KR20050089732A - Method for managing personal training data in web server - Google Patents

Abstract

When the subscriber communication terminal is connected, the present invention determines whether the subscriber is a subscriber through a membership authentication procedure, and if the subscriber is a subscriber, includes the movement path coordinates, time information corresponding to each coordinate, and slope information for each movement path coordinates from the subscriber's communication terminal. Receive the exercise information, divide the exercise path of the received exercise information into a plurality of sections, calculate the exercise information for each section, and determine the speed color corresponding to the moving speed among the exercise information for each section. After the color information is included and stored in the exercise information for each section, when the subscriber requests one of his / her exercise information, map information corresponding to the exercise path coordinates of the exercise information is displayed on the screen, and each of the exercise information is displayed. Speed color information for each section is displayed on the map of the screen according to the movement route.

Description

Method for managing personal training data in web server}

The present invention relates to a personal exercise record management method using a personal exercise amount measuring device (hereinafter, referred to as "exercise assistance device"), the personal exercise record measured through an exercise assist device having a portable global positioning system (GPS) receiver The present invention relates to a method of displaying an individual exercise record by dividing a course of a course by a section and displaying a record of a section of a workout according to the degree of recording. In addition, the present invention relates to a personal exercise record management method for collecting individual exercise records, generating record ranking list information for each section, and providing them according to member's demands to induce competition among members.

Recently, the popularity of leisure sports has increased due to the increasing interest in preventing various diseases and personal hobbies, and marathon, cycling, inline skating, etc., which can be easily performed without incurring a large cost among leisure sports, have been spotlighted as popular leisure sports. have.

Cycling, marathon, and inline skating are long-distance sports that allow you to track your momentum and record. Various competitions are currently held for cyclists, marathon and in-line skate populations, and these competitions create record competition between individuals and groups.

On the other hand, due to the increase in the leisure sports population, exercise aids are being released that allow individuals to carry and measure and display records, movement paths, and exercise levels.Individuals can wear these exercise aids and check their exercise status to exercise. It became possible.

However, even when exercising using the exercise aids, the exercise aid simply measures the amount of exercise and the exercise record of the exerciser and provides them to the individual. Even if you record competition with others, you can see only the difference in the record, but you cannot know the difference between the other person and the exercise course, that is, uphill, downhill, flat, hourly records, etc. there is a problem.

Eventually, the mania of the sport who wants to develop and multiply their interests by competing with others can learn at a glance the track record and characteristics of each course. There is a need for ways to increase the interest and effort of the sport and to make business use of it, increasing competition among each other.

The present invention is to solve the conventional problems, it is to collect the individual exercise record information measured by the exercise aid in the server on the web, to make it easy to recognize the individual exercise record information and exercise characteristics at a glance The purpose.

In addition, the present invention is to divide the collected personal record information for each course section by processing the exerciser name and rank information and provide it to the individual to increase the sense of competition between each other.

The present invention for achieving the above object is a first step when the subscriber communication terminal is connected, performing a member authentication procedure to determine whether the subscriber; A second step of receiving, by a subscriber, exercise information including an exercise path coordinate, time information corresponding to each coordinate, and slope information for each exercise path coordinate from the subscriber's communication terminal; Dividing a workout path of the received workout information into a plurality of sections; Calculating a motion information for each section and determining a speed color corresponding to a moving speed among the workout information for each section; A fifth step of storing the speed color information for each section by including the motion information for each section; A sixth step of displaying, on the screen, map information corresponding to an exercise path coordinate of the exercise information when the subscriber requests one of his / her exercise information while storing the exercise information of the subscriber; And a seventh step of displaying speed color information for each section of the exercise information according to the exercise route on a map of the screen.

According to the present invention, after calculating the exercise information for each section of the exercise path, after checking whether there is exercise information of another person of the same exercise path, and if there is exercise information of another person of the same exercise path, the subscriber's exercise record and the other person Comparing the exercise records for each section of the; The comparison may further include creating and storing a list of recording ranks for each section.

