ‧ termination point

30‧‧‧Users

a‧‧‧User location

d‧‧‧User distance

31‧‧‧ First athlete

b‧‧‧First athlete position

D’‧‧‧First athlete distance

32‧‧‧ Second athlete

c‧‧‧Second sportsman position

d"‧‧‧Second sportsman distance

301‧‧‧immediate sports route

302‧‧‧First virtual route

303‧‧‧Second virtual route

Claims (15)

A motion method using a history record, comprising: acquiring, on a user device, a plurality of positions corresponding to a plurality of time points in a corresponding motion route or a motion distance in one or more motion records, and calculating each motion record a corresponding moving distance at each time point, wherein the plurality of time points have a consistent time interval, or calculating a time spent at the same distance, and the one or more motion records are obtained from a database; Obtaining the positioning signal generated by the positioning circuit in the user device at a time point, calculating the distance moved by the user device, or calculating the time taken by the user device at the same distance; comparing each time point The distance traveled by the pen motion record is the distance traveled by the user device, or the time taken for each pen motion record to move at the same distance from the user device to provide a message based on the comparison result. The motion method of using the history record according to claim 1, wherein the database is located in a cloud server, and the user device connects the cloud server via a network to obtain the one or more motion records. The motion method of using the history record according to claim 2, wherein the database records a plurality of motion records uploaded by a plurality of athletes, and each of the motion records records a plurality of time points corresponding to a plurality of time points on a corresponding motion route. Location information. The motion method of using the history as described in claim 3, wherein each of the motion records in the database further records geographic information and/or weather information during the movement on the corresponding motion route. The motion method of using the history as described in claim 3, wherein the database records a state in which the distance moved by the user device is greater or smaller than the moving distance corresponding to each of the motion records at each time point. The motion method of using history according to claim 5, wherein the information is based on the information provided by the comparison result, and the information is based on a movement of the user device at each time point that is greater than or smaller than a movement corresponding to each of the motion records. The state of the distance produces a corresponding voice message, a text message, or an image message. The method of using the history record according to any one of claims 2 to 6, wherein the method of obtaining the one or more motion records further comprises: transmitting user data of the user device to the cloud server, The cloud server forms a match condition according to the user data; and the cloud server provides a suggestion list, wherein the suggestion list includes the one or more generated by the cloud server according to the mediation condition. a pen motion record; generating a selection list including the one or more motion records, returning to the cloud server; and obtaining the one or more motion records. The exercise method of using the history as described in claim 7, wherein the match condition includes one or a combination of gender, age, historical data, and sports items recorded by the user. The motion method of using the history as described in claim 8, wherein when the user data is transmitted to the cloud server, a moving distance is further transmitted as one of the matching conditions. The method of using a history record according to any one of claims 2 to 6, wherein the method of obtaining the one or more motion records further comprises: requesting to receive one or more motion records while other athletes are still exercising; And receiving the one or more motion records of other athletes provided by the cloud server, correcting a start time in each motion record, and calculating a moving distance corresponding to each motion record at each time point. A sports system that uses history, including: a database for recording a plurality of motion records uploaded by a plurality of athletes, each of the motion records recording a plurality of position information corresponding to a plurality of time points on a corresponding motion route; a computer disposed in a user device Reading media, the computer readable media storage software program, after executing the software program by one or more processing units of the user device, performing the following steps: obtaining one or more motion records in the corresponding motion route a plurality of positions corresponding to the plurality of time points, and calculating a moving distance corresponding to each piece of motion record at each time point, wherein the plurality of time points have a consistent time interval, or calculating a time spent at the same distance And the one or more motion records are obtained from a database; the positioning signal generated by the positioning circuit in the user device is obtained at each time point, and the distance moved by the user device is calculated, or the user is calculated. The time taken by the device at the same distance; the distance between the movement distance corresponding to each movement record and the distance moved by the user device at each time point, or Each time the recording pen movement means for moving the user takes the same distance to provide information based on a comparison result. The motion system of the usage history as described in claim 11, wherein the computer readable medium stores a plurality of pens according to the distance that the user device moves at each time point is greater than or less than a moving distance corresponding to each pen motion record. The status corresponds to the generated information, and the information is a voice message, a text message or an image message. The motion system of the usage history described in claim 11, wherein the database further records user data of the plurality of athletes to form a match condition for mediating the one or more motion records, the match condition includes One or a combination of gender, age, historical data, and sports items recorded by the user data. The motion system of the usage history of any one of the items 11 to 13, wherein the database is located in a cloud server, and the user device connects the cloud server via a network to obtain the one or Multiple sports records. A computer readable medium is provided in a user device for storing a software program. After the software program is executed by one or more processing units of the user device, the following steps are performed: obtaining one or more motion records a plurality of positions corresponding to the plurality of time points in the corresponding motion route or the movement distance, and calculating a movement distance corresponding to each movement record at each time point, wherein the plurality of time points have a consistent time interval, or calculating The time spent at the same distance, and the one or more motion records are obtained from a database; the positioning signal generated by the positioning circuit in the user device is obtained at each time point, and the movement of the user device is calculated. Distance, or calculating the time taken by the user device at the same distance; comparing the moving distance corresponding to each movement record with the distance moved by the user device at each time point, or comparing the movement records of each pen The time it takes to move at the same distance as the user device to provide a message based on the comparison result.