KR101733347B1

KR101733347B1 - Time Account Management System with Online Schedule Trading Service

Info

Publication number: KR101733347B1
Application number: KR1020160034019A
Authority: KR
Inventors: 신윤수
Original assignee: 신윤수
Priority date: 2016-03-22
Filing date: 2016-03-22
Publication date: 2017-05-19

Abstract

According to the present invention, a schedule management system having an online-based schedule transaction function comprising: a user registration module which generates users account information; a schedule generation module comprising a schedule detail information reception unit for receiving input of schedule detail information including schedule title information, schedule initiation information, schedule termination information, schedule location information, schedule memo information, and schedule notification information from the user and a schedule block generation unit for generating a schedule block with at least one or more types of the schedule detail information selected by the user; a schedule frame generation module comprising a schedule block selection unit for receiving selection of the schedule block information from the user, a schedule block arrangement unit for re-arranging the selected schedule block information in accordance with predetermined rules, and a schedule frame generation unit for generating a schedule frame by making the re-arranged schedule block information be included in a visually exposed frame. When a user purchases a model schedule frame in a schedule frame market arranged in the system, the user can add the purchased model schedule frame to a schedule frame the user previously has and can continuously perform update of changes.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a schedule management system having an online-

The present invention relates to a schedule management system having an online-based schedule trading function. More specifically, the present invention relates to a schedule management system for notifying a user of movement information to a location input on a schedule using a GPS based on an online network, To a schedule management system having an online based schedule trading function.

Schedule Management SW (App / Program) presents a variety of ways to organize and execute TO-DO (tasks) based on GTD (Getting Things Done). It is mainly used to categorize and subdivide tasks of users, It provides an interface that allows you to set and change the time order, such as sharing and priority of subdivided work. However, in the known schedule management program, tasks are scattered within the category and not only the relationship setting between tasks is poor, but there is a limit or lack of linkage with the location base, And there was a lack of connectivity such as schedule sharing among the personnel to be carried out. In addition, there was a problem that projects could not identify objectively recognized schedules with good planning when setting goals such as study / work.

In order to prevent such a problem, a schedule management system having various online-based schedule trading functions is disclosed.

Japanese Patent Application Laid-Open No. 10-2015-0102840 (Schedule Management Method between Group Users), a method for electronically managing a schedule on-line, comprising: generating first calendar information of a first user; Generating second calendar information of a second user; Sharing the first calendar information and the second calendar information with the first user and the second user; Receiving a shared schedule creation request of the first user or the second user; Extracting a first blank schedule in the first calendar information; Extracting a second blank schedule in the second calendar information; Determining a common vacancy schedule extracted by overlapping the first vacancy schedule and the second vacancy schedule as a first scheduled section; And a step of generating a shared schedule for the first calendar information and the second calendar information on the basis of the first scheduled interval, or a method of sharing a schedule among users , It is a technology to determine a schedule interval of the first user and the second user as a schedule interval and to apply each schedule to a schedule interval so that it is a technique utilized to fill a blank interval of a single schedule. There is a problem that a solution to the method of sharing and applying the schedule list among the users and the method of informing the user of the movement information generated by comparing the position information inputted in the schedule with the position information of the current user has not been proposed.

Also, the Korean Registered Patent No. 10-1368680 (a calendar server that executes the smart calendar providing method) discloses a smart calendar providing method performed in a calendar server that manages a user group including at least one user terminal, Receiving a schedule for a first user or receiving an image via a second user terminal to update a user group calendar that includes a user album and a user schedule and receiving the updated user group calendar from the at least one user terminal, . Accordingly, the present invention is a technology for automatically synchronizing an updated user group calendar with at least one user terminal when the user group calendar is updated by at least one user terminal, It is a technology that allows users to automatically share and modify their schedule through the calendar. It is a little different from the technique of adding a schedule to a personal calendar through a list of a plurality of schedules and trading, and in addition, There has been a problem that a solution to the method of notifying the user of the generated movement information by comparing the position information of the current user with the position information of the current user has not been proposed.

Therefore, there is a need to develop a schedule management system having an online-based schedule trading function that notifies the user of the time information to the location input on the schedule using the GPS based on the online network, and has the P2P- do.

SUMMARY OF THE INVENTION It is a general object of the present invention to provide a system for generating and managing one or more pieces of information related to a schedule in a predetermined batch from a user.

Another object of the present invention is to provide a market for selling a generated bundle to share with users or to automatically update when a revision occurs.

It is still another object of the present invention to provide a means for guiding a predicted time taken to move to a position included in a next schedule together with schedule information in consideration of a user's pattern.

To achieve the above object, according to the present invention, there is provided a schedule management system having an on-line schedule transaction function, comprising: a user registration module for generating account information of a user; A schedule content information receiving unit for receiving schedule content information including schedule title information, schedule start information, schedule end information, schedule location information, schedule memo information, and schedule notification information from the user; A schedule generating module including a schedule block generating unit for generating schedule blocks with schedule content information; A predetermined block selector for selecting at least one or more predetermined block information from the user, a predetermined block arrangement unit for rearranging the selected predetermined block information according to a preset rule, And a predetermined frame generation module for generating a predetermined frame by including it in a frame.