The record ranking list includes information on a name and a section record. The record ranking list includes only the set number of people in the order of the earliest record, and includes the subscriber's record and rank. The recording priority list is displayed on the screen when the speed color of the corresponding section among the speed colors displayed by the seventh step is selected by the subscriber.

In the fifth step, the speed color is determined according to the movement type and the movement speed of the exercise information, and the speed color information is preferably set corresponding to the movement type and the movement speed.

In the third step, when the exercise route is divided into a plurality of sections on the basis of a set unit distance, or when the exercise course is divided into a plurality of sections on the basis of a slope, a point at which the slope starts and an end point of the slope are one. It can be set to the section of, and set the point where the slope starts and the point where the slope ends as one section, but when the distance between the point where the slope starts and the point where the slope ends is greater than the set distance in one section, reset one section again. It can be divided into a plurality of sections by dividing by a set unit distance.

The present invention preferably displays a slope graph corresponding to the exercise path when displaying the speed color by section when displaying the exercise information, and corresponds to the section selected when the speed color of the one section is selected. It is desirable to display the tilted angle so that it can be seen.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings. 1 is a schematic configuration diagram of a system to which the present invention is applied.

The system to which the present invention is applied is composed of the exercise assisting device 100, the web server 200 and the computer 300.

The exercise assisting apparatus 100 is equipped with a GPS receiver for generating current location information, altitude by current location, time by current location, and date information through information received from a satellite. Generate and store exercise information (current position, time by current position, exercise time, moving distance, average speed, etc.). The exercise assisting apparatus 100 has a short range communication module such as a Bluetooth module, an infrared communication module, or the like and / or an I / O module that enables S232 communication or USB communication in order to provide stored exercise information to the web server 300. . In addition, the exercise assisting apparatus 100 may use a memory card detachable to the exercise assisting apparatus 100 and the computer 300, such as a PCMCIA card.

The computer 300 is one example of a terminal that can be connected to a wired or wireless network, and is used as an apparatus for uploading exercise information stored in the exercise assisting apparatus 100 to the web server 200. Computer 300 is a computer that is equipped with a short-range wireless communication module corresponding to the short-range wireless communication module employed in the exercise assisting device 100, or that can be removable and recognized.

The web server 200 receives the exercise information of the exercise assisting apparatus 100 through the computer 300 connected through the Internet, and processes the received exercise information to perform the exercise for each section or inclination of the exercise course. The average speed is obtained, and color information for each set speed (hereinafter, referred to as 'speed color information') is generated, included in the exercise information, and stored and displayed. Then, the web server 200 compares the subscriber-specific exercise information stored as described above to make a list of recording ranks for each section and provide them when the subscriber requests.

Hereinafter, the exercise assisting device for the present invention with reference to FIG. Figure 2 is a block diagram of a motion assist device for the present invention.

As shown in FIG. 2, the exercise assisting apparatus 100 includes a GPS receiver 110, a microprocessor unit (MPU) 120, a memory 130, an I / O module 140, a memory card 150, and wireless transmission and reception. The unit 160, a display unit 170, and an input unit 180 are included.

Here, the GPS receiver 110 receives the satellite signal, grasps the current position information, the heading information, the moving speed, the time information, etc., and provides it to the MPU 120, and the memory 130 provides exercise information and various programs. The memory card 150 is detachable and stores exercise information.

The I / O module 140 processes RS232 or USB communication, and the wireless transmission / reception unit 160 embeds a short range wireless communication module to enable wireless with the computer 300 through the short range wireless communication module. The display unit 170 displays exercise information calculated by the MPU 120, and the input unit 180 provides a command signal corresponding to the user's input to the MPU 120.

The MPU 120 controls the operation of the entire system by executing a program stored in the memory 130, and in particular, using the current position information and time information input through the GPS receiver 110, an exercise time, an average exercise speed, and an inclination. And exercise information such as acceleration and store the same in the memory 130 or / or the memory card 150.

