JP6036010B2 - Network service system, member terminal, server and program - Google Patents

Description

The present invention, jogging, walking, training, social network services for the training of running like (hereinafter, referred to as SNS) definitive preferred network service system, the member terminal, server, to the program as well as a network service system It relates to the method of providing comments.

  Conventionally, techniques disclosed in Patent Document 1 and Patent Document 2 are known as support systems for performing training such as jogging, walking, and running.

  Patent Document 1 discloses a wireless sensor device that a user can wear on the body, a wristwatch terminal that can communicate with the wireless sensor device and that can be worn on the user's arm, and a server that can communicate with the wristwatch terminal via the Internet. Has a mobile phone terminal connected to the server, a training support program is prepared for the server, a technique for sending exercise data from the wireless sensor device to the server and receiving exercise support information from the server and displaying it on the wristwatch terminal. Have been described.

  Patent Document 2 describes a portable terminal device that provides useful information that provides motivation to continuously perform walking or the like currently performed to a user who is walking or jogging. That is, “The walking rhythm is constant. Very good!”, “The walking rhythm is inconsistent. Calm down!” “The walking pace has fallen. It provides useful information such as “Tone!” And “The pace of walking has risen. Great!”.

JP 2003-175139 A JP 2009-213654 A

  However, the techniques described in Patent Literature 1 and Patent Literature 2 both provide advice to a user who is training by displaying existing words stored in advance in a server or a mobile terminal device. Therefore, effective advice and encouragement cannot be given from the friend to the user.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a technique that makes it possible to provide effective advice and encouragement to a training user.

One aspect of the present invention is a network service system including a first member terminal, a second member terminal, and a server connected via a network, wherein the first member terminal includes the first member terminal A public means for publishing training data indicating the training status of a member who uses a member terminal to the server is provided, and the second member terminal receives comment data indicating a comment on the training status indicated by the training data. comprises uploading means for uploading to the server, the comment data uploaded from a plurality of said second member terminal, the comment data transmission means for transmitting to said first member terminals, a plurality of said second member Selector to select one of the multiple comment data uploaded from the terminal And a scene determination unit that determines a scene in which the member is training, and the selection unit selects any of the plurality of uploaded comment data according to the scene determined by the scene determination unit. The comment data transmitting means transmits the comment data selected by the selecting means to the first member terminal .

  According to the present invention, since a member can hold a terminal and can provide other members' comments to the terminal via the network during training, a diverse and intimate message is given. Therefore, effective advice and encouragement can be given to the training user.

It is a block diagram which shows the whole structure of training SNS which concerns on one embodiment of this invention. It is a figure explaining the image of training SNS concerning the embodiment. It is a figure for demonstrating the utilization image of SNS of the embodiment. It is a figure for demonstrating the example of a display of a wrist terminal. It is a figure explaining the example which a user registers course data. It is a figure which shows the example which sets a running course automatically on the basis of a landmark. It is a figure which shows the state which surrounds arbitrary areas in the center of a landmark, and designates distance. It is a figure which shows the example which sets a course so that it may become the distance in a course with a road actually. It is a block diagram which shows schematic structure of a server. It is a figure which shows the specific example of a comment table. It is a schematic block diagram which shows the structure of a wrist terminal It is a flowchart which shows the processing procedure of the member terminal which is a wrist terminal with which the said member is wearing in the arm during training, a server, and a member's friend's terminal. It is a flowchart which shows the process sequence of comment data creation processing.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a block diagram showing the overall configuration of the training SNS according to the present embodiment.
The SNS site 10 including the server 11 is a member's smartphone terminals 1-1, 1-2, 1-3,..., List terminals 2-1, 2-2, 2-3,. And a PC (Personal Computer) 3-1. The wrist terminals 2-1, 2-2, 2-3,... Are wristwatch-type wrist terminals that can be worn on the wrist and connected to the smartphone terminals 1-1, 1-2, 1-3 by radio Is possible. The smartphone terminals 1-1,... Install an application program and operate to cooperate with the SNS site 10. Also, a relatively light application program is installed on the wrist terminal 2-1,... And operates so as to cooperate with the smartphone terminal 1-1. Further, a route is also prepared in which information can be exchanged without directly connecting the wrist terminal 2-1,... And the server 11 and via the smartphone terminal 1-1,.