In addition, the schedule management system may include at least one of a schedule frame upload unit that includes the schedule frame and uploads a schedule schedule file that stores a schedule of the user, and at least one of schedule content information of the uploaded schedule schedule frame A sample good frame information providing unit for generating sample good frame information and displaying it on a sample confirmation window of the user module; a settlement unit for performing a settlement for the purchase of the good frame from the user; And a preferred frame frame applying unit that includes a frame in the predetermined frame held by the user at a position corresponding to the predetermined block information.

In addition, the predetermined frame may be divided into at least two areas, and the exemplary frame adaptation unit may be configured such that, in one area of the certain frame, the predetermined block information held by the user and the exemplary regular frame correspond to each other And if the user selects at least one of the certain block information or the best-case frame located in the one area, the at least one predetermined block information included in the certain block information or the good frame is added To form a detailed schedule block display part to be displayed.

In addition, the predetermined frame market module may include a best-case frame change detection unit for detecting whether a change of the predetermined block information included in the best-effort schedule frame is generated from the best-case schedule holding user, When the approval information is received, the change of the predetermined block information is also linked to the user to update the exemplary schedule frame in the same manner.

The predetermined frame market module may further include a text schedule storage unit for generating a text schedule DB in which all the information included in the exemplary schedule frame is stored in a text form and a keyword schedule storage unit for receiving keyword information constituting the schedule content information from the user And a text matching result presenting unit for outputting the predetermined content information matching the keyword information to the user module in the text matching unit. do.

In addition, the predetermined frame market module may include a hidden processing unit for specifying at least one of the certain block information to be hidden from the best-case schedule holding user, and a hidden processing unit for receiving the hidden processing cancel signal from the best- And an unshielding removing unit for unshielding the image.

In addition, the certain frame market module may further include a notification generating unit for releasing the hidden process from the hidden decrypter and outputting guidance information so that the user can concentrate.

The predetermined frame market module may further include a sound sample output unit for outputting sample sound data from an example sound data DB storing a plurality of sample sound data having different frequencies within an audible frequency band range, A sound sample selection unit for selecting sample sound data and selecting a custom frequency band, and an audible frequency band paradox for converting and storing the guide information into the customized frequency band.

The schedule frame market module may further include a name library including a plurality of person name information. The schedule content module compares the schedule information constituting the best-fit schedule frame with the person name information, A matching unit, and a person name hiding unit for hiding the predetermined content information matching the person name information in the person name matching unit.

The schedule information receiving unit further receives schedule participant information, which is a name of a participant who is to schedule a schedule with the user, and the schedule management system separates the schedule participant information by each hour to determine the ratio of participant A time statistics unit for each participant that generates a time graph of each participant by dividing the schedule participant information into time statistics information for each participant and displays the graph as a visual graph; And a schedule statistic module configured to store the statistical information.

The schedule management system may further include a user position determination unit for determining current position information of the user from a user module held by the user, and a controller for comparing the current position information with the predetermined position information, A user pattern recognition unit for receiving the current position information of the user in real time from the user module and generating additional movement time information which is time information while the current position information is stopped; A user required time calculator for calculating the expected time information of the user by adding the additional travel time information to the expected time information; And a schedule guide section for controlling the display of notification information It characterized by including horizontal.

Finally, the user may have a user module including a touch-type display capable of receiving a touch signal, and the schedule management system may further comprise: when the predetermined block or the predetermined frame is displayed on the user module, And a draw control module for performing a specified operation by moving the predetermined block or the predetermined frame to a designated position through a drag-touch signal input of the user in the touch-type display.

According to the schedule management system having an online-based schedule trading function according to the present invention,

1) a system for generating schedule blocks by receiving schedule content information from a user, generating a schedule frame by grouping at least one schedule block, and managing the schedule on-line,

2) Create a best-case schedule frame and sell or purchase it through a schedule frame market provided in the system. Also, it can add a purchased best-effort schedule frame to a user's existing schedule frame or update system continuously. In addition,

3) It has an effect of grasping the movement pattern of the user, calculating the estimated time to the position included in the schedule, and informing the user together with the schedule information.

1 is a conceptual diagram showing a schematic configuration of a schedule management system of the present invention;
2 is a block diagram showing a detailed configuration of a schedule management system according to the present invention;
3 is a block diagram showing a configuration in which a schedule frame market is applied to the schedule management system of the present invention.
4 is a block diagram showing a configuration in which the calculation of a predetermined time period is enhanced in the schedule management system of the present invention.
5 is a conceptual diagram showing a touch screen of a user module.
6 is a block diagram illustrating an example of a process utilizing a scheduling system in a user module;

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

1 is a conceptual diagram showing a schematic configuration of a schedule management system according to the present invention.

The schedule management system 2 of the present invention is a schedule management system that receives information related to a schedule from the user 1 and improves the communication function through a certain sharing among users.

