KR20130065568A - Method, server and recording medium for providing result reflecting compensation service based on time-spend - Google Patents

Abstract

PURPOSE: A method for providing a compensation service which reflects a TS(Time Spending) based result, a server thereof, and a recording medium thereof are provided to supply TS points in comparison to game time, thereby promoting purchase of items. CONSTITUTION: A communication unit(10) receives input of a client. A storage unit(50) stores ID of a user operating the client, game time, a game result, quest data, and quest achievement. A TS based compensation unit(70) provides TS points to the user. The TS points are in comparison to one or more combinations among the game time, the game result, and the quest achievement. [Reference numerals] (10) Communication unit; (30) Control unit; (50) Storage unit; (51) User information storage unit; (53) Game time storage unit; (55) Game result storage unit; (55a) Game number; (55b) Game score; (55c) Successive victory information; (57) Quest storage unit; (57a) Quest data; (57b) Quest achievement; (70) TS based compensation unit; (71) Time; (73) Result; (75) Quest

Description

METHOOD, SERVER AND RECORDING MEDIUM FOR PROVIDING RESULT REFLECTING COMPENSATION SERVICE BASED ON TIME-SPEND}

The present application relates to a method, a server, and a recording medium for providing a TS-based performance-based compensation service, and more specifically, to provide a TS-based performance-based compensation service that pays points based on time and considering game performance. It relates to a method, a server and a recording medium.

In general, online games are real-time games using the Internet, and online games have been rapidly growing due to the development of the Internet, and MUD (Multiple), which can be installed on a hard disk drive and connected to an Internet server, can be enjoyed. These include User Dialogue (MUG) games, MUG (Multiple User Graphic) games, Web-based games that can be played only with a browser, and mobile games using mobile phones.

With the world's best broadband and mobile phones, the gaming industry, including online and mobile games, is more than twice the size of the combined film and music market, and is growing in size. It is also highly regarded as the world's strongest online game player, exporting games to China, Taiwan, Japan, Southeast Asia, the United States, and Europe.

Online games played through the Internet are becoming more popular mainly among the youth, and users can download and play game programs provided on the web on their PCs or play games online.

The online game provides a waiting room so that users who enter first wait for a while until the encounter with the opponent, and after the game is over, the result is stored in a connected database, and records or records are managed for each user.

In a conventional online game where a 1: 1 game is played between users, the game with other users selected by the user is simply performed according to general game rules, and when the game is finished, the loser's cyber money is paid to the winner. As it progresses, a game that can not enjoy the game in various forms, which can further improve the user's participation in the game is disclosed in Korean Patent Publication No. 10-2005-0095372.

1 is a view for explaining the structure of a game system via a network according to the prior art. Referring to FIG. 1, the game system 100 is connected to a plurality of user terminals 300 through a network 200 including all networks of various types such as a telephone network, the Internet, and a wireless communication network.

Here, the evaluation server (not shown) selects users who can be rewarded based on the total information stored in the game result database when the competition time, which is the set time at which the game competition for each channel is made, elapses.

After the competition time is over, the winners are selected based on the information stored in the game results database. The evaluation server (not shown) wins the most winning streak during the competition time based on the overall information. The winners are selected in order of users, and if there are users who have the same winning streaks, the winners who have won the winning streak in a shorter time are selected as the winners, which may be at least one winner. Include.

However, such a game system does not have a system for increasing the game time and increasing consumption of game items for users who access the game and start the game. There should be a lot of basics, and this time factor is not taken into account at all, and the criteria for selecting the winners are either a winning streak or data on the most winning streaks, so there is no consideration according to the level of the user, and a uniform compensation criterion must be satisfied. Therefore, there is a problem such as failing to meet the needs (Needs) of a user who wants a variety of content with a variety of skills.

The present application has been made in order to solve the above problems, and as the game time increases to users who access the game and start the game, TS points are gradually or linearly provided as the game time increases, and the user is continuously assigned to the user at the end of the game. It is an object of the present invention to provide a method, a server, and a recording medium for providing a TS-based performance-based reward service that can increase the time spent in a PC room by allowing a game to be played.

The present application may facilitate the purchase of an item by paying TS points, which is a proportional proportion to game time, and induce consumption of specific content desired by a game company by linking TS points with specific content, thereby increasing the income of the game company. It aims to provide a method, a server, and a recording medium to provide a TS-based performance-based compensation service that can be maximized.

This application is based on the temporal factor, but when the game performance is above a certain level, or when completing a specific mission, quest, etc., by providing TS points or items that increase the efficiency of the game money, various compensation criteria Providing a TS-based performance-based reward service that can diversify the TS point acquisition criteria in consideration of factors such as user level by setting the content to induce interest in the game, and providing a server and a recording medium. For the purpose of

The present application satisfies the needs of users who desire various contents and at the same time, provides TS points based on time, but sets various missions and various quests to induce the desire to play the game better. It is an object of the present invention to provide a method, a server, and a recording medium for providing a TS-based performance-based compensation service that can form a structure that can increase the time and a virtuous cycle of item consumption.