  FIG. 2 is a diagram for explaining an image of the training SNS according to the present embodiment. Via the training SNS site 10, wrist terminals 2-1 and 2-2 worn by members to be trained, a smartphone terminal 1-1 that can write a message, and a PC 3 are connected. As a result, other members who have been trained by wearing the wrist terminal 2-1 or other members who are wearing the wrist terminal 2-2 have been written by other members on the smartphone terminal 1-1 or PC3. A message suitable for the member can be sent to the member. A cloud service can be used as the SNS site 10.

  FIG. 3 is a diagram for explaining an image of using the SNS according to the present embodiment. The situation (training data) in which the wrist terminal 2-1 is worn and trained can be seen on the friend's member smartphone terminal 1-1, and when a comment of support or advice is input, the wrist terminal 2 of the member who is training As indicated by A, B, C in -1, comment data such as “Daddy do your best!” Is displayed.

  FIG. 4 is a diagram for explaining a display example of the wrist terminal 2-1. The comment data CD is displayed on the display unit 40 of the wrist terminal. This comment data CD is composed of a comment C1, a profile image P1, and a headline comment C2. The comment C1 is a character string transmitted to the member from the member's friend who owns the wrist terminal 2-1, and the profile image P1 is a profile image such as a face image registered by the friend. The headline comment C2 is a character string selected and transmitted by the server 11 as described later.

  FIG. 5 illustrates an example in which a user registers course data. At the time of registration, the map 302 is displayed on the display unit 301 of the PC 3, for example, by moving the pointer according to the operation of the mouse and drawing the course on the movement locus of the pointer. A virtual course desired by the user is written on the map 302. However, since this virtual course is drawn by a user's manual operation, it does not necessarily match the road on the map. Therefore, next, road matching processing is performed, and a virtual course is sequentially extracted from the map on a runnable road existing at the closest position, and the extracted roads are sequentially combined to generate a course 303. Thereafter, the data indicating the course 303 is transmitted to the SNS site 10 and registered as a setting course for the member. As shown in the figure, the data indicating the course 303 includes data indicating points at each distance from the start point, such as a start point, 1, 2, 3 km, and the like.

  FIG. 6 shows an example in which a running course is automatically set based on landmarks. At the time of registration, after a map 302 is displayed on the display unit 301 of the PC 3, a start point is designated, and then a desired landmark is designated as a goal point. As a result, a course 303 consisting of a road that can be run from the start point to the goal point is generated. Thereafter, the data indicating the course 303 is transmitted to the SNS site 10 and registered as a setting course for the member. As shown in the figure, the data indicating the course 303 includes data indicating points at each distance from the start point, such as a start point, 1, 2, 3 km, and the like.

  FIGS. 7 and 8 show an example in which a course is set so that when a distance is specified by enclosing an arbitrary area at the center of a landmark, the distance is actually set on a course with a road. First, as shown in FIG. 7, in a state where a map 302 is displayed on the display unit 301 of the PC 3, for example, “Tokyo Sky Tree” is designated as a landmark, and then an arbitrary line 304 is drawn so as to surround it. An area surrounded by the arbitrary line 304 is designated. Subsequently, data such as a distance indicating the total length of the course, 5 km, 10 km, and the like are input. Then, based on these data, as shown in FIG. 8, the PC 3 generates a course 303 that is a course centered on “Tokyo Sky Tree” and that has the input full length and that can be run. Thereafter, the data indicating the course 303 is transmitted to the SNS site 10 and registered as a setting course for the member.

FIG. 9 is a block diagram illustrating a schematic configuration of the server 11.
In the figure, reference numeral 102 denotes a CPU which controls the entire system. A program memory 104 stores various control programs. The CPU 102 performs various processes by executing the program in the program memory 104. A course setting program 1041 is a program for setting a course to be described later. The course may be set by tracing the course actually run by the user wearing the wrist terminal 2-1 on his / her arm, or setting the course by tracing the map, or specifying a landmark Then, the viewpoint of setting a 5 km course, a 10 km course, or the like that goes through or around the landmark may be used. The error between the actual map and the specified course can be corrected by a known map matching technique.

  Reference numeral 1042 denotes a comment data creation program described later. When a support message is sent from a friend's member terminal to a trained user member, it may be displayed as it is on the user's wrist terminal, but the server displays the display on a relatively small area of the wrist terminal. 40 so as to be displayed. Keywords may be displayed by extracting keywords from comments. The display timing is also controlled.