In the present invention, the user 1 is an object having a user module 12 (for example, a smart phone, a PDA, a notebook PC, or the like) having a display and a communication facility, The schedule management system according to the present invention receives information related to a schedule from a user and manages the schedule, and when the location information included in the schedule exists, The user 1 obtains the positional information of the user 1 through the user module 12 possessed by the user and calculates the estimated time required for the user 1 and provides the calculated time to the user 1, Means a system for designating another user (1) as a shared user and sharing a schedule when it is desired to share information related to the schedule with the user (1).

2 is a block diagram showing the detailed configuration of the schedule management system of the present invention.

The schedule management system 2 of the present invention includes a user registration module 21 for receiving information related to an individual from a user 1 and registering the user in the schedule management system 2, A schedule generation module 22 for receiving information and generating schedule block information, a schedule generation module 22 for combining at least one schedule block information from the user 1 in a predetermined frame, and displaying the selected schedule block information in a user module held by the user, A statistical module 24 for providing the user with certain statistical information that has been performed after the predetermined schedule has been performed, and a statistical module 24 for providing the statistical information to the user module 12 when the predetermined block or the predetermined frame is displayed on the user module 12. [ When the predetermined block or the predetermined frame is moved to the designated position through the input of the drag touch signal of the user 1 in the display, It is composed of the draw control module 25.

Each of the detailed configurations will be described in order.

The user registration module 21 receives information related to an individual user from the user 1 and registers the user in the schedule management system 2.

The information related to the individual user includes e-mail information including an e-mail address, photograph information including a photograph or a picture uploaded by the user, gender information including sex of the user, Date of birth information including birthday information, and user-based position information on which the GPS coordinates of the corresponding position are stored by receiving a position to be a user's best reference.

The information related to the individual is received by the user registration module 21, and the account information is created by registering the user account in the schedule management system 2. In other words, the account information is generated at the portal site, the cafe, It is the same as requesting and proceeding with membership.

The schedule creation module 22 receives information related to a schedule from the user 1 and registers the schedule information in the schedule management system 2. [

The information related to the schedule includes schedule title information that is a title of the schedule and is displayed to the user (1) so that the type of the schedule can be confirmed, schedule start information including the year, month, day, Schedule end information including the year, month, day, and time information at which the schedule ends, schedule position information that receives the location of a place where the schedule is to be fired from the user and stores GPS coordinates of the location, A schedule memo information for adding data and the like and a schedule announcement information for informing that the start of a schedule has come before the schedule starts, including date and time information for displaying the notification and schedule information to be displayed .

The schedule information receiver 221 receives the information related to the schedule and processes the schedule information into certain block information in the schedule block generator 222 again. In short, it is the same as creating a schedule in a calendar or to-do application used in a smartphone or a PC.

However, as information related to the schedule, certain participant information, which is the name of a participant to be scheduled together, is further input from the user 1 in certain block information. However, the participant's name can be full name, nickname, initial name, alias, etc., but it is most preferable to use the full name. The schedule participant information may be classified into at least two groups by the user. For example, it can be divided into categories of participants by relationship, work, play, travel, learning, health, and other purposes, or grouping by intimacy of colleagues, lovers, friends, family members. This classification will be used later to derive the schedule statistics, which will be described in more detail in the schedule statistics module 24 below.

When the at least one certain block information is selected from the user 1, the schedule frame generation module 23 incorporates the at least one certain block information into a visualized frame and combines them into a predetermined frame, and displays the combined information in the user module 12 held by the user 1 That is, one or more schedule block information is combined to generate a certain frame.

A predetermined block selection unit 231 for selecting at least one predetermined block information from the user 1, a fixed block arrangement unit 232 for rearranging the selected fixed block information according to a preset rule, And a certain frame generation unit 233 for forming a certain frame by including the information in a visually expressed frame.

The predetermined block arrangement unit 232 rearranges the selected predetermined block information according to a predetermined rule. Here, the preset rule may be a reference such as a time order, a title order, a priority order, a place, and the like .

When a certain frame is used, it is possible to manage the linked certain block information in a single frame and to manage it more conveniently when the user manages certain block information separately.

In addition, a certain frame can be more easily shared with a user who has purchased a certain frame in the certain frame market module 26 to be used, and a detailed utilization method will be described in a certain frame market module 26.

The schedule statistical module 24 provides the user with certain statistical information performed after the schedule is performed.

At this time, the schedule statistical module 24 divides the schedule participant information by each hour, generates a percentage of participants together as time-based participant statistical information, and displays the time-based participant statistic part 241 and schedule participant information as a graph And a time statistics unit 242 for each participant that generates a time graph of the participant's time as statistical information for each participant and displays the graph as a visual graph.

This is the result of the above-mentioned schedule participants' classification, which is the result of dividing the participants into time, giving the number of participants who participated in each hour, and finally collecting the statistical information of the participants by time. In addition, the classification per participant is obtained by dividing the participants into at least one category, assigning the time allocated to each category, and finally obtaining the statistical information of the participants by the statistics.

Based on the statistical information thus derived, the time-based participant statistic unit 241 and the per-participant time statistic unit 242 finally generate a visual graph. Such a visual graph may be a variety of known graph formats such as circle, pie, line, column, and distribution, and may be freely changed according to a user's request. When the visual graph is formed, the user can check or acquire the statistical information more intuitively and quickly than when checking the statistical information only with the existing numerical value.