By setting various missions and various quests, the present application can stimulate the psychology of a user who wants to acquire TS points, and can bring the effect of promoting and simultaneously selling game items associated with TS points. An object of the present invention is to provide a method, a server, and a recording medium for providing a TS-based performance-based compensation service that can reduce promotional costs for items.

In order to achieve the above object, the present application provides, among the embodiments, a first step of, when a user enters a channel, receives it from a server and stores it as a channel entry log; A second step of, when the user exits the channel, receives the input from the server and stores it as a channel exit log and provides a TS point to the user in proportion to a time difference between the channel exit log and the entry log; It is made to solve the problem using a method of providing a TS-based performance-based compensation service comprising a.

Among the embodiments, when the user enters the channel, the first step of receiving the input from the server and storing the channel entry log; A second step of receiving and storing a game result of the user from a server until leaving the channel; Upon exiting from the channel, the server receives it and stores it as a channel exit log, and provides the user with a TS (Time Spending Point) proportional to at least one variable of the game outcome or the time difference between the channel exit log and the entrance log. Performing a third step; It is made to solve the problem using a method of providing a TS-based performance-based compensation service comprising a.

Among the embodiments, when the user enters the channel, the first step of receiving the input from the server and storing the channel entry log; A second step of, when the user exits the channel, receives the input from the server and stores the same as a channel exit log and provides a TS point (Time Spending Point) proportional to a time difference between the channel exit log and the entry log; A third step of receiving and storing the user's quest achievement level from the server until the quest which is the mission given to the user is achieved, and paying TS points to the user when the quest is completed; It is made to solve the problem using a method of providing a TS-based performance-based compensation service comprising a.

In one or more embodiments, a recording medium recording a program for executing a method of providing a TS-based performance reflection compensation service, the recording medium comprising: a function of receiving a user's input from a server and storing it as a channel entry log; When the user exits the channel, receives the input from the server and stores the channel exit log as a channel exit log and provides a TS point to the user in proportion to a time difference between the channel exit log and the entry log; And a computer-readable recording medium having recorded thereon a program for implementing the program.

In one or more embodiments, a recording medium recording a program for executing a method of providing a TS-based performance reflection compensation service, the recording medium comprising: a function of receiving a user's input from a server and storing it as a channel entry log; Storing and receiving a game result of the user from a server until leaving the channel; Upon exiting from the channel, the server receives it and stores it as a channel exit log, and provides the user with a TS (Time Spending Point) proportional to at least one variable of the game outcome or the time difference between the channel exit log and the entrance log. Function; And a computer-readable recording medium having recorded thereon a program for implementing the program.

In one or more embodiments, a recording medium recording a program for executing a method of providing a TS-based performance reflection compensation service, the recording medium comprising: a function of receiving a user's input from a server and storing it as a channel entry log; If the user exits the channel, receives the input from the server and stores the channel exit log as a channel exit log and provides a TS point to the user in proportion to a time difference between the channel exit log and the entry log; A function of receiving and storing the user's quest achievement level from a server until a quest which is a mission given to the user is achieved, and providing TS points to the user when the quest is completed; And a computer-readable recording medium having recorded thereon a program for implementing the program.

In one embodiment, a communication unit connected to a client to receive an input of the client, and transmits the output data based on the input to the client;

A control unit for controlling each component; A storage unit for storing an ID, a game time, a game result, quest data, and a quest achievement degree of the user who manipulates the client; A TS-based reward unit which provides a TS point (Time Spending Point) proportional to a combination of at least one of the game time, game performance, and quest achievement degree to the user; It includes a server that provides a TS-based performance reflection compensation service including a.

As described above, the disclosed technology of the present application having the configuration as described above provides ① TS users step by step or linearly as the game time increases to users who access the game and start the game, and the user at the end of the game. To continue to play the game, and ② to promote the purchase of items, by linking the TS points and specific content to induce consumption of the specific content desired by the game by paying TS points, a reward proportional to the game time It is possible to maximize the game company's income accordingly. ③ Based on the temporal factor, when the game performance is above a certain level, or when the designated missions or quests are completed, TS points or game money can be provided. Providing items that improve the acquisition efficiency, etc., by setting various reward criteria, It is possible to reinforce the content that causes the user's content, and to diversify the TS point acquisition criteria by considering the factors of the user's level, etc. ④ It meets the needs of users who want various contents and at the same time, TS points based on time By providing a variety of missions and various quests to create a desire to play a better game, by creating a structure that can increase the virtuous cycle of increased game time and item consumption, ⑤ various missions and various quests By setting the, it can stimulate the psychology of the user who wants to obtain the TS points, and can also sell the game items associated with the TS points, and at the same time bring about the effect of promoting them, thereby saving promotional costs for new and existing items. It can have such an effect.