  Reference numeral 1043 denotes a scene determination program. The scene indicates what kind of situation the user is currently training. The CPU 102, based on the scene determination program 1043, the contents of the training menu stored in the training menu memory 108 and the list terminal 2-1. The scene is determined by comparing the contents of the training data memory 110 that stores the training data sent from.

  A member management unit 106 manages members as an SNS system. Various data shown in FIG. 11 is basically prepared for each member. I also manage my friendship here. The profile image P1 is also stored and managed for each member.

  A training menu memory 108 stores a plurality of training menus. With the training menu, there is a menu for what course, how many kilometers, and how much time to run. The user may select a training menu that suits him or create his own menu.

  Reference numeral 110 denotes a training data memory. The training data is data measured by the GPS unit 250 and sensor 252 of the wrist terminal 2-1 and sent to the server, and data calculated based on the measured values. The walking time, the number of steps, the travel distance, the pulse, the GPS unit This refers to the current position of the current running acquired at 250, the deviation from the set course, the assumed distance to the destination, the assumed time, and so on. In other words, the training data may be any information as long as it is information that directly or indirectly indicates the training status of the user wearing the wrist terminal 2-1.

  A comment buffer 114 stores a comment sent from a member terminal of a friend member as it is. That is, the comments sent from the plurality of member terminals 2-2, 2-3, 2-4, 2-5,... Are sequentially stored in the buffers 1141, 1142, 1143, 1144,. Go.

  The comment table 118 shows comments sent from the friend's member terminals 2-2, 2-3, 2-4,... According to the training scene of the wrist terminal 2-1 worn by the user. A table (T) is stored that is selected and stored in the comment data memory 116 as comment data and then displayed on the user's wrist terminal 2-1.

A history memory 120 stores a training history so that the user can perform training a plurality of times and compare the results later.
Reference numeral 130 denotes a course memory in which various courses are set. Several existing courses are prepared in advance. For example, a Tokyo marathon course, a Honolulu marathon course, a jogging course in front of the Imperial Palace, etc., which are set courses A, B, C,... 130A, 130B, 130C,. Also, the courses set and registered by the user are the set courses 1, 2, 3,... 1301, 1302, 1303,.

  FIG. 10 is a diagram showing a specific example of the table (T). This table (T) is divided into each column of comment (T1), keyword (T3), display scene → headline comment (T4) for each comment type (T1). The comment type (T1) is divided into praise / good evaluation (T1A), attention / anxiety (T1B), and support / voice (T1C). In the comment (T1), comments from friends on the SNS classified into any of (T1A) to (T1C) are stored. The keyword extracted from the comment stored in the comment (T1) is stored in correspondence with the keyword (T3).

  In addition, when classifying a comment from a friend on SNS into any of (T1A) to (T1C), it is stored in advance corresponding to the extracted keywords (T3) and (T1A) to (T1C). When the classification keywords are compared and the two match, the comments are classified into (T1A) to (T1C).

  In the display scene → headline comment (T4), from the server 11 appropriate for the determined scene, for example, the headline comment “In its condition!” Is stored corresponding to “the scene where time has been stably recorded”. The comment of is memorized. Here, the scene indicates what kind of situation the user is currently training. The scene determination program 1043 includes the contents of the training menu stored in the training menu memory 108 and the list terminal 2-1. The scene is determined by comparing the contents of the training data memory 110 that stores the training data sent. For example, it is assumed that the training menu is a set course A (130A) of 10 km and a target time of 2 hours. The set course A storage area of the course data memory 130 stores the course distance, position, topography, gradient, and the like. This set course is disclosed to friends via SNS.

  In the table (T), the example described in the column of friend's comment (T2), “Because exercise is irregular, be careful with preparatory exercises” Comments are also memorized, and comments after the training is memorized, such as “A new record has been achieved!”.

  FIG. 11 is a schematic block diagram illustrating a configuration of the wrist terminal 2-1. Reference numeral 40 denotes a display unit which includes an LCD and a drive circuit for driving the LCD. Reference numeral 254 denotes a display control unit that controls the display state of the display unit 40. An input unit 256 includes various keys and switches. 230 is a course memory in which various courses are set. Several existing courses are prepared in advance. Similar to the course memory 130 of the server 11, for example, a Tokyo marathon course, a Honolulu marathon course, a pre-imperial jogging course, and the like are stored.