In addition, the schedule statistical module 24 may include a comparison reference information receiving unit for receiving comparison reference information that specifies a reference classification or a reference number to be a comparison reference in time-based participant statistical information or per-participant time statistical information from a user, A ratio calculation unit for generating ratio information by comparing the star time statistical information with the comparison reference information, a ratio guide unit for controlling the ratio information to be displayed on the user module, the advice advice information from the user, and the advice photograph information, A consultation block generating unit for generating advice block information including at least one or more of at least one of a consultation storage unit and schedule advice information, Advice pop-up transfer that controls at least one and advice block information to be displayed together A may be configured to further include.

Unlike the statistical units described above, the comparison reference information receiving unit is used to derive the ratio occupied by the time-based participant statistical information and the per-participant time statistical information, and the comparison reference information specifying the reference classification or the reference number for comparison is received from the user . In this case, in the case of the comparison standard information, it is common to use the entire classification or the entire personnel, but it is needless to say that the classification information or the specific personnel may be used according to the need.

Next, the ratio operation unit compares time-based participant statistical information or per-participant time statistical information with comparison reference information and generates ratio information. Here, the ratio information means the participant statistical information by time or the time statistical information per participant. If the comparison standard information is assumed to be a total classification or a total number of persons, the ratio value of the statistical information will be deduced in the case of the participant statistical information by time. In the case of the time statistical information per participant, The ratio value is derived and is referred to as ratio information.

The ratio information unit controls the derived ratio information to be displayed on the user module. The ratio information is used not only when the user requests the confirmation of the ratio information, but also when displaying the statistical information in a visual graph, So that it can be displayed together.

3 is a block diagram showing a configuration in which a schedule frame market is applied to the schedule management system of the present invention.

The schedule management system 2 of the present invention has a sales and sharing function for a plurality of users 1 to utilize by selling a generated schedule frame to another user 1 and interworking such that a certain frame is constantly updated even after sales And may further comprise a fixed frame market module 26.

The schedule frame market module 26 includes a schedule frame upload unit 261, a sample best frame provision unit 262, a settlement unit 263, a best practice frame application unit 264, A text matching unit 269, a text matching result presentation unit 269, a hidden processing unit 270, a text matching unit 270, An acoustic example output unit 273, a sound sample selection unit 274, an audible frequency band paradox setting unit 274 for converting and storing the guidance information into a customized frequency band, A person name matching unit 276, and a person name concealment processing unit 277, as shown in Fig.

The technical idea underlying the configuration is described first. At least one predetermined frame is transmitted to the account information included in the account selection information, and the predetermined frame is transmitted to the account selected to share the schedule. It is similar to peer to peer (P2P) file sharing method. First, user creates certain block information, combines it into a schedule frame, prepares to share, selects an account to share schedule, The same schedule frame can be received from a plurality of accounts and viewed and utilized.

Further, as a modification of the schedule management system 2, it is possible to utilize a certain frame market in which certain frames can be traded. A certain frame market is a frame that can be traded in cash or virtual currency.

To explain this more easily, explain each section in detail.

The best-case schedule frame uploading unit 261 allows the best-effort schedule holding user 11 having a best-effort schedule frame that can be used as a schedule of another user 1 to upload a best-effort schedule frame to the system. Here, the exemplary schedule frame is a certain frame applicable to the schedule of another user 1. In other words, the user can copy and use the study schedule or the business schedule of another user as it is. Also, the best-case schedule holding user 11 means the user 1 who has generated such a good frame. For the sake of more detailed explanation, for example, in selling a study schedule, a student (user (1)) intends to sell the schedule frame generated by the first school in such a way that the student can utilize it. At this time, the whole school # 1 is the best-case schedule user 11, and the generated schedule frame is the best-case schedule frame. The first class person who is the best schedule holding user 11 judges that his or her schedule frame has an excellent learning effect and uploads it as a best schedule frame to a certain frame market and tries to sell it to another user. In this case, the best-case schedule frame held by the best-case schedule holding user 11 is first uploaded through the best frame schedule frame upload unit 261.

The sample fine schedule frame providing unit 262 converts at least one or more pieces of the predetermined content information of the uploaded good frame to sample good frame information and provides it to the other user 1. [ In other words, the example of uploading the exemplary schedule frame to the schedule frame market is to sell the corresponding schedule frame to the other user 1. For this purpose, the other user 1 can check the approximate information of the schedule frame Some content needs to be disclosed. Accordingly, at least one of the schedule content information of the uploaded good frame is extracted and converted into sample good frame information. In other words, it is possible to disclose the schedule title or some block information to another user through the generation of the sample good schedule frame information before the sale.

The payment unit 263 requests the other user 1 who has requested the purchase of the currency and value pre-designated by the best-case schedule user when receiving the purchase request of the best-case schedule frame from the other user 1. [ Since it is the same configuration as the payment module generally used in Internet commerce, detailed description is omitted.