1 is a view for explaining the structure of a game system via a network according to the prior art.
2 is a block diagram illustrating a server that provides a TS-based performance reflection compensation service according to the technology disclosed in the present application.
3 is a block diagram illustrating the operation of a server that provides a TS-based performance-based compensation service according to the technology disclosed in the present application.
4 is a flowchart illustrating a method of providing a TS-based performance reflection compensation service according to the technology disclosed in the present application.
5 is a diagram illustrating an embodiment of a method for providing a TS-based performance reflection compensation service according to the technology disclosed in the present application.

The description of the disclosed technique is merely an example for structural or functional explanation and the scope of the disclosed technology should not be construed as being limited by the embodiments described in the text. That is, the embodiments may be variously modified and may have various forms, and thus the scope of the disclosed technology should be understood to include equivalents capable of realizing the technical idea. In addition, the objects or effects presented in the disclosed technology does not mean that a specific embodiment should include all or only such effects, and thus the scope of the disclosed technology should not be understood as being limited thereto.

Meanwhile, the meaning of the terms described in the present application should be understood as follows.

The terms "first "," second ", and the like are intended to distinguish one element from another, and the scope of the right should not be limited by these terms. For example, the first component may be referred to as a second component, and similarly, the second component may also be referred to as a first component.

It is to be understood that when an element is referred to as being "connected" to another element, it may be directly connected to the other element, but there may be other elements in between. On the other hand, when an element is referred to as being "directly connected" to another element, it should be understood that there are no other elements in between. On the other hand, other expressions describing the relationship between the components, such as "between" and "immediately between" or "neighboring to" and "directly neighboring to", should be interpreted as well.

It should be understood that the singular " include "or" have "are to be construed as including a stated feature, number, step, operation, component, It is to be understood that the combination is intended to specify that it does not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

In each step, the identification code (e.g., a, b, c, etc.) is used for convenience of explanation, the identification code does not describe the order of each step, Unless otherwise stated, it may occur differently from the stated order. That is, each step may occur in the same order as described, may be performed substantially concurrently, or may be performed in reverse order.

The disclosed technique may be embodied as computer readable code on a computer readable recording medium, and the computer readable recording medium may include any type of recording device that stores data that can be read by a computer system . Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device, and the like, and also implemented in the form of a carrier wave (for example, transmission over the Internet) . In addition, the computer-readable recording medium may be distributed over network-connected computer systems so that computer readable codes can be stored and executed in a distributed manner.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the disclosed technology belongs, unless otherwise defined. The terms defined in the commonly used dictionary should be interpreted to coincide with the meanings in the context of the related art, and should not be interpreted as having ideal or excessively formal meanings unless clearly defined in the present application.

Hereinafter, embodiments of the present application will be described in detail with reference to the accompanying drawings.

2 is a block diagram illustrating a server that provides a TS-based performance reflection compensation service according to the technology disclosed in the present application. Referring to FIG. 2, the server 1 that provides the TS-based performance-based compensation service according to the present application includes a communication unit 10, a control unit 30, a storage unit 50, and a TS-based compensation unit 70. .

The communication unit 10 is connected to a plurality of clients by wire or wirelessly, receives an operation such as a keyboard of each client, and controls the compensation data output from the TS-based compensation unit 70 based on the data of the storage unit 50. When 30 is input, it is made to send data through wired or wireless for each of a plurality of clients.

In the present application, a client is defined as the opposite concept of a server that refers to a computer that supplies information, and a user is defined as a natural person who performs an operation of such a client.

The control unit 30 is configured to control each component, and not only is an input / output path of data output from each component, but also stores data when data output from a plurality of clients is input through the communication unit 10. In the case where the game is controlled due to the control to store in the unit 50 and the operation and control of the user who operates the plurality of clients, the operation of the client input through the communication unit 10 is received, and the TS-based compensator 70 ) Control the TS points (Time-Spending Points) calculated by the three variables of ① game time, ② achievements, and ③ quests to be outputted to each client through the communication unit 10.

In the present application, a TS point (Time-Spending Point) is a point given over time, and may be given in linear or stepwise increments with an increase in time, and each point may be used to buy a specific item or to obtain a discount. It is a point that can benefit from giving an item to raise the Stat, which is the ability of each player, or it can function as a game money or a point to buy only a specific item. It can also be said to be the starting point of a virtuous cycle that leads to an increase in item sales due to the provision of points.

In order to prevent users from overusing the TS points by simply accessing the game, the game time is checked and stored from the time when the screen where the game is actually progressed is entered.

In addition, TS points may be awarded when a user achieves an out-of-time variable, such as high game performance or a certain quest achievement, which may be given by a combination of at least one of game time, game performance, or quest. Alternatively, time may be a requirement and achievements or quests may be given by a combination that is sufficient.

The storage unit 50 includes a user information storage unit 51, a game time storage unit 53, a game performance storage unit 55, and a quest storage unit 57, and the user information storage unit 51 includes: In order to distinguish the user operating each client, a unique identification number such as an ID is received and stored, and information about the level of supervision operated by the user, that is, the level of the user is stored.