Reference numeral 250 denotes a GPS unit that measures the current position using a known GPS (Global Positioning System). That is, the GPS unit 250 obtains position data composed of latitude and longitude indicating the current position by receiving radio waves transmitted from a plurality of positioning satellites (GPS satellites) with an antenna, and uses the obtained position data. To the CPU 202 as place information indicating the action place of the person. Reference numeral 252 denotes a sensor, which includes a 3-axis geomagnetic sensor, a 1-axis acceleration sensor, a 1-axis gyro, and the like. Therefore, it is possible to measure the traveling direction of the wrist terminal 1 using a triaxial geomagnetic sensor, a monoaxial acceleration sensor, a monoaxial gyro, and the like in addition to the GPS unit 250, thereby further improving accuracy.
Further, the sensor 252 includes a plurality of sensors that can detect measurement data required in the present embodiment, such as the number of steps, the travel distance, the pulse,.

  A CPU 202 controls the entire wrist terminal 2-1. A program memory 204 stores a control program 2041, an application program 2042, and the like in advance. The control program 2041 is a basic control program for controlling the entire wrist terminal, and the application program 2042 is a program for cooperating with the smartphone terminal 1-1, cooperation, and server 11.

  Reference numeral 258 denotes an I / F for performing a Bluetooth (registered trademark) link with a portable terminal, and 260 is an I / F for performing a link with a server using Wi-Fi or the like. A training menu memory 208 stores a plurality of training menus in the same manner as the training menu memory 108 of the server 11. In the same way, the training menu includes what kind of course, how many kilometers, and how much time to run. The user may select a training menu that suits him or create his own menu.

  A training data memory 210 stores the above-described comment data. A comment data memory 216 stores comment data transmitted from the server 11 and the comment is displayed on the display unit 40 based on the comment data stored in the comment data memory 216.

  FIG. 12 is a flowchart showing the processing procedure of the wrist terminal 2-1, the server 11, and the member terminal that is the terminal of the member's friend, for example, the smartphone terminal 1-1, worn by the member during the training. is there.

  The server 11 stores a plurality of types of training menus in the training menu memory 108 and prepares them for the members (step SB2). Each training menu is data indicating what kind of course it is, how many kilometers, how long it takes to run, and the like. In response to a request from the wrist terminal 2-1, the server 11 transmits a training menu to the wrist terminal 2-1, which has requested the training menu.

  The wrist terminal 2-1 receives the training menu transmitted from the server 11, and sets the training menu by processing the received training menu according to the member's operation (step SA2). Of course, instead of processing the received training menu, a unique training menu created by the member may be set. When the setting of the training menu is completed in this way, it is transmitted to the server 11 (step SA4). In addition, the course data which is the map data of the course included in the training menu is transmitted to the server 11 (step S6).

  After that, members start preparing for training. Then, the wrist terminal 2-1 transmits the training data to the server 11 (Step SA8). Subsequently, the wrist terminal 2-1 receives the comment data transmitted from the server 11 (step SA10), and displays a comment based on the received comment data on the display unit 40 (step SA12). Then, it is determined whether or not a training end instruction operation has been performed (step SA14), and the loop of steps SA8 to SA14 is repeated until a training end instruction operation is performed.

  Accordingly, during the training, the wrist terminal 2-1 periodically transmits training data to the server 11 (step SA8) and periodically receives comment data from the server 11 (step SA10).

  On the other hand, when receiving the training data periodically transmitted from the wrist terminal 2-1 in step SA8, the server 11 processes the received training data for display (step SB8). Then, the training data processed for display is disclosed to a friend (step SB6). That is, as described above, since the member management unit 106 of the server 11 also manages friendships, based on the information indicating the friendships that the member management unit 106 has, the membership management unit 106 can manage the membership of the wrist terminal 2-1. A friend is specified, and the training data processed for display is transmitted to the smartphone terminal 1-1 or PC 3-1 of the specified friend to make it public.

  Then, the friend's smartphone terminal 1-1 receives this and displays it so that it can be viewed (step SC2). Therefore, the friend is the walking time, the number of steps, the running distance, the pulse, the current running position acquired by the GPS unit 250, the deviation from the set course, the assumed distance to the destination, and the assumed time of the member who is training Information that directly or indirectly indicates the state of training such as... Can be visually recognized. In addition, a friend who visually recognizes such information is, for example, whether the member's training status is good and should be “praised / good evaluation”, overworked and “attention / worried”, or “ An assessment of whether or not “cheering / calling” should be performed can be considered.