When the other user 1 who has requested the purchase has completed the settlement, the exemplary schedule frame applying unit 264 transmits the exemplary schedule frame to the other user 1 requesting the purchase, To be compared with certain block information. In other words, the existing schedule information of another user 1 is kept as it is, but the best schedule frame is inserted into one side of the schedule frame and displayed on the user module. Thus, the original schedule information and the best schedule frame information To be confirmed at the same time. With this configuration, it is possible to compare the original schedule with the best-fit schedule frame information, or to modify the original schedule with reference to the best-fit schedule frame information.

The exemplary schedule frame application unit 264 will be described in more detail as follows.

The constant frame is divided into at least two areas. In addition, the exemplary schedule frame application unit 264 positions the certain block information held by the user in one area of a certain frame and the exemplary schedule frame in parallel so as to correspond to each other. In another area, A detailed schedule block display part for additionally displaying certain block information or at least one or more schedule block information included in the good case frame is formed when selecting at least one of the good schedule frames.

For example, assuming that the first area, the second area, the third area and the fourth area are formed in the clockwise direction from the area in the north-western direction,

Conventionally, certain block information previously held by the user is located in the first area, and the user purchases a best-case frame and positions the best-case frame in a second area positioned in parallel to correspond to the first area. If the user selects certain block information located in the first area, the detailed contents of certain block information located in the first area are displayed in the fourth area, and if the user selects the best frame in the second area, The detailed contents of the exemplary schedule frame located in the second area are displayed. This can be more easily utilized in the hidden processing unit 270, and will be described in detail once again in the detailed description of the corresponding part.

The following is a structure for updating the updated schedule block information with the updated schedule block information from the best schedule schedule user 11 to the user who purchased the best schedule frame.

The best-fit schedule frame change detection unit 265 detects whether a change in the predetermined block information included in the best-fit schedule frame is generated from the best-case schedule holding user 11. When the best-case schedule holding user 11 changes the certain block information included in the best-fit schedule frame, the best-case frame change detection unit 265 detects the change, stores the change of the predetermined block information, And prepares the transmission to the user (1).

Upon receiving the change sharing grant information from the best-case schedule holding user 11, the best-case schedule frame change applying unit 266 updates the best-fit schedule frame in the same manner as the user 1 by interchanging the changes of the certain block information. To be more specific, the change of a certain block is transmitted from the best-case schedule holding user 11 to the user 1 who purchased the best-case frame to update the change. Through this process, the user (1) who has purchased the exemplary schedule frame is also able to keep the latest schedule information by updating certain fluctuations of the user of the exemplary schedule holder (11).

The following is a method for easily retrieving the user 1 so that it can purchase the desired exemplary frame.

The text schedule storage unit 267 generates a text schedule DB in which all information included in the best-fit schedule frame is stored as text data. As described above, the information included in the best-fit schedule frame includes schedule title information, schedule start information, Schedule end information, schedule position information, schedule memo information, and schedule announcement information, and generates a text schedule DB by textizing all of the information.

The text matching unit 268 receives the keyword information constituting the certain content information from the user 1 and searches for the match in the text schedule DB. For example, when the user searches for keyword information 'study' Search for whether the text 'study' is consistent with the texts stored in the text schedule DB and derives all schedule content information including 'study'.

The text matching result presentation unit 269 outputs certain content information matching the keyword information in the text matching unit 268 to the user module. After the text matching unit 269 derives all the predetermined content information including 'study' in the text matching unit And outputs an optimal exemplary schedule frame according to a user-specified criteria or a system-specified criteria. It is most preferable that the derivation of the best-fit schedule frame presents the matching result to the user in the order of the best-fit schedule frame in which the most searched keywords are included in the predetermined content information.

The following is based on the concern that even if the owner of the best-in-class schedule selects an account to share, the schedule may be unreasonably disclosed to a third party due to a mistake or a leak, and in order to reduce this risk, It is possible to apply a hidden process which is a security measure.

A hidden processing unit (270) for specifying at least one of certain block information included in at least one predetermined frame transmitted to the user (1) as a hidden process, and a hidden processing unit A notification generating unit 272 for outputting guidance information to concentrate the attention of the shared user before the hidden processing is canceled in the hidden removal unit 271, A sound sample output unit 273 for outputting sample sound data from the sample sound data DB storing a plurality of sample sound data having different frequencies within a predetermined range, An audio sample selection unit 274 for selecting an audio frequency band to convert and store the guide information into the custom frequency band, (275).

The hidden processing unit 270 specifies hidden processing of at least one or more certain block information included in at least one or more exemplary predetermined frames transmitted from the best-effort schedule holding user. More specifically, The schedule start information, the schedule end information, the schedule position information, the schedule memo information, the schedule information, and the schedule information included in the schedule block information according to the discretion of the schedule management system 2 or the request of the best- It is also possible to hide some or only a part of the notification information.

It is also possible to apply to the hidden processing unit 270 dividing a certain frame into at least two areas in the above-mentioned exemplary regular frame application unit 264. [ As described above, in the case of dividing into four areas (the first area, the second area, the third area, and the fourth area), the best-case schedule user 11 designates the at least one area of the area to be hidden It is also possible.