The game time storage unit 53 stores the start time of the step in which the user connects to the game server and starts the game as a log, the end time of the step in which the user ends the game in the log, and is connected to the game server. The game does not record the time when it is not played, thereby preventing the user from connecting to the server and taking only TS points without playing the game.

The game result storage unit 55 may include a game number 55a, a game score 55b, and a winning streak information 55c. The game number 55a may be a score or more in a certain number of games. In order to check, the number of times until the user accesses and ends, may be stored, or in the case of a quest or a game played for a certain period of time, the number of games 55a for a certain period may be stored.

The game score 55b is stored to compensate for the performance such as paying TS points when there is a certain score difference, and the criteria such as how many points of the game score difference are more than the database of each user's profile, etc. In order to serve as a database for catching these criteria, the record of each game is stored, and the record of the game may be until the user accesses and disconnects, and stores for a certain period of time. It will be apparent that this can also be variously changed.

In the present application, since each user is pre-set to confront another user who matches his or her level, a detailed description thereof will be omitted.

The winning streak information 55c stores information that a user has won in succession by competing with other users of a similar level, or how many times he has won a certain game, and based on information such as winning streak, TS points The criteria for saving for rewards such as paying and winning a game several times in a row, etc. can be changed in various ways based on the database of each user's profile. In order to play the role, the winning history information of each game is stored, and the winning winning information of the game may be until the user accesses and terminates the connection, or may be stored for a certain period of time, and it is obvious that various changes are possible. something to do.

The quest storage unit 57 includes quest data 57a and quest achievement 57b. When the quest data 57a completes the same quests as the respective missions, the user who succeeds the quest receives a reward or reward for the quest data 57a. It is intended to receive, where the contents of each quest quest contents are stored, each of the quest contents can be variously set, may be variously changed, it is obvious that not limited to the following examples.

For example, there may be a quest that accomplishes a mission based solely on the user's ability, such as completing a certain play action, winning a game, or winning a high level user in a game. Achieve missions by equipping items such as increasing the player's stats, purchasing items such as replenishing energy, and spending items such as paying TS points for bigger rewards. There can also be quests, which can be changed in various ways depending on the game company.

With this quest data 57a, the quest achievement 57b stores how successful the user is when the user completes a tree-based quest. For example, the quests are provided in ABC order. For example, if A is achieved by the user, it can be stored as a percentage of 33% or 1/3, which can be variously set.

If all the quests composed of the tree are achieved, the control unit 30 outputs the quest achievement degree 57b to the TS-based compensation unit 70 to receive the TS points or items when the quest is completed. Because it is made to be obtained, the achievement is stored in each.

The TS-based reward unit 70 performs a reward based on the game time 71, the achievement 73, and the quest 75. The TS-based reward unit 70 includes a combination of at least one of three variables 71, 73, and 75. Time 71 may be a necessary condition, and the remaining variables, the performance 73 and the quest 75, may be sufficient conditions so that the time 71 based variable must be satisfied in the performance 73 or the quest 75. You can also compensate for this, which can be changed in various ways.

In this application, the time-based compensation is performed in a dedicated stadium PC room, which ensures the profit generation of the PC room where the game associated with the present application is installed, and induces the user to collect the profits from the game company. In order to do this, rather than play a game at home by providing a variety of benefits, because you come out to the PC room to use the PC room with friends, the PC room installed the game linked to this application is guaranteed a certain amount of revenue, Accordingly, it is possible to gradually increase the PC room where the game is to be installed.

Hereinafter, the operation process will be described in detail with the above configuration.

3 is a block diagram illustrating the operation of a server that provides a TS-based performance-based compensation service according to the technology disclosed in the present application. Referring to FIG. 3A, when a user connects to a server through the communication unit 10 and then connects to the screen after selecting a supervisor, that is, enters a channel, the data of the 1 connection & channel entry is displayed in the communication unit 10. When entering the control unit 30, the control unit 30 outputs to the storage unit 50 to store the ② access log record in the game time storage unit 53.

The reason for recording from the time after entering the channel is that if the user can get TS-based points by simply turning on the computer without connecting to the server but playing the game, It's not at all, it creates an opportunity to buy items with TS-based points, so it can cause inflation in the in-game economy, so it's time to measure after entering the channel to prevent this.

When you enter the channel, the game will change to full screen mode, and you can assume that you are playing the game because you cannot do anything else on your computer.

Therefore, the controller 30 stores the access time and the channel entry time in the game time storage 53 to record from the time after entering the channel, and when the user leaves the channel ③, the controller 30 The game time storage unit 53 of the storage unit 50 requests the ④ log recording and at the same time to store the channel exit time, the game time storage unit 53 outputs the channel entry time and channel exit time control unit ( ⑤ outputs the data ⑥ to the TS-based compensation unit 70.

When the game time data is output to the TS-based compensation unit 70, since the variable is based on the time 71, TS points or rewards that are linearly or stepwise set according to the time 71 are paid. Examples are shown in Table 1 below.