Meanwhile, NAVSTAR GPS (Navigational Satellite Timing and Ranging Global Positioning System), operated by the US government, consists of 24 GPS satellites, with 4 orbital GPS satellites in each of 6 separate orbits. Is working and three are extra. Satellite orbits lie on planes that are inclined to each other, not to poles or equators, and each satellite orbits the earth approximately once every 12 hours, rotating exactly 2 times during the Earth's rotation. This arrangement allows at least four satellites to enter the same field 24 hours a day throughout the world.

The position of each satellite at a given time is known precisely, and the navigation signal is continuously transmitted to Earth to provide position information indicating the position of the satellite in space with respect to time (GPS time). This location information is known as ephemeris data. In addition to this ephemeris data, the navigation signal transmitted by each satellite includes a precise indication of the time at which the signal is transmitted. Therefore, the distance or range between the navigation signal receiver (i.e. GPS receiver) and the transmitting satellite indicates the time at which the signal is received by the receiver using this time stamp, and calculates the amount of propagation delay, i.e. the difference between the transmission time and the reception time. Then, the delay may be determined by multiplying the propagation speed of the signal. As a result of this determination, a pseudo range from the transmission satellite to the receiver is calculated. In this way, the information and position of the receiver can be determined by passive triangulation techniques using two pieces of information from the navigation signal: Ephemeris data and pseudoranges transmitted from four satellites. .

According to current GPS technology, GPS receivers using regression analysis have an identification capability of approximately 10 m to 1 m. According to the present invention, accurate GPS information can be calculated using the GPS receiver using the regression analysis method.

3 shows a web server to which the present invention is applied. 3 is a block diagram of a web server according to an embodiment of the present invention.

As shown in FIG. 3, the web server 200 includes a receiver 210, a controller 220, a course record generator 230, a course duplication determiner 240, a record rank determiner 250, and a display controller. 260, and a database 270, which includes a member information DB 271, a personal exercise information DB 272, a record information DB 273, and a map information DB 274. .

The receiver 210 is connected to the Internet network and receives the exercise information transmitted from the computer 200 or the mobile communication network through the Internet network. At this time, the exercise information includes the position coordinates from the exercise start point to the exercise end point, time information for each position coordinate, and slope information for each position coordinate. The controller 220 performs an overall control operation for processing, storing, and displaying the received exercise information.

The course record generation unit 230 calculates an exercise distance and an average exercise speed based on an exercise start point, an exercise end point, and time, divides an exercise course into unit sections based on the set distance, and averages speed and slope in each unit section. The speed color information corresponding to the calculated average speed is determined and included in the exercise information for each section and stored in the memory area of the subscriber.

The course duplication determination unit 240 compares the exercise course for each subscriber to determine whether different subscribers have exercised the same exercise course, and if there is a duplicate subscriber having the same exercise course as exercise information, determines the ranking of each subscriber's exercise information. To the unit 250. The record ranking determiner 250 compares exercise information of different subscribers who have exercised in the same exercise course to make a recording priority according to speed, and stores it in the exercise information of the corresponding subscribers. The display controller 260 displays coordinate information based section information on the map information.

Member information DB (271) stores the member identification information provided during membership registration, individual exercise information DB (272) stores the subscriber's exercise information, record information DB (273) stores the speed color information for each exercise speed The record priority information of each subscriber is stored, and the map information DB 274 stores the GIS information.

Hereinafter, an individual exercise record management method according to an embodiment of the present invention will be described with reference to FIGS. 4 to 7.

First, a process of processing and storing the received personal exercise record will be described with reference to FIG. 4. 4 is a flowchart illustrating a process of processing and storing an exercise record received from a subscriber according to an exemplary embodiment of the present invention.