  At this time, since the evaluation for the displayed information is based on the subjective judgment of the friend, even for the same information, the evaluation for the information is “praise / good evaluation”, “caution / worry”, “cheering” The choice of “/ voice” differs for each friend. Accordingly, each friend's smartphone terminal 1-1 or the like inputs a comment corresponding to the evaluation based on his / her subjectivity (step SC4), and transmits the comment to the server 11 (step SC5).

  In other words, even if you see the same information, one friend commented, “You ’re giving up / good evaluation” and commented “Time is stable!” "If you skip too much, it won't last long!" Each smartphone terminal 1-1 or the like transmits these different comments to the server 11.

On the other hand, the server 11 executes comment data creation processing (step SB8). FIG. 13 is a flowchart showing the procedure of the comment data creation process (step SB8). First, a scene is determined (step SD2). Specifically, the following scene determination is performed using the scene determination program 1043.
1) Pre-running training menu (preliminary exercise), early, first half, middle, second half, driving, end scene judgment 2) Judge the pace by comparing the target time with the running time 3) The history data memory 120 Comparison with training with the same menu 4) From the above analysis, the scene of “praise / good evaluation” (T1A), the scene of “caution / worry” (T1B), and the scene of “cheer / voice” (T1C) Judgment.

  Further, as described above, the comments transmitted from the respective smartphone terminals 1-1 are sequentially stored in the buffers 1141, 1142, 1143, 1144,... (Step SD4). Subsequently, the comment table 118 (table (T)) is updated, and the updated comment table 118 (table (T)) is referred to (step SD6). When updating the table (T) of the comment table 118, the keyword (T3) is extracted from the received comment, and stored in advance corresponding to the extracted keyword (T3) and (T1A) to (T1C). When the classification keywords are compared and the two match, the table (T) is updated by classifying and storing the comments into (T1A) to (T1C). Thereafter, a comment is selected with reference to the updated table (T) (step SD8).

To select a comment in step SD8,
(A) Selection of a headline comment (b) Selection of a comment from a friend is included. First, (a) selection of a headline comment will be described.

When the target time and the running time almost coincide with each other, in the table (T) of FIG. 10, it is determined as “” (1) a scene in which time is stably recorded ”, and a corresponding headline comment“ that "Tone!" Is selected as the headline comment of the comment data.
Even when the target time and the running time are approximately the same, it is determined that “(1) a scene with stable time”, and the corresponding headline comment “In that condition!” Select as.
When it is completed according to the target time, it is determined that “(3) a scene that has finished running according to the target setting”, and the headline comment “Goal achievement achievement” corresponding to this is selected as the headline comment of the comment data.

  When the running time is significantly faster than the target time, it is determined that “(1) a scene that is running much faster than the set lap time”, and the corresponding headline comment “Drop the pace!” Select as headline comment.

  Referring to the history data, before running when it has been more than a month since the last run, "(2) Judgment that the scene will run for the first time in a long time (start running), and the corresponding headline comment" Do not overdo it "Is selected as the headline comment of the comment data.

  When the running time seems to be delayed from the target time, it is determined as “(3) a scene that seems to be delayed from the target time”, and the corresponding headline comment “Let's work harder!” Is selected as the headline comment of the comment data. When the training menu is not running (during preparatory exercise), it is determined as (4) a preparatory exercise scene, and the corresponding headline comment “Let's relax” is selected as the headline comment of the comment data.

  If the running time is much higher than the target time in the middle, it is judged as “(5) A high-paced scene in the middle” and the corresponding headline comment “Slightly too hard!” Is selected as the headline comment in the comment data. To do.

  When it is determined that the vehicle is running in an uphill slope area, it is determined that “(1) Uphill slope scene” and the corresponding headline comment “Uphill is!” Is selected as the headline comment of the comment data. To do.

  When the second half of the set course is reached, it is determined that “(2) the scene in the second half of the training”, and the corresponding headline comment “the other half is!” Is selected as the headline comment of the comment data.

  When the driving time is slightly delayed from the target time, it is determined that the scene is “(3) time slightly delayed, and the corresponding headline comment“ Let's increase the pace! ” Select as.

Next, (b) selection of comments from friends will be described.
The friend's comment (T2) is displayed as it is, but is selected and displayed because there are many comments. Scenes and keywords are determined for selection.
For example, “flight”, “too much”, and “long-lasting” are extracted as keywords from the comment “(5) If it skips too much, it will not last long!”. Assuming that the user's training scene is a fast-paced scene in the middle of (5), a comment including the keywords “skip” and “long lasting” is selected from a large number of comments. As a result, the comment “(5) If you skip too much, it will not last long!” Is selected and displayed as comment data on C1. Although there are scenes in which the same keyword “too much” is running (1) much earlier than the set lap time, the comment “(1) Concerns whether to skip too much!” Is not selected because the scene is different.