Connection time Auction Fee Discount Coupon Rainbow card LP (game money) 10 minutes 1 page

50% additional payment

20 minutes 1 page Rainbow Card A 1 30 minutes 1 page 40 minutes 1 page Rainbow Card A 1 50 minutes 1 page 60 minutes Chapter 2 Rainbow Card B 1
75% additional payout
70 minutes 1 page 80 minutes 1 page Rainbow Card B 1 90 minutes Chapter 3 Rainbow Card C 1



100% additional payment



100 minutes 1 page 110 minutes 1 page 120 minutes Chapter 4 Rainbow Card C 1 130 minutes 1 page 140 minutes 1 page 150 minutes Chapter 4 Rainbow Card C 1 160 minutes 1 page 170 minutes 1 page 180 minutes Chapter 4 Rainbow Card C 1 after 4 pieces per 30 minutes One Rainbow Card C every 30 minutes 100% additional payment

In the example shown in Table 1, 10 minutes after the initial connection, an auction fee discount coupon is paid, a rainbow card is not paid, and after the game is played, it can be obtained regardless of win or loss. You will be given 50% more game money.

Here, it is about 2 minutes per game, so if you play only 10 minutes of time, you will play about 4 games, at this time, the game money given every time the game is 10000LP, 50% increase Rainbow card is a card that does not know what items will come out by a combination of various items, and the higher the grade A, B, C, the higher the probability of a good card.

The auction fee discount coupon can be used to discount the fees that must be paid to the auction house when you sell or buy an item you own in the auction market. have.

When looking at the time, in this embodiment, the items are to be paid in stages, that is, every 10 minutes, the auction fee discount coupon is more than one hour after that one by one every 10 minutes, but every 30 minutes By gradually increasing the length to 2, 3, or 4, you can gradually increase the length of stay in the PC room.If you try to go to the end of the PC room, but you have 10 minutes to get a double coupon, This is because you may stay longer to receive the coupon.

Rainbow cards are paid in 10-minute increments from 20 minutes to 60 minutes, after which a higher rainbow card is paid, which is paid in 30-minute increments, and over 3 hours, continuously in 30-minute increments. It is to be paid one by one.

Here, if the residence time is more than three hours, four auction fee discount coupons are to be paid in units of 30 minutes. The case is like giving a certain amount of penalties, and it can be made to prevent staying in the PC room for a long time.

Therefore, a table such as this example is stored in the time 71 block of the TS-based compensation unit 70, so that various rewards can be provided according to the time data, and the TS-based compensation unit 70 ⑦ compensation data is output to the output, the control unit 30 outputs the ⑧ compensation payment data to the communication unit 10, to deliver it to the user.

In addition to a reward service where this variable is time, the variable may be a time, a combination of performance or a combination where time is a necessary condition and performance is a sufficient condition, which will be described with reference to FIG. 3B.

When the user connects to the server through the communication unit 10 and goes to the screen after selecting the supervision after connecting, that is, entering the channel, such ① data of access & channel entry is controlled by the control unit 30 through the communication unit 10. ), The control unit 30 outputs to the storage unit 50 to store the ② access log record in the game time storage unit 53.

The reason for recording from the time after entering the channel is that if the user can get TS-based points by simply turning on the computer without connecting to the server but playing the game, It's not at all, it creates an opportunity to buy items with TS-based points, so it can cause inflation in the in-game economy, so it's time to measure after entering the channel to prevent this.

When you enter the channel, the game will change to full screen mode, and you can assume that you are playing the game because you cannot do anything else on your computer.

Therefore, the controller 30 stores the access time and the channel entry time in the game time storage unit 53 so that recording is performed from the time after entering the channel, and the game performance is compensated according to the performance as well as the time. 3 stores game performance data in the storage unit 55, which continues until the user leaves the channel.

Alternatively, time-based rewards are from entering the channel until exiting, but may take some time for performance, so even after you leave, you may continue to store your game performance until you achieve that performance.

When the user leaves the channel ④, the control unit 30 requests the ⑤ log record from the game time storage unit 53 and the game performance storage unit 55 of the storage unit 50 and simultaneously stores the channel exit time. The game time storage unit 53 outputs the channel entry time and the channel exit time, and the game performance storage unit 55 performs game outcomes such as the number of matches 55a, the game score 55b, and the winning streak information 55c. ⑥ output to the control unit 30, the control unit 30 outputs such data ⑦ to the TS-based compensation unit 70.

When the game time data is output to the TS-based compensation unit 70, not only the variable based on the time 71 but also the variable based on the performance 73, the reward according to the time 71 is to be paid as it is. For example, if the performance is high, you can give more rewards over time or pay different rewards.

When the calculated compensation data ⑧ is output from the TS-based compensation unit 70 to the control unit ⑧, the control unit 30 outputs the ⑨ compensation payment data to the communication unit 10 to transmit it to the user.

In addition to a reward service where this variable is time, the variable may be a time, a combination of quests, or a combination where time is a necessary condition and quest is a sufficient condition, which is described with reference to FIG. 3C.