When the subscriber accesses the web server 200 through the computer 300 (S401), the control unit 220 of the web server 200 performs a member authentication procedure for the subscriber connected using the member information DB 271. (S402). In this process (S402), the non-subscriber registers his or her membership by providing his or her name, personal information, and personal identification information such as ID and password.

After completing the membership authentication procedure, the controller 220 displays the default main web page on the screen to inform the subscriber of the service provided by the subscriber. In order to input the exercise information, the subscriber selects one of a type of exercise he wants to input, that is, a marathon, a cycle, and an inline skate (S403).

When the subscriber selects the exercise type, the controller 220 determines the exercise type selected by the subscriber, and prepares to store and store the exercise information of the subscriber to be input according to the selected exercise type.

In such a state, when receiving the exercise information including the exercise course coordinates (position coordinates for each exercise point), the passage time for each position coordinates, and the slope information for each position coordinates provided by the subscriber through the receiver 210 (S405), the controller ( 220 provides the received exercise information to the course record generation unit 230.

The course record generation unit 230 uses the position coordinate of the previous time as the starting point and the position coordinate of the last time as the destination in the received exercise information, and then identifies the exercise course through the coordinates of each exercise course. And divided into a plurality of unit intervals based on the distance set from the identified starting point of the exercise course (S406).

When a sports course consisting of a plurality of unit sections is made in this way, the course record generation unit 230 calculates a moving speed for each unit section (S407). At this time, the course record generation unit 230 calculates the movement time by the time difference between the time at the start point of the unit section and the end point of the unit section, and then calculates the movement speed for each unit section by using the movement time and the set distance.

Meanwhile, in the present invention, in addition to dividing the sports course into a plurality of sections based on a unit distance, the sports course may be divided into a plurality of sections based on the inclination, in which case the starting point and the ending point of the inclination are determined. Set to one section. In addition, when the distance between the start point of the slope and the end point of the slope is more than the set distance can be added to divide the interval by a unit distance.

When the course record generation unit 230 obtains the moving speed for each section, the speed record generator 230 determines the speed color corresponding to the moving speed for each section using the speed color information stored in a separate internal memory (not shown) (S408). For example, the speed color corresponding to the moving speed may be set to black when stationary, blue to 5Km or less, yellow to 15Km or less, green to 20Km or less, and red to 30Km or less. These speed colors are set differently for each type of exercise.

The course record generation unit 230 includes the speed color information for each section determined in step S408 in the exercise information and stores it in the individual exercise information DB 272 (S409).

After generating the exercise information including the speed color information, the course record generation unit 230 provides the exercise information to the course duplication determination unit 240, the course duplication determination unit 240 and the course of the received exercise information It is determined whether the same course is stored in the individual exercise information DB 272 of another subscriber (S410).

If there is the same exercise course information in the process (S411), the course duplication determination unit 240 provides the record ranking determiner 250 with identification information and exercise information and currently received exercise information of the subscriber having the same exercise course information do. Accordingly, the record ranking determiner 250 compares the received exercise information of each subscriber section by section to generate a ranking list in order of subscribers having the fastest moving speeds in each section, or if there is a ranking list for the corresponding exercise course. The list is updated (S412). Preferably, the rank list includes information on a subscriber's name, moving speed, section distance, and section moving time.

When the ranking list is generated or updated as described above, the recording ranking determiner 250 stores the ranking list for each section in the recording information DB 273 and / or includes it in the subscriber's exercise information (S413). In step S414). At this time, the subscriber saves the exercise information by inputting the title.

As a result, the subscriber's movement information includes his / her movement speed information for each section, speed color information corresponding to the movement speed, and movement information of others.