  Then, in the next comment data creation process (step SD10), for example, the comment is set to “It will not last long if too much is skipped!”, The headline comment is set to “A little too hard!”, And the profile of the friend who sent the comment An image is read from the member management unit 106, and comment data is created by combining these comments and headline comments with a profile image. Next, the created comment data is transmitted to the wrist terminal 2-1 (step SD12).

  Then, as described above, the wrist terminal 2-1 receives the comment data transmitted from the server 11 (step SA10), and displays a comment based on the received comment data on the display unit 40 (step SA12). As a result, as shown in FIG. 4, the display unit 40 of the wrist terminal 2-1 displays an image composed of the comment C1, the profile image P1, and the headline comment C2 by the comment data CD, and the comment C1 is pushed. Will be provided in the formula.

  In this comment data CD, the comment C1 is diverse because it is a word created by an individual, and is a word transmitted from a friend of a member who is wearing the wrist terminal 2-1 and training. Therefore, there is also intimacy. Therefore, since advice is not only diverse but also intimate, it has a great influence on users (members) who have received this advice, so it is possible to provide effective advice and encouragement to training members. it can. For example, as shown in FIG. 3, when the member U who is wearing the wrist terminal 2-1 and is training is in a family relationship, the members are indicated as A, B, and C on the wrist terminal 2-1. As described above, by displaying comment data such as “Daddy do your best!”, Effective encouragement can be performed.

  Further, by displaying the profile image P1, it is possible to present a feeling of training with a friend displayed in the profile image P1 and to enhance the encouragement effect.

  Moreover, since the headline comment C2 is a word selected by the server 11 according to the scene, it is possible to provide objective and accurate advice according to the training status of the member.

In addition, an ordinary SNS can respond immediately through a PC or a smartphone, but the comments are various and are not limited to advice during training. The effect of the present embodiment is that the wrist terminal that can check the immediate screen during the training and the cloud service (SNS site 10) are linked so that the friend's advice written on the SNS during the training is the training situation ( It is effective to train continually and happily with a mechanism that flows according to overflight, long time, etc., or to train firmly with encouragement.
The comment may be input by voice or output by voice.

Further, the selected comment is displayed as it is on the wrist terminal. However, when the number of characters is limited, it may be edited as appropriate on the server. Or, like an electronic bulletin board, the same comments may be displayed in sequence and repeatedly displayed. You can change the color of the keyword part or display it in capital letters.
The selection is performed according to the scene, but may be selected depending on the closeness with a friend. For example, a friend's comment can be prioritized over a friend's comment, or a person with a close login history can be prioritized.

As mentioned above, although embodiment of this invention was described, this invention is not limited to these, The invention described in the claim and its equal range are included.
The claims appended at the time of filing this application will be appended below.

<Claim 1>
A network service system having a member terminal and a server connected via a network,
The member terminal is
A public means for publishing training data indicating the training status of the member on the network;
Uploading means for uploading comment data indicating comments of other members on the training status indicated by the training data of the member to the server;
The server
Comment data transmitting means for transmitting the uploaded comment data of the other member to the terminal of the member;
The network service system, wherein the member terminal comprises comment providing means for receiving comment data transmitted from the server by the comment data transmitting means and providing a comment by a push method.

<Claim 2>
The other member's comment data is uploaded from each upload means of a plurality of member terminals,
The server includes selection means for selecting any of the uploaded comment data of other members.
The network service system according to claim 1, wherein the comment data transmission unit transmits the comment data selected by the selection unit to the terminal of the member.

<Claim 3>
The network service system according to claim 2, wherein the server includes a scene determination unit that determines a scene in which training is performed.

<Claim 4>
4. The network service system according to claim 3, wherein the selection unit selects any one of the uploaded comment data of other members in accordance with the scene determined by the scene determination unit. .

<Claim 5>
The server
Storage means for storing pre-scene-specific comment data indicating different comments for each scene;
The selecting means further selects comment data for each scene from the storage means according to the scene determined by the scene determining means,
The comment data transmitting means transmits comment data arbitrarily input by the member selected by the selecting means and pre-stored comment data for each scene stored in advance to the terminal of the member. The network service system according to claim 3.