When the user connects to the server through the communication unit 10 and goes to the screen after selecting the supervision after connecting, that is, entering the channel, such ① data of access & channel entry is controlled by the control unit 30 through the communication unit 10. ), The control unit 30 outputs to the storage unit 50 to store the ② access log record in the game time storage unit 53.

The reason for recording from the time after entering the channel is that if the user can get TS-based points by simply turning on the computer without connecting to the server but playing the game, It's not at all, it creates an opportunity to buy items with TS-based points, so it can cause inflation in the in-game economy, so it's time to measure after entering the channel to prevent this.

When you enter the channel, the game will change to full screen mode, and you can assume that you are playing the game because you cannot do anything else on your computer.

Therefore, the controller 30 stores the access time and the channel entry time in the game time storage unit 53 so that the recording starts from the time after entering the channel, and rewards not only the time but also the quest which is the mission given to the user. In order to save the quest achievement result in the quest storage unit 57, it continues until the user leaves the channel.

Alternatively, the time-based reward is from entering the channel to exiting, but it may take some time to complete the quest, so the quest achievement may be stored continuously until the achievement is achieved even after leaving the channel.

When the user leaves the channel ④, the control unit 30 requests the ⑤ log record from the game time storage unit 53 and the game performance storage unit 55 of the storage unit 50 and simultaneously stores the channel exit time. If the game time storage 53 outputs the channel entry time and the channel exit time, and the quest storage 57 outputs the quest achievement degree 57b to the controller 30, the controller 30 is based on TS. This data is output to the compensator 70.

When the game time data is output to the TS-based compensation unit 70, not only the variable based on the time 71 but also the variable based on the quest 75, the reward according to the time 71 is to be paid as it is. For example, if you complete all of the quests, you can give more rewards over time, or you can pay a different reward.

Here, instead of rewarding only when all of the quests are achieved, TS points may be incrementally or linearly increased depending on the achievement rate of the quest, or may be paid in various ways.

When the calculated compensation data ⑧ is output from the TS-based compensation unit 70 to the control unit ⑧, the control unit 30 outputs the ⑨ compensation payment data to the communication unit 10 to transmit it to the user.

4 is a flowchart illustrating a method of providing a TS-based performance reflection compensation service according to the technology disclosed in the present application. As shown in FIG. 4A, FIG. 4A illustrates a case in which the variable of compensation is composed of time only.

When the control unit receives a record of the channel entry, which is a mode for the user to start a game through the communication unit, the control unit starts recording the log in the game time storage unit of the storage unit (S10).

Here, in order to compensate for the time, the time until the user leaves the channel is recorded, and when the user leaves the channel (S30), the controller inputs a log record of the channel leaving the storage unit. Received, and outputs it to the TS-based compensation unit to be made based on the time compensation to the user (S50).

The TS-based compensation unit pays the compensation according to the channel access time, so as to increase the time for the users to stay in the PC room (S70).

Since the embodiment and the detailed description of each step are as described above, overlapping contents will be omitted.

The variable of reward may be not only time, but also a game's achievements, and at least one combination of time, achievements, or combinations of time is a prerequisite and performance is sufficient, and this is illustrated in FIG. 4B.

Referring to FIG. 4B, when the control unit receives a record of the channel entry, which is a mode for starting a game, through the communication unit, the control unit starts recording the log in the game time storage unit of the storage unit (S10).

In order to reward not only time but also game performance, data of game performance is continuously stored in a loop until the user exits the channel (S20a), or when the game performance is displayed over a period of time, channel exit It is also possible to record the time first and reward according to time, and reward according to the performance later.

In the former case, in order to compensate for the time, the time until the user leaves the channel is recorded, and when the user leaves the channel (S30), the controller records the log when the channel exits the storage unit. And the game result is input, and outputted to the TS-based reward unit so that the user is rewarded based on time and game performance (S50a).

The TS-based compensation unit pays rewards according to channel access time (S70), and rewards based on game performance are also paid together with or separately from time rewards (S80), thereby allowing users to stay in the PC room. To increase it.

In the latter case, although not shown in this flowchart, rewards proportional to time are first performed, and rewards based on game performance are inevitably paid after a certain time, so rewards based on game performance are to be paid when the corresponding results are achieved. In step S20a, the game performance data may be continuously returned and stored.

Since the embodiment and the detailed description of each step are as described above, overlapping contents will be omitted.

The variable of reward may be a quest as well as a time, and may be a combination of time, at least one of the quests, or a combination of the time is a necessary condition and the quest is a sufficient condition, which is described in FIG. 4C.

Referring to FIG. 4C, when the control unit receives a record of the channel entry, which is a mode for the user to start a game, through the communication unit, the control unit starts recording the log in the game time storage unit of the storage unit (S10).

In order to perform the reward according to the quest as well as the time, the quest achievement data is continuously stored in a loop until the user exits the channel (S20b), or when the quest must be completed over a period of time, the channel is exited. It is also possible to record the time first to compensate according to time, and to reward according to the quest later.