When the hidden process removal signal is received from the best-case schedule holding user 11, the hidden removal unit 271 cancels the hiding process of certain block information. At this time, various hidden decryption methods such as a password, a voice signal, and push information inputted by the best-case schedule holding user 11 can be used as the hidden process release signal. The user module 12 held by the best- The hiding remover 271 recognizes the hiding process cancel signal and cancels the hiding process applied to the good frame.

The notification generating unit 272 outputs guidance information for allowing the user 1 to concentrate attention while canceling the hidden process at the hidden removal unit 271. [ In this case, the guide information may include various general guide sounds such as a simple mechanical sound, a whistle sound, a bell, a narrative voice guide, and a classical music. The final release can be recognized quickly. The notification generating unit 272 may further include a guidance voice information generating part. When the hidden processing canceling signal is generated, the notification processing is canceled, not the simple guidance sound, and the content of the shared certain block information is converted into a voice signal By notifying the user, we can quickly and accurately identify hidden events.

The sound sample output unit 273 outputs sample sound data from the sample sound data DB storing a plurality of sample sound data having different frequencies within the range of the audible frequency band. In order to control the frequency band of the guide information, The human audible range is a frequency range between 10 kHz and 20 kHz. In addition, it may be possible to perform control to generate a notification signal with a sound of a minimum frequency that can be recognized only by a person in a public place such as an office so as to prevent damage caused by the generation of a guidance signal to another person.

The sound sample selection unit 274 outputs sample sound data to the sound output means such as a speaker of the user module 12 held by the user 1 in order to grasp the audible frequency band, When the user selects one or more example sound data from among the outputted sample sound data, the user selects a custom frequency band from the sample sound data DB storing the sound data.

The audio frequency band paradox setting unit 275 converts and stores the frequency band of the guide information in the customized frequency band to set the audio frequency band of the guide information to be output in the future.

To summarize, it is possible to emit the sample sound data (a plurality of sample sound data within the frequency range from 10 kHz to 20 kHz) stored in the sample sound data DB through the sound output means of the user module 12 held by the user 1, So that the guide information is outputted in the designated frequency band range. Through this process, it becomes possible to more easily inform the user 1 of the certain share.

However, there is a need to automatically hide sensitive information when sharing a good frame of reference. Especially since the person name information included in the schedule is very personal, it is dangerous for the person name information to be disclosed to the person who purchased the good frame.

To this end, a person name matching unit 276 is provided which includes a personal name library including a plurality of person name information, compares schedule information constituting a best-fit schedule frame with person name information and searches for a match, And a person name hiding processing unit 277 for hiding certain contents information matching the person name information in the unit 276. [

First, the personality library includes plural person name information. For example, in the case of people in Korea, names of two or four characters such as Hong Kil-dong, Kim Gu, and Sun Won Yi are used, and the combination method is always preceded by a surname and followed by a name. In the case of a foreigner, names like James Dean and Julia Roberts have a rule preceded by a surname. In addition, a person's surname is 100 or less even if a library is formed.

The person name matching unit 276 compares the schedule content information constituting the best-fit schedule frame with the person name information to search for a match. The plurality of person name information and the schedule content information included in the above- To search for a match. This search process automatically searches for the names included in the best-case frames, for example, by first searching for a surname and then searching for a name after the surname.

The person name hiding processing unit 277 performs hiding processing of the contents information matching the person name information in the person name matching unit 276. [ More specifically, the name is automatically hidden in the person name matching unit 276, thereby preventing personal name information, which is a personal matter, from being automatically disclosed.

4 is a block diagram showing a configuration in which the calculation of a predetermined time period is enhanced in the schedule management system of the present invention.

A user position determination unit 281 for grasping the current position information of the user 1 through the user module 12 held by the user 1 in order to enhance the calculation of the predetermined time in the schedule management system, A time elapsed time calculation unit 282 for calculating estimated time information by comparing the current position information included in the certain block information with the current position information, A user required time calculation unit 284 for calculating estimated travel time information by summing travel delay time information on the estimated time information, And a schedule guide unit 285 for controlling the user module 12 to display the schedule notification information at the time when the user expected time information is subtracted from the schedule start information included in the schedule start time information (28) may be included to add.

The user location determination unit 281 is for grasping the current location information of the user 1 through the user module 12 owned by the user 1. When the user module 12 is a smart phone, The position information of the user 1 is grasped based on the GPS position information measured using the GPS receiving module built in the GPS receiver.

The required time calculation unit 282 receives the current location information obtained from the user location determination unit 281 and the location of the place where the schedule is to be fired from the user 1 and uses the fixed location information storing the GPS coordinates of the location, And compares the present position information with the predetermined position information to generate estimated time information required for reaching a predetermined position. This is similar to the function of guiding the anticipated time or expected route in the vehicle route guidance system utilizing the currently commercialized GPS or the route searching function in service with the map in the large portal site, The type of the moving means to be used, the shortest distance, the shortest time, etc.).

The user pattern recognition unit 283 continuously receives the current position information of the user 1 from the user module 12 in real time and generates the movement delay time information. The user pattern recognition unit 283 monitors the current position information of the user 1 1), and generates additional movement time information, which is time information that is increased according to the occurrence of the stop situation. For example, if a user leaves home at 8 o'clock and stays at the bus stop for an average of 15 minutes at 8:10, then arrives at the subway station for 20 minutes afterwards, .