Hereinafter, a process in which the subscriber confirms on the screen the exercise information of the subscriber stored in the web server and also records the records of others with reference to FIGS. 5 to 7 will be described. 5 is a flowchart illustrating a process of providing a processed and stored exercise record to a subscriber according to an exemplary embodiment of the present invention, and FIG. 6 is an exemplary view showing an exercise record for each section of a subscriber according to an embodiment of the present invention. 7 is an exemplary view showing the section recording information of the individual in addition to the section-specific exercise record according to an embodiment of the present invention, Figure 8 shows the record ranking information of the section in addition to the section-specific exercise record according to an embodiment of the present invention This is an example.

When the subscriber who has stored his or her exercise information accesses the web server 300 through the computer 300 (S501) and goes through the member authentication procedure (S502), the controller 220 provides a default main screen. In this case, the default main screen displays a title list of the exercise information stored by the subscriber (S503).

When the subscriber selects one of the exercise information title list (S504), the controller 220 reads exercise information corresponding to the title selected by the subscriber from the individual exercise information DB 272 and provides it to the display controller 260. .

The display controller 260 reads the map information including the exercise course coordinates from the map information DB 274 through the exercise course coordinates of the received exercise information on the screen, and displays the speed color information for each section in the received exercise information. The speed color information for each section is displayed in a dot format on the map information displayed on the screen (S507). At this time, the dot indicating the speed color may be in the shape of a circle, a rectangle, a pentagon, an arrow, or the like.

The screen output thus displayed is shown in FIG. As shown in FIG. 6, in a sports course divided into a plurality of sections, moving speed information is displayed in colors such as black, red, yellow, and green for each section, and slope information of the sports course is displayed according to distance in a graph. .

When the subscriber's exercise information is displayed on the screen as shown in FIG. 6, when the subscriber double-clicks the speed color of the corresponding section or presses the right button of the mouse (S508), the controller 220 determines the section clicked by the subscriber. The record priority information of the corresponding section included in the subscriber's exercise information is provided to the display control unit 260, whereby the display control unit 260 displays the recording priority on the map information of the screen (S509). The screen output thus displayed is shown in FIG. As shown in FIG. 8, the recording priority information displayed on the screen includes a name of an athlete for each recording priority, a moving speed in a corresponding section, and / or an exercise time. In this case, the present invention matches and displays the clicked position and the inclination point so that the subscriber can know the inclination information in the clicked section.

Meanwhile, in the present invention, when the subscriber's exercise information is displayed on the screen as shown in FIG. 6, when the subscriber double-clicks the speed color of the corresponding section or presses the right button of the mouse, the controller 220 determines the section clicked by the subscriber. In addition, the detailed information of the subscriber included in the exercise information of the subscriber is provided to the display control unit 260, the detailed record information of the subscriber by the display control unit 260 as shown in FIG. Can be displayed on the screen. Here, the detailed record information includes the distance, the moving speed, and the exercise time of the corresponding section.

On the other hand, the present invention in the state in which the exercise information of the subscriber is displayed on the screen as shown in Figure 6, by clicking the right button of the mouse to select one of the personal record information view and the record priority information view described above 7 or 8 As shown in the figure, the corresponding information may be additionally displayed.

In addition, the present invention manages the exercise information of all members in an open form, and when an individual requests the exercise information of another person, as shown in FIG. 6, the exercise information of the other person may be displayed on the screen.

The technical spirit of the present invention has been described above with reference to the accompanying drawings, but this is by way of example only and not intended to limit the present invention. In addition, it is obvious that any person skilled in the art can make various modifications and imitations without departing from the scope of the technical idea of the present invention.

The present invention displays the exercise course based on the map to the subscribers who provided the exercise information based on the map and the movement speed for each section in the displayed exercise course by color information for each speed at a glance It is possible to grasp the movement characteristics, strengths and weaknesses, and to perform systematic exercise management.

In addition, the present invention can check the record information of the other person who exercised in the same course as the exercise course of his own, thereby instilling a sense of competition with others, thereby increasing the interest and enthusiasm for the exercise.

1 is a schematic configuration diagram of a system to which the present invention is applied.

Figure 2 is a block diagram of a motion assist device for the present invention.