In the former case, in order to compensate for the time, the time until the user leaves the channel is recorded, and when the user leaves the channel (S30), the controller records the log when the channel exits the storage unit. And the quest achievement rate is input and outputted to the TS-based compensation unit so that the user is rewarded based on time and quest achievement rate or when the quest is achieved (S50b).

The TS-based compensation unit pays rewards according to channel access time (S70), and rewards when the quest achievement rate or all are achieved are also paid together or separately according to time (not shown). To increase the time spent in the.

In the latter case, rewards in proportion to time are given first, and rewards based on quests must be paid after a certain period of time. Therefore, rewards based on quests should be paid when the quests are completed, and continue until the quest is completed. The loop may return to step S10 where the achievement may be stored and then stored.

In this case, when the quest is completed, that is, when all the quests are achieved (S90a), the reward data according to the completed quest is executed by the quest block of the TS-based compensation unit and outputted (S90b).

Since the embodiment and the detailed description of each step are as described above, overlapping contents will be omitted.

5 is a diagram illustrating an embodiment of a method for providing a TS-based performance reflection compensation service according to the technology disclosed in the present application. In FIG. 5A, an example in which a quest is composed of a binary tree and a quest for player management is performed is not limited thereto.

In the present embodiment, if a TS point is received based on time, a binary tree that allows all of them to be invested to obtain a larger TS point. In order to improve a player's pass ability, a certain amount of TS points must be invested. A certain amount of TS points must be invested to improve long pass capability.

In such a case, if the TS points are insufficient, the ability of the players cannot be increased. Therefore, the user inevitably stays in the PC room to obtain TS points, and the TS obtained as the length of time staying in the PC room becomes longer. Since there are many points, in order to improve the skills of the players, the user increases the time spent in the PC room.

In each tree, once one step is achieved, it may be made to proceed to the next step, or it may be progressed sequentially or reversely, which may be variously set, and is not limited to such player management items. It will be self explanatory.

Therefore, if you set up each tree to improve the ability of players in various positions in managing each player and give TS points where to write them, but also need TS points to write TS points, With the effect of increasing the PC room remaining time, it is possible to increase sales in a virtuous cycle for game companies and PC owners.

In FIG. 5B, the quest is composed of a binary tree, and the result of the quest is not a performance improvement of the players, but a TS point is provided, which is different from FIG. 5A in which TS points are written. Although a case is described, it is obvious that it is not limited to this example.

In this embodiment, when the user achieves an excellent grade in game performance or purchases an item, TS points can be paid. However, in the former case, TS points are paid only when the excellent grade is provided. Compensation is made, and in the latter case, since TS points are paid when the item is bought and the game company's sales are increased, the game company can make a great contribution to increasing the game company's sales.

For example, if you win 3 wins in 1 hour, you can choose to replace your shoes and buy drinks and finally get 10,000 TS points, or 3 wins in 1 hour. , And gradually win 2 to earn 50,000 TS points, which can be selected by the user, and in such cases, you can choose how to proceed to the next level after completing one step in the forward direction. have.

In addition to these trees, a variety of trees can be created, where each tree can be made to progress to the next level as one step is achieved, or it can be run sequentially or backwards, which can be varied. It is obvious that such game achievements or items are not limited to the tree from which the item is purchased.

Thus, you can set up each tree to show your skills or purchase items, and get a chance to earn TS points, but you can continue to play the game to earn TS points or earn money. If necessary, it can bring the effect of increasing the user's PC room remaining time, thereby increasing sales in a virtuous cycle for game companies and PC operators.

The present application ① TS points to the users who started the game by accessing the game step by step or linearly as the game time increases, and at the end of the game to the user at the end of the game to continue to play the game, in the PC room It is possible to increase the time spent, and ② by paying TS points, which are proportional to the game time, to promote the purchase of items, and induce consumption of specific content desired by the game company by linking TS points with specific contents. In this way, the income of the game company can be maximized. ③ Based on the temporal factor, when the game performance is above a certain level or when the designated missions or quests are completed, the TS points can be provided or the game money can be obtained more efficiently. Content that raises interest in the game by setting various reward criteria by providing items to increase It is possible to diversify the TS point acquisition criteria in consideration of factors such as the level of the user, and ④ to satisfy the needs of users who desire various contents and to provide TS points based on time. By setting up various missions and various quests to create a desire to play the game better, it is possible to form a structure that can lead to a virtuous cycle of increase in game time and item consumption. ⑤ By setting various missions and various quests, It can stimulate the psychology of the user who wants to obtain the TS points, can sell the game items associated with the TS points and at the same time can bring the effect of promoting, saving the promotional costs for new and existing items.