<Claim 6>
4. The network service system according to claim 3, wherein the scene determination unit determines a scene in which training is performed based on the training data.

<Claim 7>
The member terminal includes setting means for setting a training menu indicating the contents of training,
5. The network service system according to claim 4, wherein the scene determination unit determines a scene in which training is performed based on the training menu and the training data.

<Claim 8>
8. The network service system according to claim 7, wherein the training menu includes course data indicating a course used by the member for training.

<Claim 9>
4. The network service system according to claim 3, wherein the scene determination unit extracts a keyword from a comment indicated by the comment data of the other member, and determines a scene in which training is performed based on the extracted keyword. .

<Claim 10>
4. The method according to claim 3, further comprising means for extracting a keyword from a comment indicated by the comment data of the other member and classifying the comment data based on the extracted keyword according to a scene where training is performed. Network service system.

<Claim 11>
The comment data transmission means transmits the profile image of the other member who uploaded the comment data together with the comment data selected by the selection means,
3. The network service system according to claim 2, wherein the comment providing means receives and displays the profile image together with the comment data.

<Claim 12>
12. The network service system according to claim 1, wherein the member terminal is a wrist terminal that the member can wear on an arm.

<Claim 13>
12. The network service system according to claim 1, wherein the member terminal is a portable terminal that the member can carry and train.

<Claim 14>
12. The network service system according to claim 1, wherein the member terminal includes a wrist terminal that can be worn by the member and a portable terminal that can be carried and trained.

<Claim 15>
A network service system having a member terminal and a server connected via a network, and transmitting comment data indicating comments of other members uploaded from the member terminal to the member terminal from the server A terminal that can be
A public means for publishing training data indicating the training status of the member on the network;
A terminal, comprising: comment providing means for receiving comment data transmitted from the server and providing a comment in a push manner.

<Claim 16>
A member terminal and a server connected via a network, wherein the terminal publishes training data indicating the training status of the member on the network, and the training status indicated by the training data of the member A network service system comprising: upload means for uploading comment data indicating comments of other members to the server; and comment providing means for receiving comment data transmitted from the server and providing a comment in a push-type manner A server used,
A server comprising comment data transmission means for selectively transmitting the uploaded comment data of another member to the terminal of the member.

<Claim 17>
A network service system having a member terminal and a server connected via a network, and transmitting comment data indicating comments of other members uploaded from the member terminal to the member terminal from the server The computer of the terminal
A public means for publishing training data indicating the training status of the member on the network;
The computer-readable program that functions as comment providing means for receiving comment data transmitted from the server and providing a comment in a push manner.

<Claim 18>
A member terminal and a server connected via a network, wherein the terminal publishes training data indicating the training status of the member on the network, and the training status indicated by the training data of the member Upload means for uploading comment data indicating comments of other members to the server;
A computer used in a network service system comprising comment providing means for receiving comment data transmitted from the server and providing a comment by a push method;
The computer-readable program, which functions as comment data transmission means for selectively transmitting the uploaded comment data of another member to the terminal of the member.

<Claim 19>
A comment providing method in a network service system having a member terminal and a server connected via a network,
The member terminal is
Publish training data showing the training status of the member on the network,
Uploading comment data indicating comments of other members on the training status indicated by the training data of the member to the server,
The server
The uploaded comment data of another member is transmitted to the terminal of the member, and the member terminal receives the comment data transmitted from the server and provides a comment in a push manner. How to provide comments.

1-1 Smartphone terminal 2-1 List terminal 10 Training SNS site 11 Server 40 Display unit 102 CPU
104 Program Memory 106 Member Management Unit 108 Training Menu Memory 110 Training Data Memory 116 Comment Data Memory 118 Comment Table 130 Course Data Memory 130 Course Memory 202 CPU
216 Comment data memory 250 GPS unit 252 Sensor 1043 Scene determination program 1141 Buffer 2041 Control program 2042 Application program

Claims (17)