The user time required arithmetic unit 284 derives user estimated time information by adding the additional time information to the estimated time information, and adds the additional time information to the estimated time information of the existing non-stop method, It is possible to derive the estimated time required close to the time. By taking the previous example as an example, the estimated time required for the existing nonstop method will reach 30 minutes, which is 10 minutes from the bus stop and 20 minutes from the bus stop at 8:00 am. This is information in which the pattern of the user 1 is not considered at all. It takes about 45 minutes if the additional movement time information staying at the bus stop is applied for an average of 15 minutes in order to consider the pattern of the actual user 1. This is because the pattern of the actual user 1 is considered, Can be derived.

The schedule guide unit 285 controls the user module 12 to display the schedule announcement information at the time when the expected start time information is subtracted from the schedule start time information. In other words, And displays a notification to the user module at an estimated departure time obtained by subtracting the time from the expected departure time so as to guide the user to move to a predetermined position. In this case, in addition to the schedule notification information, it may further include schedule notification additional information including a quick guide setting for quicker guidance than the expected departure time or an output message setting for setting a message to be displayed at the time of guidance.

By adding such a configuration, it is possible to provide a schedule guide suitable for a user, rather than a system that provides information on an existing simple estimated time required.

5 is a conceptual diagram showing a touch screen of a user module.

The user module 12 of the present invention may be configured to include a touch screen. In this case, the draw control module 25 may additionally include a draw control module 25. When a certain frame or advice block information is displayed on the touch screen, Or the advice block information is moved to the designated position to perform the designated operation. For example, if the touch screen is divided into a plurality of specific areas (assuming that the areas are divided into four areas A, B, C, and D) , And in case of D, share). When a certain frame or advice block information is displayed on the touch screen and the user 1 drags a certain frame or advice block information into the area A by a drag-touch signal input, the corresponding schedule frame or advice block information is deleted. Likewise, when dragging to the B area, the corresponding schedule frame or advice block information is copied to a temporary storage such as a clipboard held by the user module 12, and if the user drags the corresponding schedule frame or advice block information into the C area, To the temporary storage such as the clipboard of the user 12, and when the user drags the data into the D area, the corresponding schedule frame or advice block information is transmitted to another user account.

Such a touch screen and drag control allow the user to more conveniently perform the schedule management.

6 is a block diagram illustrating an example of a process utilizing a scheduling system in a user module.

The entire process based on what the user 1 can confirm through the user module 12 in the schedule management system 2 will be described below.

01-1, 01-2, and 01-3 show the schedule for daily, weekly, and monthly calendars. The insertion of the schedule can be performed by inputting schedule information such as schedule title information, schedule start information, schedule end information, schedule position information, schedule memo information, schedule information Receives the notification information, and generates certain block information. At this time, it is possible to go through a temporary schedule storage, which is a screen viewed from 01-T2. In this temporary schedule storage, it is possible to control final correction, registration, or deletion of certain block information through a drag-touch signal, a delete button or an edit button.

Also, 01-P1 is a advice pop-up, in which the schedule advice information, the advice picture information, and the percentage achievement rate information are generated as advice blocks and displayed on the screen. The occurrence of such advice pop-ups is a random occurrence.

02 is a window for managing the calendar, and when a user has a plurality of calendars, it specifies to which calendars the advice blocks should be stored. You can also delete the calendar you have in the corresponding window.

03 is a check list page, in which certain block information is listed in chronological order so that it is possible to modify, delete, and share individual schedule block information while checking the entire schedule block information.

04-1, P1-2, P1-4-2, P1-4-2, P1-4-2, P2-4-3-3, P1-4-2, P2-4-3-3, Are combined in a predetermined frame so that they can be shared individually or in a bundle. This is linked to steps 05-1, 05-1-T1, and 05-2-1. These schedule frames can be bought and sold by users through 14 separate markets, and the schedule function is applied to the calendar held by the user and the schedule sharing function is extended to the sale.

05-1, 05-1-T1 and 05-2-1 are windows for newly inputting a schedule, and are interfaces used to generate a schedule frame in the above-mentioned schedule storage box.

Through this process, the user can generate certain block information, process it into a certain frame again and share it, or sell it through a separate market, thereby enhancing sharing and expandability more than the existing schedule management system.

As described above, the configuration and operation of the online-based schedule management system according to the present invention are described in the above description and drawings, but the present invention is not limited to the above description and drawings, It will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit of the invention.