It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit and scope of the present invention as set forth in the following claims It can be understood that

1: Server that provides TS-based performance-based compensation service
10: communication unit 30: control unit
50: storage unit 51: user information storage unit
53: Game Time Store 55: Game Performance Store
55a: Number of matches 55b: Match score
55c: Winning Information 57: Quest Storage
57a: Quest Data 57b: Quest Achievement
70: TS based compensation unit 71: time
73: Achievement 75: Quest

Claims (16)

A first step of receiving a user's entry into a channel and storing it as a channel entry log;
A second step of, when the user exits the channel, receives the input from the server and stores it as a channel exit log and provides a TS point to the user in proportion to a time difference between the channel exit log and the entry log;
How to provide a TS-based performance reflection compensation service comprising a.
The method of claim 1, wherein the TS point is
Method for providing a TS-based performance reflecting compensation service characterized in that the proportional step by step or linearly according to the time difference.
A first step of receiving a user's entry into a channel and storing it as a channel entry log;
A second step of receiving and storing a game result of the user from a server until leaving the channel;
Upon exiting from the channel, the server receives it and stores it as a channel exit log, and provides the user with a TS (Time Spending Point) proportional to at least one variable of the game outcome or the time difference between the channel exit log and the entrance log. Performing a third step;
How to provide a TS-based performance reflection compensation service comprising a.
The method of claim 3, wherein the variable
The time difference is a prerequisite, and the game outcome is at least one of a combination of sufficient conditions.
The method of claim 3 or 4, wherein the game performance
A method of providing a TS-based performance-based reward service comprising at least one of a game count, a game score, and a winning streak information in a game.
The method of claim 3 or 4, wherein the TS point is
Method for providing a TS-based performance reflecting compensation service, characterized in that paid in proportion to the time difference, game performance step by step or linearly.
The method of claim 3 or 4, wherein the second step and the third step
If the user exits the channel, receives the input from the server and stores the received information as a channel exit log to provide the user with TS points proportional to a time difference between the channel entry log and the channel exit log;
Until a certain game result is achieved, receiving and storing the game result of the user at the server, and giving the user TS points proportional to the game result;
Method for providing a TS-based performance reflecting compensation service, characterized in that replaceable.
A first step of receiving a user's entry into a channel and storing it as a channel entry log;
A second step of, when the user exits the channel, receives the input from the server and stores the same as a channel exit log and provides a TS point (Time Spending Point) proportional to a time difference between the channel exit log and the entry log;
A third step of receiving and storing the user's quest achievement level from the server until the quest which is the mission given to the user is achieved, and paying TS points to the user when the quest is completed;
How to provide a TS-based performance reflection compensation service comprising a.
The method of claim 8, wherein the second step and the third step
Storing the user's quest achievement in the server until the user exits the channel;
When the user exits the channel, the server receives this information and stores it as a channel exit log, and provides a TS point (Time Spending Point) proportional to at least one variable of the quest achievement or the time difference between the channel exit log and the entry log. Doing;
Method for providing a TS-based performance reflecting compensation service, characterized in that replaceable.
The method of claim 9, wherein the variable is
The time difference is a prerequisite, and the quest achievement is at least one of a combination of sufficient conditions.
The method of claim 9, wherein the TS point is
Method for providing a TS-based performance reflecting compensation service, characterized in that paid in proportion to the quest achievement step by step or linearly.
Claims [1] A recording medium recording a program for executing a method of providing a TS-based performance reflection compensation service,
When a user enters a channel, receives the input from the server and stores the channel entry log;
When the user exits the channel, receives the input from the server and stores the channel exit log as a channel exit log and provides a TS point to the user in proportion to a time difference between the channel exit log and the entry log;
A computer-readable recording medium that records a program that implements the program.
Claims [1] A recording medium recording a program for executing a method of providing a TS-based performance reflection compensation service,
When a user enters a channel, receives the input from the server and stores the channel entry log;
Storing and receiving a game result of the user from a server until leaving the channel;
Upon exiting from the channel, the server receives it and stores it as a channel exit log, and provides the user with a TS (Time Spending Point) proportional to at least one variable of the game outcome or the time difference between the channel exit log and the entrance log. Function;
A computer-readable recording medium that records a program that implements the program.
Claims [1] A recording medium recording a program for executing a method of providing a TS-based performance reflection compensation service,
When a user enters a channel, receives the input from the server and stores the channel entry log;
If the user exits the channel, receives the input from the server and stores the channel exit log as a channel exit log and provides a TS point to the user in proportion to a time difference between the channel exit log and the entry log;
A function of receiving and storing the user's quest achievement level from a server until a quest which is a mission given to the user is achieved, and providing TS points to the user when the quest is completed;
A computer-readable recording medium that records a program that implements the program.
A communication unit connected to a client to receive an input of the client and to transmit data output based on the input to the client;
A control unit for controlling each component;
A storage unit for storing an ID, a game time, a game result, quest data, and a quest achievement degree of the user who manipulates the client;
A TS-based reward unit which provides a TS point (Time Spending Point) proportional to a combination of at least one of the game time, game performance, and quest achievement degree to the user;
Server providing TS-based performance-based compensation service comprising a.
The method of claim 15, wherein the TS-based compensation unit
The game time is a necessary condition, the server for providing a TS-based performance reflecting compensation service, characterized in that to provide TS points in proportion to at least one of the combination of the game performance, the quest achievement degree is sufficient condition.

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