A network service system having a first member terminal, a second member terminal, and a server connected via a network,
The first member terminal includes a publishing unit that publishes training data indicating a training status of a member who uses the first member terminal to the server ,
The second member terminal includes an upload unit that uploads comment data indicating a comment on a training situation indicated by the training data to the server ,
The server
Comment data transmitting means for transmitting comment data uploaded from a plurality of the second member terminals to the first member terminal ;
Selecting means for selecting any one of a plurality of comment data uploaded from each of the plurality of second member terminals;
Scene determination means for determining a scene in which the member is training,
The selection unit selects any one of the plurality of uploaded comment data according to the scene determined by the scene determination unit,
The comment data transmission means transmits the comment data selected by the selection means to the first member terminal;
A network service system characterized by this. A network service system having a first member terminal, a second member terminal, and a server connected via a network,
The first member terminal includes a publishing unit that publishes training data indicating a training status of a member who uses the first member terminal to the server,
The second member terminal includes an upload unit that uploads comment data indicating a comment on a training situation indicated by the training data to the server,
The server
Comment data transmitting means for transmitting comment data uploaded from a plurality of the second member terminals to the first member terminal ;
Selecting means for selecting any one of a plurality of comment data uploaded from each of the plurality of second member terminals;
Scene determination means for determining a scene in which the member is training;
Storage means for storing pre-scene-specific comment data indicating different comments for each scene,
The selecting means further selects comment data for each scene from the storage means according to the scene determined by the scene determining means,
The network service system, wherein the comment data transmission means transmits the already-prepared scene-specific comment data selected by the selection means to the first member terminal . A network service system having a first member terminal, a second member terminal, and a server connected via a network,
The first member terminal includes a publishing unit that publishes training data indicating a training status of a member who uses the first member terminal to the server,
The second member terminal includes an upload unit that uploads comment data indicating a comment on a training situation indicated by the training data to the server,
The server
Comment data transmitting means for transmitting comment data uploaded from a plurality of the second member terminals to the first member terminal ;
Selecting means for selecting any one of a plurality of comment data uploaded from each of the plurality of second member terminals;
Scene determination means for determining a scene in which the member is training;
A keyword is extracted from a comment indicated by the comment data, and the comment data is classified based on the extracted keyword based on the extracted keyword.
A network service system characterized by this. It said second member terminal, the network service system of claims 1 to 3 any one of claims, characterized in that it comprises a comment providing means for providing a comment receives comment data transmitted from the server. The network service system according to claim 1 , wherein the scene determination unit determines a scene on which training is performed based on the training data. The first member terminal includes setting means for setting a training menu indicating the content of training,
The network service system according to claim 1 , wherein the scene determination unit determines a scene in which training is performed based on the training menu and the training data. 7. The network service system according to claim 6 , wherein the training menu includes course data indicating a course used for training. The network service system according to claim 1 , wherein the scene determination unit extracts a keyword from a comment indicated by the comment data, and determines a scene on which training is performed based on the extracted keyword. 4. The network service according to claim 1, wherein the comment data transmitting unit transmits a profile image of a member who uploaded the comment data together with the comment data selected by the selecting unit. system. The member terminal which comprises the said 1st member terminal in the network service system of any one of Claim 1 thru | or 3 . The member terminal which comprises the said 2nd member terminal in the network service system of any one of Claim 1 thru | or 3 .   A server comprising the network service system according to claim 1 together with the first member terminal and the second member terminal. The server which comprises the network service system of Claim 2 with the said 1st member terminal and the said 2nd member terminal. A server comprising the network service system according to claim 3 together with the first member terminal and the second member terminal. A first member terminal that uploads training data indicating a training status of a member and a computer of a server that can communicate with a second member terminal that uploads comment data indicating a comment on the training status indicated by the training data;
A procedure for determining a scene in which the member is training;
A procedure for selecting any one of a plurality of comment data uploaded from each of the plurality of second member terminals according to the determined scene;
Procedure for transmitting the selected comment data to the first member terminal
A program for running A first member terminal that uploads training data indicating a training status of a member and a computer of a server that can communicate with a second member terminal that uploads comment data indicating a comment on the training status indicated by the training data;
A procedure for determining a scene in which the member is training;
A procedure for selecting comment data for each scene according to the determined scene from storage means that stores pre-made comment data for each scene indicating a different comment for each scene,
Procedure for transmitting the selected comment data for each scene to the first member terminal
A program for running A first member terminal that uploads training data indicating a training status of a member and a computer of a server that can communicate with a second member terminal that uploads comment data indicating a comment on the training status indicated by the training data;
A procedure for transmitting comment data uploaded from a plurality of the second member terminals to the first member terminal;
A procedure for selecting any one of a plurality of comment data uploaded from each of the plurality of second member terminals;
A procedure for determining a scene in which the member is training;
A procedure for extracting a keyword from a comment indicated by the comment data and classifying the comment data based on the extracted keyword according to a scene where training is performed.
A program for running