1: User 11: Best-scheduled user
12: User Module 2: Schedule Management System
21: user registration module 22: schedule creation module
221: schedule content information receiving unit 222: schedule block generating unit
23: schedule frame generation module 231: schedule block selection module
232: Constant block arrangement unit 233: Constant frame generation unit
24: schedule statistics module 241:
242: Time statistics unit for each participant 25: Draw control module
26: Schedule frame market module 261: Best schedule frame upload section
262: Sample fine schedule frame providing unit 263:
264: Exemplary schedule frame application unit 265: Exemplary schedule frame change detection unit
266: Changing a fine schedule frame application unit 267:
268: Text matching unit 269: Text matching result presentation unit
270: Hidden processing unit 271:
272: notification generating unit 273: sound example output unit
274: Sound example selection unit 275: Audible frequency band paradox
276: Person name matching unit 277: Person name hiding processing unit
28: Constant Travel Time Calculating Module 281:
282: required time arithmetic unit 283: user pattern recognition unit
284: User required time arithmetic unit 285:

Claims

A schedule management system having an online based schedule trading function,
A user registration module for generating account information of a user;
A schedule content information receiving unit for receiving schedule content information including schedule title information, schedule start information, schedule end information, schedule position information, schedule memo information, and schedule notification information from the user;
A schedule generation module including a schedule block generation unit for generating schedule blocks with at least one or more pieces of schedule content information selected from the user;
A predetermined block selection unit for selecting at least one predetermined block from the user, a predetermined block arrangement unit for arranging the selected predetermined blocks, and a scheduler for forming a predetermined frame by including the arranged predetermined blocks in a visually expressed frame A schedule generation module including a frame generation unit;
A best case frame upload unit for uploading a best case schedule frame, which is a predetermined frame containing schedule content information of a user of the best case schedule holder, and at least one or more of the schedule content information of the uploaded good case frame as sample good case frame information A sample fine frame information providing unit for displaying the sample fine frame information in a sample confirmation window provided in the user registration module and a settlement unit for performing settlement for the purchase of the fine frame from the user, A predetermined schedule frame applying unit for applying the predetermined schedule frame to a predetermined schedule frame and including the predetermined schedule frame in a position corresponding to the predetermined block within the predetermined schedule frame held by the schedule schedule holding unit; A motion detector for detecting a motion of the robot, When the change detection unit detects the occurrence of a change and receives the change share approval information from the exemplary schedule hold user, it updates the exemplary schedule frame to be interlocked with the user, And a hidden processing unit for specifying at least one of the predetermined blocks from the best-case schedule holding user to be hidden, and a hidden removal unit for canceling hidden processing of the certain block upon receiving a hidden processing- A notification generator for canceling the hidden process in the hidden decrypter and outputting guide information for allowing the user to concentrate; and an example of storing a plurality of example acoustic data having different frequencies within the audible frequency band range Example of sound that outputs sample sound data from the sound data DB An output unit, and a sound sample selection unit for selecting at least one of the example acoustic data from the user and selecting a customized frequency band; and a schedule including an audible frequency band paradox for converting and storing the guide information into the customized frequency band. And a frame market module, wherein the schedule management module comprises:

The method according to claim 1,
Wherein the predetermined frame includes:
And is divided into at least two areas,
Wherein the best-case frame application unit comprises:
Wherein at least one of a certain block located in one area and a best frame in the other area are positioned in a certain area of the certain frame such that the certain block held by the user corresponds to the best frame, And a detailed schedule block display part for enlarging and displaying at least one or more predetermined blocks included in the predetermined block or the ideal schedule frame when the selected schedule block is selected. system.

3. The method of claim 2,
The predetermined frame market module includes:
A text schedule storage unit for generating a text schedule DB in which all information included in the best-fit frame is converted into a text and stored;
A text matching unit for receiving keyword information constituting the predetermined content information from the user and searching for a match in the text schedule DB,
And a text matching result presentation unit for outputting the predetermined content information matching the keyword information to the user module in the text matching unit.

The method according to claim 1,
The predetermined frame market module includes:
Further comprising a personality library including a plurality of person name information,
A person name matching unit for comparing the schedule information constituting the best-fit schedule frame with the person name information to search for coincidence;
Further comprising a person name hiding processing unit for hiding the predetermined content information matching the person name information in the person name matching unit.

The method according to claim 1,
Wherein the predetermined content information receiver comprises:
And further receives schedule participant information, which is a name of a participant to schedule a meeting with,
The schedule management system includes:
A time-based participant statistic unit for generating the participant statistic information by dividing the schedule participant information by time,
And a schedule statistic module configured by dividing the schedule participant information for each participant and generating a time ratio of the used time as per-participant time statistical information, and displaying the graph as a visual graph, for each participant, Based scheduling system.

The method according to claim 1,
The schedule management system includes:
A user position determination unit for determining current position information of the user from a user module held by the user;
A time duration calculator for comparing the current position information with the predetermined position information to generate estimated time information, which is time information required for movement;
A user pattern recognition unit for receiving the current location information of the user in real time from the user module and generating additional movement time information which is time information while the current location information is stopped;
A user required time arithmetic unit for summing the estimated additional time information and the expected time information to derive user estimated time information;
And a schedule guide unit configured to control the user module to display the schedule announcement information at a time when the expected start time information is subtracted from the schedule start time information. Based scheduling system.

The method according to claim 1,
The user,
And a touch-sensitive display capable of receiving a touch signal,
The schedule management system includes:
Wherein when the predetermined block or the predetermined frame is displayed on the user module, the predetermined operation is performed by moving the predetermined block or the predetermined frame to the designated position through the input of the drag-touch signal of the user in the touch- Wherein the schedule management system further comprises a control module.

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