Figure 3 is a block diagram of a web server according to an embodiment of the present invention.

Figure 4 is a flow chart illustrating a process of processing and storing the exercise record received from the subscriber according to an embodiment of the present invention.

5 is a flowchart showing a process of providing a subscriber with a processed and stored athletic record according to an embodiment of the present invention.

Figure 6 is an exemplary view showing the exercise record for each section of the subscriber according to an embodiment of the present invention.

7 is an exemplary view showing the section record information of the individual in addition to the section-specific exercise record according to an embodiment of the present invention.

8 is an exemplary diagram showing recording rank information of a section in addition to the section-specific exercise record according to an embodiment of the present invention.

Claims (10)

A first step of determining whether the subscriber is a subscriber by performing a member authentication procedure when the subscriber communication terminal is connected; A second step of receiving, by a subscriber, exercise information including an exercise path coordinate, time information corresponding to each coordinate, and slope information for each exercise path coordinate from the subscriber's communication terminal; Dividing a workout path of the received workout information into a plurality of sections; Calculating a motion information for each section and determining a speed color corresponding to a moving speed among the workout information for each section; A fifth step of storing the speed color information for each section by including the motion information for each section; A sixth step of displaying, on the screen, map information corresponding to an exercise path coordinate of the exercise information when the subscriber requests one of his / her exercise information while storing the exercise information of the subscriber; And And a seventh step of displaying speed color information for each section of the exercise information according to the exercise route on a map of the screen. The method of claim 1, After calculating the exercise information for each section of the exercise path, Checking whether there is exercise information of another person of the same exercise path, and if there is exercise information of another person of the same exercise path, comparing the exercise record of the subscriber section with the exercise record of another person; Personal record management method further comprising the step of creating a list of recording ranks for each section through the comparison and storing it. The method of claim 2, The record ranking list includes information of a name and a section record, and the record in the corresponding section is displayed only by the set number of people in the order of the earliest, and the record and rank of the subscriber are included. . The method of claim 3, And the recording priority list is displayed on the screen when the speed color of the corresponding section among the speed colors displayed by the seventh step is selected by the subscriber. The method according to claim 1 or 2, In the fifth step, the speed color is determined according to the exercise type and the moving speed of the exercise information, and the speed color information is set according to the exercise type and the moving speed. Way. The method of claim 5, The third step is a personal exercise record management method, characterized in that to divide the exercise path into a plurality of sections on the basis of the set unit distance. The method of claim 5, The third step is to divide the exercise course into a plurality of sections on the basis of the inclination, the individual exercise record management method, characterized in that to set the starting point and the end point of the inclination to one section. The method of claim 5, In the third step, the exercise course is divided into a plurality of sections on the basis of the inclination, and a point at which the inclination starts and a point at which the inclination ends is set as one section, but the point at which the inclination starts in one section and the slope is Personal track record management method characterized in that when the distance of the end point is more than the set distance divided into a plurality of sections by dividing one section by a set unit distance. The method of claim 5, The seventh step may further include a slope graph corresponding to the exercise path to display. On a web server connected to the IP network, A first step of determining whether the subscriber is a subscriber by performing a member authentication procedure when the subscriber communication terminal is connected; A second step of receiving, by a subscriber, exercise information including an exercise path coordinate, time information corresponding to each coordinate, and slope information for each exercise path coordinate from the subscriber's communication terminal; Dividing a workout path of the received workout information into a plurality of sections; Calculating a motion information for each section and determining a speed color corresponding to a moving speed among the workout information for each section; And A fifth step of storing the speed color information for each section by including the motion information for each section; A sixth step of displaying, on the screen, map information corresponding to an exercise path coordinate of the exercise information when the subscriber requests one of his / her exercise information while storing the exercise information of the subscriber; And A computer-readable recording medium having recorded thereon a program for executing a seventh step of displaying speed color information of each section of the exercise information according to the exercise route on a map of the screen.